CN103252843B - Mortar supply system and mortar supply method - Google Patents
Mortar supply system and mortar supply method Download PDFInfo
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- CN103252843B CN103252843B CN201310135956.8A CN201310135956A CN103252843B CN 103252843 B CN103252843 B CN 103252843B CN 201310135956 A CN201310135956 A CN 201310135956A CN 103252843 B CN103252843 B CN 103252843B
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Abstract
The invention discloses a mortar supply system and a mortar supply method. The disclosed mortar supply system comprises a mortar transport vehicle for transporting mortar, a mortar mixing plant for producing mortar and a mortar transport system for transporting the mortar to a preset construction site, wherein the mortar mixing plant is positioned inside the construction site. The mortar transport distance is small, and under the precondition of ensuring the quality of the mortar, no retarder or few retarder is added, or the transported mortar does not need to be mixed, or the transported mortar does not need to be accurately mixed and controlled, so that the transportation cost of the mortar can be reduced. Therefore, the quality of the mortar supplied to the construction site can be ensured while the transportation cost of the mortar can be reduced by utilizing the mortar supply system.
Description
Technical field
The present invention relates to mortar supply technology, particularly a kind of mortar, also relate to a kind of mortar supply method in addition.
Background technology
Mortar refers to by a certain proportion of cement, sand, water and other material, the mixture formed after mixing; May be used for construction operations such as building by laying bricks or stones, plaster.For meeting growing mortar construction demand, usually with the mortar that mortar mixing plant is produced, and supplying mortar machine, then can be sprayed into belt construction face by mortar pump.
Mortar mixing plant by special Enterprise Construction mortar mixing plant, and provides mortar to unit in charge of construction.Mortar mixing plant generally comprises control system, aggregate-storing system and stirring system.Control system realizes the control to whole mortar mixing plant.Aggregate-storing system is for storing cement, sand and unclassified stores; Aggregate-storing system generally comprises multiple material pot; Wherein, there is the powder material tank for storage of water mud and other powder state materials, having the sand batch can for storing sand material.Multiple material pot is connected with described stirring system respectively through corresponding feeding device, with by the mass transport of scheduled volume to stirring system.Stirring system can mix various material, forms mortar finished product.
Current, mortar mixing plant is generally an independently building, and is positioned at without resident or the less position (as the combination area of city and country) of resident, to reduce to pollute the infringement produced; For incity, city building is built, mortar mixing plant has a suitable segment distance usually from job site.Existing mortar supply process is: first, utilize common truck that the raw material transports such as sand material, cement are transported to mortar mixing plant, then, mortar mixing plant utilizes above-mentioned raw materials to produce mortar, mortar finished product is transported to job site supply mortar pump by recycling agitator truck, and mortar pump is by mortar spraying extremely to be onstructed.
Usually, the distance of mortar mixing plant and job site is between 10 kilometers to 50 kilometers.In general, agitator truck needs the longer time from mortar mixing plant to job site, can change in time based on mortar performance and the feature changed, in order to ensure the quality of mortar when constructing, need the mixing drum (rabbling mechanism arranged in mixing drum controlling agitator truck on the one hand, in transportation, rabbling mechanism rotates with mixing drum, the motion of mortar can be kept) rotating speed and revolution, with avoid mortar performance change excessive (disclosed in CN101642939B agitator truck control technology); Also need to add suitable set retarder in mortar on the other hand, solidify to delay mortar, bond.The reason of above-mentioned two aspects causes mortar cost of transportation to improve.
Under long distance transportation supply mortar situation, in order to reduce the cost of transportation of mortar, current, usually adopt the agitator truck transport mortar with the mixing drum of larger volume; And this has higher requirement to the control of agitator truck and agitator truck.Along with improving constantly of construction requirement, the quality of the mortar supplied be ensured, just cannot avoid the raising of the cost of transportation of mortar; The cost of transportation reducing mortar just must reduce the quality of mortar, and then cannot meet construction needs, affects construction quality.Also just because of above-mentioned contradiction, more current Construction Quality is caused to reduce.
Therefore, how while the cost of transportation reducing mortar, ensureing the quality being supplied to the mortar of job site, is the large technical barrier of current mortar supply technology one.
Summary of the invention
Based on above-mentioned technical barrier, first object of the present invention is to provide a kind of mortar, and this mortar while the cost of transportation reducing mortar, can ensure the quality being supplied to the mortar of job location.
In addition, based on above-mentioned mortar, another object of the present invention is to provide a kind of mortar supply method, and this mortar supply method while the cost of transportation reducing mortar, can ensure the quality being supplied to the mortar of job location.
Mortar provided by the invention comprises the sand material transport vehicle of sand transportation material, the mortar mixing plant of production mortar and mortar is transported to the mortar induction system of predetermined job location; Described mortar mixing plant is less than 5 kilometers apart from described job location.
Preferably, described mortar mixing plant is positioned among the job site at place, described job location.
Optionally, described mortar mixing plant comprises sand material storage bucket, conveying worm, sand material weighing hopper and stirring system; The two ends of described conveying worm are connected with sand material weighing hopper with described sand material storage bucket respectively; The inner chamber of described sand material weighing hopper communicates with the stir chamber of described stirring system;
Described sand material transport vehicle comprises sand material storage bin and sand material efferent duct; One end of described sand material efferent duct is formed with described sand material storage bin, closed sand material chamber is connected, and the other end removably coordinates with the sand material input port of described sand material storage bucket.
Optionally, described sand material storage bucket supports on the ground; Described sand material weighing hopper is positioned at above described stirring system; The two ends of described conveying worm are removably connected with sand material weighing hopper with described sand material storage bucket respectively; The storage volumes that described sand material storage bucket is formed is not less than the volume in the sand material chamber that described sand material storage bin is formed.
Optionally, described mortar mixing plant also comprises powder material tank and powder delivering pipe; One end of described powder delivering pipe is connected with a described powder material tank, and the other end is connected by the stir chamber of metering device with described stirring system.
Optionally, described mortar mixing plant comprises agitator frame and storing framework; Described stirring system is arranged in described agitator frame; Multiple described powder material tank is installed on a described storing framework.
Optionally, described agitator frame comprises the upper agitator frame supporting stirring system, the first support arm being supported on ground lower agitator frame and being connected between agitator frame and lower agitator frame; Described first support arm is retractable supports arm;
Or/and described storing framework comprises the upper storing framework supporting described powder material tank, the second support arm being supported on ground lower storing framework and being connected between storing framework and lower storing framework; Described second support arm is retractable supports arm.
Optionally, described mortar induction system comprises packaged type chassis and is fixed on the mortar jar on described packaged type chassis, and without rabbling mechanism in described mortar jar.
Optionally, described mortar induction system comprises at least one conveyance conduit, and one end of described conveyance conduit is relative with the mortar delivery outlet of described mortar mixing plant.
Optionally, described mortar also comprises sieve material system, and described sieve material system is greater than 5 kilometers apart from described job location.
Mortar supply method provided by the invention, can utilize mortar described above to implement;
This mortar supply method comprises:
Step S100, utilizes described sand material transport vehicle sand material to be transported to the position at described mortar mixing plant place;
Step S200, makes described mortar mixing plant operate, and utilizes described sand material to produce mortar;
Step S300, utilizes described mortar induction system that the mortar that step S200 produces is transported to described job location.
Optionally, in described step S300, utilize described mortar induction system that the mortar that step S200 produces is transported to described job location, specifically, the mortar utilizing described mortar induction system to be produced by step S200 is transported to described job location in a static manner.
Optionally, in described mortar supply method, without the step of adding set retarder.
In mortar provided by the invention, comprise mortar mixing plant, sand material transport vehicle and mortar induction system; Described mortar mixing plant is positioned at and is less than within the scope of 5 kilometers apart from described job location; And then the distance that can reduce significantly between finished product mortar mixing plant and job location, reduce the fed distance of mortar; Because mortar fed distance is less, under the prerequisite ensureing mortar quality, or do not need to add set retarder, or add set retarder less, or do not need to stir transport mortar, or do not need to carry out accurate mixing control to the mortar of transport, and then the cost of transportation of mortar can be reduced.Like this, this mortar is utilized just while the cost of transportation reducing mortar, the quality being supplied to the mortar of job location can be ensured.
In further technical scheme, described mortar mixing plant is positioned among the job site at place, described job location; Based on job site relatively independent (being surrounded by closed enclosing), the fed distance of mortar can be reduced on the one hand; The adverse effect of mortar mixing plant to the exterior domain of job site can be reduced on the other hand.
In further technical scheme, described mortar mixing plant comprises sand material storage bucket, conveying worm, sand material weighing hopper and stirring system; The two ends of described conveying worm are connected with sand material weighing hopper with described sand material storage bucket respectively; The inner chamber of described sand material weighing hopper communicates with the stir chamber of described stirring system; Described sand material transport vehicle comprises sand material storage bin and sand material efferent duct; That described sand material efferent duct one end is formed with described sand material storage bin, closed sand material chamber is connected, and the other end removably coordinates with the sand material input port of described sand material storage bucket.Can prevent like this sand material at the construction field (site) or other presumptive areas produce unnecessary leakage, reduce mortar mixing plant to construction adverse effect.Meanwhile, in this technical scheme, do not need to arrange the material pot storing sand material, because sand material makes mortar main material, and then above can reduce structure and the profile of mortar mixing plant largely, facilitate mortar mixing plant transition.
In further technical scheme, described sand material storage bucket supports on the ground; Described sand material weighing hopper is positioned at above described stirring system; The two ends of described conveying worm are removably connected with sand material weighing hopper with described sand material storage bucket respectively; So more easily conveying worm is separated with sand material weighing hopper with described sand material storage bucket, facilitates assembling and the fractionation of mortar mixing plant.The storage volumes that described sand material storage bucket is formed is not less than the volume in the sand material chamber that described sand material storage bin is formed; Like this, the sand material that sand material storage bucket stores can be used for sand material needs of answering the stirring system long period, sand material transport vehicle not in time feeding time, the continuous seepage of mortar mixing plant can be ensured, or reduce the production interruption of mortar mixing plant.
In further technical scheme, described mortar mixing plant also comprises powder material tank and powder delivering pipe; Described powder delivering pipe two ends are connected with the stir chamber of described stirring system with a described powder material tank respectively.Like this, to be transported to from powder material tank stir chamber process at powder and to keep closing with extraneous, can prevent powder at the construction field (site) or other presumptive areas leak, reduce the adverse effect that mortar mixing plant produces.
In further technical scheme, described mortar mixing plant comprises agitator frame and storing framework; Described stirring system is arranged in described agitator frame; Multiple described powder material tank is installed on a described storing framework.Like this, mortar mixing plant comprises two relatively independent parts, and then can provide convenience for the transition of mortar mixing plant and transport, reduces mortar production cost and supply cost.
In further technical scheme, described agitator frame comprises the upper agitator frame supporting stirring system, the first support arm being supported on ground lower agitator frame and being connected between agitator frame and lower agitator frame; Described first support arm is retractable supports arm.Like this, agitator frame just has two states; When carrying out mortar and producing, the first support arm can be made to extend, provide convenient for mortar finished product exports; When transport transition does not need to export mortar finished product, the first support arm can be made to shorten, reduce the height of agitator frame, and then the whole height of the mixing assembly of reduction stirring system and agitator frame formation, facilitate transition and the transport of mixing assembly.Meanwhile, storing framework comprises the upper storing framework supporting powder material tank, the second support arm being supported on ground lower storing framework and being connected between storing framework and lower storing framework; Described second support arm is retractable supports arm.Storing framework also can have two states: under a kind of state, meets powder discharging needs; Under another kind of state, the transition transport of the storing assembly facilitating storing framework and powder material tank to be formed.
In further technical scheme, described mortar induction system comprises packaged type chassis and is fixed on the mortar jar on described packaged type chassis, and without rabbling mechanism in described mortar jar.Relative to the structure of agitator truck in background technology, utilize the mortar induction system in this technical scheme, in transport mortar process, mortar is not stirred, mortar is transported in a static manner.Because the spacing of described mortar mixing plant and job location is less, mortar fed distance is shorter, makes mortar in transportation, keep static, also can ensure the quality of mortar; The transport of mortar can be facilitated simultaneously, reduce the cost of transportation of mortar.
In further technical scheme, described mortar induction system comprises at least one conveyance conduit, and one end of described conveyance conduit is relative with the mortar delivery outlet of described mortar mixing plant.By due to mortar fed distance shorter, by suitable conveyance conduit conveying mortar, the adverse effect that mortar loading/unloading produces can be avoided, reduce mortar and omit, raising mortar conevying efficiency.
The mortar supply method provided, utilizes above-mentioned mortar to implement, can produce corresponding technique effect, while the cost of transportation reducing mortar, can ensure the quality being supplied to the mortar of job location.
Relative to prior art, the means of set retarder are all added in transport mortar, a technical scheme provided by the invention is without the technological means of adding set retarder, owing to not needing to add set retarder, not only directly can save the expense of set retarder, mortar production, the efficiency of supply can also be improved, indirectly reduce mortar supply cost.
Accompanying drawing explanation
The accompanying drawing forming a part of the present invention is used to provide a further understanding of the present invention, and schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.
The mortar operation principle schematic diagram that Fig. 1 provides for the embodiment of the present invention;
In the mortar that Fig. 2 provides for the embodiment of the present invention, a kind of operation principle schematic diagram of mortar mixing plant;
The flow chart of the mortar supply method that Fig. 3 provides for the embodiment of the present invention.
In figure:
Mortar mixing plant 100, sand material storage bucket 111, conveying worm 112, sand material weighing hopper 113, stirring system 120, powder material tank 131, powder delivering pipe 132, agitator frame 140, storing framework 150, job location 200, mortar induction system 300, sand material transport vehicle 400, sieve material system 500.
Detailed description of the invention
Based on the technical barrier of mortar supply technology, applicant has carried out corresponding research to the component of mortar, the structure of agitator truck, the control of agitator truck mixing drum; Then, change technical research direction, break through conventional art thinking, propose the technical scheme changing mortar mixing plant running position from new angle, to solve above-mentioned technical barrier, below embodiment provided by the invention is described in detail.
It should be noted that, when not conflicting, the embodiment in the present invention and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the present invention in detail in conjunction with the embodiments.
In this part, among the job site being positioned at place, predetermined job location for mortar mixing plant, embodiment provided by the invention is described; Be appreciated that, core of the present invention is to change mortar mixing plant running position, therefore, when mortar mixing plant is less than 5 kilometers apart from described job location, just can realize object of the present invention, outside the job site being positioned at place, predetermined job location, and be positioned at the situation being less than 5 kilometers apart from described job location, describe no longer one by one.
Term illustrates:
Job site: in presents, based on the particular technology area of mortar supply, " job site " refers to that the content specified according to " construction site environment and sanitary standard " (JGJ146-2004) is determined; Specifically refer to the region surrounded by the closed enclosing being highly not less than 1.8m;
Job location: based on the meaning of above-mentioned job site, job location for being positioned at job site, the position of embody rule mortar;
Distance: in presents, described " distance " is path distance.
Please refer to Fig. 1, this figure is the mortar operation principle schematic diagram that the embodiment of the present invention provides.This mortar comprises the sand material transport vehicle 400 of sand transportation material, the mortar mixing plant 100 of production mortar and mortar is transported to the mortar induction system 300 of predetermined job location 200; Mortar mixing plant 100 is arranged in job site (figure jaggies shows the position of closed enclosing L, and the region that closed coaming plate L surrounds is illustrated as job site).Three with the use of, sand material transport vehicle 400 is transported to job site from preposition sand material, and for mortar mixing plant 100 provides raw materials for production, mortar mixing plant 100 can utilize sand material and other predetermined material production mortars.The mortar that mortar mixing plant 100 is produced is transported to the position showing job location in predetermined job location 200(figure with mortar pump by mortar induction system 300), for mortar pump or other equipment provide mortar.Mortar induction system 300 can be existing agitator truck.
Because mortar mixing plant 100 is arranged in job site; And then the distance that can reduce significantly between finished product mortar mixing plant and job location 200, reduce the fed distance of mortar; Because the fed distance of mortar is less, under the prerequisite ensureing mortar quality, measure unlike the prior art can be adopted: set retarder can not be added, or add set retarder less, can not stir (mortar is transported in a static manner) transport mortar, or accurate mixing control not carried out to the mortar of transport.Such measure can reduce the cost of transportation of mortar.Like this, this mortar is utilized just while the cost of transportation reducing mortar, the quality being supplied to the mortar of job site can be ensured.
Mortar mixing plant can adopt known structure.Please refer to Fig. 2, this figure is in the mortar that provides of the embodiment of the present invention, a kind of operation principle schematic diagram of mortar mixing plant.In embodiment provided by the invention, mortar mixing plant 100 can comprise sand material storage bucket 111, conveying worm 112, sand material weighing hopper 113 and stirring system 120.Conveying worm 112 can be existing structure, can comprise the conveyor screw being positioned at outside cylindrical shell and being positioned at cylindrical shell.Its kind, one end of conveying worm 112 is connected with sand material storage bucket 111, and the other end is connected with sand material weighing hopper 113; The inner chamber of sand material weighing hopper 113 communicates with the stir chamber of stirring system 120.Like this, when sand material is transported to the stir chamber of stirring system 120 from sand material storage bucket 111, can keeps and the closing of the external world, and then can prevent sand material from leaking, the adverse effect of reduction mortar mixing plant 100 pairs of job sites.Meanwhile, in this embodiment, do not need to arrange the material pot storing sand material, because sand material makes mortar main material, and then above can reduce structure and the profile of mortar mixing plant 100 largely, facilitate the transition of mortar mixing plant 100.
In addition, sand material transport vehicle 400 can comprise sand material storage bin and sand material efferent duct; That described sand material efferent duct one end is formed with described sand material storage bin, closed sand material chamber is connected, and the other end removably coordinates with the sand material input port of sand material storage bucket 111.Like this, when sand material transport vehicle 400 arrives the position at mortar mixing plant 100 place, one end of described sand material efferent duct can be made to coordinate with the sand material input port of sand material storage bucket 111; Sand material transport vehicle 400 can be reduced like this leak to middle at the construction field (site) during storage bucket 111 discharging of sand material, reduce the adverse effect of sand material transport to job site.In the complete conjunction of discharging, can will one end of described sand material efferent duct be separated with sand material storage bucket 111 easily.In a detailed description of the invention, the switch valve be connected on above-mentioned sand material efferent duct can being set, to make sand material efferent duct can keep closed, providing convenience for loading sand material to sand material transport vehicle 400.
As shown in Figure 2, in the present embodiment, sand material storage bucket 111 can support on the ground; Sand material weighing hopper 113 is positioned at above stirring system 120; The two ends of conveying worm 112 are removably connected with sand material weighing hopper 113 with sand material storage bucket 111 respectively; Its bearing of trend can have predetermined angle.More easily conveying worm 112 can be separated with sand material storage bucket 111 or sand material weighing hopper 113 like this, facilitate assembling and the fractionation of mortar mixing plant 100.In addition, the storage volumes that sand material storage bucket 111 is formed is not less than the volume in the sand material chamber that described sand material storage bin is formed.Like this, the sand material that sand material storage bucket stores can be used for sand material needs of answering the stirring system long period, when the not timely feeding of sand material transport vehicle, can ensure mortar mixing plant continuous seepage, or the production reducing mortar mixing plant is interrupted, and facilitates the organization and administration of mortar.
Please refer to Fig. 2, in the present embodiment, mortar mixing plant 100 also comprises powder material tank 131 and powder delivering pipe 132; One end of powder delivering pipe 132 is connected with a powder material tank 131, and the other end is connected by the stir chamber of metering device with stirring system 120.Metering device can be existing metering device, quantitatively to carry powder to stir chamber.Like this, be transported to stir chamber process at powder from powder material tank 131, can keep with the external world close, prevent powder at the construction field (site) in leak, reduce mortar mixing plant to the adverse effect of job site.
In the present embodiment, mortar mixing plant 100 comprises agitator frame 140 and storing framework 150; Stirring system 120 is arranged in agitator frame 140, forms mixing assembly; Multiple powder material tank 131 is installed on a storing framework 150, forms storing assembly.Like this, mortar mixing plant comprises two relatively independent parts, when mortar mixing plant transition is transported, mixing assembly and storing assembly can be formed an entirety respectively, be divided into two parts and carry out transition transport; So just can provide convenience for the transition of mortar mixing plant 100 and transport, reduce mortar production cost and supply cost.
In addition, in an embodiment, agitator frame 140 can comprise the upper agitator frame supporting stirring system, the first support arm being supported on ground lower agitator frame and being connected between agitator frame and lower agitator frame; Described first support arm is retractable supports arm.Like this, agitator frame 140 just has two states: when carrying out mortar and producing, and the first support arm can be made to extend, and provides convenient for mortar finished product exports; When transport transition does not need to export mortar finished product, the first support arm can be made to shorten, reduce the height of agitator frame 140, and then the whole height of the mixing assembly of reduction stirring system 120 and agitator frame 140 formation, facilitate transition and the transport of mixing assembly.
Equally, storing framework 150 also comprises the upper storing framework supporting powder material tank, the second support arm being supported on ground lower storing framework and being connected between storing framework and lower storing framework; Described second support arm is retractable supports arm.Equally, storing framework also can have two states: under a kind of state, can meet powder discharging needs; Under another kind of state, the transition transport of the storing assembly that storing framework and powder material tank can be facilitated to be formed.
Above-mentioned retractable supports arm can comprise hydraulic cylinder and other telescopic structures.
Because mortar mixing plant 100 is arranged in job site, the fed distance of mortar shortens greatly; In one embodiment, mortar induction system 300 comprises packaged type chassis and is fixed on the mortar jar on described packaged type chassis, and without rabbling mechanism in described mortar jar.Relative to the structure (mixing drum is provided with rabbling mechanism) of existing agitator truck; In this embodiment, the mortar jar holding mortar does not arrange rabbling mechanism, and mortar is transported in a static manner.Because mortar mixing plant 100 is arranged in job site, mortar fed distance is shorter, makes mortar in transportation, keep static, also can ensure the quality of mortar; The transport of mortar can be facilitated simultaneously, reduce the cost of transportation of mortar.Equally, because mortar mixing plant 100 is arranged in job site, mortar induction system 300 can comprise at least one conveyance conduit, and one end of described conveyance conduit is relative with the mortar delivery outlet of mortar mixing plant 100, to receive the mortar that mortar mixing plant 100 is produced.Conveyance conduit can be flexible structure, and also can be connected by more piece intended pipe is formed.
Refer again to Fig. 1, in an embodiment provided by the invention, mortar can also comprise sieve material system 500, and sieve material system 500 is positioned at outside described job site.Sieve material system 500 can be known sieve material system.Sieve material system 500 coordinates with sand material transport vehicle 400, the sand material through screening can be installed on sand material transport vehicle 400.Sieve material system 500 can be positioned at preposition, and the distance between its distance construction place 200 can be greater than 5 kilometers.
Thering is provided on above-mentioned mortar basis, the present invention also provides a kind of mortar supply method.The mortar supply method provided can utilize any one mortar above-mentioned to implement.
Please refer to Fig. 3, this figure is the flow chart of the mortar supply method that the embodiment of the present invention provides.The mortar supply method that this embodiment provides can comprise the following steps:
Step S100, utilizes sand material transport vehicle 400 that sand material is transported to job site.Namely described sand material transport vehicle 400 is utilized sand material to be transported to the position at mortar mixing plant 100 place, for mortar mixing plant 100 provides the raw material producing mortar.
Step S200, makes the mortar mixing plant 100 being arranged in job site operate, and utilizes this sand material to produce mortar at the construction field (site).
Step S300, utilizes the mortar induction system 300 being positioned at job site the mortar that step S200 produces to be transported to the job location of described job site.
In further technical scheme, in the step s 100, can utilize sand material transport vehicle 400 that the sand material be positioned at outside job site is transported to job site.Certainly, also the sand material being positioned at other positions can be transported to job site.
In step S300, can be specifically utilize the mortar induction system 300 being positioned at job site the mortar that step S200 produces to be transported in a static manner the job location of described job site.Certainly, existing agitator truck also can be utilized to carry mortar.
Because mortar mixing plant 100 is arranged in job site, mortar transportation range is shorter, all adds the process of set retarder Comparatively speaking with existing mortar supply method, in the mortar supply method that the embodiment of the present invention provides, without the step of adding set retarder, also can ensure the quality of mortar.Corresponding, in the mortar supply provided, the mechanism adding set retarder also can not be set.
The general principle of above-mentioned mortar supply method and corresponding effect with reference to the above-mentioned description to mortar, can not repeat them here.
Be understood that when mortar mixing plant is less than in 5 kilometer range apart from described job location, also can apply the technical scheme that above-mentioned detailed description of the invention provides.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. a mortar, it is characterized in that, comprise the sand material transport vehicle (400) of sand transportation material, produce the mortar mixing plant (100) of mortar and mortar be transported to the mortar induction system (300) of predetermined job location (200); Described mortar mixing plant (100) is less than 5 kilometers apart from described job location (200), and described mortar mixing plant (100) comprises sand material storage bucket (111), conveying worm (112), sand material weighing hopper (113) and stirring system (120); The two ends of described conveying worm (112) are connected with sand material weighing hopper (113) with described sand material storage bucket (111) respectively; The inner chamber of described sand material weighing hopper (113) communicates with the stir chamber of described stirring system (120);
Described sand material transport vehicle (400) comprises sand material storage bin and sand material efferent duct; One end of described sand material efferent duct is formed with described sand material storage bin, closed sand material chamber is connected, and the other end removably coordinates with the sand material input port of described sand material storage bucket (111).
2. mortar according to claim 1, is characterized in that, described mortar mixing plant (100) is positioned among the job site at described job location (200) place.
3. mortar according to claim 1, is characterized in that, described sand material storage bucket (111) supports on the ground; Described sand material weighing hopper (113) is positioned at described stirring system (120) top; The two ends of described conveying worm (112) are removably connected with sand material weighing hopper (113) with described sand material storage bucket (111) respectively; The storage volumes that described sand material storage bucket (111) is formed is not less than the volume in the sand material chamber that described sand material storage bin is formed.
4. mortar according to claim 1, is characterized in that, described mortar mixing plant (100) also comprises powder material tank (131) and powder delivering pipe (132); One end of described powder delivering pipe (132) is connected with a described powder material tank (131), and the other end is connected by the stir chamber of metering device with described stirring system (120).
5. mortar according to claim 4, is characterized in that,
Described mortar mixing plant (100) comprises agitator frame (140) and storing framework (150); Described stirring system (120) is arranged in described agitator frame (140); Multiple described powder material tank (131) is installed on a described storing framework (150).
6. mortar according to claim 5, is characterized in that,
Described agitator frame (140) comprises the upper agitator frame supporting stirring system (120), the first support arm being supported on ground lower agitator frame and being connected between described upper agitator frame and lower agitator frame; Described first support arm is retractable supports arm;
Or/and described storing framework (150) comprises the upper storing framework supporting described powder material tank (131), the second support arm being supported on ground lower storing framework and being connected between described upper storing framework and lower storing framework; Described second support arm is retractable supports arm.
7. the mortar according to any one of claim 1 to 6, it is characterized in that, described mortar induction system (300) comprises packaged type chassis and is fixed on the mortar jar on described packaged type chassis, and without rabbling mechanism in described mortar jar.
8. the mortar according to any one of claim 1 to 6, it is characterized in that, described mortar induction system (300) comprises at least one conveyance conduit, and one end of described conveyance conduit is relative with the mortar delivery outlet of described mortar mixing plant (100).
9. the mortar according to any one of claim 1 to 6, is characterized in that, also comprise sieve material system (500), described sieve material system (500) is greater than 5 kilometers apart from described job location (200).
10. a mortar supply method, is characterized in that, utilizes the mortar described in any one of claim 1 to 9;
This mortar supply method comprises:
Step S100, utilizes described sand material transport vehicle (400) sand material to be transported to the position at described mortar mixing plant (100) place;
Step S200, makes described mortar mixing plant (100) operate, and utilizes described sand material to produce mortar;
Step S300, utilizes described mortar induction system (300) that the mortar that step S200 produces is transported to described job location (200).
11. mortar supply methods according to claim 10, is characterized in that,
In described step S300, utilize described mortar induction system (300) that the mortar that step S200 produces is transported to described job location, specifically, utilize described mortar induction system (300) that the mortar that step S200 produces is transported to described job location (200) in a static manner.
12. mortar supply methods according to claim 10 or 11, is characterized in that, without the step of adding set retarder.
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| DE19901904A1 (en) * | 1999-01-19 | 2000-07-20 | Heilit & Woerner Bau Ag | Transportable concrete mixing station has a modular construction which packs into standard containers and which uses the containers as building modules |
| CN101058217A (en) * | 2007-06-06 | 2007-10-24 | 金申宝 | Continuous producing technology and device for thermal insulation dry powder mortar |
| CN201333755Y (en) * | 2009-01-21 | 2009-10-28 | 四川现代建设机电集团有限公司 | Dry powder mortar mixing plant |
| CN202318595U (en) * | 2011-11-23 | 2012-07-11 | 中铁十二局集团第三工程有限公司 | Stirring equipment for grouting slurry of goaf |
| CN203391117U (en) * | 2013-04-18 | 2014-01-15 | 三一汽车制造有限公司 | Mortar supplying system |
-
2013
- 2013-04-18 CN CN201310135956.8A patent/CN103252843B/en active Active
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| CN103252843A (en) | 2013-08-21 |
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Denomination of invention: Mortar supply system and mortar supply method Effective date of registration: 20161101 Granted publication date: 20150610 Pledgee: Hunan Sany Road Machinery Co., Ltd. Pledgor: SANY Automobile Manufacturing Co., Ltd. Registration number: 2016430000043 |
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Date of cancellation: 20211126 Granted publication date: 20150610 Pledgee: HUNAN SANY ROAD MACHINERY Co.,Ltd. Pledgor: Sany Automobile Manufacturing Co.,Ltd. Registration number: 2016430000043 |