CN204195995U - A kind of green building moves mortar mixing plant - Google Patents

Abstract

The utility model relates to a green building mobile mortar mixing station, which belongs to the technical field of building construction. The bottom of the mortar mixing station is a steel structure chassis and a feeding platform connected to the steel structure chassis, and an underground box is arranged at the bottom of the steel structure chassis; the main body of the utility model adopts a container modular structure design, with a steel structure Chassis, convenient transportation, fast installation, equipment adopts closed environmental protection design, no dust pollution.

Description

A green building mobile mortar mixing station

technical field

The utility model relates to a green building mobile mortar mixing station, which belongs to the technical field of building construction.

Background technique

Since 2007, the state has issued the "Notice of Prohibition of Mixed Mortar", forming a potential ready-mixed mortar market of no less than 500 billion yuan. For this reason, dry-mixed mortar production lines across the country should be launched, but even so, the output value so far only accounts for 10% of the market. And even if you invest, there are not many profits. Large investment, high cost, and difficult quality control have become bottlenecks restricting the promotion of dry-mixed mortar. The vast market potential and the strong support of national policies are good development opportunities for many investors. However, it is difficult to break through the bottleneck of the dry-mixed mortar production line, making ready-mixed mortar a hot potato.

Over the years, we have focused most of our energy on dry-mixed mortars, but neglected that the potential of wet-mixed mortars is far greater than that of dry-mixed mortars.

1. Disadvantages of traditional on-site mixing mortar

In addition to the disadvantages of polluting the environment and uncontrollable quality, mixing mortar on site is not a profitable method for builders. Compared with dry-mixed commercial mortar, the cost is indeed lower, but it is also troublesome to mix mortar on site, and many construction sites have suffered losses. Mainly manifested in:

1) Difficulty organizing plasterers

Wall plastering is a time-consuming technical work. In order to reduce costs, general construction companies do not hire plasterers for a long time, but temporarily recruit skilled workers from the labor market. When there are many construction projects in an area, the market for plasterers is in short supply and it is difficult to recruit workers. It is the trouble that construction companies will encounter.

2) Measuring difficulties cause waste

When purchasing mortar raw materials such as sand, cement, and fly ash on the construction site, problems in measurement and quality control were encountered on site. On-site mixing of mortar will inevitably involve on-site procurement of raw materials. For a residential project, the use of mortar can reach 2.5 times the building area, and the purchase of raw materials is very large. However, the construction site is not a production plant, and the measurement facilities are relatively simple or non-existent. The quantity of sand, cement, fly ash, etc. that arrive is basically decided by the supplier. The water content of sand is different, and the weight difference between dry sand and wet sand can be more than 20%. At the same time, errors caused by human factors such as other managers and operators will also cause a substantial increase in actual costs.

3) Poor on-site operating conditions cause waste

It is a lot of waste to sieve ordinary sand on site. As a plastering mortar, the fineness of the sand should be controlled below 5mm (medium sand), otherwise the wall surface will not be leveled. The quality of the sand is thus critical. If the sand sent by the supplier is relatively coarse, or if the screening is not in place, a large amount of sand may be wasted.

4) Lax on-site management causes waste

The difference in plastering thickness causes large deviations in the amount of mortar. Construction companies hire plasterers themselves, and the thickness of the plaster will directly affect the construction cost. If the thickness of the plaster is designed to be 20mm, if it is 2mm more, the cost will increase by 10%.

5) The quality of on-site mixing mortar cannot be controlled

On-site mixing mortar is made by workers using small mixers on the construction site, mixing one pot after another. The use of admixtures and the control of water consumption are relatively random. The quality of the mortar is difficult to guarantee, resulting in hollowing and cracking. . When the acceptance fails, the builder will have to increase the cost for rework, or use the so-called "whitewashing" method to paint on the outside of the plastering mortar. All of these make the intangible cost of mixing mortar on site significantly increase.

Contents of the invention

In order to overcome the above defects, the purpose of this utility model is to provide a green building mobile mortar mixing plant, which can produce wet mixing mortar mixing equipment, and has the function of environmental protection and recycling.

In order to achieve the above object, the utility model adopts the following technical solutions:

A green building mobile mortar mixing station, the bottom of the mortar mixing station is a steel structure chassis, a feeding platform connected with the steel structure chassis, and an underground box is arranged at the bottom of the steel structure chassis;

The upper surface of the steel structure chassis is provided with a main body of equipment and a powder material storage and conveying device, and the main body of the equipment is sequentially provided with a feeding hopper, a stirring layer, a transitional silo layer, and an aggregate storage layer from top to bottom;

Aggregate crushing and conveying devices are installed on the underground box.

The underground box body is provided with a bucket elevator installation base, a sewage collection box, a crusher motor bracket, and a crusher installation bracket.

Aggregate crushing and conveying device It includes aggregate feed hopper, ring hammer crusher, bucket elevator, electro-hydraulic three-way distributor; ring hammer crusher is arranged under the aggregate feed hopper, ring hammer The crusher is connected to the lower end of the bucket elevator, and the upper end of the bucket elevator is connected to an electro-hydraulic three-way distributor.

Aggregate storage layer includes aggregate storage box Ⅰ and aggregate storage box Ⅱ; bucket elevator installation shaft Ⅰ is set on the aggregate storage layer;

Guardrails are arranged around the top of the aggregate storage layer, and drainage pipes are arranged on the top of the aggregate storage layer.

The transition silo layer includes bucket body I and bucket body II, the bottom of the bucket body I and bucket body II is a material distribution plate, and a discharge door I and a discharge door II are arranged on the side of the transition silo layer , a bucket elevator installation shaft II is arranged on the transition silo layer;

A fan-shaped rotary unloading device with a sealed structure is adopted at the bottom of the transition silo layer. The top of the fan-shaped rotary unloading device is a fan-shaped door. The two sides of the fan-shaped rotary unloading device are connected to the cylinder through the rocker arm. Close the limit switch.

The stirring layer is provided with a vertical axis planetary mixing host in the stirring layer, a discharge hopper is arranged under the vertical axis planetary mixing host, an aggregate scale, a water scale, a liquid additive scale, Powder scale;

A bucket elevator installation well III, a water tank installation platform, and a ladder are arranged on the stirring layer;

A butterfly valve is installed at the bottom of the discharge hopper.

The lower end of the equipment main body also includes a left outrigger of the equipment main body and a right outrigger of the equipment main body, and the left outrigger of the equipment main body and the right outrigger of the equipment main body are load-bearing box structures;

The inside of the left leg of the main body of the equipment is the control room;

The middle of the right leg of the main body of the equipment is the bucket elevator installation shaft IV, one side is the air compressor room, and the other side is the tool room.

The powder storage and conveying device includes two powder bins and two screw conveyors;

There is a dust collector and a pressure safety valve at the upper end of the powder silo, one end of the feeding pipe is at the bottom of the powder storage and conveying device, and the other end is at the upper end of the powder silo;

The tops of the two powder silos are integrated into one.

The device also includes a water tank and an automatic water supply device. The water tank and the automatic water supply device include a water storage tank connected to a domestic water pipeline and a stirring water distribution pipeline; the stirring water distribution pipeline of the water storage tank supplies water to the water scale through a water pump. A pneumatic water valve is installed at the end of the stirring water distribution pipeline.

The device also includes a liquid additive storage and delivery device, which includes a plurality of liquid additive storage tanks, pipeline pumps are installed on the bottom side of the liquid additive storage tanks, and the pipelines connected to the pipeline pumps are used to feed the liquid additive scales.

Steel structure overall chassis: It is welded by H-shaped steel, assembled from three chassis to form an overall chassis, which can replace the traditional concrete foundation, fast installation, convenient movement, low construction cost, and can be reused.

Underground box

Function 1, as the installation base of the bucket elevator, function 2, the installation base of the ring hammer crusher, function 3, the underground sewage collection box. Installation method: first connect the chassis of the main building and the middle chassis, then fix the crusher as a whole on the box bracket, and finally stand upside down on the whole chassis as a whole, apply the sealant on the connection surface and fix it with bolts, and then turn it over with the chassis as a whole Submerge the underground box into the pre-dug pit, and backfill and tamp the box around with slag.

Aggregate feeding hopper: The dump truck can directly discharge the material into the hopper on the loading platform. There is a dust cover at the feeding port of the hopper, which can effectively prevent dust and rain during and after unloading

Ring Hammer Crusher (purchased finished product): Arranged under the discharge port of the storage hopper, it has the function of crushing and screening. It can crush and screen the materials exceeding the sieve hole diameter in the aggregate, effectively ensuring that the particle size of the aggregate is within Within the specified range, the process of sieving at the traditional outlet is reduced, which saves personnel expenses and avoids material waste caused by outlet sieving. At the same time, the ground ash in the construction site can be crushed and screened for secondary use. The motor drive of the crusher adopts frequency conversion control. When the material is sand, the motor speed is adjusted to run at a low speed, so that the material can be screened quickly, the feeding speed is increased, and the energy consumption of the motor is reduced at the same time; Increase the motor speed, increase the crushing speed, and improve the overall working efficiency.

Bucket elevator (purchased supporting): It adopts belt-type bucket elevator, and the material of the hopper is wear-resistant nylon, which is corrosion-resistant, long in life and low in noise. Installation sequence: After the main body of the equipment is installed, hoist the hoist as a whole from the top of the equipment into the hoist installation shaft, the hoist base is fixed on the installation base at the bottom of the underground box, and the middle part of the hoist is fixed on the hoistway frame with turnbuckle bolts .

Electro-hydraulic three-way feeder (outsourcing matching): the structure of the feeder is a flap structure, which is driven by the electro-hydraulic push rod to push the flip board, and the stroke of the push rod is controlled by the travel switch to realize the three positions of left, middle and right The flap is fixed to allow three-position discharge.

Aggregate storage layer: There are two storage bins on the left and right, which can store two kinds of aggregates separately or one kind of aggregate at the same time (specially used for mortar mixing stations). When the ground ash is concentrated, one storage bin can be emptied for Store ground ash independently, and set different mixing ratios for ground ash according to different uses of ground ash, so as to make effective use of ground ash.

Transition silo layer: Double cylinder (with magnetic ring) drive can provide sufficient driving force to ensure flexible switching. The cylinder is equipped with an electronic door closing limit switch, which can effectively detect the closing state of the material door and avoid the occurrence of repeated feeding. Prevent material door jamming.

Stir layer:

It has been verified by actual production that this main engine has obvious advantages in mixing fine aggregates compared with horizontal mixers—short mixing time, good mixing homogeneity, and low power consumption. There are two discharge doors at the bottom of the main machine, which are controlled by hydraulic pressure, and the opening of the discharge door can be adjusted at will to control the discharge speed. A slump tester can be selected inside the main machine, which can monitor the slump change during the mortar mixing process in real time, so as to scientifically control the mixing time and the fine-tuning of the water-cement ratio.

The left and right conical unloading hoppers are arranged under the unloading port of the main engine, and a butterfly valve is installed at the bottom of the unloading hopper. The unloading hopper can temporarily store a tank of mortar waiting, thereby improving the continuous operation of the mixing station and improving the efficiency; the left and right unloading can be respectively two pumping equipment For material supply, the two lines can be single-opened or double-opened; materials can also be manually connected, which is convenient for temporary construction.

Measuring scales include: aggregate scales, powder (cement, fly ash) scales, water (sewage) scales, liquid additive scales.

The aggregate scale is for the cumulative measurement of two materials. The two feed ports are respectively softly connected to the discharge door of the transitional silo above. The vibrator is installed, and the vibrator is automatically turned on when the unloading speed is slow to speed up the unloading speed, and at the same time reduce the material bonding to reduce the drop. The aggregate scale bucket is fixed on the scale frame by three cantilever beam sensors.

The powder scale is also an accumulative scale. The two ash inlets are softly connected to the outlet of the screw conveyor through a canvas bag. The pneumatic unloading butterfly valve at the discharge port is softly connected to the ash inlet of the main engine through a canvas bag. The side wall of the powder scale is installed with vibration The vibrator is automatically turned on according to the speed of the unloading time, and the scale bucket is fixed on the scale frame through three cantilever beam sensors.

The water scale can cumulatively measure clean water and sewage. The bottom of the water scale is unloaded by a water pump, so that high-pressure water mist is formed when the water is sprayed into the main machine, so as to speed up the mixing time and shorten the mixing time.

The liquid additive scale has two feeding pipelines, which can measure two kinds of liquid additives. After the measurement, it is first unloaded into the water scale and then quickly unloaded into the main machine through the unloading pump. The material valve is a pneumatic ball valve, and the discharge is controlled by a solenoid valve.

The powder storage and conveying device has more stable material conveying, fewer failures and higher efficiency

Water tank and automatic water supply device, the water tank supplies water to the water scale through the water pump, and a pneumatic water valve is installed at the end of the water supply pipeline, which is convenient for controlling the drop of water measurement and improving the measurement accuracy.

Beneficial effects of the utility model:

1. The main body of the equipment of this utility model adopts a container modular structure design, with an integral steel structure chassis, which is convenient for transportation and fast installation. The equipment adopts a closed environmental protection design without dust pollution.

2. The vertical shaft planetary mixing main engine of this utility model adopts a specially developed reduction box, which can effectively distribute the power balance to each mixing device, ensuring that the mixer is efficient, low-noise, low-noise, low-energy consumption, and high-efficiency mixing. Low failure rate and long life.

3. The utility model is easy to operate and has a high degree of automation.

4. The utility model can recycle the ground ash in the construction, and through crushing and screening, it can be reused, which effectively reduces the cost and also achieves a certain environmental protection function.

5. The sewage recycling function of the utility model, the sewage generated during the construction can be filtered by the chassis filter and flow into the underground sewage storage tank, and then pumped to the water metering scale by the sewage pump to directly participate in the main machine stirring, and the sewage recycling is completed. So as to achieve zero discharge of sewage.

Description of drawings

Fig. 1 is the schematic diagram of the main viewing angle of the utility model;

Fig. 2 is the side view angle schematic diagram of the utility model;

Fig. 3 is the elevation structure schematic diagram of the present utility model;

Fig. 4 is a structural schematic diagram of a steel structure chassis (1) of the present invention;

Fig. 5 is a structural schematic diagram of the underground box (3) of the present utility model from a top view angle;

Fig. 6 is a schematic diagram of the facade structure of the underground box (3) of the present invention;

Fig. 7 is a schematic structural view of the aggregate crushing and conveying device (5) of the present invention;

Figure 8 is a schematic diagram of the facade structure of the aggregate crushing and conveying device (5) of the present invention;

Fig. 9 is a schematic structural view of the aggregate storage layer (44) of the present invention;

Fig. 10 is a structural schematic diagram of the transition bin layer (43) of the present invention;

Figure 11 is a structural schematic diagram of the transitional silo layer (43) looking up at the angle of the utility model;

Fig. 12 is a structural schematic diagram of the top view angle of the fan-shaped rotary unloading device of the present invention;

Fig. 13 is a schematic structural diagram of the side view angle of the fan-shaped rotary unloading device of the present invention;

Fig. 14 is a schematic structural diagram of the main viewing angle of the stirring layer (42) of the present invention;

Fig. 15 is a structural schematic diagram of a top view angle of the stirring layer (42) of the present invention;

Fig. 16 is a schematic diagram of the facade structure of the stirring layer (42) of the present invention;

Figure 17 is a schematic structural view of the left leg (6) of the main body of the device of the present invention;

Figure 18 is a schematic structural view of the right side leg (7) of the equipment main body of the present invention;

Figure 19 is a schematic structural view of the powder storage and delivery device (8) of the present invention;

Fig. 20 is a structural schematic diagram of a water tank and an automatic water supply device of the present invention;

Fig. 21 is a schematic structural view of the liquid additive storage and delivery device of the present invention.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is described in detail:

A green building mobile mortar mixing station, the bottom of which is a steel structure chassis 1, a feeding platform 2 connected to the steel structure chassis 1, and an underground box 3 is arranged at the bottom of the steel structure chassis 1;

The upper surface of the steel structure chassis 1 is provided with an equipment main body 4 and a powder material storage and conveying device 8, and the equipment main body 4 is sequentially provided with a feed hopper 41, a stirring layer 42, a transition silo layer 43, a skeleton Material storage layer 44;

An aggregate crushing and conveying device 5 is installed on the underground box body 3 .

The underground box body 3 is provided with a bucket elevator installation base 31 , a sewage collection box 32 , a crusher motor bracket 33 , and a crusher installation bracket 34 .

Aggregate crushing and conveying device 5, which includes aggregate feeding hopper 51, ring hammer crusher 52, bucket elevator 53, electro-hydraulic three-way distributor 54; ring hammer crusher 52 is arranged on the aggregate feeding Below the bucket 51, the ring hammer crusher 52 is connected to the lower end of the bucket elevator 53, and the upper end of the bucket elevator 53 is connected to an electro-hydraulic three-way distributor 54.

The aggregate storage layer 44 includes an aggregate storage box I 441 and an aggregate storage box II 442; a bucket elevator installation shaft I 443 is arranged on the aggregate storage layer 44;

A guardrail 444 is arranged around the top of the aggregate storage layer 44 , and a drainage pipe 445 is arranged on the top of the aggregate storage layer 44 .

The transition bin layer 43 includes a bucket body I 431 and a bucket body II 432, the bottom of the bucket body I 431 and bucket body II 432 is a material distribution plate 433, and a discharge door I 434 and a discharge door 434 are arranged on the side of the transition bin layer 43. Material door II 435, and a bucket elevator installation shaft II 436 is set on the transitional silo layer 43;

A fan-shaped rotary unloading device with a sealed structure is adopted at the bottom of the transition bin layer 43. The top of the fan-shaped rotary unloading device is a fan-shaped door 437. The two sides of the fan-shaped rotary unloading device are connected to the cylinder 438 through the rocker arm 439. An electronic door closing limit switch 430 is arranged on the top.

The stirring layer 42 is provided with a vertical axis planetary mixing host 421 inside the stirring layer 42, a discharge hopper 422 is arranged under the vertical axis planetary mixing host 421, an aggregate scale 423 is arranged at the upper end of the vertical axis planetary mixing host 421, Water scale 424, liquid additive scale 425, powder material scale 426;

A bucket elevator installation well III 427, a water tank installation platform 428, and a ladder 429 are arranged on the stirring layer 42;

A butterfly valve 420 is installed at the bottom of the discharge hopper 422 .

The lower end of the device body 4 also includes a left leg 6 of the device body and a right leg 7 of the device body, the left leg 6 of the device body and the right leg 7 of the device body are load-bearing box structures;

The inside of the left leg 6 of the main body of the equipment is the control room;

The middle of the right side leg 7 of the main body of the equipment is a bucket elevator installation shaft IV 71, one side is an air compressor room 72, and the other side is a tool room 73.

The powder storage and delivery device 8 includes two powder bins 81 and two screw conveyors 82;

The upper end of the powder silo 81 has a dust collector 83 and a pressure safety valve 84, one end of the feeding pipe 85 is at the bottom of the powder storage and delivery device 8, and the other end is at the upper end of the powder silo 81;

The tops of the two powder hoppers 81 are integrated.

The device also includes a water tank and an automatic water supply device, the water tank and the automatic water supply device include a water storage tank 11, the water storage tank 11 is connected with a domestic water pipeline 12 and a stirring water distribution pipeline 13; the stirring water distribution pipeline 13 of the water storage tank 11 passes through The water pump supplies water to the water scale 424, and a pneumatic water valve 14 is installed at the end of the stirring water distribution pipeline 13.

The device also includes a liquid additive storage and delivery device, which includes a plurality of liquid additive storage tanks 15, a pipeline pump 16 is installed on the bottom side of the liquid additive storage tank 15, and a pipeline 17 connected by the pipeline pump 16 Feeds the liquid additive scale 425.

Wet mix mortar is more environmentally friendly than dry mix mortar

Wet-mixed mortar does not require sand-baking or large-scale dry powder mixing production lines. It only uses existing commercial concrete stations for production, and the production process does not exceed the technological process and environmental protection requirements of concrete production, and is even simpler. After the dry-mixed mortar arrives at the construction site, it still needs to be unpacked and mixed with water, and dust will still be generated during the mixing process. The wet-mixed mortar is wet mortar when it arrives at the site, so that there is no dry powder material in the transportation process, and the existence of dry powder raw materials is completely avoided on the construction site, ensuring that there is no powdery construction in the city. Its environmental protection effect is more thorough and perfect than that of dry-mixed mortar.

Since wet-mixed mortar is a relatively stable wet mortar, its consistency, viscosity, uniformity, and workability are all stable. For mechanized construction, as long as its performance is adjusted to the most suitable state, it can proceed smoothly. It must be emphasized that the conditions required for mechanized construction are that the wet mortar itself must be uniform and stable, and have good viscosity on the wall, so that the pump will not be blocked and the mortar will not fall. The fineness of the sand in the mortar should not exceed the maximum particle size requirement of the mortar pump (generally not larger than 8mm)

Compared with traditional construction, for the W-ICI residential project, concrete is mainly used for columns, beams, and floors, and all internal and external walls are sprayed with mortar. Plastering mortar and masonry mortar are used on the interior and exterior walls and floors of almost the entire building, and its surface area is 2.5 times the building area. A project with a building area of 200,000 m ² needs to use nearly 6,000 m ³ of sprayed mortar. If the huge mortar demand can be effectively controlled on the mortar cost, it will produce huge economic benefits.

Mortar cost analysis: (Jiangxi area as an example)

1) Dry-mixed mortar 600~650 yuan/m3

2) Commercial mix mortar 360~400 yuan/m3

3) Self-built mixing station mortar 180~200 yuan/m3

Buildings using W-ICI thermal insulation wall technology (take the construction area of 200,000 square meters as an example)

Investment comparison:

Comparison of construction advantages and disadvantages:

Summary: With the popularization of W-ICI new thermal insulation walls and the popularization of on-site mechanized spraying equipment, the demand for on-site wet-mixed mortar is increasing day by day, and a new on-site wet-mixed mortar mixing station has emerged as the times require, and today's society requires environmental protection It is getting higher and higher, and the environmental protection requirements for the mixing plant are higher and stricter. In response to the current social and market requirements and needs, the new green and environmentally friendly mobile mortar mixing plant developed and designed by our company fully meets today's needs and has a huge potential market.

Key words: "W-ICI technology" means "without a brick, the insulation board replaces the formwork, whether it is an interior wall or an exterior wall, all use a kind of EPS insulation wall", which is suitable for cold winter and hot summer areas and high and severe cold areas , can be used in multi-layer, high-rise, super high-rise building insulation system. , can reduce the load by 15% to 20%, shorten the construction period by 20% to 30%, greatly reduce the thickness of the wall, increase the room rate by 6% to 10%, and reduce the intensity of labor during construction, optimize the construction process, and reduce the construction cost. It also has the characteristics of thermal insulation and the same life span as the building structure.

Claims (10)

1. green building moves a mortar mixing plant, it is characterized in that: the material loading platform (2) that the bottom of this mortar mixing plant is steel construction chassis (1), is connected with steel construction chassis (1), is provided with a underground box (3) in the bottom of steel construction chassis (1);

The upper surface of steel construction chassis (1) is provided with equipment body (4) store and conveying device (8) with powder, described equipment body (4) is disposed with feed hopper (41) from top to bottom, stirs layer (42), Transition Materials clad (43), aggregate bin reservoir (44);

Underground box (3) is provided with aggregate fragmentation and conveying device (5).

2. green building according to claim 1 moves mortar mixing plant, it is characterized in that: described underground box (3) is provided with bucket elevator mounting seat (31), dirty water collecting tank (32), motor of crusher support (33), disintegrating machine mounting bracket (34).

3. green building according to claim 1 moves mortar mixing plant, it is characterized in that: the broken and conveying device (5) of aggregate it comprise aggregate feed hopper (51), ring hammer crusher (52), bucket elevator (53), electric liquid style three-way distributor (54); Ring hammer crusher (52) is arranged in the below of aggregate feed hopper (51), and ring hammer crusher (52) is connected with the lower end of bucket elevator (53), and the upper end of bucket elevator (53) is connected with electric liquid style three-way distributor (54).

4. green building according to claim 1 moves mortar mixing plant, it is characterized in that: aggregate bin reservoir (44) it comprise aggregate bin storage tank I (441) and aggregate bin storage tank II (442); Aggregate bin reservoir (44) is provided with bucket elevator mounting shaft I (443);

The top surrounding of aggregate bin reservoir (44) is provided with guardrail (444), the top of aggregate bin reservoir (44) is provided with drainage pipeline (445).

5. green building according to claim 1 moves mortar mixing plant, it is characterized in that: described Transition Materials clad (43) it comprise bucket body I (431) and bucket body II (432), the bottom of described bucket body I (431) and bucket body II (432) is cutting plate (433), be provided with Dump gate I (434) and Dump gate II (435) in the side of Transition Materials clad (43), described Transition Materials clad (43) is provided with bucket elevator mounting shaft II (436);

The fan-shaped revolution device for discharging of hermetically-sealed construction is adopted in Transition Materials clad (43) bottom, the top of this fan-shaped revolution device for discharging is fan-shaped gate (437), the both sides of fan-shaped revolution device for discharging are connected with cylinder (438) by rocking arm (439), cylinder (438) is provided with electronic type and closes door limit switch (430).

6. green building according to claim 1 moves mortar mixing plant, it is characterized in that: described stirring layer (42), planetary vertical-shaft stirring host (421) is provided with in stirring layer (42), described planetary vertical-shaft stirring host (421) is arranged with dump skip (422), is provided with aggregate weighing scale (423), water scale (424), liquid additive scale (425), filler weigher (426) in planetary vertical-shaft stirring host (421) upper end;

Described stirring layer (42) is provided with bucket elevator mounting shaft III (427), water tank mounting platform (428), cat ladder (429);

In dump skip (422) bottom, butterfly valve (420) is housed.

7. green building according to claim 1 moves mortar mixing plant, it is characterized in that: the lower end of described equipment body (4) also includes supporting leg (7) on the right side of supporting leg on the left of equipment body (6) and equipment body, on the left of described equipment body, on the right side of supporting leg (6) and equipment body, supporting leg (7) is bearing type body structure;

On the left of described equipment body, the inside of supporting leg (6) is control room;

Be bucket elevator mounting shaft IV (71) in the middle of supporting leg (7) on the right side of described equipment body, side is air compressor house (72), and opposite side is toolhouse (73).

8. green building according to claim 1 moves mortar mixing plant, it is characterized in that: described powder store and conveying device (8) it comprise filler bin (81) two, conveying worm (82) two;

There are deduster (83) and pressure safety valve (84) in the upper end of described filler bin (81), and feeding tube (85) one end stores and conveying device (8) bottom at powder, and the other end is in the upper end of filler bin (81);

Two filler bin (81) tops are connected.

9. green building according to claim 7 moves mortar mixing plant, it is characterized in that: this device also includes water tank and automatic water supply device, water tank and automatic water supply device it include storage tank (11), storage tank (11) is connected with domestic water pipeline (12) and stirs water distribution pipeline (13); The stirring water distribution pipeline (13) of storage tank (11) is that water scale (424) supplies water by water pump, stirs water distribution pipeline (13) end and installs Pneumatic water valve (14).

10. green building according to claim 7 moves mortar mixing plant, it is characterized in that: this device also includes liquid additive and stores and conveying device, it includes multiple liquid additive storage tank (15), liquid additive storage tank (15) bottom sides pipe laying pump (16), the pipeline (17) connected by tubing pump (16) is liquid additive scale (425) feed.