CN105235062B - The vertical production line of full-automatic light cellular partition board - Google Patents

Abstract

A fully automatic vertical production line for lightweight partition panels, involving the field of molding product processing, including a material storage system, an automatic feeding system, a material center processing system, a wall panel forming mold vehicle, a turning vehicle, a traction system and an automatic control system, The material storage system is connected with the material center processing system through the automatic feeding system. There is a traction system under the material center processing system. The wall panel forming mold car is installed in the traction system. The control system is electrically connected with the material storage system, automatic feeding system, material center processing system, wallboard forming mold car, turning car, and traction system. The invention can realize automatic production, save a lot of manpower and material resources, and avoid problems such as high labor intensity, high production cost, failure to realize automatic production and hidden safety hazards in the process of processing and producing light partition wall panels.

Description

Fully automatic lightweight partition board vertical production line

technical field

The invention relates to the field of molded product processing, in particular to a fully automatic vertical production line for lightweight partition boards.

Background technique

In the field of light wallboard production, the current traditional production method is mainly completed by manpower. In the process of production and processing, the labor intensity is high, the production cost is high, and the yield of the products produced is low, and the damage to the environment is serious. There are many defects. Therefore, how to realize mechanized and automatic production and processing of lightweight wallboards or similar products that need to be poured is a problem that needs to be solved in related fields.

In the forming and handling process of wall panels, it is often carried by hand, which wastes a lot of manpower and material resources. This process also has potential safety hazards, but there is no similar product on the market at present.

Contents of the invention

Aiming at problems such as high labor intensity, high production cost, failure to realize automatic production and hidden safety hazards in the processing and production process of lightweight partition boards, the present invention provides a fully automatic vertical production line for lightweight partition boards, which can realize automatic production, Save a lot of manpower and material resources.

The technical scheme that the present invention solves its technical problem to take is:

The fully automatic vertical production line for lightweight partition panels is characterized by: including a material storage system, an automatic feeding system, a material center processing system, a wall panel forming mold vehicle, a turning vehicle, a traction system and an automatic control system,

The material storage system is connected with the material center processing system through an automatic feeding system, and a traction system is arranged under the material center processing system, and a wallboard forming mold car is arranged in the traction system, and the wallboard forming mold There is a flip car on one side of the car,

The automatic control system is electrically connected with the material storage system, the automatic feeding system, the material center processing system, the wallboard forming mold vehicle, the turning vehicle and the traction system. Through the design of the automatic feeding system, manual feeding is avoided, which saves manpower and material resources, while the design of the traction system can form a complete system chain for the production of the entire lightweight partition wall panel, wall panel forming mold car and turning With the use of the car, the lightweight partition board can be transported and turned over, and it can be completely automated. Through the control of the automatic control system, the entire production line is formed as a whole, and the highly automated production of the lightweight partition board is realized.

Further, the material center processing system includes a material processing center, the material processing center includes an automatic weighing hopper, a mixer, a mounting frame, a mixture storage tank and a pouring pump, and the automatic measuring hopper is arranged on the upper part of the mounting frame, so The agitator is arranged directly under the automatic weighing hopper, and a mixed material storage box is arranged directly under the agitator, and the mixed material storage box is connected with a pouring pump.

Further, the material center processing system also includes a pouring platform and an auxiliary platform, the pouring platform is a frame structure, and an auxiliary platform is provided on one side of the pouring platform. The design of the auxiliary platform is convenient for people to climb up and down and inspect, and it is also conducive to the handling of equipment.

Further, the traction system includes a conversion car, a conversion foundation pit, a driven traction wheel, a walking foundation pit, an outer rail, an inner rail, a traction rope, an active traction device and a tractor,

The conversion vehicle is arranged in the conversion foundation pit, and a track is arranged in the conversion foundation pit, and the conversion vehicle moves in the track. A wallboard forming mold car is placed on the rail, and a tractor is arranged on the inner rail, and the position of the tractor is lower than the chassis of the wallboard forming mold car, and a traction hook is arranged on the tractor, and the traction hook can be connected to the On the wall panel forming mold car, the wall panel forming mold car can move along with the movement of the tractor, and the front and rear of the tractor are connected by traction ropes. The use of the tractor can save the operating space to the greatest extent, which is beneficial to the movement of the wall panel forming mold car, and the double track design of the inner rail and the outer rail avoids the waste of space, improves the productivity, and saves a lot of manpower and material resources. Avoid manually pushing and pulling the wall panel forming mold cart.

Further, the overturning vehicle includes an underframe, a support frame, an overturning frame and a pushing frame, the overturning frame includes a pull cart, a flat panel, a motor and a first hydraulic cylinder, and the pushing frame includes a second hydraulic cylinder and an air cylinder ,

The front end of the bottom frame is provided with a supporting frame, the flip frame is arranged in the middle of the bottom frame, the push plate frame is arranged on one side of the flip frame, the flip frame is provided with a flat plate, the flat plate is provided with a pull cart, and the back of the flat plate is arranged There is a motor, the first hydraulic cylinder is installed between the overturn frame and the bottom frame, and the second hydraulic cylinder and the air cylinder are arranged on the push plate frame,

The trolley includes a front mounting plate, a rear roller, a rear mounting plate, a connecting plate and a front roller, the rear mounting plate is connected with the chain through a hook connected to the chain, and moves along with the chain transmission, and the rear mounting plate There are rear rollers arranged on the board, and there are multiple rear rollers. The rear mounting plate and the front mounting plate are connected through a connecting plate. Front rollers are arranged on the front mounting plate, and the front mounting plate is L-shaped. plate.

Further, the wallboard molding mold car includes a mold car body, a middle partition and a stretching mechanism, and the middle partition divides the interior space of the wallboard molding mold car into left and right molding spaces, and the two molding spaces A set of stretching mechanisms are respectively provided, and the stretching mechanisms are arranged symmetrically,

The stretching mechanism includes a partition, a third hydraulic cylinder, equidistant iron bars and pull bolts, a plurality of partitions are arranged in the stretching mechanism, equidistant iron bars are arranged between the plurality of partitions,

The baffles are vertically arranged in multiples, and the upper and lower ends of the baffles are respectively installed on the mold car body through linear sliding components, and equidistant between the multiple baffles. Iron bars, at least one third hydraulic cylinder is horizontally fixed on one side of the mold car body, and the piston rod of the third hydraulic cylinder is directly connected to the outer partition, and the front and rear between two adjacent partitions Four temporary templates are arranged at the upper and lower positions to form a molding cavity, and slots are respectively provided on the middle partition and the outer partition,

And when the third hydraulic cylinder is extended: it acts on the partition, and is tightened and fixed in the slot of the middle partition and the outer partition by the pull bolt, so as to realize pressure maintenance and hardening of the internal slurry;

In the retracted state of the third hydraulic cylinder: pull apart the partition, remove the pull bolt and the vertical lightweight partition wall mold to realize mold opening,

A base plate is placed on the lower template of each vertical lightweight partition wall mold, and the base plate extends from one side to the outside of the stretching mechanism, and a hook is installed on the extension part of the base plate,

The hook can only be rotated in the direction that the non-connecting end is close to the bottom plate.

Further, the hook includes a hook body and a rotating block, the hook body is hinged to the rotating block, and an L-shaped slope is provided at the joint between the hook body and the rotating block.

Further, the automatic feeding system is a lifting bucket.

Further, the automatic feeding system is a screw feeding auger.

The beneficial effects of the present invention are:

The invention can realize automatic production, save a lot of manpower and material resources, avoid the problems of high labor intensity, high production cost, failure to realize automatic production and hidden safety hazards in the process of processing and production of lightweight partition boards, and the whole process of automatic production, Labor productivity has been greatly improved.

Description of drawings

Fig. 1 is a production line system diagram of the present invention;

Fig. 2 is the structural representation of the first type automatic feeding system and material processing center of the present invention;

Fig. 3 is the structural representation of the second type of automatic feeding system and material processing center of the present invention;

Fig. 4 is the structural representation of pouring platform and auxiliary platform part of the present invention;

Fig. 5 is the three-dimensional structure schematic diagram of the turning car of the present invention;

Fig. 6 is a three-dimensional structural schematic diagram of the overturning vehicle of the present invention after the overturning is completed;

Fig. 7 is a three-dimensional structural schematic diagram when the wallboard forming mold car and the overturning car are used in conjunction with each other;

Fig. 8 is a top view of the flip car of the present invention;

Fig. 9 is a three-dimensional schematic diagram of the hook on the vertical lightweight wallboard mold of the present invention;

Fig. 10 is a sectional view of the hook on the vertical lightweight wall panel mold of the present invention.

In the figure: 1 storage bin, 2 automatic feeding system, 3 material processing center, 301 automatic weighing hopper, 302 mixer, 303 installation frame, 304 mixture storage box, 305 pouring pump, 4 pouring platform, 5 auxiliary platform, 6 Wall panel forming mold car, 601 mold car body, 602 partition, 603 third hydraulic cylinder, 604 middle partition, 605 equidistant iron bar, 606 pull bolt, 607 card slot, 608 hook, 6081 hook body, 6082 rotating block , 7 flip car, 701 chassis, 702 support frame, 703 flip frame, 704 pull car, 7041 front mounting plate, 7042 rear roller, 7043 rear mounting plate, 7044 connecting plate, 7045 front roller, 705 flat plate, 706 push plate frame , 707 motor, 708 first hydraulic cylinder, 709 second hydraulic cylinder, 710 cylinder, 8 control center, 9 traction system, 901 conversion vehicle, 902 conversion foundation pit, 903 driven traction wheel, 904 walking foundation pit, 905 outer rail , 906 inner rail, 907 traction rope, 908 active traction device, 909 tractor.

detailed description

The fully automatic vertical production line for lightweight partition panels includes a material storage system, an automatic feeding system 2, a material center processing system, a wall panel forming mold vehicle, a turning vehicle, a traction system and an automatic control system.

The material storage system is connected with the material center processing system through the automatic feeding system 2. The material center processing system includes a material processing center, and the material processing center is capable of measuring, stirring and mixing pouring of materials. The central processing system can transport the mixed materials to the wall panel forming mold car, and the wall panel forming mold car 6 can move in the conversion foundation pit 902 and the walking foundation pit 904 under the action of the traction system. One side of the foundation pit 904 is provided with an overturning vehicle 7, which can pull the formed lightweight partition wall panel out of the wall panel forming mold vehicle 6 and overturn it, which is beneficial to the transportation of lifting and transporting machinery. The automatic production lines are all electrically connected through the automatic control system to realize the overall automatic control production, and the automatic control system is the control center 8 .

As shown in Figures 1 to 4, the material storage system includes a storage bin 1, and the storage bin 1 can be configured as a solid storage bin and a water storage tank according to different placed materials. The material storage system is connected with the material center processing system through the automatic feeding system 2 .

As shown in Figure 2 and Figure 3, the difference between the first type of automatic feeding system in Figure 2 and the second type of automatic feeding system in Figure 3 is that the equipment used in the automatic feeding system is different. As shown in Figure 2, the storage bin is a sealed storage tank, and an opening is arranged below the storage tank, and the opening is connected with an automatic feeding system 2, which is a spiral Feeding auger, the upper end of the spiral feeding auger is connected to the material processing center 3; in FIG.

The material center processing system is a material processing center 3, and the material processing center 3 includes an automatic weighing bucket 301, a mixer 302, an installation frame 303, a mixture storage box 304 and a pouring pump 305, and the automatic weighing bucket 301 is arranged on the installation The upper part of the frame 303, the mixer 302 is arranged directly below the automatic weighing bucket 301, after the material is evenly stirred by the mixer 302, the material is transported to the mixture storage box 304 arranged directly below the mixer 302, and the mixture storage box 304 The pouring pump 305 is connected, and the pouring pump 305 can absorb the mixed material from the mixed material storage tank 304 and deliver the mixed material to the pouring platform 4 .

As shown in Fig. 4, the pouring platform 4 is a frame structure, and an auxiliary platform 5 is arranged on one side of the pouring platform 4, which is convenient for people to walk and carry related equipment. A conversion foundation pit 902 is arranged below the pouring platform 4, and a track is arranged in the conversion foundation pit 902, and a conversion car 901 is arranged on the track, and the conversion car 901 is provided with a motor and can move on the track.

The wall panel forming mold car 6 can be loaded above the conversion car 901 , as shown in FIG. 7 .

The wallboard forming mold car 6 includes a mold car body 601, a middle partition 604 and a stretching mechanism, and the middle partition 604 divides the inner space of the wallboard forming mold car 6 into left and right molding spaces, and the two molding A set of stretching mechanisms are respectively arranged in the space, and the stretching mechanisms are arranged symmetrically,

The stretching mechanism includes a partition 602, a third hydraulic cylinder 603, an equidistant iron bar 605 and a pull bolt 606. A plurality of partitions 602 are arranged in the stretching mechanism, and a plurality of partitions 602 are arranged between Isometric Iron Bar 605,

The baffles 602 are multiple vertically arranged, and the upper and lower ends of the baffles 602 are installed on the mold car body 601 by sliding the linear sliding assembly respectively, and between the multiple baffles 602 Equidistant iron bars 605 are provided, at least one third hydraulic cylinder 603 is horizontally fixed on one side of the mold car body 601, and the piston rod of the third hydraulic cylinder 603 is directly connected to the outer partition 602, both Four temporary templates are provided at the front, rear, up and down positions between two adjacent partitions 602 to form a molding cavity, and slots 607 are respectively provided on the middle partition 604 and the outer partition 602,

And when the third hydraulic cylinder 603 is extended: it acts on the partition 602, and is tightened and fixed by the pull bolt 606 in the slot 607 of the middle partition 604 and the outer partition to realize pressure maintaining and internal slurry hardening of the material;

In the retracted state of the third hydraulic cylinder 603: pull apart the partition 602, remove the pull bolt 606 and the mold for the vertical lightweight partition wall panel, and realize the mold opening.

A base plate is placed on the lower template of each vertical lightweight partition wall mold, and the base plate extends from one side to the outside of the stretching mechanism, and a hook 608 is installed on the extension of the base plate.

The hook 608 can only rotate the non-connecting end close to the direction of the bottom plate;

The hook 608 includes a hook body 6081 and a rotating block 6082. The hook body 6081 is hinged to the rotating block 6082. As shown in FIG. 9 and FIG.

When the pulling cart 704 on the overturning cart 7 approaches, the front mounting plate 7041 on the pulling cart 704 can make the rotating block 6082 rotate to a horizontal position, the current mounting plate 7041 continues to move, and the rotating block 6082 can return to the initial state under the effect of its own gravity position, and can clamp the front mounting plate 7041 to realize the connection between the two.

As shown in FIG. 1 , the wall panel forming mold vehicle 6 can move in the conversion foundation pit 902 and the walking foundation pit 904 .

The traction system includes a conversion car 901 , a conversion foundation pit 902 , a driven traction wheel 903 , a walking foundation pit 904 , an outer rail 905 , an inner rail 906 , a traction rope 907 , an active traction device 908 and a tractor 909 .

The conversion vehicle 901 is arranged in the conversion foundation pit 902, and a track is arranged in the conversion foundation pit 902. The conversion vehicle 901 moves in the track, and the wallboard forming mold vehicle 6 can be pushed onto the conversion vehicle 901, so that the conversion vehicle 901 can move on the conversion basis. The movement in the pit 902 realizes the pouring of the mixed material and the conversion of the positions of different walking foundation pits 904. The walking foundation pits 904 are set in multiples, which can be freely set according to the scale of production. The walking foundation pit 904 is provided with an outer rail 905 and an inner rail 906, the wall panel forming mold car 6 is placed on the outer rail 905, a tractor 909 is arranged on the inner rail 906, and the position of the tractor 909 is It is lower than the chassis of the wallboard forming mold car 6, and the tractor 909 is provided with a tow hook, which can be connected to the wallboard forming mold car 6, and the wallboard forming mold car 6 can move with the movement of the tractor 909 , the front and back of the tractor 909 are connected by a traction rope 907.

The active traction device 908 is driven by the motor reducer to rotate the active traction wheel. One end of the traction rope 907 is wrapped around the active traction wheel, and the other end is wrapped around the driven traction wheel 903. The joint of the traction rope 907 is connected with the tractor 909. When the traction wheel rotates, the traction rope 907 drives the tractor 909 to move forward or backward.

One side of the walking foundation pit 904 is provided with an overturning vehicle 7, the overturning vehicle 7 includes an underframe 701, a support frame 702, an overturning frame 703 and a push plate frame 706, and the overturning frame 703 includes a pull cart 704, a flat plate 705, The motor 707 and the first hydraulic cylinder 708, and the push plate frame 706 includes a second hydraulic cylinder 709 and an air cylinder 710.

The front end of the bottom frame 701 is provided with a support frame 702, the flip frame 703 is arranged in the middle of the bottom frame 701, the push plate frame 706 is arranged on one side of the flip frame 703, the flip frame 703 is provided with a flat plate 705, and the flat plate 705 is provided with There is a pull cart 704, the back of the flat plate 705 is provided with a motor 707, and the motor 707 drives the chain wheel to drive the pull cart 704 to move by the chain mounted on the sprocket wheel. A hydraulic cylinder 708 can turn the overturning frame 703 by 90° so that the overturning frame 703 rests on the support frame 702 to realize the overturning of the vertical wall panel. And the second hydraulic cylinder 709 provided on the push plate frame 706 can compress the vertical lightweight partition wall board placed on the flat plate 705, and the cylinder 710 can continue to act on the vertical partition wall after the second hydraulic cylinder 709 retracts. Lightweight partition boards without tilting.

As shown in Figure 8, the cart 704 includes a front mounting plate 7041, a rear roller 7042, a rear mounting plate 7043, a connecting plate 7044 and a front roller 7045, and the rear mounting plate 7043 is connected to the chain through a hook connected to the chain. Connected, moving along with the chain drive, the rear mounting plate 7043 is provided with rear rollers 7042, the rear rollers 7042 are arranged in multiples, the rear mounting plate 7043 is connected with the front mounting plate 7041 through the connecting plate 7044, Front rollers 7045 are arranged on the front mounting plate 7041, and the front mounting plate 7041 is an L-shaped plate.

The overturning car 7 is used in conjunction with the wallboard forming mold car 6 .

As shown in Fig. 6 and Fig. 7, after the mold on the wallboard forming mold car 6 is cooled through grouting, a lightweight partition wall panel is formed, and a mold is installed below the lightweight partition wall panel, and the mold There is a hook on it, and when the pull cart 704 is close to the wall panel forming mold cart 6, the hook can be connected with the pull cart 704, and the pull cart 704 moves continuously under the action of the motor 707, thereby driving the mold and the lightweight partition wall panel Pull out from the wall panel forming mold car 6, then the second hydraulic cylinder 709 starts working, the second hydraulic cylinder stretches out, compresses the lightweight partition wall panel to the flip frame 703, the cylinder stretches out 710, and the second hydraulic cylinder 709 Retract, at this time the first hydraulic cylinder 708 starts to work, drives the turning frame 703 to turn over, realizes the turning over of the vertical wall panel, the vertical lightweight partition wall panel becomes horizontal after turning over, and waits for the lifting machine to carry out the partition wall panel fork handling.

Working mode, when the production line starts to work, the storage bin 1 discharges the material into the automatic feeding system 2, and the automatic feeding system 2 drives the material to the material processing center 3, and the material processing center 3 can carry out weighing and stirring of the material, And use the pouring pump 305 to pour into the wall panel forming mold car 6 placed under the pouring platform 4, the wall panel forming mold car 6 after pouring is driven by the conversion car 901, leaves the bottom of the pouring platform 4, and travels to the conversion foundation pit 902 After the tractor 909 is installed under the wall panel forming mold vehicle 6, the tractor 909 drives the wall panel forming mold vehicle 6 to move a certain distance in the walking foundation pit 904 to solidify the mixed material, and the lightweight partition wall panel is solidified Finally, the tractor 909 drives the wall panel forming mold vehicle 6 to the side of the overturning vehicle 7, and the wall panel forming mold vehicle 6 is used in conjunction with the overturning vehicle 7 to move the lightweight partition wall panels. After overturning, the lifting transport machinery, For example, the forklift carries out the transportation of the lightweight partition board, and the entire production line process is completed under the control of the control center 8. The control center 8 can freely choose the placement location, and in the embodiment, it is selected to be placed on the side of the overturning vehicle 7.

Except for the technical features described in the instructions, all are known technologies by those skilled in the art.

Claims (8)

1. the full-automatic vertical production line of light cellular partition board, it is characterized in that：Including aggregate-storing system, automatical feeding system, material center Processing system, wall board forming mould vehicle, upset car, trailer system and automatic control system,

The aggregate-storing system is linked together by automatical feeding system with material center processing system, the material center processing It is provided with below system in trailer system, the trailer system and is provided with wall board forming mould vehicle, the wall board forming mould vehicle Side is provided with upset car,

The automatic control system and aggregate-storing system, automatical feeding system, material center processing system, wall board forming mould vehicle, Car, trailer system electrical connection are overturn,

The wall board forming mould vehicle includes mould vehicle body, median septum and drawing mechanism, and the median septum is by wall board forming mould Tool car inner space is divided into left and right molding space, and is respectively equipped with two molding spaces a set of drawing mechanism, the stretching Mechanism is symmetrical arranged,

The drawing mechanism includes dividing plate, the 3rd hydraulic cylinder, equidistant iron bar and pulling plug, set in the drawing mechanism it is multiple every Equidistant iron bar is provided between plate, multiple dividing plates,

The dividing plate is vertically arranged a plurality of, and the upper and lower ends of the dividing plate pass through the peace of linear slide component slippage respectively Equidistant iron bar is provided with the mould vehicle body, and between multiple dividing plates, the 3rd hydraulic cylinder water at least described in one The flat one side for being fixed on mould vehicle body, and the piston rod of the 3rd hydraulic cylinder is directly connected on outboard partition, two Front and rear orientation up and down between two adjacent separators forms shaping mold cavities provided with four false forms, and in the median septum and outside Neck is respectively equipped with dividing plate,

And under the 3rd hydraulic cylinder stretching state：Dividing plate is acted on, and is strained and fixed by the pulling plug in median septum and outside In the neck of dividing plate, pressurize and the hardening of internal slurry are realized；

Under 3rd hydraulic cylinder returns state：Dividing plate is pulled open, pulling plug and vertical light partition board mould is removed, die sinking is realized,

A base plate is placed with the lower template of each vertical light partition board mould, and the base plate extends to stretching from side On the outside of mechanism, and hook is installed in the epitaxial part of the base plate,

The hook can only do rotation of the front of motor close to base plate direction.

2. the vertical production line of full-automatic light cellular partition board according to claim 1, it is characterized in that, the material center processing System includes material processing center, and the material processing center includes automatic gauge bucket, mixer, mounting bracket, compound storage Case is arranged on the top of mounting bracket with pump, the automatic gauge bucket is poured, and the mixer is arranged on immediately below automatic gauge bucket, Compound storage box is provided with immediately below the mixer, the compound storage box is connected to pour pump.

3. the vertical production line of full-automatic light cellular partition board according to claim 2, it is characterized in that, the material center processing System also includes casting platform and assistance platform, and casting platform is tower structure, and the casting platform side is provided with auxiliary Platform.

4. the vertical production line of full-automatic light cellular partition board according to claim 1, it is characterized in that, the trailer system includes Transfer, conversion foundation ditch, driven traction wheel, walking foundation ditch, outer rail, interior rail, pull rope, active draw-gear and tractor,

The transfer is arranged in conversion foundation ditch, is provided with track in conversion foundation ditch, transfer is moved in orbit, the row Walk foundation ditch and be set to a plurality of, be provided with outer rail and interior rail, the outer rail in the walking foundation ditch and be placed with wall board forming mould Tractor is provided with car, the interior rail, the traction truck position is less than wall board forming mould chassis, and is set on tractor There is draw hook, the draw hook can be connected in wall board forming mould vehicle, and wall board forming mould vehicle can be with tractor Move and move, there is pull rope to be connected before and after the tractor.

5. the vertical production line of full-automatic light cellular partition board according to claim 1, it is characterized in that,

The upset car includes underframe, support frame, rollover stand and push pedal frame, and the rollover stand includes pulling a cart, flat board, motor and the One hydraulic cylinder, the push pedal frame includes second hydraulic cylinder and cylinder,

Underframe front end is provided with support frame, and the rollover stand is arranged in the middle part of underframe, and the push pedal frame is arranged on rollover stand side, Rollover stand is provided with to be provided with flat board, the flat board and pulled a cart, and the flat board back is provided with motor, the first hydraulic cylinder peace Between rollover stand and underframe, second hydraulic cylinder and cylinder are provided with push pedal frame,

Described to pull a cart to include front mounting plate, rear roller, rear installing plate, connecting plate and front wheel, the rear installing plate passes through connection Hook on chain is connected with chain, is moved with chain drive, and rear roller is provided with the rear installing plate, described Rear roller is set to multiple, and the rear installing plate is connected with front mounting plate by connecting plate, is provided with the front mounting plate Front wheel, the front mounting plate is L-type plate.

6. the vertical production line of full-automatic light cellular partition board according to claim 1, it is characterized in that, the hook includes hook Body and moving block, the hanger bulk are hinged with moving block, and it is oblique that the hanger bulk is provided with L-type with moving block junction Face.

7. the vertical production line of full-automatic light cellular partition board according to claim 1, it is characterized in that, the automatical feeding system For elevator bucket.

8. the vertical production line of full-automatic light cellular partition board according to claim 1, it is characterized in that, the automatical feeding system For spiral feeding auger.