CN107538607A

CN107538607A - A kind of production line and production method of heat preservation dismounting-free formwork for building

Info

Publication number: CN107538607A
Application number: CN201610523045.6A
Authority: CN
Inventors: 谢怀宇
Original assignee: Hunan City Green Building Industry Co Ltd
Current assignee: Hunan City Green Building Industry Co Ltd
Priority date: 2016-06-27
Filing date: 2016-06-27
Publication date: 2018-01-05

Abstract

The invention discloses a kind of production line and production method of heat preservation dismounting-free formwork for building, it is characterized in that, the production line of the heat preservation dismounting-free formwork for building includes raw material cabin, feed proportioning system, binder materials and source material delivery system, stirring system, mobile blanking system, Combined production line, control system, and the stirring system is fed to mobile blanking system；Frame in the mobile blanking system is across in the top of assembly line, mobile hopper is fed to the wall scroll production line of combination successively, the Combined production line is the combination of the production line designed according to capacity requirements, the binder materials and source material delivery system connection raw material cabin and the bottom mortar distributor and surface layer mortar distributor on each wall scroll production line.The present invention solves the problem of equipment investment is excessive, and product curing time is long, and maintenance of equipment investment is larger, and occupancy largely conserves place；Also solve and uniform distribution be unable in process of producing product, can not continuously, the problem of mass automatic production.

Description

A kind of production line and production method of heat preservation dismounting-free formwork for building

Technical field

The present invention relates to building machinery technical field, the production line of more particularly to a kind of heat preservation dismounting-free formwork for building and life Production method.

Background technology

Heat preservation dismounting-free formwork for building includes heat-insulation layer and sub-surface reinforcement, and heat-insulation layer is protected between sub-surface reinforcement Warm layer is fixed together with sub-surface reinforcement.The layer that wherein sub-surface reinforcement is made up of binder materials together with net gelling Face, heat-insulation layer are that binder materials is added in a kind of material in plant dry matter, animal skin, lightweight aggregate these three materials or is added Add the aspect that agent is formed；Or for after two kinds of combinations of substances in plant dry matter, animal skin, lightweight aggregate these three materials again The aspect that addition binder materials or additive are formed；Or it is plant dry matter, animal skin, lightweight aggregate these three combinations of substances Binder materials is added afterwards or aspect that additive is formed.

The heat preservation dismounting-free formwork for building has high-strength light, heat-insulation and heat-preservation, the fire prevention significant advantage such as impervious, be both beam, The construction formwork of the monolithic reinforced concrete structure of the heat bridge such as post, shear wall, floor, roofing part, it is the guarantor of structure heat bridge again Warm layer.Insulation is combined into one with construction formwork, structure heat bridge part is not required to do heat-insulation layer again.It is the once great of building energy conservation Change.

There is the document of some compound heat preservation die plates in Chinese patent literature, for example, in patent《A kind of composite insulation boards life Producing line and its technique for processing warming plate》In (application number CN201310146969.5), its technical scheme is：A kind of complex heat-preservation Board assembly line, it is characterised in that including one-to-two stock preparation system, formation system, movement system, diced system and loading board system：

It is defeated that one point of three stock preparation system includes raw material cabin, unidirectional double outlet screw elevating conveyors, bidirectional screw level Send machine, measuring chute one, measuring chute two, lower slurry feed preparing device, insulation material feed preparing device and upper slurry feed preparing device：

Unidirectional double outlet screw elevating conveyors have discharging port A and discharging opening B, the bidirectional screw horizontal feed Machine has discharging opening C and discharging opening D, and discharging opening connection unidirectional double outlet screw elevating conveyors of the raw material cabin are entered Material mouth.

The lower slurry feed preparing device includes lower slurry mixer, and the discharging opening C connects the lower slurry and stirred Mix machine；

The upper slurry feed preparing device includes upper slurry mixer, and the discharging opening D connects the upper slurry and stirred Mix machine；

The insulation material feed preparing device includes heat preservation slurry mixer, insulation compound mixer, super-light aggregate storage bin With super-light aggregate metering device, the heat preservation slurry mixer connection insulation compound mixer, the heat preservation slurry stirs The machine of mixing is located at the top of the insulation compound mixer, and the super-light aggregate storage bin is connected by super-light aggregate metering device The insulation compound mixer；

The charging aperture of the measuring chute one connects the discharging port A, and the discharging opening connection of the measuring chute one is described two-way The feeding gate of spiral horizontal conveyer, the measuring chute two are located between the discharging opening B and the heat preservation slurry mixer；

The formation system is arranged on the top of the movement system, the formation system bag by a frame type working platform Include the lower floor's network cloth installation aiding device set gradually, lower slurry feeding device, insulation compound feeding device, upper strata grid cloth Installation aiding device, hydraulic means and upper slurry feeding device；

The lower slurry feeding device is located at the lower section of the lower slurry mixer；

The upper slurry feeding device is located at the lower section of the upper slurry mixer；

The insulation compound feeding device is located at the lower section of the insulation compound mixer；

The movement system includes base, supporting plate and conveyer, and the conveyer is located on base, and the supporting plate is placed on On the conveyer；

The diced system is located between the upper slurry cutoff device and loading board system.

The loading board system is located at the rear end of the conveyer.

The defects of technical scheme is, 1, the technical scheme be single production line, limits throughput, if to expand production Amount, according to the technical scheme, just need to build production line more, raw material cabin must be installed more, mixer is installed more, hopper is installed more, Equipment manufacturing cost is larger, waste of resource, and 2, in the technical scheme, the first cloth pulp grinder is connected using conveying worm one end, one end connects Another cloth pulp grinder is connect, as that need to enhance production capacities, is produced using a plurality of production line, need to just use multiple auger conveyors, and need multiple Raw material cabin, could be supporting with multiple auger conveyors.3rd, in the patent document, it is impossible to uniform distribution is realized, in the technical scheme Between insulation compound feeding device and upper strata grid cloth installation aiding device, provided with insulation material lying device, the insulation material stand Mat formation and put including vibrating motor, spring and guide plate, the guide plate bottom towards the insulation compound feeding device be in circular arc, The guide plate connects the vibrating motor by spring.The defects of device is：In practical operation, heat insulation mortar source in heaps Source is constantly placed on mould, is run forward with conveyer belt, before heat insulation mortar can get lodged in circularoscillations guide plate more and more, work Make over time, just to have before substantial amounts of heat insulation mortar is deposited in circularoscillations guide plate, as heat insulation mortar is accumulated increasingly It is more, more to a certain extent, circularoscillations guide plate can be flowed or blow over and cover completely, conveyer belt can also be blocked so that conveyer belt can not continue forward Operation, production are forced to interrupt.In vibration paves process, because vibrating forming machine is fitted without locating piece, it is difficult to keep template Consistency of thickness.In the patent document technical scheme, conveyer belt is located on base, and supporting plate, complex heat-preservation are provided with conveyer belt Plate is molded on supporting plate, is then transported on nursing frame and is conserved.Substantial amounts of supporting plate, nursing frame and correlation is thus needed to set It is standby, add the cost and cost of equipment.In the technical scheme, after complex heat-preservation sheet metal forming, finally also need to carry out racker Sequence, transhipment maintenance process, frame process, the process that composite insulation boards separate with supporting plate, loading board process are unloaded, technological process is more multiple It is miscellaneous.Cut-out segmentation is carried out in the seam crossing of adjacent bottom plates, just to switch to the seam crossing of adjacent pans in production line, in operation There is also certain difficulty.

In patent《A kind of Composite insulation board production line》In (application number CN201210024073.5), its technical characteristic is： A kind of Composite insulation board production line, including production line support body (1), it is characterized in that：Described production line support body (1) is provided with conveying Device (2), described production line support body (1) according to be sequentially provided with same direction blanking device I (3), blanking device II (4), Blanking device III (5) blanking device IV (6), the production line support body (1) are provided with one end adjacent blanking device IV (6) and moved Dynamic hanger device (7), the both sides of the blanking device I (3) are provided with lapping lattice cloth apparatus, blanking device II (4) and blanking device Lapping lattice cloth apparatus is provided between III (5), blanking device IV (6) both sides are provided with lapping lattice cloth apparatus, described production coil holder Multiple scraping devices (25) are uniformly distributed on body (1).

The product of the technical scheme is all to do sub-surface reinforcement on the two sides of styrofoam, the product and the art of this patent product There is larger difference, the product also is used as the cast-in-place exterior sheathing of building, but is not suitable for doing the cast-in-place of the gentle floor of exterior wall insulating Exterior sheathing, interior can not fit up, because being difficult to immovable fixture object in nail insertion styrofoam, cause finishing object to drop. And styrofoam is easy to aging, easy firing.Secondly, the technical scheme is the technical scheme of wall scroll production line, if to expand yield, According to the technical scheme, it need to just repeat to build a plurality of same production line, multiple raw material cabins, multiple feeding systems must be built.Again It is secondary, the technical scheme need to place on the conveyor belt substantial amounts of mould could produce, it is necessary to set of molds shelve, scoreboard system, dress The large number quipments such as plate system, travelling bridge.The four fundamental rules technical scheme is to be directed to make table on the two sides of styrofoam using ordinary cement Face enhancement layer, thus solidify, shaping, curing time is all longer, it is necessary to placing substantial amounts of mould on the conveyor belt could produce, need Largely to maintain equipment and conserve place.The production methods of five products, production line are formed and the art of this patent also not phase Together.

In patent《Double stiff dough sheet material polyurethane composite heat-conservation board production lines》(CN201510511250.6) in, its technology is special Sign is that the invention discloses a kind of double stiff dough sheet material polyurethane composite heat-conservation board production lines, including sheet material feed mechanism, sheet material are defeated Send mechanism and coating mechanism.The feed mechanism includes top plate feed mechanism and lower plywood feed mechanism, the sheet material conveying Mechanism includes top plate conveying mechanism and lower plywood conveying mechanism, divides on the top plate conveying mechanism and lower plywood conveying mechanism Heating arrangements are not provided with, and top plate conveying mechanism and lower plywood conveying mechanism are in the angle setting less than 45 °.Effectively Solve during double stiff dough polyurethane composite heat-conservation boards produced, the problem of levels composite plate feeding difficulty, and realize sheet material Continuous transmission operation, drastically increase production problem and come into force efficiency, meanwhile, by coating polyurethane foam material it Before, slab bridge is preheated.The reliability of sheet material compound sticking has effectively been ensured, double stiff dough lance urethanes has been drastically increased and answers The quality of production of warming plate is closed, and its quality is more stable.

The defects of product of the technical scheme, has：The polyurethane foaming body intensity being clipped among double stiff dough is small, easy to aging, no The cast-in-place exterior sheathing of building is can serve as, is secondly difficult to immovable fixture object in nail insertion polyurethane foaming body, causes to fit up Object drops, therefore is also not suitable for doing the cast-in-place exterior sheathing of the gentle floor of exterior wall insulating, the production method and production line of the product Also differed with the art of this patent.Again, the polyurethane foaming body among the double stiff dough of the product-be clipped in of patented technology production is easy Burning, fire protecting performance are poor.The production method of the four fundamental rules product, production line are formed and also differed with the art of this patent, thus are produced There is also many differences in the function of product, purposes etc. for product out.

In patent《Composite heat-insulating wall plate, external wall outer insulation board assembly line》In (notification number CN100586686C), its skill Art is characterized in, discloses a kind of composite heat-insulating wall plate, external wall outer insulation board assembly line, and the production line includes passing through Belt Conveying On the streamline automatic pop-up template mechanism being sequentially connected, roller press mechanism of arranging net, grid cloth automatic cutting mechanism and automatic plate discharging Frame goes out frame mechanism, between automatic pop-up template mechanism and first group of roller press mechanism of arranging net and the last period Belt Conveying streamline Top position be provided with stirring blanking mechanism, stirring and arranges net roller press mechanism at least provided with supporting two groups at blanking mechanism.

The defects of product of the technical scheme, has：1st, the patent is merely able to produce and process the warming plate of individual layer coverage rate, no It can adapt to the processing request of coverage rate and intermediate insulating layer above and below now.2nd, styrofoam is very soft, is produced according to the technical scheme Composite insulation boards, do not reach the intensity requirement of the cast-in-place exterior sheathing of building, be also not suitable for doing showing for the gentle floor of exterior wall insulating Exterior sheathing is poured, interior can not fit up, because being difficult to immovable fixture object in nail insertion styrofoam, cause finishing object to fall Fall.3rd, styrofoam is easy to aging, easy firing.4th, the technical scheme is the technical scheme of wall scroll production line, if to expand yield, is pressed According to the technical scheme, it need to just repeat to build a plurality of same production line, multiple raw material cabins, multiple feeding systems must be built.5th, should Technical scheme, which needs to place substantial amounts of mould on the conveyor belt, could produce, it is necessary on automatic pop-up template mechanism, automatic plate discharging Frame goes out the large number quipments such as frame mechanism, travelling bridge.6th, the technical scheme is to be directed to the individual layer for using ordinary cement to do styrofoam to cover Capping, thus solidify, shaping, curing time is all longer, it is necessary to which placing substantial amounts of mould on the conveyor belt could produce, it is necessary to big The maintenance of equipment of amount and maintenance place.The production method of five products, production line are formed and also differed with the art of this patent, because And the product produced is in the function of product, purposes etc. that there is also many differences.

The technical problems to be solved by the invention are：

1st, solve that to need to build equipment investment caused by a plurality of production line excessive to enhance production capacities, equipment repeated construction, The problem of installation.

2nd, solves the problems such as poor product fire protecting performance, insufficient strength.

3rd, solves the problem of product curing time is long, maintenance of equipment investment is larger, takes a large amount of maintenance places.

4th, solve the art of this patent process of producing product in be unable to uniform distribution, can not continuously, mass automatic production Problem.

The content of the invention

In view of the above-mentioned problems, the present invention adopts the technical scheme that：

Scheme one

A kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production of template Line includes raw material cabin, feed proportioning system, the first induction system, the second induction system, stirring system, mobile blanking system, combined type Production line, control system,

The stirring system is located above mobile blanking system, to mobile blanking system feed；

The mobile blanking system includes frame, track, mobile hopper, dynamical system, and frame produces across in combination The top of line, there is track, the mobile hopper of dynamical system connection in frame, and the mobile hopper of dynamical system driving is transported in orbit OK, it is fed successively to the wall scroll production line of combination, discharging opening is located at mobile hopper bottom；

The Combined production line is the combination of the production line designed according to capacity requirements, and production line is arranged in parallel at movement Below blanking system, wall scroll production line includes conveyer belt, bottom device for layering, bottom mortar distributor, uniform distribution device, surface layer Device for layering, shaped device, surface layer mortar distributor；

On wall scroll production line, bottom device for layering, bottom mortar distributor, uniform distribution device, surface layer device for layering, shaping Device, surface layer mortar distributor are sequentially arranged by conveying tape motion direction, and conveyer belt is located at bottom device for layering, bottom cloth slurry dress Put, uniform distribution device, surface layer device for layering, shaped device, the lower section of surface layer mortar distributor；

Bottom mortar distributor and the face of the first induction system connection raw material cabin and the wall scroll production line combined Layer mortar distributor.

There is rib the conveyer belt both sides.

The rib carries gap in the top of conveyer belt both sides, with conveying.

The forming machine both sides are provided with belt feeder, and the belt in belt feeder is as rib.

The rib is the belt in belt feeder.

The first scraping device is installed after the bottom mortar distributor；Or vibrating formation unit and surface layer mortar distributor it Between one group of Thickness sensitivity and means for correcting are installed, such as one group of carrying roller, or one group of roller；Or installed behind surface layer mortar distributor There is the second scraping device,

Heat insulation and heating equipment or steam curing device are installed behind second scraping device, or behind the second scraping device System of processing is installed, or heat insulation and heating equipment or steam curing device and system of processing are installed behind the second scraping device.

First induction system is air-transport system.

There is the second induction system between the feed proportioning system and stirring system, what the second induction system prepared feed proportioning system Material is transported to stirring system.

The system of processing is cutting machine or drilling machine.

First induction system includes mixer, delivery pump, pipeline, mixer connection delivery pump, delivery pump communicating pipe Road；Or first induction system includes proportioner, mixer, delivery pump, pipeline, conveying device connects proportioner with stirring Mix machine, mixer connection delivery pump, delivery pump connecting pipe；Or the bottom mortar distributor is shower nozzle；Or the surface layer cloth slurry Device is shower nozzle.

The uniform distribution device is the device for making the compound on conveyer belt or conveying belt die be evenly distributed.

The uniform distribution device includes material-pulling device and poking device, and material-pulling device and poking device are located on conveyer belt Side, is sequentially arranged along running direction of conveyor belt,

Above-mentioned material-pulling device includes the first material-pulling device frame, the first strike-off stick or the first strike-off stick group, the first dynamical system System, the first lifting drive system, the second material-pulling device frame, the second strike-off stick or the second strike-off stick group, the second dynamical system, Two lifting drive systems, the first material-pulling device frame are fixed on conveyer belt both sides, and the first dynamical system connects the first material-pulling device Frame, the first strike-off stick or the first strike-off stick group are fixed in the first material-pulling device frame, the first lifting drive system connection the One strike-off stick or the first strike-off stick group；Second material-pulling device frame is fixed on conveyer belt both sides, the second dynamical system connection second Material-pulling device frame, the second strike-off stick or the second strike-off stick group are fixed in the second material-pulling device frame, the second lifting drive system System the second strike-off stick of connection or the second strike-off stick group；

Above-mentioned poking device includes poking device frame, setting gauge, the 3rd strike-off stick or the 3rd strike-off stick group, the 3rd power System, poking device frame are fixed on conveyer both sides, and setting gauge is located in poking device frame, and the connection of the 3rd dynamical system is dialled Expect device frame, the 3rd strike-off stick or the 3rd strike-off stick group are between the second strike-off stick or the second strike-off stick group and setting gauge.

The uniform distribution device includes longitudinal material-pulling device, the strike-off stick or striker plate of traverse, longitudinally pushes away Material device, the strike-off stick of traverse or striker plate are located above conveyer belt, are arranged in order along running direction of conveyor belt,

Above-mentioned longitudinal material-pulling device includes first longitudinal direction material-pulling device frame, the first strike-off stick or the first strike-off stick group, the One dynamical system, the first lifting drive system, second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group, Two dynamical systems, the second lifting drive system, first longitudinal direction material-pulling device frame are fixed on conveyer belt both sides, the first dynamical system First longitudinal direction material-pulling device frame is connected, the first strike-off stick or the first strike-off stick group are fixed on first longitudinal direction material-pulling device frame Inner, the first lifting drive system connect the first strike-off stick or the first strike-off stick group；Second longitudinal direction material-pulling device frame is fixed on defeated Band both sides are sent, the second dynamical system connection second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group are fixed on Second longitudinal direction material-pulling device frame Inner, the second lifting drive system connect the second strike-off stick or the second strike-off stick group；

Above-mentioned material-pulling device includes the first material-pulling device frame, the first strike-off stick or the first strike-off stick group, the first dynamical system System, the first lifting drive system, the second material-pulling device frame, the second strike-off stick or the second strike-off stick group, the second dynamical system, Two lifting drive systems, the lower end of first strike-off stick have the lower end of rack or the strike-off stick in the first strike-off stick group with teeth Bar, and the first strike-off stick group be one group from the strike-off stick that conveyer belt highly gradually reduces；The lower end of second strike-off stick is with teeth There is rack the lower end of bar or the strike-off stick in the second strike-off stick group.First material-pulling device frame is fixed on conveyer belt both sides, and first Dynamical system connects the first material-pulling device frame, and the first strike-off stick or the first strike-off stick group are fixed on the first material-pulling device frame On, the first lifting drive system connects the first strike-off stick or the first strike-off stick group；Second material-pulling device frame is fixed on conveyer belt Both sides, the second dynamical system connect the second material-pulling device frame, and the second strike-off stick or the second strike-off stick group are fixed on the second pusher In device frame, the second lifting drive system connects the second strike-off stick or the second strike-off stick group；

The uniform distribution device includes strike-off stick or strike-off stick group and poking device, strike-off stick or strike-off stick group and material toggling Device is located above conveyer belt, is sequentially arranged along conveying direction,

Above-mentioned poking device includes poking device frame, setting gauge, striker plate, dynamical system, and poking device frame is fixed In conveyer both sides, setting gauge is located in poking device frame, and dynamical system connection poking device frame, striker plate, which is located at, to be struck off Between plate or strike-off stick group and setting gauge.

The shaped device is vibrating formation unit or hydraulic means；

The art of this patent scheme uses Combined production line, improves utilization rate of equipment and installations, reduces equipment investment, solves To enhance production capacities, to need to build equipment investment caused by a plurality of production line excessive, the problem of equipment repeated construction, installation.This is specially Mobile hopper moves back and forth on the track across the frame of a plurality of production line in sharp technical scheme, successively to each bar production line Decentralization insulation compound, so, a plurality of production line can share a set of feed proportioning system, induction system, share a stirring system.This Technical scheme is using air-transport system connection raw material cabin and bottom mortar distributor, the surface layer of the wall scroll production line combined Mortar distributor.A plurality of product line group is combined, and only needs flow transfer pump to be connected with Pneumatic conveying pipeline, so that it may by feedstock transportation To the bottom mortar distributor and surface layer mortar distributor in each bar production line.Or the slurry for being finished mixer stirring using delivery pump It is transported to the schemes such as bottom mortar distributor and the surface layer mortar distributor of each wall scroll production line combined.And published Patent document《A kind of Composite insulation board production line》(application number CN201210024073.5),《Outside composite heat-insulating wall plate, exterior wall Thermal insulation board producing line》(notification number CN100586686C),《A kind of Composite insulation board production line and its technique for processing warming plate》 In (application number CN201310146969.5), multiple feed proportioning systems, the supporting feed of multiple induction systems have all been needed.

The technical program is applied to produce heat preservation dismounting-free formwork for building using binder materials particularly rapid hardening binder materials, Because its setting time is fast, without the use of supporting plate and mould, insulation mixed slurry can be transferred to directly on conveyer belt, conveyer belt both sides Rib is set.Product can operate on side on the conveyor belt, side maintenance.Product is supported in other art solutions before solving It is larger to protect the investment such as overlong time, various supporting plates, mould, maintenance of equipment, takes a large amount of the problem of conserving place.

When use rapid hardening binder materials in the art of this patent, or in dispensing during addition rapid hardening binder materials, because of its solidification Time is short, it is not necessary to which placing substantial amounts of mould or supporting plate on the conveyor belt could be produced, it is not necessary to which set of molds is shelved, scoreboard system The large number quipments such as system, loading board system, travelling bridge.Only rib need to be set in conveyer belt both sides.Thus in the art of this patent scheme A large amount of supporting plates are not placed on the conveyor belt, it is not required that set of molds is shelved, scoreboard system, loading board system, travelling bridge etc. are set It is standby.Process, transhipment maintenance process are shelved also without implementation, unload frame process, the work that warming plate separates with supporting plate in production method Sequence, loading board process.

The technical program uses uniform distribution machine, solves in the art of this patent product heat preservation dismounting-free formwork production process not Can uniform distribution, can not continuously, the problem of mass automatic production.

Scheme two

The Combined production line is the combination of the production line designed according to capacity requirements, and production line is arranged in parallel at movement Below blanking system.Wall scroll production line includes conveyer belt, bottom device for layering, bottom mortar distributor, uniform distribution device, shaping Device, surface layer device for layering, surface layer mortar distributor,

On wall scroll production line, bottom device for layering, bottom mortar distributor, uniform distribution device, shaped device, surface layer lapping Device, surface layer mortar distributor are sequentially arranged by conveying tape motion direction, and conveyer belt is located at bottom device for layering, bottom cloth slurry dress Put, uniform distribution device, shaped device, surface layer device for layering, the lower section of surface layer mortar distributor,

Scheme three

A kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production of template Line includes raw material cabin, feed proportioning system, the first induction system, the second induction system, conveyer belt, bottom device for layering, bottom cloth slurry Device, heat insulation mortar blanking device, uniform distribution device, surface layer device for layering, shaped device, surface layer mortar distributor, the bottom Layer device for layering, bottom mortar distributor, heat insulation mortar blanking device, uniform distribution device, surface layer device for layering, shaped device, The direction that surface layer mortar distributor is moved by conveyer belt is arranged in order, and conveyer belt is located at bottom device for layering, bottom mortar distributor, protected Warm slurry blanking device, uniform distribution device, surface layer device for layering, shaped device, the lower section of surface layer mortar distributor；

The first induction system connection raw material cabin and bottom mortar distributor and surface layer mortar distributor.

There is rib the conveyer belt both sides.

The rib is arranged on the top of conveyer belt both sides, and gap is carried with conveying.

The rib is the belt in belt feeder.

Scraping device is installed between the bottom mortar distributor and heat insulation mortar blanking device；Or the vibrating device with One group of Thickness sensitivity and means for correcting, such as one group of carrying roller, or one group of roller are installed between surface layer mortar distributor；Or in surface layer Heat insulation and heating equipment is installed behind mortar distributor；Or system of processing is installed behind surface layer mortar distributor；Or in surface layer cloth Heat insulation and heating equipment and system of processing are installed behind sizing device.

The system of processing is cutting machine or drilling machine.

First induction system is air-transport system.

There is the second induction system between feed proportioning system and the heat insulation mortar blanking device, the second induction system is by dispensing system Good material under unified central planning is transported to heat insulation mortar blanking device.

Above-mentioned material-pulling device is dynamic including the first material-pulling device frame, the first strike-off stick group, the first dynamical system, the first lifting Force system, the second material-pulling device frame, the second strike-off stick or the second strike-off stick group, the second dynamical system, the second lifting drive system System, the first strike-off stick group are one group and are fixed on from the strike-off stick that conveyer belt highly gradually reduces, the first material-pulling device frame Conveyer belt both sides, the first dynamical system connect the first material-pulling device frame, and the first strike-off stick group is fixed on the first material-pulling device machine On frame, the first lifting drive system connects the first strike-off stick group；Second material-pulling device frame is fixed on conveyer belt both sides, and second is dynamic Force system connects the second material-pulling device frame, and the second strike-off stick or the second strike-off stick group are fixed in the second material-pulling device frame, Second lifting drive system connects the second strike-off stick or the second strike-off stick group；

Above-mentioned longitudinal material-pulling device includes first longitudinal direction material-pulling device frame, the first strike-off stick or the first strike-off stick group, the One dynamical system, the first lifting drive system, second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group, Two dynamical systems, the second lifting drive system, first longitudinal direction material-pulling device frame are fixed on conveyer belt both sides, the first dynamical system First longitudinal direction material-pulling device frame is connected, the first strike-off stick or the first strike-off stick group are fixed on first longitudinal direction material-pulling device frame On, the first lifting drive system connects the first strike-off stick or the first strike-off stick group；Second longitudinal direction material-pulling device frame is fixed on defeated Band both sides are sent, the second dynamical system connection second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group are fixed on In second longitudinal direction material-pulling device frame, the second lifting drive system connects the second strike-off stick or the second strike-off stick group；

The shaped device is vibrating formation unit or hydraulic means.

When use rapid hardening binder materials in the art of this patent, or in dispensing during addition rapid hardening binder materials, because of its solidification Time is short, it is not necessary to which placing substantial amounts of mould or supporting plate on the conveyor belt could be produced, it is not necessary to which set of molds is shelved, scoreboard system The large number quipments such as system, loading board system, travelling bridge.Only rib need to be set in conveyer belt both sides.Thus in the art of this patent scheme A large amount of supporting plates are not placed on the conveyor belt, it is not required that set of molds is shelved, scoreboard system, loading board system, travelling bridge etc. are set It is standby.Process is shelved also without implementation, transhipment conserves process, unload frame process, composite insulation boards separate with supporting plate in production method Process, loading board process.

Scheme four

A kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production of template Line includes raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom mortar distributor, heat insulation mortar Blanking device, surface layer device for layering, shaped device, surface layer mortar distributor, bottom device for layering, bottom mortar distributor, insulation material The direction that slurry blanking device, surface layer device for layering, shaped device, surface layer mortar distributor are moved by conveyer belt is arranged in order, and is conveyed Band is positioned at bottom device for layering, bottom mortar distributor, heat insulation mortar blanking device, surface layer device for layering, shaped device, surface layer cloth The lower section of sizing device.

There is rib the conveyer belt both sides.

The vibrating forming machine both sides are provided with belt feeder, and the belt in belt feeder is as rib.

The rib is the belt in belt feeder.

One group of Thickness sensitivity and means for correcting, such as one group of carrying roller, or one group of rolling are installed behind the vibrating device Device；Or heat insulation and heating equipment is installed behind surface layer mortar distributor, or processing system is installed behind surface layer mortar distributor System, or heat insulation and heating equipment and system of processing are installed behind surface layer mortar distributor.

The system of processing is cutting machine or drilling machine.

First induction system is air-transport system.

The technical program is applied to produce heat preservation dismounting-free formwork for building using binder materials particularly rapid hardening binder materials, Because its setting time is fast, without the use of supporting plate and mould, insulation mixed slurry can be transferred to directly on belt conveyor, belt conveyor Both sides set rib.Product can operate in belt conveyor top, side maintenance.Other patents before the technical program solves The investments such as product curing time is long in technical scheme, various supporting plates, mould, maintenance of equipment are larger, take a large amount of maintenance places The problem of.The technical program produces heat preservation dismounting-free formwork for building by the way of man-computer cooperation.

Scheme five

A kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production of template Line include conveyer belt, bottom device for layering, shaped device, surface layer device for layering, bottom device for layering, surface layer device for layering, into Type device is sequentially arranged by conveying tape motion direction, and conveyer belt is located at bottom device for layering, surface layer device for layering and shaped device Lower section.

Scheme six

A kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production of template Line includes raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom mortar distributor, reciprocated Formula heat insulation mortar blanking device, surface layer device for layering, shaped device, surface layer mortar distributor；

The bottom device for layering, bottom mortar distributor, reciprocate formula heat insulation mortar blanking device, surface layer lapping dress Put, the direction that shaped device, surface layer mortar distributor are moved by conveyer belt is arranged in order, conveyer belt is located at bottom device for layering, bottom Layer mortar distributor, is reciprocated under formula heat insulation mortar blanking device, surface layer device for layering, shaped device, surface layer mortar distributor Side；

Scheme seven

A kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production of template Line includes raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom mortar distributor, reciprocated Formula heat insulation mortar blanking device, shaped device, surface layer device for layering, surface layer mortar distributor；

The bottom device for layering, bottom mortar distributor, reciprocate formula heat insulation mortar blanking device, shaped device, face The direction that layer device for layering, surface layer mortar distributor are moved by conveyer belt is arranged in order, and conveyer belt is located at bottom device for layering, bottom Mortar distributor, reciprocate formula heat insulation mortar blanking device, shaped device, surface layer device for layering, the lower section of surface layer mortar distributor； The first induction system connection raw material cabin and bottom mortar distributor and surface layer mortar distributor.

The formula heat insulation mortar blanking device that reciprocates includes mixer, dynamical system and mobile tremie pipe, mixer The mobile tremie pipe of connection, the mobile tremie pipe of dynamical system connection；Or the formula heat insulation mortar blanking device that reciprocates includes stirring Mix machine, dynamical system and mobile hopper, the mobile tremie pipe of mixer connection, the mobile tremie pipe of dynamical system connection；Or the bottom Layer mortar distributor includes mixer, dynamical system and mobile tremie pipe, the mobile tremie pipe of mixer connection, and dynamical system connection moves Dynamic tremie pipe；Or the bottom mortar distributor includes mixer, dynamical system and mobile hopper, mixer connects mobile hopper, The mobile hopper of dynamical system connection；Or the surface layer mortar distributor includes mixer, dynamical system and mobile tremie pipe, mixer The mobile tremie pipe of connection, the mobile tremie pipe of dynamical system connection；Or the surface layer mortar distributor include mixer, dynamical system and Mobile hopper, the mobile hopper of mixer connection, the mobile hopper of dynamical system connection.

Scheme eight

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that first complete bottom laying net Ge Bu and the cloth slurry on grid cloth, afterwards, feed proportioning system convey lightweight aggregate, binder materials, additive and Jia Shui to mixer and stirred Insulation compound is mixed, mobile hopper is run to mixer discharging opening, triggers mixer, to mobile hopper conveying；Stir After the machine conveying of mixing terminates, mobile hopper by setup program, by the driving of dynamical system, is run on adjacent first conveyer belt Side and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, mobile hopper returns to mixer and gone out Below material mouth, mixer is triggered to mobile hopper conveying；After mixer conveying terminates, mobile hopper is driven by dynamical system, is pressed Setting program is run to above adjacent Article 2 conveyer belt and blanking, moves in circles according to this, completes combined production line Blanking；After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt by setup program, and uniform distribution device makes defeated Send the insulation compound taken to be evenly distributed, lay surface layer grid cloth afterwards, into molding procedure, the insulation of production is exempted from form removal Sheet metal forming, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, the intensity on increase heat preservation dismounting-free formwork surface.

The technical program is applied to mix with lightweight aggregates such as glass beads using binder materials particularly rapid hardening binder materials Heat preservation dismounting-free formwork for building is produced, product is non-ignitable, and fire protecting performance is good.Simultaneously because its setting time is fast, without the use of supporting plate and Mould, insulation mixed slurry can be transferred to directly on belt conveyor, and belt conveyor both sides set rib.Product can convey Belt top operates, side maintenance.Product curing time is long, each in other art solutions before the technical program solves The investments such as kind supporting plate, mould, maintenance of equipment are larger, take a large amount of the problem of conserving place.Also without implementation in production method Shelve process, transhipment maintenance process, unload frame process, the process that warming plate separates with supporting plate, loading board process.The art of this patent scheme Solves the problems, such as product fire protecting performance difference.The technical program uses uniform distribution machine, solves the insulation of the art of this patent product Be unable to uniform distribution in non-dismantling formwork production process, can not continuously, the problem of mass automatic production.

Scheme nine

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that first complete bottom laying net Ge Bu and the cloth slurry on grid cloth, afterwards, feed proportioning system convey lightweight aggregate, binder materials, additive and Jia Shui to mixer and stirred Insulation compound is mixed, mobile hopper is run to mixer discharging opening, triggers mixer, to mobile hopper conveying, is stirred After the machine conveying of mixing terminates, mobile hopper by setup program, by the driving of dynamical system, is run on adjacent first conveyer belt Side and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, mobile hopper returns to mixer Below discharging opening, mixer is triggered to mobile hopper conveying；After mixer conveying terminates, mobile hopper by setup program, leads to The driving for crossing dynamical system is run to above adjacent Article 2 conveyer belt and blanking, is moved in circles according to this, is completed combined The blanking of production line；

After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt, uniform distribution dress by setup program Material-pulling device in putting also starts, and with conveyer belt antikinesis, is then return to original position, then pushes away, and and so on, will convey The insulation compound in heaps taken is longitudinally bulldozed；Horizontal poking device just does traverse on the conveyor belt simultaneously, will be defeated Send the insulation compound taken laterally to shakeout, the slurry on conveying belt die machine is distributed more uniform, realize insulation mixing Expect uniform distribution；Surface layer grid cloth is laid afterwards, into molding procedure, is molded heat preservation dismounting-free formwork, is then used binder materials Cloth is starched on the surface of heat preservation dismounting-free formwork, increases the intensity of template surface.

Scheme ten

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that first complete bottom laying net Ge Bu and the cloth slurry on grid cloth, afterwards, feed proportioning system convey lightweight aggregate, binder materials, additive and Jia Shui to mixer and stirred Insulation compound is mixed, mobile hopper is run to mixer discharging opening, triggers mixer, to mobile hopper conveying, is stirred After the machine conveying of mixing terminates, mobile hopper by setup program, by the driving of dynamical system, is run on adjacent first conveyer belt Side and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, mobile hopper returns to mixer and gone out Below material mouth, mixer is triggered to mobile hopper conveying；After mixer conveying terminates, hopper is moved by setup program, by dynamic The driving of Force system is run to above adjacent Article 2 conveyer belt and blanking, moves in circles according to this, completes combined production The blanking of line；After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt by setup program, and material-pulling device is with dialling Expect that device links operation with conveyer belt in process of production, realize insulation mixed material it is continuous, stably, uniform distribution；Work as conveying During with receiving the insulation compound in stack, material-pulling device is close to poking device, the first strike-off stick or the first strike-off stick group, second Strike-off stick or the second strike-off stick group are all located at program setting height, prepare pusher, production system or direct labor are by setup program Start material-pulling device and poking device；First dynamical system drives the first material-pulling device frame inversely to be moved with conveying tape motion direction Dynamic, and reach program setting position, the first strike-off stick for being fixed in the first material-pulling device frame or the first strike-off stick group are with the One material-pulling device frame will be incubated compound and shift program setting position onto, while the second dynamical system drives the second material-pulling device machine Frame inversely moves with conveyer belt, and reaches program setting position, the second strike-off stick for being fixed in the second material-pulling device frame or Second strike-off stick group shifts program setting position onto by compound is incubated；Then the second lifting drive system is by the second strike-off stick or Two strike-off stick groups are promoted to program setting height, and the second dynamical system drives the second material-pulling device frame to return to initial position, the Two strike-off sticks or the second strike-off stick group drop to program setting height；Then the first lifting drive system also by the first strike-off stick or First strike-off stick group is promoted to program setting height, and the first dynamical system drives the first material-pulling device frame to also return to initial bit Put, the first strike-off stick or the first strike-off stick group drop to program setting height；So move in circles, the insulation on conveyer belt is mixed Material longitudinal direction is closed to be bulldozed；Then insulation compound passes through the 3rd strike-off stick or the 3rd strike-off stick group, into poking device, the 3rd power System starts, and drives poking device frame just to do traverse on the conveyor belt, is fixed on dialling in poking device frame Glassware laterally shakeouts the insulation compound on conveyer belt, realizes insulation compound uniform distribution；Surface layer grid cloth is laid afterwards, Into vibration moulding process, it is molded heat preservation dismounting-free formwork, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, Increase the intensity of template surface.

Scheme 11

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that first complete bottom laying net Ge Bu and the cloth slurry on grid cloth, afterwards, feed proportioning system convey lightweight aggregate, binder materials, additive and Jia Shui to mixer and stirred Insulation compound is mixed, mobile hopper is run to mixer discharging opening, triggers mixer, to mobile hopper conveying, is stirred After the machine conveying of mixing terminates, mobile hopper by setup program, by the driving of dynamical system, is run on adjacent first conveyer belt Side and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, mobile hopper returns to mixer and gone out Below material mouth, mixer is triggered to mobile hopper conveying；After mixer conveying terminates, hopper is moved by setup program, by dynamic The driving of Force system is run to above adjacent Article 2 conveyer belt and blanking, moves in circles according to this, completes combined production The blanking of line；

After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt, longitudinal material-pulling device by setup program Strike-off stick or striker plate with traverse realize that insulation compound connects in process of production with conveyer belt linkage operation It is continuous, stably, uniform distribution；When the mould on conveyer belt or conveyer belt receives the insulation compound in stack, longitudinal pusher dress Rest against the strike-off stick or striker plate of nearly traverse, the first strike-off stick or the first strike-off stick group, the second strike-off stick or second Strike-off stick group is all located at program setting height, prepares pusher, production system or direct labor start longitudinal pusher by setup program The strike-off stick of device and traverse；First dynamical system drives first longitudinal direction material-pulling device frame, is moved with conveyer belt Direction is inversely moved, and reaches program setting position, the first strike-off stick being fixed in first longitudinal direction material-pulling device frame or One strike-off stick group shifts compound onto program setting position with first longitudinal direction material-pulling device frame, while the second dynamical system drives Second longitudinal direction material-pulling device frame, inversely moved with conveyer belt, and reach program setting position, be fixed on second longitudinal direction pusher dress Put the second strike-off stick in frame or the second strike-off stick group shifts compound onto program setting position；Then the second lifting drive system Second strike-off stick or the second strike-off stick group are promoted to program setting height by system, and the second dynamical system drives second longitudinal direction pusher dress Put frame and return to initial position, the second strike-off stick or the second strike-off stick group drop to program setting height；Then the first lifting is dynamic First strike-off stick or the first strike-off stick group are also promoted to program setting height by Force system, and the first dynamical system drives first longitudinal direction Material-pulling device frame also returns to initial position, and the first strike-off stick or the first strike-off stick group drop to program setting height, then push away, such as This is moved in circles, and the compound on conveyer belt or conveying belt die is longitudinally bulldozed；Then the strike-off stick of traverse with Compound rubs repeatedly and rubbing, and compound is laterally shakeout, and compound is passed through the strike-off stick or backgauge of traverse During plate, the uniform distribution of insulation compound is realized.Surface layer grid cloth is laid afterwards, into vibration moulding process, makes insulation exempt to tear open Template is molded, and then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, the intensity on increase heat preservation dismounting-free formwork surface.

Scheme 12

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that first complete bottom laying net Ge Bu and the cloth slurry on grid cloth, afterwards, feed proportioning system convey lightweight aggregate, binder materials, additive and Jia Shui to mixer and stirred Insulation compound is mixed, mobile hopper is run to mixer discharging opening, triggers mixer, to mobile hopper conveying, is stirred After the machine conveying of mixing terminates, mobile hopper by setup program, by the driving of dynamical system, is run on adjacent first conveyer belt Side and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, mobile hopper returns to mixer and gone out Below material mouth, mixer is triggered to mobile hopper conveying；After mixer conveying terminates, mobile hopper is driven by dynamical system, is pressed Setting program is run to above adjacent Article 2 conveyer belt and blanking, moves in circles according to this, completes combined production line Blanking；After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer by setup program, and material-pulling device fills with material toggling Put the operation that linked in process of production with conveyer, realize insulation mixed material it is continuous, stably, uniform distribution；On the conveyor belt The inner side of rib at material-pulling device, then rib is set, when conveyer belt receives the insulation compound in stack, pusher dress Rest against nearly poking device, each monolithic strike-off stick in the first strike-off stick group is located at the different height of program setting, the second strike-off stick Or second strike-off stick group also be located at program setting height, prepare pusher, production system or direct labor start by setup program to push away Expect device and poking device；First dynamical system drives the first material-pulling device frame inversely to be moved with conveying tape motion direction, and Reach program setting position, each monolithic strike-off stick of the first strike-off stick group being fixed in the first material-pulling device frame is from different height Degree shifts the insulation compound in stack onto program setting position, and will be incubated compound all the way by the rack of strike-off stick lower end Plough pine, while the second dynamical system drives the second material-pulling device frame inversely to be moved with conveyer belt, and reach program setting position, The second strike-off stick being fixed in the second material-pulling device frame or the second strike-off stick group shift program setting position onto by compound is incubated Put, and compound plough pine will be incubated by the rack of strike-off stick lower end；Then the second lifting drive system by the second strike-off stick or Second strike-off stick group is promoted to program setting height, and the second dynamical system drives the second material-pulling device frame to return to initial position, Second strike-off stick or the second strike-off stick group drop to program setting height；Then the first lifting drive system is also by the first strike-off stick Strike-off stick in group is promoted to program setting height, and the first dynamical system drives the first material-pulling device frame to also return to initial bit Put, each monolithic strike-off stick in the first strike-off stick group drops to program setting height；Push away, so move in circles again, by conveyer belt On insulation compound be longitudinally bulldozed；Then insulation compound passes through the 3rd strike-off stick or the 3rd strike-off stick group, is filled into material toggling Put, the 3rd dynamical system starts, and drives poking device frame just to do traverse on the conveyor belt, is fixed on poking device Setting gauge in frame laterally shakeouts the insulation compound on conveyer belt, realizes insulation compound uniform distribution；Lay afterwards Surface layer grid cloth, into vibration moulding process, it is molded heat preservation dismounting-free formwork, then with binder materials in heat preservation dismounting-free formwork Cloth is starched on surface, the intensity on increase heat preservation dismounting-free formwork surface.

Scheme 13

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that first complete bottom laying net Ge Bu and the cloth slurry on grid cloth, afterwards, feed proportioning system convey lightweight aggregate, binder materials, additive and water to mixer and stirred Into insulation compound, mobile hopper is run to mixer discharging opening, triggers mixer, to mobile hopper conveying, stirring After machine conveying terminates, mobile hopper by setup program, by the driving of dynamical system, is run to above adjacent first conveyer belt And blanking, at the same time, mixer feed paddle by setup program, until completing to stir, mobile hopper returns to mixer discharging Below mouthful, mixer is triggered to mobile hopper conveying；After mixer conveying terminates, mobile hopper runs to adjacent by setup program Article 2 conveyer belt above and blanking, move in circles according to this, complete the blanking of combined production line；Mobile hopper blanking knot Shu Hou, the wall scroll production line of combination start conveyer belt by setup program, and the material-pulling device in homogenizing device also starts, with conveyer belt Reverse movement, original position is then return to, then pushed away, and so on, the insulation compound in heaps on conveyer belt is bulldozed；Simultaneously Poking device just does traverse on the conveyor belt, and the insulation compound on conveyer belt is laterally shakeout, made on conveyer belt Slurry be distributed more uniform, afterwards lay surface layer grid cloth, into vibration moulding process, be molded heat preservation dismounting-free formwork, Through Thickness sensitivity and correcting process, the heat preservation dismounting-free formwork consistency of thickness of production is further ensured that, is then being protected with binder materials Cloth is starched on the surface of warm non-dismantling formwork, increases the intensity of template surface, and the then insulation on conveying belt die formation system exempts to tear open Template enters Heat preservation system, is conserved, is processed subsequently into system of processing.

Scheme 14

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, after blanking, uniform distribution dress Startup is put, the insulation compound on conveyer belt is evenly distributed, surface layer grid cloth is laid afterwards, into vibration moulding process, makes The heat preservation dismounting-free formwork shaping of production, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, and increase insulation exempts to tear open The intensity of template surface.

Scheme 15

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, after blanking, in homogenizing device Material-pulling device start, with conveyer belt reverse movement, original position is then return to, then push away, and so on, by conveyer belt Insulation compound in heaps is longitudinally bulldozed；Poking device just does traverse on the conveyor belt simultaneously, by the guarantor on conveyer belt Warm compound laterally shakeouts, and the slurry on conveyer belt is distributed more uniform, lays surface layer grid cloth afterwards, into shaping work Sequence, it is molded the heat preservation dismounting-free formwork of production, then cloth is starched on the surface of heat preservation dismounting-free formwork with binder materials, increases template The intensity on surface.

Scheme 16

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, after blanking, uniform distribution dress Startup is put, material-pulling device, in process of production with conveyer belt linkage operation, realizes that insulation mixed material is continuous, steady with poking device Fixed, uniform distribution；When conveyer belt receives the insulation compound in stack, material-pulling device is close to poking device, the first strike-off stick Or the first strike-off stick group, the second strike-off stick or the second strike-off stick group are all located at program setting height, prepare pusher, production system or Direct labor starts material-pulling device and poking device by setup program；First dynamical system drive the first material-pulling device frame with it is defeated Send tape motion direction inversely to move, and reach program setting position, the first strike-off stick being fixed in the first material-pulling device frame Or first strike-off stick group with the first material-pulling device frame by be incubated compound shift program setting position, while the second dynamical system onto Drive the second material-pulling device frame inversely to be moved with conveyer belt, and reach program setting position, be fixed on the second material-pulling device machine The second strike-off stick or the second strike-off stick group on frame shift program setting position onto by compound is incubated；Then the second lifting drive system Second strike-off stick or the second strike-off stick group are promoted to program setting height by system, and the second dynamical system drives the second material-pulling device machine Frame returns to initial position, and the second strike-off stick or the second strike-off stick group drop to program setting height；Then the first lifting drive system First strike-off stick or the first strike-off stick group are also promoted to program setting height by system, and the first dynamical system drives the first material-pulling device Frame also returns to initial position, and the first strike-off stick or the first strike-off stick group drop to program setting height；So move in circles, will Insulation compound on conveyer belt is longitudinally bulldozed；Then insulation compound passes through the 3rd strike-off stick or the 3rd strike-off stick group, enters Poking device, the 3rd dynamical system start, and drive poking device frame just to do traverse on the conveyor belt, are fixed on and dial Setting gauge in material device frame laterally shakeouts the insulation compound on conveyer belt, realizes insulation compound uniform distribution；It Surface layer grid cloth is laid afterwards, into vibration moulding process, is molded heat preservation dismounting-free formwork, then is exempted to tear open in insulation with binder materials Cloth is starched on the surface of template, the intensity on increase heat preservation dismounting-free formwork surface.

Scheme 17

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, after blanking, uniform distribution dress Startup is put, material-pulling device, in process of production with the linkage operation of mould conveyer, realizes that insulation mixed material connects with poking device It is continuous, stably, uniform distribution；When mould conveyer receives the insulation compound in stack, material-pulling device is close to poking device, and the Each monolithic strike-off stick in one strike-off stick group is located at the different height of program setting, the second strike-off stick or the second strike-off stick group also position In program setting height, prepare pusher, production system or direct labor start material-pulling device and poking device by setup program；The One dynamical system drives the first material-pulling device frame inversely to be moved with conveying tape motion direction, and reaches program setting position, Gu Each monolithic strike-off stick for the first strike-off stick group being scheduled in the first material-pulling device frame will mix from different height in the insulation of stack Close material and shift program setting position onto, while the second dynamical system drives the second material-pulling device frame inversely to be moved with conveyer belt, and Reach program setting position, the second strike-off stick or the second strike-off stick group being fixed in the second material-pulling device frame, which will be incubated, to be mixed Material shifts program setting position onto；Then the second strike-off stick or the second strike-off stick group are promoted to program and set by the second lifting drive system Fixed height, the second dynamical system drive the second material-pulling device frame to return to initial position, the second strike-off stick or the second strike-off stick group Drop to program setting height；Then the strike-off stick in the first strike-off stick group is also promoted to program and set by the first lifting drive system Fixed height, the first dynamical system drive the first material-pulling device frame to also return to initial position, each monolithic in the first strike-off stick group Strike-off stick drops to program setting height；Push away, so move in circles again, the insulation compound on conveyer belt is longitudinally bulldozed；So Insulation compound passes through the 3rd strike-off stick or the 3rd strike-off stick group afterwards, and into poking device, the 3rd dynamical system starts, and drives and dials Material device frame just does traverse on the conveyor belt, is fixed on the setting gauge in poking device frame by conveyer belt Insulation compound laterally shakeouts, and realizes insulation compound uniform distribution；Surface layer grid cloth is laid afterwards, into vibration moulding work Sequence, it is molded heat preservation dismounting-free formwork, then cloth is starched on the surface of heat preservation dismounting-free formwork with binder materials, and form removal is exempted from increase insulation The intensity of plate surface.

Scheme 18

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, after blanking, uniform distribution dress Startup is put, material-pulling device, in process of production with conveyer linkage operation, realizes that insulation mixed material is continuous, steady with poking device Fixed, uniform distribution；The inner side of rib at material-pulling device on the conveyor belt, then rib is set, it is in heap to receive when conveyer belt During the insulation compound of shape, each monolithic strike-off stick of the material-pulling device in poking device, the first strike-off stick group is set positioned at program Fixed different height, the second strike-off stick or the second strike-off stick group also are located at program setting height, prepare pusher, production system or life Production worker starts material-pulling device and poking device by setup program；First dynamical system drives the first material-pulling device frame and conveying Tape motion direction inversely moves, and reaches program setting position, the first strike-off stick group being fixed in the first material-pulling device frame Each monolithic strike-off stick shift the insulation compound in stack onto program setting position from different height, and pass through strike-off stick lower end Rack will be incubated compound one rutter pine, while the second dynamical system drives the second material-pulling device frame inversely to be moved with conveyer belt It is dynamic, and reach program setting position, the second strike-off stick being fixed in the second material-pulling device frame or the second strike-off stick group will protect Warm compound shifts program setting position onto, and will be incubated compound plough pine by the rack of strike-off stick lower end；Then the second lifting Second strike-off stick or the second strike-off stick group are promoted to program setting height by dynamical system, and the second dynamical system drives the second pusher Device frame returns to initial position, and the second strike-off stick or the second strike-off stick group drop to program setting height；Then the first lifting Strike-off stick in first strike-off stick group is also promoted to program setting height by dynamical system, and the first dynamical system drives the first pusher Device frame also returns to initial position, and each monolithic strike-off stick in the first strike-off stick group drops to program setting height；Push away again, such as This is moved in circles, and the insulation compound on conveyer belt is longitudinally bulldozed；Then insulation compound passes through the 3rd strike-off stick or the 3rd Strike-off stick group, into poking device, the 3rd dynamical system starts, and drives poking device frame just to do lateral shuttle on the conveyor belt Motion, the setting gauge being fixed in poking device frame laterally shakeout the insulation compound on conveyer belt, realize insulation mixing Expect uniform distribution；

Surface layer grid cloth is laid afterwards, into vibration moulding process, is molded heat preservation dismounting-free formwork, is then used binder materials Cloth is starched on the surface of heat preservation dismounting-free formwork, increases the intensity of template surface.

Scheme 19

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, after blanking, in homogenizing device Material-pulling device start, with conveyer belt reverse movement, original position is then return to, then push away, and so on, by conveyer belt Insulation compound in heaps is longitudinally bulldozed；Poking device just does traverse on the conveyor belt simultaneously, by the guarantor on conveyer belt Warm compound laterally shakeouts, and the insulation compound on conveyer belt is distributed more uniform, lays surface layer grid cloth afterwards, enters Molding procedure, the heat preservation dismounting-free formwork of production is molded, through Thickness sensitivity and correcting process, further ensures that the insulation of production is exempted from Form removal consistency of thickness, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, is increased the intensity of template surface, is connect The heat preservation dismounting-free formwork on conveyer belt enters Heat preservation system, is conserved, is processed subsequently into system of processing.

The technical program is applied to mix with lightweight aggregates such as glass beads using binder materials particularly rapid hardening binder materials Heat preservation dismounting-free formwork for building is produced, product is non-ignitable, and fire protecting performance is good.Simultaneously because its setting time is fast, without the use of supporting plate and Mould, insulation mixed slurry can be transferred to directly on belt conveyor, and belt conveyor both sides set rib.Product can convey Belt top operates, side maintenance.Product curing time is long, each in other art solutions before the technical program solves The investments such as kind supporting plate, mould, maintenance of equipment are larger, take a large amount of the problem of conserving place, it is poor also to solve product fire protecting performance The problem of.The technical program uses uniform distribution machine, solves in the art of this patent product heat preservation dismounting-free formwork production process not Can uniform distribution, can not continuously, the problem of mass automatic production.

Scheme 20

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, after blanking, uniform distribution dress Startup is put, the strike-off stick or striker plate of longitudinal material-pulling device and traverse link with conveyer belt in process of production to be made Industry, realize compound it is continuous, stably, uniform distribution；When the mould on conveyer belt or conveyer belt receives the compound in stack, Longitudinal material-pulling device close to the strike-off stick or striker plate of traverse, scrape by the first strike-off stick or the first strike-off stick group, second Flat board or the second strike-off stick group are all located at program setting height, prepare pusher, production system or direct labor open by setup program Move the strike-off stick of longitudinal material-pulling device and traverse or the striker plate of traverse；First dynamical system drives the One longitudinal material-pulling device frame, inversely moved with conveying tape motion direction, and reach program setting position, be fixed on first longitudinal direction The first strike-off stick or the first strike-off stick group in material-pulling device frame shift compound onto journey with first longitudinal direction material-pulling device frame Sequence setting position, while the second dynamical system drives second longitudinal direction material-pulling device frame, is inversely moved with conveyer belt, and reach journey Sequence setting position, the second strike-off stick being fixed in second longitudinal direction material-pulling device frame or the second strike-off stick group shift compound onto Program setting position；Then the second strike-off stick or the second strike-off stick group are promoted to program setting height by the second lifting drive system Degree, the second dynamical system drive second longitudinal direction material-pulling device frame to return to initial position, the second strike-off stick or the second strike-off stick group Drop to program setting height；Then the first strike-off stick or the first strike-off stick group are also promoted to program by the first lifting drive system Setting height, the first dynamical system drive first longitudinal direction material-pulling device frame to also return to initial position, the first strike-off stick or first Strike-off stick group drops to program setting height, then pushes away, and so moves in circles, the compound on conveyer belt or conveying belt die is indulged To being bulldozed；Then the strike-off stick of traverse and compound are rubbed and rubbing repeatedly, and compound is laterally shakeout, makes mixing When material passes through the strike-off stick or striker plate of traverse, the uniform distribution of compound is realized, lays surface layer grid cloth afterwards, Into vibration moulding process, it is molded heat preservation dismounting-free formwork, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, Increase the intensity on heat preservation dismounting-free formwork surface.

The technical program is applied to mix with lightweight aggregates such as glass beads using binder materials particularly rapid hardening binder materials Heat preservation dismounting-free formwork for building is produced, product is non-ignitable, and fire protecting performance is good.Simultaneously because its setting time is fast, without the use of supporting plate and Mould, insulation mixed slurry can be transferred to directly on belt conveyor, and belt conveyor both sides set rib.Product can convey Belt top operates, side maintenance.

Product curing time is long in other art solutions before the technical program solves, various supporting plates, mould, The investment such as maintenance of equipment is larger, takes a large amount of the problem of conserving place, also solves the problems, such as product fire protecting performance difference.

Scheme 21

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys light bone to heat insulation mortar blanking device Material, binder materials, additive and water stir into slurry, then to conveying belt discharging, after blanking, by manually by material in heaps Slurry paves smooth, the slurry on conveying belt die machine is evenly distributed, and lays surface layer grid cloth afterwards, into molding procedure, makes Heat preservation dismounting-free formwork is molded, and then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, increases the intensity of template surface.

Scheme 22

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, Bottom laying grid cloth is first completed, by manually cloth is starched on grid cloth, afterwards, by the heat insulation mortar prepared manually is poured into conveying Take, then heat insulation mortar in heaps is paved by manually smooth, the heat insulation mortar on conveying belt die machine is evenly distributed, it Surface layer grid cloth is laid afterwards, into molding procedure, is molded heat preservation dismounting-free formwork, then by manually being exempted from binder materials in insulation Cloth is starched on the surface of form removal, increases the intensity of template surface.

Scheme 23

A kind of production method of the production line of heat preservation dismounting-free formwork for building, it is characterised in that after conveyer belt startup optimization, First complete bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system fills to round movable heat-preservation slurry blanking Conveying lightweight aggregate is put, rapid hardening binder materials, additive and water stir into insulation compound, and then dynamical system starts, and drive and move Dynamic tremie pipe just does traverse on the conveyor belt, with conveyer belt uniform forward motion, realizes to the uniform cloth of conveyer belt Material, surface layer grid cloth is laid afterwards, into vibration moulding process, makes the heat preservation dismounting-free formwork consistency of thickness of production, then uses glue Gel material cloth on the surface of heat preservation dismounting-free formwork is starched, the intensity on increase heat preservation dismounting-free formwork surface.

The solution have the advantages that：

1st, solve needs to build that equipment investment caused by a plurality of production line is excessive, and equipment repeats to build to enhance production capacities If, installation the problem of.

4th, solve in the art of this patent process of producing product and be unable to uniform distribution, can not continuously, extensive automatic metaplasia The problem of production.

Brief description of the drawings

Fig. 1 is that a kind of insulation for building of the present invention exempts to roll over the structural representation of the production line of template in embodiment one

Fig. 2 is that a kind of insulation for building of the present invention exempts to roll over the top view of the production line of template in embodiment one

Fig. 3 is raw material cabin combination diagram

Fig. 4 is flow transfer pump structural representation

Fig. 5 is the side view of bottom device for layering

Fig. 6 is the structural representation of bottom device for layering

Fig. 7 is the structural representation of bottom mortar distributor

Fig. 8 is the top view of uniform distribution machine

Fig. 9 is the top view of uniform distribution machine the first strike-off stick group

Figure 10 is the side view of uniform distribution machine the first strike-off stick group

Figure 11 is the structure chart of uniform distribution machine the first strike-off stick group

Figure 12 is the top view of the strike-off stick of uniform distribution machine second

Figure 13 is the side view of the strike-off stick of uniform distribution machine second

Figure 14 is the top view of the horizontal poking device of uniform distribution machine

Figure 15 is the side view of the horizontal poking device of uniform distribution machine

Figure 16 is the structural representation of vibrating forming machine

Figure 17 is a kind of structural representation of the production line of heat preservation dismounting-free formwork for building of the present invention in embodiment two

Figure 18 is that a kind of structure for building for being incubated the production line for exempting from non-dismantling formwork of conveyer belt both sides installation belt feeder is shown It is intended to

Figure 19 is a kind of structural representation of the production line of heat preservation dismounting-free formwork for building of the present invention in embodiment three

Figure 20 is the structural representation for reciprocating formula heat insulation mortar blanking device

Figure 21 is a kind of process chart of the production method of heat preservation dismounting-free formwork for building of the present invention in embodiment four

Figure 22 is a kind of process chart of the production method of heat preservation dismounting-free formwork for building of the present invention in embodiment five

Figure 23 is the top view of uniform distribution machine in embodiment six

In figure：1st, bottom device for layering 2, bottom mortar distributor, 3, mobile blanking system, 301, frame, 302, it is mobile under Hopper, 303, motor, 4, uniform distribution device, 5, surface layer device for layering, 6, vibrating formation unit, 7, surface layer mortar distributor, 8th, heating curing device, 9, drilling equipment, 10, cutter device, 12, conveyer belt.

Embodiment

The scope of the present invention is not limited to this, and its claimed scope is recorded in each claim of claim.

Embodiment one

As shown in Figure 1 and Figure 2, a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building Exempting to roll over the production line of template includes raw material cabin, feed proportioning system, Pneumatic conveyer, mixer, mobile blanking system, combined type life Producing line, control system,

The mixer 13 is located above mobile hopper system, is fed to mobile blanking system 3；

The mobile blanking system 3 includes frame 301, track, mobile hopper 302, motor 303, frame 303 across In the top of assembly line, there is track in frame 301, rotating wheel is installed on mobile hopper 302, rotating wheel is located at track On, motor 303 and chain assembled, transmission mechanism is formed, transmission mechanism connection rotating wheel, mobile hopper 302 is successively to group The wall scroll production line feed of conjunction, discharging opening are located at the bottom of mobile hopper 302；

The Combined production line is the combination of the production line designed according to capacity requirements, and production line is arranged in parallel at movement Below blanking system.Wall scroll production line includes conveyer belt 12, bottom device for layering 1, bottom mortar distributor 2, uniform distribution device 4th, surface layer device for layering 5, vibrating formation unit 6, surface layer mortar distributor 7, heating curing device 8, drilling equipment 9, cutter device 10,

On wall scroll production line, bottom device for layering 1, bottom mortar distributor 2, uniform distribution device 4, surface layer device for layering 5, Vibrating formation unit 6, surface layer mortar distributor 7, heating curing device 8, drilling equipment 9, cutter device 10 press conveyer belt motion side To being sequentially arranged, conveyer belt 12 is located at bottom device for layering 1, bottom mortar distributor 2, uniform distribution device 4, surface layer device for layering 5th, vibrating formation unit 6, surface layer mortar distributor 7, heating curing device 8, drilling equipment 9, the lower section of cutter device 10；

The Pneumatic conveyer connection accelerated cement raw material cabin 14 and the bottom cloth for the wall scroll production line combined Sizing device 2 and surface layer mortar distributor 7.

The production method of production line that the insulation for building exempts to roll over template is：

After conveyer belt startup optimization, bottom device for layering 1 first completes bottom laying grid cloth, and bottom mortar distributor 2 is in net The upper cloth slurries of Ge Bu, afterwards, feed proportioning system conveys lightweight aggregate to mixer 13, accelerated cement, additive and water, it is mixed to stir into insulation Material is closed, mobile hopper 302 is run to the discharging opening of mixer 13, and computer programming system sends action command, and triggering is stirred Machine 13 is mixed, to the mobile conveying of hopper 302；After mixer conveying terminates, hopper 302 is moved by setup program, by electronic The driving of machine 303, simultaneously blanking above No. 1 production line is run to, at the same time, mixer 13 is fed by setup program, stirring, Until completing to stir, mobile hopper 302 is returned below the discharging opening of mixer 13, and computer programming system sends action and referred to Order, mixer 13 is triggered to the mobile conveying of hopper 302；After mixer conveying terminates, mobile hopper 302 is by motor 303 Driving, simultaneously blanking above No. 2 adjacent production line is run to by setup program, is moved in circles according to this, completes combined life The blanking of producing line；

After the mobile blanking of hopper 302 terminates, the wall scroll production line of combination starts conveyer belt 12 by setup program, while Material-pulling device in even distribution device 4 also starts, and with conveyer belt antikinesis, is then return to original position, then pushes away, so past It is multiple, the insulation compound in heaps on conveyer belt is longitudinally bulldozed；Horizontal poking device just does lateral shuttle on the conveyor belt simultaneously Motion, the insulation compound on conveyer belt is laterally shakeout, the slurry on conveyer belt is distributed more uniform, realizes that insulation is mixed Close material uniform distribution；Back layer device for layering 5 lay surface layer grid cloth, by the vibration of vibrating forming machine 6, make the guarantor of production Warm non-dismantling formwork shaping, and the consistency of thickness of heat preservation dismounting-free formwork is kept, then surface layer mortar distributor 7 is being incubated with accelerated cement Cloth is starched on the surface of non-dismantling formwork, the intensity on increase heat preservation dismounting-free formwork surface, is entered back into heating and heat-insulating device 8 and is conserved, Heat preservation dismounting-free formwork on the conveyor belt run by side, and side maintenance, drilling machine 9 punches to heat preservation dismounting-free formwork after maintenance, then Cut by cutting machine 10, be finally sent to code heap at piler 11.

In present embodiment, as shown in Figure 1, Figure 2, Figure 3 shows, feed proportioning system includes glass bead bucket elevator 16, glass bead Feed bin 17, stalk bucket elevator 18, straw bin 19, conveying worm 20, the first conveyer 21, second conveyor 22, weighing hopper 23, glass bead is transported to glass bead feed bin 17 by glass bead bucket elevator 16, stalk is transported to straw by stalk bucket elevator 18 Accelerated cement is transported to weighing hopper 23 by stalk feed bin 19, conveying worm 20, and stalk is transported to weighing hopper by the first conveyer 21 23, glass bead is transported to weighing hopper 23 by second conveyor 22.

Conveying device includes bucket elevator 24, the 3rd conveyer 25, and the raw material prepared in weighing hopper 23 is sent to by bucket elevator 24 3rd conveyer 25, the 3rd conveyer 25 is by the feedstock transportation prepared to mixer 13.

As shown in Figure 2, Figure 4 shows, Pneumatic conveyer includes flow transfer pump 26, Pneumatic conveying pipeline 15, flow transfer pump 26 include material bin 2601, feed pipe 2602, blast pipe 2603, compressed air inlet pipe 2604, switch 2605, and compressed air will Goods fluid, make it is material suspended in material bin 2601, then Pneumatic conveying pipeline 15 switch open, in pushing away for compressed air Under dynamic, material is transferred out along Pneumatic conveying pipeline.

As shown in Figure 5, Figure 6, bottom device for layering 1 includes bottom device for layering frame 101, transverse axis 102, positioning roller 103, transverse axis 102 and positioning roller 103 are fixed in bottom device for layering frame 101, and positioning roller 103 is located at transverse axis 102 Lower section, glass fiber reticular cloth drum sheath is on transverse axis 102, and glass fiber reticular cloth down pulls at reel during work, located roller 103, repave on the conveyor belt.

As shown in fig. 7, bottom mortar distributor 2 includes bottom mortar distributor frame 201, weighing hopper 202, hopper 203, spiral Conveyer 204, lightweight charging basket axle of stirrer frame 205, lightweight charging basket mixer 206, motor 207, the first inductive proximity switch 208 and second inductive proximity switch 209, weighing hopper 202 connects hopper 203, the one end of conveying worm 204 connection hopper 203, and one End connection lightweight charging basket mixer 206, lightweight charging basket mixer 206 is fixed in lightweight charging basket axle of stirrer frame 205, motor There are the first inductive proximity switch 208 and the second inductive proximity switch 209, the biography of motor 207 in the both sides of 207 power transmission shaft respectively Moving axis connection lightweight charging basket axle of stirrer frame 205, during work, material falls into hopper after the metering of the electronic scale of weighing hopper 202 203, conveying worm 204 is transported in lightweight charging basket mixer 206 and stirred, after stirring,

Motor 207 starts, and the sensing object 210 before the first inductive proximity switch 208 rotates to the second sensing When before proximity switch 209, motor 207 is stopped, and lightweight charging basket axle of stirrer frame 205 downwardly turns over, lightweight charging basket On the conveyor belt, then motor 207 starts material in mixer 206, when sensing object 210 returns to the first sensing When before proximity switch 208, motor 207 is stopped, and lightweight charging basket axle of stirrer frame 205 is flipped up, so circulation Back and forth.

As shown in Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, uniform distribution device 4 includes longitudinal pusher Device and horizontal poking device, longitudinal material-pulling device and horizontal poking device are located above conveyer belt, along running direction of conveyor belt Arranged by pusher, material toggling order,

Above-mentioned longitudinal material-pulling device includes first longitudinal direction material-pulling device frame 407, the first strike-off stick group 401, the first power The motor 402 of system, the cylinder 403 of the first lifting drive system, second longitudinal direction material-pulling device frame 408, the second strike-off stick 404th, the cylinder 405 of the second dynamical system, the cylinder 406 of the second lifting drive system, first longitudinal direction material-pulling device frame 407 are solid The both sides of conveyer belt 409 are scheduled on, the motor 402 of the first dynamical system connects first longitudinal direction material-pulling device frame 407, and first strikes off Plate group 401 is fixed in first longitudinal direction material-pulling device frame 407, and the connection of cylinder 403 first of the first lifting drive system strikes off Plate group 401；Second longitudinal direction material-pulling device frame 408 is fixed on the both sides of conveyer belt 409, and the cylinder 405 of the second dynamical system connects Second longitudinal direction material-pulling device frame 408, the second strike-off stick 404 are fixed in second longitudinal direction material-pulling device frame 408, the second lifting The cylinder 406 of dynamical system connects the second strike-off stick 404；

Above-mentioned horizontal poking device strikes off including horizontal poking device frame, horizontal setting gauge, the 3rd strike-off stick or the 3rd Plate group, the 3rd dynamical system, horizontal poking device frame 410 are located above conveyer belt, and horizontal setting gauge 411, which is arranged on, laterally to be dialled Expect in device frame 410, the 3rd dynamical system includes three-motor 412 and toggle 413, three-motor 412 Combined with toggle 413, form transmission mechanism, transmission mechanism connects horizontal poking device frame 410, the 3rd strike-off stick 414 between the second strike-off stick 404 and horizontal setting gauge 411, and the 3rd strike-off stick 414 is fixed on horizontal setting gauge 411.

In the uniform distribution device, the first strike-off stick group 401 is one group and struck off from what conveyer belt highly gradually reduced Plate.

There is rack the lower end of strike-off stick in the first strike-off stick group 401；The lower end of second strike-off stick 404 is with teeth Bar.

The distributing method of the uniform distribution device is：Longitudinal material-pulling device and horizontal poking device in process of production with it is defeated Send band linkage operation, realize compound it is continuous, stably, uniform distribution；It is in stack to receive when the mould on conveyer belt or conveyer belt Compound when, each monolithic strike-off stick of longitudinal material-pulling device in horizontal poking device, the first strike-off stick group 401 is located at journey The different height of sequence setting, the second strike-off stick 404 also are located at program setting height, prepare pusher, production system or direct labor Start longitudinal material-pulling device and horizontal poking device by setup program；The motor 402 of first dynamical system drives first longitudinal direction Material-pulling device frame 407, inversely moved with the direction of motion of conveyer belt 409, and reach program setting position, be fixed on first longitudinal direction Each monolithic strike-off stick of the first strike-off stick group 401 in material-pulling device frame 407 will push away from different height in the compound of stack To program setting position, and it is by the rack 415 of strike-off stick lower end that the rutter of compound one is loose, while the electricity of the second dynamical system Motivation 405 drives second longitudinal direction material-pulling device frame 408 inversely to be moved with conveyer belt 409, and reaches program setting position, fixed The second strike-off stick 404 in second longitudinal direction material-pulling device frame 408 shifts compound onto program setting position, and by striking off Compound is ploughed pine by the rack of plate lower end；Then the second strike-off stick 404 is promoted to journey by the cylinder 406 of the second lifting drive system Sequence setting height, the motor 405 of the second dynamical system drive second longitudinal direction material-pulling device frame 408 to return to initial position, the Two strike-off sticks 404 drop to program setting height；Then the cylinder of the first lifting drive system is also by the first strike-off stick group Strike-off stick is promoted to program setting height, and the motor 402 of the first dynamical system drives first longitudinal direction material-pulling device frame 407 Return to initial position, each monolithic strike-off stick in the first strike-off stick group 401 drops to program setting height；Push away again, so circulation Back and forth, the compound on conveyer belt is longitudinally bulldozed；Then compound passes through the 3rd strike-off stick, into horizontal poking device, Three-motor 412 starts, and by the gearing of toggle 413, drives horizontal poking device frame 410 in conveyer belt Traverse is done on the slide bar 415 of top, the horizontal setting gauge 411 in horizontal poking device frame 410 will be defeated Send the compound taken laterally to shakeout, realize compound uniform distribution.

As shown in figure 16, vibrating forming machine includes flat board 601, electric block 602, vibrating motor 603, spring 604, positioning Object 605, base, electric block 602 connect flat board 601, and vibrating motor 603 is arranged on flat board 601, flat board 601 and base Between be provided with spring and positioning object.During work, flat board 601 and vibrating motor 603 are hung in program setting by electric block 602 Highly, when equally distributed insulation compound passes through, vibrating motor 603 and flat board 601 are placed on by electric block 602 uniformly to be divided Above the insulation compound of cloth, vibrating motor 603 starts, and by vibrating and positioning the positioning of object 605, makes heat preservation dismounting-free formwork Shaping and thickness are consistent.

Surface layer device for layering 5 is identical with the structure and method of work of bottom device for layering 1.

Surface layer mortar distributor 7 is identical with the structure and method of work of bottom mortar distributor 2.

Embodiment two

As shown in figure 17, a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over The production line of template includes raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom cloth slurry dress Put, heat insulation mortar blanking device, uniform distribution device, surface layer device for layering, shaped device, surface layer mortar distributor, the bottom Device for layering 1, bottom mortar distributor 2, heat insulation mortar blanking device, uniform distribution device 4, surface layer device for layering 5, vibration moulding Device 6, the heating curing device 8 of surface layer mortar distributor 7, drilling equipment 9, cutter device 10 are sequentially arranged by conveying tape motion direction Row, conveyer belt 12 be located at bottom device for layering 1, bottom mortar distributor 2, the first scraping device 29, heat insulation mortar blanking device 28, Uniform distribution device 4, surface layer device for layering 5, vibrating formation unit 6, Thickness sensitivity and means for correcting 31, surface layer mortar distributor 7, Second scraping device 30, heating curing device 8, drilling equipment 9, the lower section of cutter device 10；

After feed proportioning system completes dispensing, light bone is conveyed to the mixer 13 of heat insulation mortar blanking device by conveying device Material, accelerated cement, additive and water, stirs into insulation compound, to the conveying of hopper 32, then conveys tape starting, bottom paving Net device 1 first complete bottom laying grid cloth, bottom mortar distributor 2 on grid cloth cloth starch, the first scraping device 29 by its Struck off on grid cloth, then the blanking of hopper 32, then the material-pulling device in uniform distribution device 4 starts, reverse with conveyer belt Operation, is then return to original position, then pushes away, and and so on, the insulation compound in heaps on conveyer belt is longitudinally bulldozed；Simultaneously Horizontal poking device in uniform distribution device 4 just does traverse on the conveyor belt, and the insulation on conveyer belt is mixed Material laterally shakeouts, and the slurry on conveyer belt is distributed more uniform, realizes insulation compound uniform distribution；Back layer lapping Device 5 lay surface layer grid cloth, by the vibration of vibrating forming machine 6, the heat preservation dismounting-free formwork of production be molded, Thickness sensitivity and Means for correcting 31 rolls to template, keeps the consistency of thickness of heat preservation dismounting-free formwork, then the rapid hardening water of surface layer mortar distributor 7 Mud cloth on the surface of heat preservation dismounting-free formwork is starched, and the second scraping device 30 strikes off cement slurry, increases heat preservation dismounting-free formwork table The intensity in face, enter back into heating and heat-insulating device 8 and conserved, heat preservation dismounting-free formwork on the conveyor belt run by side, side maintenance, maintenance After drilling machine 9 to heat preservation dismounting-free formwork punch, then cut by cutting machine 10, be finally sent to code at piler 11 Heap.

In present embodiment, feed proportioning system, conveying device, Pneumatic conveyer, bottom device for layering 1, bottom cloth slurry dress 2, uniform distribution device 4, surface layer device for layering 5, vibrating forming machine 6, surface layer mortar distributor 7 are put with being set in embodiment one Standby structure, working method are identical.

, as shown in figure 18, can be in the multiple belt feeders 34 of the both sides of conveyer belt 12 installation, belt feeder 34 in present embodiment Rib of the belt 3401 as conveyer belt, 3402 be axle wheel, and belt 3401 operates with conveyer belt.

Embodiment three

As shown in Figure 19,20, a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building The production line of non-dismantling formwork includes raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom cloth slurry Device, reciprocate formula heat insulation mortar blanking device, surface layer device for layering, vibrating formation unit, surface layer mortar distributor；

The bottom device for layering 1, bottom mortar distributor 2, reciprocate formula heat insulation mortar blanking device 35, surface layer lapping The direction that device 5, vibrating formation unit 6, surface layer mortar distributor 7 are moved by conveyer belt is arranged in order, and conveyer belt is located at bottom paving Net device 1, bottom mortar distributor 2, reciprocate formula heat insulation mortar blanking device 35, surface layer device for layering 5, vibrating formation unit 6th, the lower section of surface layer mortar distributor 7；

The first induction system connection raw material cabin and bottom mortar distributor 2 and surface layer mortar distributor 7.

The production method of the production line of the heat preservation dismounting-free formwork for building is：After conveyer belt startup optimization, bottom lapping dress Put 1 and first complete bottom laying grid cloth, then the cloth on grid cloth of bottom mortar distributor 2 is starched, and afterwards, feed proportioning system is to round shifting Dynamic formula heat insulation mortar blanking device 35 conveys lightweight aggregate, and rapid hardening binder materials, additive and water stir into insulation compound, then Dynamical system starts, and driving mobile tremie pipe 3502, traverse does in side on the conveyor belt, with conveyer belt at the uniform velocity forward Motion, realize to conveyer belt uniform distribution, back layer device for layering 5 lay surface layer grid cloth, into vibration moulding process, make The heat preservation dismounting-free formwork consistency of thickness of production, then surface layer mortar distributor 7 with rapid hardening binder materials heat preservation dismounting-free formwork table Cloth is starched on face, the intensity on increase heat preservation dismounting-free formwork surface.

In present embodiment, as shown in figure 20, the formula heat insulation mortar blanking device 35 that reciprocates includes mixer 3501, dynamical system and mobile tremie pipe 3502, the mobile tremie pipe 3502 of the connection of mixer 3501, dynamical system are connected under movement Expects pipe 3502；

Conveying device will be incubated compound and be transported to mixer 3501 during work, it is to be mixed uniformly after, dynamical system starts, Driving mobile tremie pipe 3502, traverse does in side on the conveyor belt, with conveyer belt uniform forward motion, realizes to defeated Send band uniform distribution.

In present embodiment, feed proportioning system, conveying device, Pneumatic conveyer, bottom device for layering 1, bottom cloth slurry dress Put 2, surface layer device for layering 5, vibrating forming machine 6, surface layer mortar distributor 7 and the structure of equipment, work in embodiment one Mode is identical.

Embodiment four

As shown in figure 21, a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over The production line of template includes raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom cloth slurry dress Put, heat insulation mortar blanking device, uniform distribution device, surface layer device for layering, shaped device, surface layer mortar distributor, the bottom Device for layering 1, bottom mortar distributor 2, heat insulation mortar blanking device 28, uniform distribution device 4, surface layer device for layering 5, vibration into Type device 6, surface layer mortar distributor 7, cutter device 10 are sequentially arranged by conveying tape motion direction, and conveyer belt is located at bottom lapping dress Put 1, bottom mortar distributor 2, heat insulation mortar blanking device 28, uniform distribution device 4, surface layer device for layering 5, vibrating formation unit 6th, surface layer mortar distributor 7, the lower section of cutter device 10；

The first induction system connection accelerated cement raw material cabin 14 and the bottom cloth for the wall scroll production line combined Sizing device 2 and surface layer mortar distributor 7.

After feed proportioning system completes dispensing, light bone is conveyed to the mixer of heat insulation mortar blanking device 28 by conveying device Material, accelerated cement, additive and water, insulation compound is stirred into, to hopper conveying, then convey tape starting, bottom lapping Device 1 first completes bottom laying grid cloth, and the cloth on grid cloth of bottom mortar distributor 2 is starched, and the first scraping device is by it in grid Struck off on cloth, then the hopper blanking of heat insulation mortar blanking device 28, then the material-pulling device in uniform distribution device 4 opens It is dynamic, with conveyer belt antikinesis, original position is then return to, then push away, and so on, the insulation in heaps on conveyer belt is mixed Material longitudinal direction is bulldozed；The horizontal poking device in uniform distribution device 4 just does traverse on the conveyor belt simultaneously, will convey The insulation compound taken laterally shakeouts, and the slurry on conveyer belt is distributed more uniform, realizes the insulation uniform cloth of compound Material；Back layer device for layering 5 lay surface layer grid cloth, by the vibration of vibrating forming machine 6, make the heat preservation dismounting-free formwork of production Shaping, Thickness sensitivity are rolled with means for correcting to template, keep the consistency of thickness of heat preservation dismounting-free formwork, and then surface layer cloth is starched Device 7 with accelerated cement, starch by the cloth on the surface of heat preservation dismounting-free formwork, and the second scraping device strikes off cement slurry, increase insulation The intensity on non-dismantling formwork surface, heat preservation dismounting-free formwork on the conveyor belt run by side, and side maintenance, drilling machine is to insulation after maintenance Non-dismantling formwork punches, and is then cut by cutting machine 10, is finally sent to code heap at piler.

In present embodiment, feed proportioning system, bottom device for layering 1, uniform distribution device 4, surface layer device for layering 5, vibration Forming machine 6 is identical with the structure of equipment, working method in embodiment one.Bottom mortar distributor 2, surface layer mortar distributor 7 For shower nozzle or reciprocate formula shower nozzle.

In present embodiment, the first induction system includes mixer 16, delivery pump, pipeline 15, the connection conveying of mixer 16 Pump, delivery pump connecting pipe 15；The accelerated cement in accelerated cement raw material cabin 14 is transported to stirring by conveying worm during work Machine 16, it is to be mixed uniformly after, convey pump startup, by the accelerated cement slurry to stir by pipeline 15 be transported to bottom cloth starch Device 2 and surface layer mortar distributor 7.After conveying, pipeline and shower nozzle are cleaned, Sewage treatment utilizes.

Embodiment five

As shown in figure 22, a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over The production line of template includes raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom cloth slurry dress Put, heat insulation mortar blanking device, uniform distribution device, surface layer device for layering, shaped device, surface layer mortar distributor, the bottom Device for layering 1, bottom mortar distributor 2, heat insulation mortar blanking device 28, uniform distribution device 4, surface layer device for layering 5, vibration into Type device 6, surface layer mortar distributor 7, cutter device 10 are sequentially arranged by conveying tape motion direction, and conveyer belt is located at bottom lapping dress Put 1, bottom mortar distributor 2, heat insulation mortar blanking device 28, uniform distribution device 4, surface layer device for layering 5, vibrating formation unit 6th, surface layer mortar distributor 7, the lower section of cutter device 10；

In present embodiment, the first induction system includes proportioner 17, mixer 16, delivery pump, pipeline 15, conveying dress One end connection proportioner 17, one end connection mixer 16 are put, mixer 16 connects delivery pump, delivery pump connecting pipe 15；Work The accelerated cement in accelerated cement raw material cabin 14 is transported to proportioner 17 by conveying worm when making, and conveyer is from river sand raw material River sand is transported to proportioner 17 by Cang18Chu, and after proportioner 17 matches somebody with somebody honest material in proportion, conveying device conveys the material prepared To mixer 16, it is to be mixed uniformly after, convey pump startup, the fast hardening concrete slurry to stir be transported to by pipeline 15 Bottom mortar distributor 2 and surface layer mortar distributor 7.After conveying, pipeline and shower nozzle are cleaned, waste water is recycled.

Embodiment six

In present embodiment, feed proportioning system, conveying device, Pneumatic conveyer, bottom device for layering 1, bottom cloth slurry dress Put 2, uniform distribution device 4, surface layer device for layering 5, vibrating forming machine 6, surface layer mortar distributor 7 and phase in embodiment one Together.

In present embodiment, as shown in Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 23, uniform distribution dress Putting 4 includes longitudinal material-pulling device, the strike-off stick of traverse, longitudinal material-pulling device, the strike-off stick position of traverse Above conveyer belt, it is arranged in order along running direction of conveyor belt,

Above-mentioned longitudinal material-pulling device includes first longitudinal direction material-pulling device frame, the first strike-off stick group, the first dynamical system, the One lifting drive system, second longitudinal direction material-pulling device frame, the second strike-off stick group, the second dynamical system, the second lifting drive system System, first longitudinal direction material-pulling device frame 407 are fixed on conveyer belt both sides, the motor 402 and chain assembled of the first dynamical system Transmission mechanism, connection first longitudinal direction material-pulling device frame 407 are formed, the first strike-off stick group 401 is fixed on first longitudinal direction pusher dress The Inner of frame 407 is put, the cylinder 403 of the first lifting drive system connects the first strike-off stick group 401；Second longitudinal direction material-pulling device frame 408 are fixed on conveyer belt both sides, and the cylinder 405 of the second dynamical system connects second longitudinal direction material-pulling device frame 408, and second strikes off Plate 404 is fixed on the Inner of second longitudinal direction material-pulling device frame 408, and the cylinder 406 of the second lifting drive system connects the second strike-off stick 404；

The distributing method of the uniform distribution device is：The strike-off stick or striker plate of longitudinal material-pulling device and traverse Link operation with conveyer belt in process of production, realize compound it is continuous, stably, uniform distribution；When on conveyer belt or conveyer belt Mould receive in stack compound when, longitudinal material-pulling device is close to the strike-off stick 414 of traverse, the first strike-off stick The 401, second strike-off stick 404 of group is all located at program setting height, prepares pusher, production system or direct labor open by setup program Move the strike-off stick of longitudinal material-pulling device and traverse；The motor 402 and chain assembled of first dynamical system, form and pass Motivation structure, first longitudinal direction material-pulling device frame 407 is driven, inversely moved with conveying tape motion direction, and reach program setting position Put, the first strike-off stick group 401 being fixed in first longitudinal direction material-pulling device frame will mix with first longitudinal direction material-pulling device frame Material shifts program setting position onto, while the cylinder 405 of the second dynamical system drives second longitudinal direction material-pulling device frame 408, and defeated Send band reverse mobile, and reach program setting position, the second strike-off stick being fixed in second longitudinal direction material-pulling device frame 408 404 shift compound onto program setting position；Then the cylinder 406 of the second lifting drive system lifts the second strike-off stick 404 To program setting height, the cylinder 405 of the second dynamical system drives second longitudinal direction material-pulling device frame 408 to return to initial position, Second strike-off stick 404 drops to program setting height；Then the cylinder 403 of the first lifting drive system is also by the first strike-off stick group 401 are promoted to program setting height, and the motor 402 of the first dynamical system drives first longitudinal direction material-pulling device frame 407 also to return To initial position, the first strike-off stick group 401 drops to program setting height, then pushes away, and so moves in circles, by conveyer belt or conveying Longitudinally it is bulldozed with the compound on mould；Then motor 412 starts, and by the gearing of toggle 413, drives Traverse does to strike-off stick 414 in side on the conveyor belt, strike-off stick 414 and the compound of traverse rub repeatedly with Rubbing, compound is laterally shakeout, make compound pass through traverse strike-off stick 414 when, realize the uniform of compound Cloth.

The conveying tape motion direction or the direction opposite with conveying tape motion direction are longitudinal direction；It is described to be transported with conveyer belt The vertical direction in dynamic direction is laterally.

The first strike-off stick group or the second strike-off stick are the device for striking off material；Or the plate for striking off material.

Claims

1. a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production line of template Including raw material cabin, feed proportioning system, the first induction system, the second induction system, stirring system, mobile blanking system, combined type life Producing line, control system,

The mobile blanking system includes frame, track, mobile hopper, dynamical system, and frame is across in assembly line Top, there are track, the mobile hopper of dynamical system connection in frame, the mobile hopper of dynamical system driving orbits, It is fed successively to the wall scroll production line of combination, discharging opening is located at mobile hopper bottom；

The Combined production line is the combination of the production line designed according to capacity requirements, and production line is arranged in parallel at mobile blanking Below system, wall scroll production line includes conveyer belt, bottom device for layering, bottom mortar distributor, uniform distribution device, surface layer lapping Device, shaped device, surface layer mortar distributor；

On wall scroll production line, bottom device for layering, bottom mortar distributor, uniform distribution device, surface layer device for layering, shaping dress Put, surface layer mortar distributor by conveying tape motion direction be sequentially arranged, conveyer belt be located at bottom device for layering, bottom mortar distributor, Uniform distribution device, surface layer device for layering, shaped device, the lower section of surface layer mortar distributor；

The bottom mortar distributor and surface layer cloth of the first induction system connection raw material cabin and the wall scroll production line combined Sizing device.

2. a kind of insulation for building according to claim 1 exempts to roll over the production line of template, it is characterized in that, the conveyer belt two There is rib side.

3. a kind of insulation for building according to claim 2 exempts to roll over the production line of template, it is characterized in that, the rib is defeated The top with both sides is sent, gap is carried with conveying.

4. a kind of insulation for building according to claim 1 exempts to roll over the production line of template, it is characterized in that, the forming machine two Side is provided with belt feeder, and the belt in belt feeder is as rib.

5. a kind of insulation for building according to claim 2 exempts to roll over the production line of template, it is characterized in that, the rib is skin With the belt in machine.

6. a kind of insulation for building according to claim 1 exempts to roll over the production line of template, it is characterized in that, the bottom cloth slurry The first scraping device is installed after device；Or one group of Thickness sensitivity is installed between vibrating formation unit and surface layer mortar distributor With means for correcting；Or the second scraping device is installed behind surface layer mortar distributor.

7. a kind of insulation for building according to claim 6 exempts to roll over the production line of template, it is characterized in that, described second strikes off Heat insulation and heating equipment or steam curing device are installed behind device, or system of processing is installed behind the second scraping device, or Heat insulation and heating equipment or steam curing device and system of processing are installed behind the second scraping device.

8. a kind of insulation for building according to claim 1 or 6 exempts to roll over the production line of template, it is characterized in that, described first Induction system is air-transport system.

9. a kind of insulation for building according to claim 1 or 6 exempts to roll over the production line of template, it is characterized in that, the dispensing There is the second induction system between system and stirring system, the material that the second induction system prepares feed proportioning system is transported to stirring system System.

10. a kind of insulation for building according to claim 7 exempts to roll over the production line of template, it is characterized in that, the processing system Unite as cutting machine or drilling machine.

11. a kind of insulation for building according to claim 1 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Material device includes material-pulling device and poking device, and material-pulling device and poking device are located above conveyer belt, along conveyer belt operation side To being sequentially arranged,

Above-mentioned material-pulling device includes the first material-pulling device frame, the first strike-off stick or the first strike-off stick group, the first dynamical system, the One lifting drive system, the second material-pulling device frame, the second strike-off stick or the second strike-off stick group, the second dynamical system, second liter Dynamical system drops, and the first material-pulling device frame is fixed on conveyer belt both sides, and the first dynamical system connects the first material-pulling device frame, First strike-off stick or the first strike-off stick group are fixed in the first material-pulling device frame, and the first lifting drive system connection first strikes off Plate or the first strike-off stick group；Second material-pulling device frame is fixed on conveyer belt both sides, and the second dynamical system connects the second pusher dress Frame is put, the second strike-off stick or the second strike-off stick group are fixed in the second material-pulling device frame, the connection of the second lifting drive system Second strike-off stick or the second strike-off stick group；

Above-mentioned poking device includes poking device frame, setting gauge, the 3rd strike-off stick or the 3rd strike-off stick group, the 3rd dynamical system System, poking device frame are fixed on conveyer both sides, and setting gauge is located in poking device frame, the 3rd dynamical system connection material toggling Device frame, the 3rd strike-off stick or the 3rd strike-off stick group are between the second strike-off stick or the second strike-off stick group and setting gauge.

12. a kind of insulation for building according to claim 1 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Expect that device includes longitudinal material-pulling device, the strike-off stick or striker plate of traverse, longitudinal material-pulling device, traverse Strike-off stick or striker plate be located above conveyer belt, be arranged in order along running direction of conveyor belt,

Above-mentioned longitudinal material-pulling device moves including first longitudinal direction material-pulling device frame, the first strike-off stick or the first strike-off stick group, first Force system, the first lifting drive system, second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group, second move Force system, the second lifting drive system, first longitudinal direction material-pulling device frame are fixed on conveyer belt both sides, the connection of the first dynamical system First longitudinal direction material-pulling device frame, the first strike-off stick or the first strike-off stick group are fixed on first longitudinal direction material-pulling device frame Inner, the One lifting drive system connects the first strike-off stick or the first strike-off stick group；Second longitudinal direction material-pulling device frame is fixed on conveyer belt two It is vertical that side, the second dynamical system connection second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group are fixed on second To material-pulling device frame Inner, the second lifting drive system connects the second strike-off stick or the second strike-off stick group.

13. a kind of insulation for building according to claim 1 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Material device includes material-pulling device and poking device, and material-pulling device and poking device are located above conveyer belt, along conveyer belt operation side To being sequentially arranged,

Above-mentioned material-pulling device includes the first material-pulling device frame, the first strike-off stick or the first strike-off stick group, the first dynamical system, the One lifting drive system, the second material-pulling device frame, the second strike-off stick or the second strike-off stick group, the second dynamical system, second liter Dynamical system drops, and the lower end of first strike-off stick has rack or the lower end of the strike-off stick in the first strike-off stick group to have rack, and First strike-off stick group is one group from the strike-off stick that conveyer belt highly gradually reduces；There are rack or in the lower end of second strike-off stick There is rack the lower end of strike-off stick in two strike-off stick groups.First material-pulling device frame is fixed on conveyer belt both sides, the first dynamical system System the first material-pulling device frame of connection, the first strike-off stick or the first strike-off stick group are fixed in the first material-pulling device frame, and first Lifting drive system connects the first strike-off stick or the first strike-off stick group；Second material-pulling device frame is fixed on conveyer belt both sides, the Two dynamical systems connect the second material-pulling device frame, and the second strike-off stick or the second strike-off stick group are fixed on the second material-pulling device frame On, the second lifting drive system connects the second strike-off stick or the second strike-off stick group；

14. a kind of insulation for building according to claim 1 exempts to roll over the Combined production line of template, it is characterized in that, it is described Uniform distribution device includes strike-off stick or strike-off stick group and poking device, and strike-off stick or strike-off stick group and poking device are positioned at conveying Band top, is sequentially arranged along conveying direction,

Above-mentioned poking device includes poking device frame, setting gauge, striker plate, dynamical system, and poking device frame is fixed on defeated Send machine both sides, setting gauge is located in poking device frame, dynamical system connection poking device frame, striker plate be located at strike-off stick or Between strike-off stick group and setting gauge.

15. a kind of insulation for building according to claim 1 exempts to roll over the Combined production line of template, it is characterized in that, it is described Shaped device is vibrating formation unit or hydraulic means.

16. a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production line of template Including raw material cabin, feed proportioning system, the first induction system, the second induction system, stirring system, mobile blanking system, combined type life Producing line, control system,

The Combined production line is the combination of the production line designed according to capacity requirements, and production line is arranged in parallel at mobile blanking Below system.Wall scroll production line includes conveyer belt, bottom device for layering, bottom mortar distributor, uniform distribution device, shaping dress Put, surface layer device for layering, surface layer mortar distributor,

On wall scroll production line, bottom device for layering, bottom mortar distributor, uniform distribution device, shaped device, surface layer lapping dress Put, surface layer mortar distributor by conveying tape motion direction be sequentially arranged, conveyer belt be located at bottom device for layering, bottom mortar distributor, Uniform distribution device, shaped device, surface layer device for layering, the lower section of surface layer mortar distributor,

17. a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production line of template Including raw material cabin, feed proportioning system, the first induction system, the second induction system, conveyer belt, bottom device for layering, bottom cloth slurry dress Put, heat insulation mortar blanking device, uniform distribution device, surface layer device for layering, shaped device, surface layer mortar distributor, the bottom Device for layering, bottom mortar distributor, heat insulation mortar blanking device, uniform distribution device, surface layer device for layering, shaped device, face The direction that layer mortar distributor is moved by conveyer belt is arranged in order, and conveyer belt is located at bottom device for layering, bottom mortar distributor, insulation Slurry blanking device, uniform distribution device, surface layer device for layering, shaped device, the lower section of surface layer mortar distributor；

18. a kind of production line of heat preservation dismounting-free formwork for building according to claim 17, it is characterized in that, the conveyer belt There is rib both sides.

19. a kind of insulation for building according to claim 18 exempts to roll over the production line of template, it is characterized in that, the rib peace Mounted in the top of conveyer belt both sides, gap is carried with conveying.

20. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the forming machine Both sides are provided with belt feeder, and the belt in belt feeder is as rib.

21. a kind of insulation for building according to claim 18 exempts to roll over the production line of template, it is characterized in that, the rib is Belt in belt feeder.

22. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the bottom cloth Scraping device is installed between sizing device and heat insulation mortar blanking device；Or pacify between the vibrating device and surface layer mortar distributor Equipped with one group of Thickness sensitivity and means for correcting；Or heat insulation and heating equipment is installed behind surface layer mortar distributor；Or in surface layer cloth System of processing is installed behind sizing device；Or heat insulation and heating equipment and system of processing are installed behind surface layer mortar distributor.

23. a kind of insulation for building according to claim 22 exempts to roll over the production line of template, the system of processing is cutting Machine or drilling machine.

24. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, described first is defeated It is air-transport system to send system.

25. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the dispensing system There is the second induction system between system and heat insulation mortar blanking device, the material that the second induction system prepares feed proportioning system is transported to guarantor Warm slurry blanking device.

26. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Material device includes material-pulling device and poking device, and material-pulling device and poking device are located above conveyer belt, along conveyer belt operation side To being sequentially arranged,

27. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Material device includes material-pulling device and poking device, and material-pulling device and poking device are located above conveyer belt, along conveyer belt operation side To being sequentially arranged,

Above-mentioned material-pulling device includes the first material-pulling device frame, the first strike-off stick group, the first dynamical system, the first lifting drive system System, the second material-pulling device frame, the second strike-off stick or the second strike-off stick group, the second dynamical system, the second lifting drive system, institute State the first strike-off stick group and be fixed on conveyer belt from the strike-off stick that conveyer belt highly gradually reduces, the first material-pulling device frame for one group Both sides, the first dynamical system connect the first material-pulling device frame, and the first strike-off stick group is fixed in the first material-pulling device frame, the One lifting drive system connects the first strike-off stick group；Second material-pulling device frame is fixed on conveyer belt both sides, the second dynamical system The second material-pulling device frame is connected, the second strike-off stick or the second strike-off stick group are fixed in the second material-pulling device frame, second liter Drop dynamical system and connect the second strike-off stick or the second strike-off stick group；

28. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Material device includes material-pulling device and poking device, and material-pulling device and poking device are located above conveyer belt, along conveyer belt operation side To being sequentially arranged,

29. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Material device includes strike-off stick or strike-off stick group and poking device, and strike-off stick or strike-off stick group and poking device are located on conveyer belt Side, is sequentially arranged along conveying direction,

30. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the uniform cloth Expect that device includes longitudinal material-pulling device, the strike-off stick or striker plate of traverse, longitudinal material-pulling device, traverse Strike-off stick or striker plate be located above conveyer belt, be arranged in order along running direction of conveyor belt,

Above-mentioned longitudinal material-pulling device moves including first longitudinal direction material-pulling device frame, the first strike-off stick or the first strike-off stick group, first Force system, the first lifting drive system, second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group, second move Force system, the second lifting drive system, first longitudinal direction material-pulling device frame are fixed on conveyer belt both sides, the connection of the first dynamical system First longitudinal direction material-pulling device frame, the first strike-off stick or the first strike-off stick group are fixed in first longitudinal direction material-pulling device frame, the One lifting drive system connects the first strike-off stick or the first strike-off stick group；Second longitudinal direction material-pulling device frame is fixed on conveyer belt two It is vertical that side, the second dynamical system connection second longitudinal direction material-pulling device frame, the second strike-off stick or the second strike-off stick group are fixed on second To in material-pulling device frame, the second lifting drive system connects the second strike-off stick or the second strike-off stick group.

31. a kind of insulation for building according to claim 17 exempts to roll over the production line of template, it is characterized in that, the shaping dress It is set to vibrating formation unit or hydraulic means.

32. a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production line of template Including under raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom mortar distributor, heat insulation mortar Expect device, surface layer device for layering, shaped device, surface layer mortar distributor, bottom device for layering, bottom mortar distributor, heat insulation mortar The direction that blanking device, surface layer device for layering, shaped device, surface layer mortar distributor are moved by conveyer belt is arranged in order, conveyer belt Positioned at bottom device for layering, bottom mortar distributor, heat insulation mortar blanking device, surface layer device for layering, shaped device, surface layer cloth slurry The lower section of device.

33. a kind of insulation for building according to claim 32 exempts to roll over the production line of template, it is characterized in that, the conveyer belt There is rib both sides.

34. a kind of insulation for building according to claim 33 exempts to roll over the production line of template, it is characterized in that, the rib peace Mounted in the top of conveyer belt both sides, gap is carried with conveying.

35. it is according to claim 32 it is a kind of it is for building insulation exempt from roll over template production line, it is characterized in that, it is described vibration into Type machine both sides are provided with belt feeder, and the belt in belt feeder is as rib.

36. a kind of insulation for building according to claim 33 exempts to roll over the production line of template, it is characterized in that, the rib is Belt in belt feeder.

37. a kind of insulation for building according to claim 32 exempts to roll over the production line of template, it is characterized in that, the vibration dress The face of postponing is provided with one group of Thickness sensitivity and means for correcting；Or heat insulation and heating equipment is installed behind surface layer mortar distributor, or System of processing is installed behind surface layer mortar distributor, or heat insulation and heating equipment and processing are installed behind surface layer mortar distributor System.

38. a kind of insulation for building according to claim 37 exempts to roll over the production line of template, it is characterized in that, the processing system Unite as cutting machine or drilling machine.

39. a kind of insulation for building exempts to roll over the production line of template according to claim 32, it is characterized in that, first conveying System is air-transport system.

40. a kind of insulation for building according to claim 32 exempts to roll over the production line of template, it is characterized in that, the dispensing system There is the second induction system between system and stirring system, the material that the second induction system prepares feed proportioning system is transported to stirring system.

41. a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production line of template Including conveyer belt, bottom device for layering, shaped device, surface layer device for layering, bottom device for layering, surface layer device for layering, shaping Device is sequentially arranged by conveying tape motion direction, and conveyer belt is located at bottom device for layering, surface layer device for layering and shaped device Lower section.

42. a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production line of template Including raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom mortar distributor, reciprocate formula Heat insulation mortar blanking device, surface layer device for layering, shaped device, surface layer mortar distributor；

The bottom device for layering, bottom mortar distributor, reciprocate formula heat insulation mortar blanking device, surface layer device for layering, into The direction that type device, surface layer mortar distributor are moved by conveyer belt is arranged in order, and conveyer belt is located at bottom device for layering, bottom cloth slurry Device, reciprocate formula heat insulation mortar blanking device, surface layer device for layering, shaped device, the lower section of surface layer mortar distributor；

43. a kind of insulation for building exempts to roll over the production line of template, it is characterised in that the insulation for building exempts to roll over the production line of template Including raw material cabin, feed proportioning system, the first induction system, conveyer belt, bottom device for layering, bottom mortar distributor, reciprocate formula Heat insulation mortar blanking device, shaped device, surface layer device for layering, surface layer mortar distributor；

The bottom device for layering, bottom mortar distributor, reciprocate formula heat insulation mortar blanking device, shaped device, surface layer paving The direction that net device, surface layer mortar distributor are moved by conveyer belt is arranged in order, and conveyer belt is located at bottom device for layering, bottom cloth slurry Device, reciprocate formula heat insulation mortar blanking device, shaped device, surface layer device for layering, the lower section of surface layer mortar distributor；

44. a kind of production line of heat preservation dismounting-free formwork for building according to claim 42,43, it is characterized in that, it is described past Returning movable heat-preservation slurry blanking device includes mixer, dynamical system and mobile tremie pipe, and mixer connects mobile tremie pipe, The mobile tremie pipe of dynamical system connection；Or it is described reciprocate formula heat insulation mortar blanking device include mixer, dynamical system and Mobile hopper, the mobile tremie pipe of mixer connection, the mobile tremie pipe of dynamical system connection；Or the bottom mortar distributor includes stirring Mix machine, dynamical system and mobile tremie pipe, the mobile tremie pipe of mixer connection, the mobile tremie pipe of dynamical system connection；It is or described Bottom mortar distributor includes mixer, dynamical system and mobile hopper, the mobile hopper of mixer connection, dynamical system connection movement Hopper；Or the surface layer mortar distributor includes mixer, dynamical system and mobile tremie pipe, mixer connects mobile tremie pipe, The mobile tremie pipe of dynamical system connection；Or the surface layer mortar distributor includes mixer, dynamical system and mobile hopper, mixer The mobile hopper of connection, the mobile hopper of dynamical system connection.

45. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 1, its feature exist In first completion bottom lays grid cloth and cloth is starched on grid cloth, and afterwards, feed proportioning system conveys lightweight aggregate, gelling to mixer Material, additive and Jia Shui stir into insulation compound, and mobile hopper is run to mixer discharging opening, triggering stirring Machine, to mobile hopper conveying；After mixer conveying terminates, mobile hopper by setup program, passes through the driving of dynamical system, operation To above adjacent first conveyer belt and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, Mobile hopper is returned below mixer discharging opening, triggers mixer to mobile hopper conveying；After mixer conveying terminates, mobile material Bucket is driven by dynamical system, is run to simultaneously blanking above adjacent Article 2 conveyer belt by setup program, is moved in circles according to this, complete Into the blanking of combined production line；

After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt by setup program, and uniform distribution device makes defeated Send the insulation compound taken to be evenly distributed, lay surface layer grid cloth afterwards, into molding procedure, the insulation of production is exempted from form removal Sheet metal forming, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, the intensity on increase heat preservation dismounting-free formwork surface.

46. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 1, its feature exist In first completion bottom lays grid cloth and cloth is starched on grid cloth, and afterwards, feed proportioning system conveys lightweight aggregate, gelling to mixer Material, additive and Jia Shui stir into insulation compound, and mobile hopper is run to mixer discharging opening, triggering stirring Machine, to mobile hopper conveying, after mixer conveying terminates, mobile hopper by setup program, passes through the driving of dynamical system, operation To above adjacent first conveyer belt and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, Mobile hopper is returned below mixer discharging opening, triggers mixer to mobile hopper conveying；It is mobile after mixer conveying terminates Hopper by setup program, simultaneously blanking above adjacent Article 2 conveyer belt is run to by the driving of dynamical system, is followed according to this Ring is reciprocal, completes the blanking of combined production line；

After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt by setup program, in uniform distribution device Material-pulling device also start, with conveyer belt antikinesis, original position is then return to, then push away, and so on, by conveyer belt Insulation compound in heaps be longitudinally bulldozed；Horizontal poking device just does traverse on the conveyor belt simultaneously, by conveyer belt On insulation compound laterally shakeout, the slurry on conveying belt die machine is distributed more uniform, realize insulation compound it is equal Even cloth；Surface layer grid cloth is laid afterwards, into molding procedure, is molded heat preservation dismounting-free formwork, is then being protected with binder materials Cloth is starched on the surface of warm non-dismantling formwork, increases the intensity of template surface.

47. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 1,11, its feature It is, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys lightweight aggregate, glue to mixer Gel material, additive and Jia Shui stir into insulation compound, and mobile hopper is run to mixer discharging opening, triggering stirring Machine, to mobile hopper conveying, after mixer conveying terminates, mobile hopper by setup program, passes through the driving of dynamical system, operation To above adjacent first conveyer belt and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, Mobile hopper is returned below mixer discharging opening, triggers mixer to mobile hopper conveying；After mixer conveying terminates, mobile material Bucket by setup program, simultaneously blanking above adjacent Article 2 conveyer belt is run to by the driving of dynamical system, is circulated according to this past It is multiple, complete the blanking of combined production line；

After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt by setup program, and material-pulling device fills with material toggling Put the operation that linked in process of production with conveyer belt, realize insulation mixed material it is continuous, stably, uniform distribution；When conveyer belt connects During by insulation compound in stack, close to poking device, the first strike-off stick or the first strike-off stick group, second strike off material-pulling device Plate or the second strike-off stick group are all located at program setting height, prepare pusher, production system or direct labor start by setup program Material-pulling device and poking device；First dynamical system drives the first material-pulling device frame inversely to be moved with conveying tape motion direction, And reaching program setting position, the first strike-off stick or the first strike-off stick group being fixed in the first material-pulling device frame push away with first Material device frame will be incubated compound and shift program setting position onto, at the same the second dynamical system drive the second material-pulling device frame with Conveyer belt inversely moves, and reaches program setting position, the second strike-off stick or second being fixed in the second material-pulling device frame Strike-off stick group shifts program setting position onto by compound is incubated；Then the second lifting drive system scrapes the second strike-off stick or second Flat board group is promoted to program setting height, and the second dynamical system drives the second material-pulling device frame to return to initial position, and second scrapes Flat board or the second strike-off stick group drop to program setting height；Then the first lifting drive system is also by the first strike-off stick or first Strike-off stick group is promoted to program setting height, and the first dynamical system drives the first material-pulling device frame to also return to initial position, the One strike-off stick or the first strike-off stick group drop to program setting height；So move in circles, by the insulation compound on conveyer belt Longitudinal direction is bulldozed；Then insulation compound passes through the 3rd strike-off stick or the 3rd strike-off stick group, into poking device, the 3rd dynamical system Start, drive poking device frame just to do traverse on the conveyor belt, the setting gauge being fixed in poking device frame Insulation compound on conveyer belt is laterally shakeout, realizes insulation compound uniform distribution；Surface layer grid cloth is laid afterwards, is entered Vibration moulding process, is molded heat preservation dismounting-free formwork, and then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, increase The intensity of template surface.

48. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 1,12, its feature It is, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys lightweight aggregate, glue to mixer Gel material, additive and Jia Shui stir into insulation compound, and mobile hopper is run to mixer discharging opening, triggering stirring Machine, to mobile hopper conveying, after mixer conveying terminates, mobile hopper by setup program, passes through the driving of dynamical system, operation To above adjacent first conveyer belt and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, Mobile hopper is returned below mixer discharging opening, triggers mixer to mobile hopper conveying；After mixer conveying terminates, mobile material Bucket by setup program, simultaneously blanking above adjacent Article 2 conveyer belt is run to by the driving of dynamical system, is circulated according to this past It is multiple, complete the blanking of combined production line；

After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt, longitudinal material-pulling device and horizontal stroke by setup program Strike-off stick or striker plate to back and forth movement realize that insulation compound is continuous, steady in process of production with conveyer belt linkage operation Fixed, uniform distribution；When the mould on conveyer belt or conveyer belt receives the insulation compound in stack, longitudinal material-pulling device is close The strike-off stick or striker plate of traverse, the first strike-off stick or the first strike-off stick group, the second strike-off stick or the second strike-off stick Group is all located at program setting height, prepares pusher, production system or direct labor start by setup program longitudinal material-pulling device with The strike-off stick of traverse；First dynamical system drives first longitudinal direction material-pulling device frame, inverse with conveying tape motion direction To movement, and reach program setting position, the first strike-off stick or first being fixed in first longitudinal direction material-pulling device frame strike off Plate group shifts compound onto program setting position with first longitudinal direction material-pulling device frame, while the second dynamical system drives second to indulge To material-pulling device frame, inversely moved with conveyer belt, and reach program setting position, be fixed on second longitudinal direction material-pulling device frame On the second strike-off stick or the second strike-off stick group shift compound onto program setting position；Then the second lifting drive system is by Two strike-off sticks or the second strike-off stick group are promoted to program setting height, and the second dynamical system drives second longitudinal direction material-pulling device frame Initial position is returned to, the second strike-off stick or the second strike-off stick group drop to program setting height；Then the first lifting drive system Also the first strike-off stick or the first strike-off stick group are promoted to program setting height, the first dynamical system drives first longitudinal direction pusher dress Put frame and also return to initial position, the first strike-off stick or the first strike-off stick group drop to program setting height, then push away, so circulation Back and forth, the compound on conveyer belt or conveying belt die is longitudinally bulldozed；Then the strike-off stick and compound of traverse Friction and rubbing repeatedly, compound is laterally shakeout, real when the compound is passed through the strike-off stick or striker plate of traverse Now it is incubated the uniform distribution of compound；Lay surface layer grid cloth afterwards, into vibration moulding process, make heat preservation dismounting-free formwork into Type, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, the intensity on increase heat preservation dismounting-free formwork surface.

49. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 1,13, its feature It is, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys lightweight aggregate, glue to mixer Gel material, additive and Jia Shui stir into insulation compound, and mobile hopper is run to mixer discharging opening, triggering stirring Machine, to mobile hopper conveying, after mixer conveying terminates, mobile hopper by setup program, passes through the driving of dynamical system, operation To above adjacent first conveyer belt and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, Mobile hopper is returned below mixer discharging opening, triggers mixer to mobile hopper conveying；After mixer conveying terminates, mobile material Bucket is driven by dynamical system, is run to simultaneously blanking above adjacent Article 2 conveyer belt by setup program, is moved in circles according to this, complete Into the blanking of combined production line；

After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer by setup program, and material-pulling device fills with material toggling Put the operation that linked in process of production with conveyer, realize insulation mixed material it is continuous, stably, uniform distribution；On the conveyor belt The inner side of rib at material-pulling device, then rib is set, when conveyer belt receives the insulation compound in stack, pusher dress Rest against nearly poking device, each monolithic strike-off stick in the first strike-off stick group is located at the different height of program setting, the second strike-off stick Or second strike-off stick group also be located at program setting height, prepare pusher, production system or direct labor start by setup program to push away Expect device and poking device；First dynamical system drives the first material-pulling device frame inversely to be moved with conveying tape motion direction, and Reach program setting position, each monolithic strike-off stick of the first strike-off stick group being fixed in the first material-pulling device frame is from different height Degree shifts the insulation compound in stack onto program setting position, and will be incubated compound all the way by the rack of strike-off stick lower end Plough pine, while the second dynamical system drives the second material-pulling device frame inversely to be moved with conveyer belt, and reach program setting position, The second strike-off stick being fixed in the second material-pulling device frame or the second strike-off stick group shift program setting position onto by compound is incubated Put, and compound plough pine will be incubated by the rack of strike-off stick lower end；Then the second lifting drive system by the second strike-off stick or Second strike-off stick group is promoted to program setting height, and the second dynamical system drives the second material-pulling device frame to return to initial position, Second strike-off stick or the second strike-off stick group drop to program setting height；Then the first lifting drive system is also by the first strike-off stick Strike-off stick in group is promoted to program setting height, and the first dynamical system drives the first material-pulling device frame to also return to initial bit Put, each monolithic strike-off stick in the first strike-off stick group drops to program setting height；Push away, so move in circles again, by conveyer belt On insulation compound be longitudinally bulldozed；Then insulation compound passes through the 3rd strike-off stick or the 3rd strike-off stick group, is filled into material toggling Put, the 3rd dynamical system starts, and drives poking device frame just to do traverse on the conveyor belt, is fixed on poking device Setting gauge in frame laterally shakeouts the insulation compound on conveyer belt, realizes insulation compound uniform distribution；Lay afterwards Surface layer grid cloth, into vibration moulding process, it is molded heat preservation dismounting-free formwork, then with binder materials in heat preservation dismounting-free formwork Cloth is starched on surface, the intensity on increase heat preservation dismounting-free formwork surface.

50. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 1,6,7, its feature It is, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system conveys lightweight aggregate, glue to mixer Gel material, additive and water stir into insulation compound, and mobile hopper is run to mixer discharging opening, triggering stirring Machine, to mobile hopper conveying, after mixer conveying terminates, mobile hopper by setup program, passes through the driving of dynamical system, operation To above adjacent first conveyer belt and blanking, at the same time, mixer feed paddle by setup program, until completing to stir, Mobile hopper is returned below mixer discharging opening, triggers mixer to mobile hopper conveying；After mixer conveying terminates, mobile material Bucket is run to by setup program above adjacent Article 2 conveyer belt and blanking, moves in circles according to this, completes combined production The blanking of line；After mobile hopper blanking terminates, the wall scroll production line of combination starts conveyer belt by setup program, in homogenizing device Material-pulling device also starts, and with conveyer belt reverse movement, is then return to original position, then pushes away, and so on, by conveyer belt Insulation compound in heaps is bulldozed；Poking device just does traverse on the conveyor belt simultaneously, and the insulation on conveyer belt is mixed Close material laterally to shakeout, the slurry on conveyer belt is distributed more uniform, surface layer grid cloth is laid afterwards, into vibration moulding work Sequence, heat preservation dismounting-free formwork is molded, through Thickness sensitivity and correcting process, further ensures that the heat preservation dismounting-free formwork thickness one of production Cause, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, increases the intensity of template surface, then conveying belt die Heat preservation dismounting-free formwork on formation system enters Heat preservation system, is conserved, and heat preservation dismounting-free formwork on the conveyor belt transport by side OK, side conserves, and is processed subsequently into system of processing.

51. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 17, its feature exist In after conveyer belt startup optimization, first completing bottom laying grid cloth and cloth starched on grid cloth, afterwards, feed proportioning system is to insulation Slurry blanking device conveying lightweight aggregate, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, After blanking, uniform distribution device starts, and the insulation compound on conveyer belt is evenly distributed, and lays surface layer grid afterwards Cloth, into molding procedure, it is molded the heat preservation dismounting-free formwork of production, then with binder materials on the surface of heat preservation dismounting-free formwork Cloth is starched, the intensity on increase heat preservation dismounting-free formwork surface.

52. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 17, its feature exist In after conveyer belt startup optimization, first completing bottom laying grid cloth and cloth starched on grid cloth, afterwards, feed proportioning system is to insulation Slurry blanking device conveying lightweight aggregate, binder materials, additive and water stir into insulation compound, then to conveying belt discharging, After blanking, the material-pulling device in homogenizing device starts, and with conveyer belt reverse movement, is then return to original position, then pushes away, And so on, the insulation compound in heaps on conveyer belt is longitudinally bulldozed；Poking device just does laterally past on the conveyor belt simultaneously Motion is returned, the insulation compound on conveyer belt is laterally shakeout, the slurry on conveyer belt is distributed more uniform, lays afterwards Surface layer grid cloth, into molding procedure, it is molded the heat preservation dismounting-free formwork of production, then with binder materials in heat preservation dismounting-free formwork Surface on cloth slurry, increase the intensity of template surface.

53. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 17,26, its feature It is, after conveyer belt startup optimization, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system is to guarantor Warm slurry blanking device conveying lightweight aggregate, binder materials, additive and water stir into insulation compound, then under conveyer belt Material, after blanking, uniform distribution device starts, and material-pulling device links with conveyer belt in process of production with poking device to be made Industry, realize insulation mixed material it is continuous, stably, uniform distribution；When conveyer belt receives the insulation compound in stack, pusher dress Nearly poking device is rested against, the first strike-off stick or the first strike-off stick group, the second strike-off stick or the second strike-off stick group are all located at program and set Fixed height, prepares pusher, production system or direct labor start material-pulling device and poking device by setup program；First dynamical system The dynamic first material-pulling device frame of regiment commander inversely moves with conveying tape motion direction, and reaches program setting position, is fixed on first The first strike-off stick or the first strike-off stick group in material-pulling device frame shift journey onto with the first material-pulling device frame by compound is incubated Sequence setting position, while the second dynamical system drives the second material-pulling device frame inversely to be moved with conveyer belt, and reach program and set Positioning is put, and the second strike-off stick being fixed in the second material-pulling device frame or the second strike-off stick group shift program onto by compound is incubated Setting position；Then the second strike-off stick or the second strike-off stick group are promoted to program setting height by the second lifting drive system, the Two dynamical systems drive the second material-pulling device frame to return to initial position, and the second strike-off stick or the second strike-off stick group drop to program Setting height；Then the first strike-off stick or the first strike-off stick group are also promoted to program setting height by the first lifting drive system, First dynamical system drives the first material-pulling device frame to also return to initial position, and the first strike-off stick or the first strike-off stick group drop to Program setting height；So move in circles, the insulation compound on conveyer belt is longitudinally bulldozed；Then compound is incubated by the Three strike-off sticks or the 3rd strike-off stick group, into poking device, the 3rd dynamical system starts, and drives poking device frame in conveyer belt Traverse is done in top, and the setting gauge being fixed in poking device frame laterally spreads out the insulation compound on conveyer belt It is flat, realize insulation compound uniform distribution；Surface layer grid cloth is laid afterwards, into vibration moulding process, makes heat preservation dismounting-free formwork Shaping, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, the intensity on increase heat preservation dismounting-free formwork surface.

54. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 17,27, its feature It is, after conveyer belt startup optimization, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system is to guarantor Warm slurry blanking device conveying lightweight aggregate, binder materials, additive and water stir into insulation compound, then under conveyer belt Material, after blanking, uniform distribution device starts, and material-pulling device links with mould conveyer in process of production with poking device Operation, realize insulation mixed material it is continuous, stably, uniform distribution；When mould conveyer receives the insulation compound in stack, Each monolithic strike-off stick of the material-pulling device in poking device, the first strike-off stick group is located at the different height of program setting, and second Strike-off stick or the second strike-off stick group also are located at program setting height, prepare pusher, production system or direct labor are by setup program Start material-pulling device and poking device；First dynamical system drives the first material-pulling device frame inversely to be moved with conveying tape motion direction It is dynamic, and reach program setting position, each monolithic strike-off stick of the first strike-off stick group being fixed in the first material-pulling device frame from Different height shifts the insulation compound in stack onto program setting position, while the second dynamical system drives the second material-pulling device Frame inversely moves with conveyer belt, and reaches program setting position, the second strike-off stick being fixed in the second material-pulling device frame Or second strike-off stick group by be incubated compound shift program setting position onto；Then the second lifting drive system by the second strike-off stick or Second strike-off stick group is promoted to program setting height, and the second dynamical system drives the second material-pulling device frame to return to initial position, Second strike-off stick or the second strike-off stick group drop to program setting height；Then the first lifting drive system is also by the first strike-off stick Strike-off stick in group is promoted to program setting height, and the first dynamical system drives the first material-pulling device frame to also return to initial bit Put, each monolithic strike-off stick in the first strike-off stick group drops to program setting height；Push away, so move in circles again, by conveyer belt On insulation compound be longitudinally bulldozed；Then insulation compound passes through the 3rd strike-off stick or the 3rd strike-off stick group, is filled into material toggling Put, the 3rd dynamical system starts, and drives poking device frame just to do traverse on the conveyor belt, is fixed on poking device Setting gauge in frame laterally shakeouts the insulation compound on conveyer belt, realizes insulation compound uniform distribution；Lay afterwards Surface layer grid cloth, into vibration moulding process, it is molded heat preservation dismounting-free formwork, then with binder materials in heat preservation dismounting-free formwork Cloth is starched on surface, the intensity on increase heat preservation dismounting-free formwork surface.

55. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 17,28, its feature It is, after conveyer belt startup optimization, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system is to guarantor Warm slurry blanking device conveying lightweight aggregate, binder materials, additive and water stir into insulation compound, then under conveyer belt Material, after blanking, uniform distribution device starts, and material-pulling device links with conveyer in process of production with poking device to be made Industry, realize insulation mixed material it is continuous, stably, uniform distribution；The inner side of rib at material-pulling device on the conveyor belt, then Rib is set, and when conveyer belt receives the insulation compound in stack, material-pulling device is in poking device, the first strike-off stick group Each monolithic strike-off stick be located at the different height of program setting, the second strike-off stick or the second strike-off stick group also are located at program setting height Degree, prepare pusher, production system or direct labor start material-pulling device and poking device by setup program；First dynamical system band Dynamic first material-pulling device frame inversely moves with conveying tape motion direction, and reaches program setting position, is fixed on the first pusher Each monolithic strike-off stick of the first strike-off stick group in device frame will shift program onto from different height in the insulation compound of stack Setting position, and the rutter of compound one pine will be incubated by the rack of strike-off stick lower end, while the second dynamical system drives second Material-pulling device frame inversely moves with conveyer belt, and reaches program setting position, be fixed in the second material-pulling device frame Two strike-off sticks or the second strike-off stick group will be incubated compound and shift program setting position onto, and will be protected by the rack of strike-off stick lower end Warm compound plough pine；Then the second strike-off stick or the second strike-off stick group are promoted to program setting height by the second lifting drive system Degree, the second dynamical system drive the second material-pulling device frame to return to initial position, and the second strike-off stick or the second strike-off stick group decline To program setting height；Then the strike-off stick in the first strike-off stick group is also promoted to program setting height by the first lifting drive system Degree, the first dynamical system drive the first material-pulling device frame to also return to initial position, and each monolithic in the first strike-off stick group strikes off Plate drops to program setting height；Push away, so move in circles again, the insulation compound on conveyer belt is longitudinally bulldozed；Then protect Warm compound passes through the 3rd strike-off stick or the 3rd strike-off stick group, and into poking device, the 3rd dynamical system starts, and drives material toggling dress Put frame and just do traverse on the conveyor belt, be fixed on setting gauge in poking device frame by the insulation on conveyer belt Compound laterally shakeouts, and realizes insulation compound uniform distribution；

Surface layer grid cloth is laid afterwards, into vibration moulding process, is molded heat preservation dismounting-free formwork, is then being protected with binder materials Cloth is starched on the surface of warm non-dismantling formwork, increases the intensity of template surface.

56. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 23 or 25, it is special Sign is, after conveyer belt startup optimization, first complete bottom laying grid cloth and on grid cloth cloth starch, afterwards, feed proportioning system to Heat insulation mortar blanking device conveying lightweight aggregate, binder materials, additive and water stir into insulation compound, then under conveyer belt Material, after blanking, the material-pulling device in homogenizing device starts, and with conveyer belt reverse movement, is then return to original position, then Push away, and so on, the insulation compound in heaps on conveyer belt is longitudinally bulldozed；Poking device just does transverse direction on the conveyor belt simultaneously Back and forth movement, the insulation compound on conveyer belt is laterally shakeout, the insulation compound on conveyer belt is distributed more uniform, Surface layer grid cloth is laid afterwards, into molding procedure, is molded the heat preservation dismounting-free formwork of production, through Thickness sensitivity and correction work Sequence, the heat preservation dismounting-free formwork consistency of thickness of production is further ensured that, then with binder materials on the surface of heat preservation dismounting-free formwork Cloth is starched, and increases the intensity of template surface, and then the heat preservation dismounting-free formwork on conveyer belt enters Heat preservation system, is conserved, Heat preservation dismounting-free formwork on the conveyor belt run by side, side maintenance, is processed subsequently into system of processing.

57. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 17,30, its feature It is, after conveyer belt startup optimization, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system is to guarantor Warm slurry blanking device conveying lightweight aggregate, binder materials, additive and water stir into insulation compound, then under conveyer belt Material, after blanking, uniform distribution device starts, and the strike-off stick or striker plate of longitudinal material-pulling device and traverse are in life Link operation during production with conveyer belt, realize compound it is continuous, stably, uniform distribution；Mould on conveyer belt or conveyer belt When tool receives the compound in stack, close to the strike-off stick or striker plate of traverse, first strikes off longitudinal material-pulling device Plate or the first strike-off stick group, the second strike-off stick or the second strike-off stick group are all located at program setting height, prepare pusher, production system Or direct labor starts the strike-off stick of longitudinal material-pulling device and traverse or the gear of traverse by setup program Flitch；First dynamical system drives first longitudinal direction material-pulling device frame, is inversely moved with conveying tape motion direction, and reach program Setting position, the first strike-off stick being fixed in first longitudinal direction material-pulling device frame or the first strike-off stick group are with first longitudinal direction pusher Device frame shifts compound onto program setting position, while the second dynamical system drives second longitudinal direction material-pulling device frame, with Conveyer belt inversely moves, and reaches program setting position, the second strike-off stick for being fixed in second longitudinal direction material-pulling device frame or Second strike-off stick group shifts compound onto program setting position；Then the second lifting drive system scrapes the second strike-off stick or second Flat board group is promoted to program setting height, and the second dynamical system drives second longitudinal direction material-pulling device frame to return to initial position, the Two strike-off sticks or the second strike-off stick group drop to program setting height；Then the first lifting drive system also by the first strike-off stick or First strike-off stick group is promoted to program setting height, and the first dynamical system drives first longitudinal direction material-pulling device frame to also return to initially Position, the first strike-off stick or the first strike-off stick group drop to program setting height, then push away, so move in circles, by conveyer belt or Compound on conveying belt die is longitudinally bulldozed；Then the strike-off stick of traverse and compound rub and rubbing repeatedly, Compound is laterally shakeout, make compound pass through traverse strike-off stick or striker plate when, realize the uniform of compound Cloth, surface layer grid cloth is laid afterwards, into vibration moulding process, is molded heat preservation dismounting-free formwork, is then existed with binder materials Cloth is starched on the surface of heat preservation dismounting-free formwork, the intensity on increase heat preservation dismounting-free formwork surface.

58. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 32, its feature exist In after conveyer belt startup optimization, first completing bottom laying grid cloth and cloth starched on grid cloth, afterwards, feed proportioning system is to insulation Slurry blanking device conveying lightweight aggregate, binder materials, additive and water stir into slurry, then complete to conveying belt discharging, blanking Bi Hou, slurry in heaps is paved by manually smooth, the slurry on conveying belt die machine is evenly distributed, lay surface layer net afterwards Ge Bu, into molding procedure, be molded heat preservation dismounting-free formwork, then with binder materials on the surface of heat preservation dismounting-free formwork cloth Slurry, increase the intensity of template surface.

59. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 41, its feature exist In after conveyer belt startup optimization, first completion bottom lays grid cloth, by manually cloth is starched on grid cloth, afterwards, by will manually match somebody with somebody Good heat insulation mortar is poured on conveyer belt, then heat insulation mortar in heaps is paved by manually smooth, made on conveying belt die machine Heat insulation mortar be evenly distributed, afterwards lay surface layer grid cloth, into molding procedure, be molded heat preservation dismounting-free formwork, Ran Houyou Manually with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, increases the intensity of template surface.

60. a kind of production method of the production line of heat preservation dismounting-free formwork for building according to claim 42,44, its feature It is, after conveyer belt startup optimization, first completes bottom laying grid cloth and cloth is starched on grid cloth, afterwards, feed proportioning system is yearned for Movable heat-preservation slurry blanking device conveying lightweight aggregate, binder materials, additive and water are returned, stirs into insulation compound, then Dynamical system starts, and drives mobile tremie pipe just to do traverse on the conveyor belt, with conveyer belt uniform forward motion, Realize to conveyer belt uniform distribution, lay surface layer grid cloth afterwards, into vibration moulding process, make the heat preservation dismounting-free formwork of production Consistency of thickness, then with binder materials, cloth is starched on the surface of heat preservation dismounting-free formwork, the intensity on increase heat preservation dismounting-free formwork surface.

61. according to claim 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22, 23rd, a kind of insulation for building described in 24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41 The production line of non-dismantling formwork, it is characterised in that the heat insulation mortar blanking device includes mixer, dynamical system and mobile blanking Pipe, the mobile tremie pipe of mixer connection, the mobile tremie pipe of dynamical system connection；Or the heat insulation mortar blanking device includes stirring Mix machine, dynamical system and mobile hopper, the mobile hopper of mixer connection, the mobile hopper of dynamical system connection；Or the bottom cloth Sizing device includes mixer, dynamical system and mobile tremie pipe, the mobile tremie pipe of mixer connection, under dynamical system connection is mobile Expects pipe；Or the bottom mortar distributor includes mixer, dynamical system and mobile hopper, the mobile hopper of mixer connection, power The mobile hopper of system connection；Or the surface layer mortar distributor includes mixer, dynamical system and mobile tremie pipe, mixer connection Mobile tremie pipe, the mobile tremie pipe of dynamical system connection；Or the surface layer mortar distributor includes mixer, dynamical system and movement Hopper, the mobile hopper of mixer connection, the mobile hopper of dynamical system connection.

62. according to claim 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22, 23rd, a kind of insulation for building described in 24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41 The production line of non-dismantling formwork, it is characterised in that first induction system includes mixer, delivery pump, pipeline, mixer connection Delivery pump, delivery pump connecting pipe；Or first induction system includes proportioner, mixer, delivery pump, pipeline, conveying Device connects proportioner and mixer, mixer connection delivery pump, delivery pump connecting pipe；Or the bottom mortar distributor is Shower nozzle；Or the surface layer mortar distributor is shower nozzle.