WO2010020089A1

WO2010020089A1 - Line system for producing slabs

Info

Publication number: WO2010020089A1
Application number: PCT/CN2008/072035
Authority: WO
Inventors: 朱恒杰
Original assignee: Zhu Hengjie
Priority date: 2008-08-19
Filing date: 2008-08-19
Publication date: 2010-02-25
Also published as: CN101795836B; CN101795836A

Abstract

A line system for producing slabs includs an annular rail track, molding cars(1) runing on the track, and fore treatment devices(2), a mixing and casting device(3), a inlet transfer trolley (8),an inlet distributor(6), a curing kiln(5), an outlet distributor(7) and an outlet transfer trolley (9), which are all set in turn on the track. The fore treatment devices(2) are applied for mounting the reinforcing materials, and assembling pipes or polystyrene panels into the molding cars(1). The inlet transfer trolley (8) is set for transfering the molding car(1) from the casting track(A) to the curing track(B). The inlet distributor(6) is used for lifting the molding cars(1) to the appointed curing layer and pushing them into the curing kiln(5). The outlet distributor(7) is applied for receiving the molding cars(1) pushed from the kiln(5). The outlet transfer trolley (9) is used for transfering the molding cars from the curing track(B) to the casting track(A). The line system would improve the yield efficiency by the molding cars with wheels runing on the line rail track.

Description

Sheet production line system

Technical field

The invention relates to the field of building materials machinery, in particular to a multifunctional sheet production line system. Background technique

With the rapid development of the construction industry, the types of building materials are constantly being updated. Taking plates as examples, mainly including solid core panels, hollow core panels and composite panels. The manufacturing process of the existing sheet is as follows: After the pouring machine pours the configured slurry into the sheet mold which is already in the working position, the mold containing the slurry is placed in the curing kiln for maintenance by the crane, and the curing is finished. The mold is lifted from the curing kiln by a crane, and the mold is removed, and the plate is taken out and palletized. If the composite board is produced, it is necessary to lay the polystyrene board manually. When the hollow core board is produced, the process of adding and taking the tube is also required.

Therefore, the existing sheet production is still in a semi-mechanical, semi-manual production mode, the process is backward, and the production efficiency is low; and the existing sheet production line can only produce one type of sheet, and the product is single. Summary of the invention

The invention provides a multifunctional sheet production line system, which is used for solving the defects of single sheet production line products in the prior art and low production efficiency, and realizes the purpose of producing a plurality of types of sheets by applying one production line, thereby improving production efficiency.

The invention provides a multifunctional sheet production line system, comprising:

Cycling track, including casting track, kiln track, maintenance track and exit kiln track;

a mold car that runs continuously on the circular track;

a stirring casting machine disposed on the casting rail for stirring the slurry and pouring into the mold car;

a kiln shuttle truck disposed on the kiln rail for displacing the mold car from the pouring rail to the maintenance rail; a curing kiln, disposed on the curing track, comprising a plurality of curing kiln layers for curing the products loaded in the mold car;

a kiln distributing machine is disposed at the entrance of the curing kiln for lifting the mold car to the designated maintenance kiln layer and pushing it into the curing kiln, and pushing the mold car loaded with the cured product out of the curing kiln ;

a kiln distributing machine disposed at an outlet of the curing kiln for receiving the mold car launched from the curing kiln;

a kiln shuttle bus disposed on the kiln rail for displacing the mold car from the maintenance rail to the pouring rail;

A pretreatment device is disposed on the casting track and before the agitating casting machine for laying a reinforcing material into the mold car, and adding a pipe or a polystyrene board to the mold car.

The multifunctional plate production line system provided by the invention slides on the track of the production line by the mold car, realizes the flow of the production line, improves the production efficiency, and applies a production line to produce various types of plates, thereby increasing the variety. DRAWINGS

1 is a schematic structural view of a multi-functional sheet production line system of the present invention;

2 is a schematic view showing the working process of the multifunctional sheet production line system of the present invention;

3 is a schematic structural view of a front pouring device of a multi-purpose plate production line system stirring and pouring machine according to the present invention; FIG. 4 is a schematic structural view of a mold car of a multi-functional plate production line system according to the present invention;

Figure 5a is a front view of the shuttle car of the multifunctional board production line system of the present invention;

Figure 5b is a top view of the shuttle car of the multifunctional board production line system of the present invention;

Figure 5c is a right side view of the shuttle car of the multifunctional board production line system of the present invention;

6 is a schematic structural view of a cart machine in a multi-functional sheet production line system of the present invention;

Figure 7a is a front view of the multi-layer sheet production line system laminating machine of the present invention;

Figure 7b is a top view of the multi-layer sheet production line system laminating machine of the present invention; Figure 8a is a front elevational view of the elevator of the multifunctional sheet production line system of the present invention;

Figure 8b is a top view of the elevator of the multifunctional sheet production line system of the present invention;

9 is a schematic structural view of a pipe taking machine of a sheet production line system of the present invention;

Description of the reference signs:

1 - - mold car; 2- - pre-treatment device; 3- - agitating casting machine

4- - aftertreatment device; 5- - curing kiln; 6- - kiln distributor

7- - kiln distribution machine; 8- - kiln shuttle bus; 9- - kiln shuttle bus

13- - pipe take-up machine; 14- - mold car frame; 15- - mold car floor;

16- - mold bottom beam; 17- - mold wheel; 21 a guide rail;

22-one pouring bucket; 23-one vertical beam; 24-first electric machine;

25- - shuttle bus undercarriage; 26- - ferry wheel; 27-one carrier frame;

28-a second motor; 29-a third motor; 30-a first shaft;

31 - a first chain; 32 - a first push plate; 33 - a first main frame;

34-a second main frame; 35-a fourth motor; 36-a vertical rotating shaft;

37-a transverse shaft; 38-a fifth motor; 39-a third shaft;

40-a second chain; 41 - a second push plate; 42 - a third main frame;

43-one underframe; 44-one stand; 45--hook shaft;

46- - Hook. detailed description

The technical solutions of the embodiments of the present invention are further described below with reference to the accompanying drawings and specific embodiments.

1 is a schematic structural view of a multi-functional sheet production line system of the present invention. As shown in FIG. 1, the production line system includes a circular orbit, which is composed of two transverse rails, a casting rail A and a curing rail B, into the kiln rail C and the kiln rail. D consists of two longitudinal tracks, and the pouring track A, the kiln track C, the maintenance track B and the exit kiln track D are sequentially connected end to end to form a flow track line having a ring structure. The mold car 1 with wheels is continuously operated on the circular track to speed up the production operation. On the pouring track A, a stirring casting machine 3 is provided for slurry casting into the mold car 1; a curing kiln 5 is arranged on the curing track B, and the curing kiln 5 is a multi-layer kiln, and the layers in the kiln are all on the ground. A rail is provided, and the mold car 1 is moved into or out of the curing kiln 5 by moving on the rail; a kiln distributing machine 6 and a kiln distributing machine 7 are respectively disposed on both sides of the curing kiln 5, wherein the kiln distributing machine 6 is set At the entrance of the curing kiln 5, it is used to lift the mold car 1 to the designated maintenance kiln layer and push it into the curing kiln 5; the kiln distributing machine 7 is arranged at the exit of the curing kiln 5 for receiving from the curing kiln 5 Launched the mold car 1. A kiln shuttle bus 8 is also arranged on the kiln rail C for ferrying the mold car 1 from the pouring rail A to the maintenance rail B; on the kiln rail D, a kiln shuttle bus 9 is also provided for the mold car 1 Ferry from the maintenance track B to the pouring track A. Before the agitation casting machine 3 is placed on the casting track A, a pretreatment device 4 is further provided for laying the reinforcing material into the mold car 1, and depending on the type of the production plate, the mold car 1 is separately piped or laid with polystyrene board. Processing, in which the tube is produced for the hollow core board, the polystyrene board is used to produce the composite board, so a variety of types of boards can be produced by using one production line, and the production line has versatility.

Specifically, the kiln distributor 6 or the kiln distributor 7 has the same structure, and includes a laminator for carrying the mold car 1 and an elevator for lifting the laminator to a designated maintenance kiln, and the laminator is also A cart machine is provided for pushing the mold cart 1 carried on the laminating machine into the curing kiln 5 after the elevator lifts the laminator to the designated kiln position. The kiln distribution machine 6 and the kiln distribution machine 7 should cooperate with each other to complete the kiln and kiln process of the mold car 1. The upper and lower rolling doors are connected to the entrance of the curing kiln 5, and the upper and lower rolling doors are connected to the kiln distributing machine 6, and are carried out with the kiln distributing machine 6 for lifting and lowering, specifically for entering the kiln. One end of the distributing machine 6 is respectively connected with the upper rolling door and the lower rolling door. When the kiln distributing machine 6 is raised, the upper rolling door is driven to perform the rolling work, and the lower rolling door is used for the curtain working, and the mold car is formed between the upper rolling door and the lower rolling door. Entrance. The upper and lower roller shutters are also connected to the outlet of the maintenance kiln 5, and the upper and lower roller shutters are connected to the kiln distributing machine 7, and the roller blinds and the curtains are carried out as the kiln distributing machine 7 is lifted and lowered. The inlet of the curing kiln 5 works in the same way.

In addition, the production line may also include a rear end of the rear end of the mixing and pouring machine 3 on the pouring rail A. The device 4 is used for flattening the upper surface of the slurry loaded in the mold car 1 and laying a reinforcing material or the like. The post-processing device 4 can be set according to actual needs, that is, if the production space is limited, the upper surface of the slurry in the mold car 1 can be leveled by using a scraping plate at the discharge port of the stirring and pouring machine 3, or by manual scraping. Equality; By adding a post-treatment device, it is possible to increase production efficiency and ensure the hardness of the board.

2 is a schematic view showing the working process of the multi-functional board production line system of the present invention. This embodiment uses the production line to manufacture a solid core board as an example to introduce the functions and working processes of various functional components. As shown in FIG. 2, the I-point area is used as the starting point of the workflow, and when the empty mold car 1 moves under the pre-processing device 2 on the casting track A in the V direction, the pre-processing device 2 pre-treats the empty mold car 1. The specific process is that the pre-processing device 2 is provided with a robot, and under the control of the control unit of the pre-processing device 2, the robot applies the release agent to the inner surface of the empty mold car 1; After the agent, the pretreatment device 2 lays the cut reinforcing material such as a plastic mesh in the mold car 1.

After the pre-treatment before pouring, the mold car 1 is moved in the V direction to the working position below the stirring and pouring machine 3, and the agitating and pouring machine 3 starts to grout the mold car 1. The specific process of pouring is: stirring pouring The machine 3 controls the action of the control unit, and the mold car 1 is cast according to the set casting speed and the discharge amount; during the pouring of the agitating and pouring machine 3, the mold car 1 gradually moves forward and moves. The speed is matched with the speed of the unloading of the agitating and pouring machine 3, so that the slurry flowing out from the discharge port of the agitating and pouring machine 3 is uniformly poured into the mold frame of the mold car 1; the amount of the discharging material of the agitating casting machine 3 and the mold The amount of slurry that can be loaded by the car 1 is the same.

The mold car 1 continues to move in the V direction, and when moving to the working position of the post-processing device 4, the post-processing device 4 applies the squeegee thereon to smooth the upper surface of the slurry in the mold car 1, and then A cut reinforcing material such as a plastic mesh is placed over the upper surface of the smoothed slurry. The whole process may be that the mold car 1 stops when it reaches the lower processing device 4, and the post-processing device 4 scrapes the upper surface of the slurry through the swinging blade, and then lays a plastic net thereon; or it may be a post-processing device. 4 Keeping still, the flat surface of the upper surface of the slurry is smoothed by the relative movement of the mold car 1, and the plastic mesh is laid upward during the flattening process. When the mold car 1 carries the treated slurry to the II point area, the kiln shuttle car 8 is placed at the intersection of the casting track A and the kiln track C to prepare to transfer the mold car 1 to the maintenance track B. The wheel at the bottom of the kiln shuttle bus 8 is located on the kiln rail C. The upper part of the vehicle body for carrying the mold car 1 is provided with several mold parking spaces. When the kiln shuttle bus 8 moves to the intersection of the kiln rail C and the pouring rail A to prepare the swing mold car 1, the mold parking space on the kiln shuttle bus 8 and the pouring rail A correspond to each other, and the mold car 1 extends to The pouring track A under the kiln shuttle bus 8 is moved to the loading frame of the kiln shuttle car 8; at the other end of the kiln shuttle car 8 is provided with a baffle, and the mold car 1 is slid onto the kiln shuttle car 8 The baffle blocks the mold car 1 from moving forward and fixes it on the corresponding mold parking space on the kiln shuttle bus 8. After the mold car 1 moves to the corresponding parking space on the kiln shuttle bus 8, the control unit on the kiln shuttle bus 8 controls the carrying frame of the carrying mold car 1 to lift the mold car 1 away from the track, and The vehicle body is controlled to move along the kiln track C. The kiln shuttle bus 8 has a number of mold parking spaces and can be used to transfer multiple mold cars at once.

The kiln shuttle bus 8 carries several mold carts 1 and moves along the kiln rail C to the end of the maintenance rail B, that is, the III point area, and the carriage of the kiln shuttle bus 8 is controlled by the control unit to descend, the wheel of the mold car 1 Just placed on the maintenance track B, after that the mold car 1 is moved to the kiln distributor 6, and the mold car 1 is ready to be pushed into the designated kiln of the maintenance kiln 5 for maintenance treatment. After the mold cart 1 is moved to the laminating machine in the kiln distributing machine 6, the elevator connected to the laminating machine included in the kiln distributing machine 6 is operated to lift the laminating machine carrying the mold car 1 to the designated curing kiln. At the entrance of the position, the cart machine included in the kiln distributor 6 is then pushed into the curing kiln 5. Specifically, the two sides of the laminating machine are connected with the lifting device of the elevator, and the top of the elevator is provided with a motor, and the motor drives the lifting hinge of the gantry column side of the elevator to rotate, and the hinge drives the laminating machine to rise to the set height; then, the trolley machine The chain is rotated by the motor, and a push plate is arranged on the chain. When the chain is rotated to the end of the mold car 1, the push plate is used to supply the mold car 1 into the maintenance kiln, and the push plate pushes the mold car 1 into the chain. Maintenance kiln 5.

If there is already a mold car in the kiln location specified in the maintenance kiln 5, the mold car ready for maintenance processing is sent to the maintenance kiln, and under the thrust of the newly entered mold car, The original mold car in the curing kiln 5 is pushed out of the curing kiln 5. Therefore, the kiln distributing machine 7 at the outlet of the curing kiln 5 is required to cooperate with the kiln distributing machine 6 at the kiln opening of the curing kiln 5, that is, when the kiln distributing machine 6 rises to the set kiln position, The kiln distributing machine 7 at the exit kiln of the curing kiln 5 is also synchronously raised to the exit of the same kiln position, waiting for the mold car to be pushed out of the curing kiln 5.

After the kiln distributing machine 7 carries the mold car 1 out of the curing kiln 5 to the horizontal position, the mold car 1 moves from the kiln distributing machine 7 to the out of the kiln distributing machine 7 by the trolley machine included in the kiln distributing machine 7. The kiln shuttle bus 9 reaches the IV point area. Here, the mold car 1 is subjected to mold removal treatment, and the cured sheet material is taken out and palletized. Then, the kiln shuttle bus 9 takes the empty mold car 1 back to the I point area and continues the next cycle of the pouring maintenance process.

The above describes the process flow for producing solid core sheets by using the multifunctional sheet production line provided by the present invention. The process flow for producing hollow core sheets will be described below with reference to FIG. The production process of the hollow core sheet is substantially the same as the production process of the solid core sheet, except that when the mold cart 1 is moved under the pretreatment device 2, after the application of the release agent and the laying of the reinforcing material, it is also carried out. In the pipe feeding operation, a plurality of pipe bodies are installed in the mold frame of the mold car 1, so that the middle portion of the produced plate has an air core structure. After the pipe is installed, the same process as the production of the solid core plate is carried out. When the production line is to be used to produce a solid core sheet, the mold car 1 loaded with the pipe body is subjected to a pipe taking operation at the I point before being sent to the I point area for the next generation process, and the mold car 1 is framed. The tube is removed. Specifically, a pipe taking machine 13 is disposed at the end of the casting track A that enters the production line. When the kiln shuttle car 9 carries the mold car 1 with the pipe body and reaches the intersection position of the pouring track A and the exit kiln track D, The hook on the pipe machine 13 is rotated by the rotating shaft, and is hooked on the hanging ring of the mold car 1 near the end of the pipe ploughing machine 13, and then the mold car 1 moves forward in the direction of the processing device 2, but the inside of the original The installed pipe body is held still by the hooking action of the pipe plucking machine 13, so that the relative movement of the pipe body of the mold car 1 is taken out.

If the sheet production line is used to produce a composite sheet, since the polystyrene board is disposed in the middle of the slurry layer in the composite sheet, the slurry casting of the mold car 1 should be carried out twice. As shown in FIG. 2, after the empty mold car 1 is moved to the lower portion of the pretreatment device 2 to perform the application of the release agent and the laying of the reinforcing material, For the first slurry casting, specifically, a slurry outlet is opened at the upper portion of the slurry outlet of the agitating and pouring machine 3, and a pre-filling device is attached to the pretreatment device 2.

3 is a schematic structural view of a front pouring device of a multi-purpose sheet production line system stirring and pouring machine according to the present invention. As shown in FIG. 3, the front pouring device includes a guide rail 21 disposed in parallel with the pouring rail A, and the guide rail 21 is fixedly mounted by the vertical beam 23 The casting rail 21 is provided with a pouring bucket 22, and the pouring bucket 22 is slid on the guide rail 21 by the pulley under the driving of the first motor 24; the speed and distance of the sliding are controlled by the first motor 24. The pouring bucket 22 can be flipped under the control of a flip controller (not shown). The process of applying the first pouring device to the mold car 1 for the first time is: when the mold car 1 moves below the front pouring device, the pouring bucket 22 is close to the stirring pouring machine 3, and the stirring pouring machine 3 passes above the discharging port. The additional outlet is filled with the slurry in the pouring bucket 22, and when the pouring bucket 22 is loaded to a predetermined amount, the stirring pouring machine 3 stops discharging, and the pouring bucket 22 is moved along the guide rail 21 to the guide rail 21 by the first motor 24. On one side, the pouring bucket 22 is turned over by the flip controller, and the slurry is poured into the mold car 1 which has been pretreated; after the upper surface of the slurry in the mold car 1 is smoothed, The operation of laying the polystyrene board on the mold car 1 by the pretreatment device 2, in particular, the pretreatment device 2 lays the polystyrene board on the slurry plane by the robot, and then applies a certain pressure to the polyphenylene board by pressing down. It is in close contact with the plane of the slurry to reduce the intermediate air; after the preliminary operation of laying the polystyrene board, the mold car 1 moves to the bottom of the stirring and pouring machine 3 to the polystyrene board. The second row of the slurry casting process. The subsequent process is consistent with the process of producing a solid core board.

By using the multifunctional sheet production line system provided by the invention, it is possible to produce a plurality of types of sheets on the same production line, such as solid core sheets, hollow core sheets and composite sheets; and the functional parts of the entire production line are applied with track connections, and Wheels are mounted on the mold for loading the slurry, making it a mold car that can move on the track of the production line, increasing the production efficiency of the production line and reducing the labor intensity.

4 is a schematic structural view of a mold car of the multifunctional sheet production line system of the present invention. As shown in FIG. 4, the main part of the mold car includes a mold frame 14 and a mold bottom plate 15, and the mold frame 14 and the mold bottom plate 15 form a a box structure, used as a container for loading slurry to form a sheet shape; There are a plurality of transverse and longitudinal staggered mold bottom beams 16 disposed under the 15 for reinforcing the bearing capacity of the mold bottom plate 15, and the vehicle body is not easily deformed as a reinforcing rib; and is disposed on the side of the two longitudinal beams of the molding frame 14 respectively. A plurality of sets (two groups in the figure) of mold wheels 17 for enabling the mold car 1 to slide on the tracks of the production line through the mold wheels 17. The wheel is added to the traditional mold to make the mold move by the rotation of the wheel, which realizes the flow of production; not only improves the production efficiency, but also reduces the labor intensity of the original handling mold.

Figure 5a is a front view of a multi-function plate production line system shuttle car of the present invention, Figure 5b is a top view of a multi-function plate production line system shuttle car of the present invention, and Figure 5c is a right side view of the multi-function plate production line system shuttle car of the present invention, as shown in Figure 5a, Figure 5b As shown in FIG. 5c, the shuttle bus includes a shuttle car chassis 25, on which a mold track is disposed, and on both sides of the shuttle car frame 25, a ferry wheel 26 is provided, and the wheel passes through the connecting shaft. The second motor 28 is disposed on the shuttle car chassis 25, and the rotation of the belt around the ferry wheel 26 by the rotation of the belt wound thereon causes the ferry wheel 26 to move in the longitudinal track; the shuttle car frame 25 A carriage frame 27 is disposed above, and the carriage frame 27 is provided with a plurality of carriage frames according to the length of the shuttle car. In the figure, three carriage frames can simultaneously ferry three mold cars; a single carriage frame is a hollow frame. The body structure, when the mold car moves along the mold track to the carriage frame of the shuttle bus, is transported to the transverse track with the longitudinal track of the shuttle.

6 is a schematic structural view of a cart machine in a multi-functional sheet production line system of the present invention. As shown in FIG. 6, the cart machine in the kiln distributing machine and the kiln distributing machine have the same structure, including the main frame of the cart, in the main frame. A first rotating shaft 30 is disposed at two ends, and a first chain 31 is disposed on the first rotating shaft 30, and a first pushing plate 32 is fixedly disposed on the first chain 31; and the first rotating shaft 30 is disposed at the side The third motor 29 drives the first rotating shaft 30 to rotate by the belt. The first rotating shaft 30 drives the movement of the first chain 31, and the first push plate 32 moves along with the first chain 31.

Figure 7a is a front view of the multi-layer sheet production line system laminating machine of the present invention, and Figure 7b is a top view of the multi-layer sheet production line system laminating machine of the present invention, as shown in Figures 7a and 7b, into the kiln distributing machine and the kiln distributing machine The laminator has the same structure, and includes a first main frame 33 composed of a plurality of mutually staggered brackets, the lower half of which is provided with an inverted trapezoidal structure, and the upper half is a cavity structure, and according to the shuttle bus The number of mold cars that can be ferried is correspondingly set to the same number of mold parking spaces, for example, three mold parking spaces are set. A cart machine of the foregoing structure is disposed on the first main frame 33, and the pushing structure of the cart machine is disposed in the upper half cavity structure of the first main frame 33, and the push plate is higher than the plane of the laminating machine.

Figure 8a is a front view of the elevator of the multifunctional board production line system of the present invention, and Figure 8b is a top view of the elevator of the multifunctional board production line system of the present invention, as shown in Figures 8a and 8b, the elevator structure in the kiln distribution machine and the kiln distribution machine are the same The utility model comprises a gantry-type second main frame 34 erected on two sides of the laminating machine, a fourth electric motor 35 is arranged on the second main frame 34, and a lateral rotating shaft 37 and a vertical structure are arranged. To the rotating shaft 36, the fourth motor 35 drives the two lateral rotating shafts 37 to rotate through the vertical rotating shaft 36. The horizontal rotating shaft 37 is provided with a lifting chain, and the horizontal rotating shaft 37 rotates to drive the lifting chain to be lifted and lowered; The column of the chain is provided with a slide rail, and the slide rail is provided with a slider connected to both sides of the first main frame of the laminating machine; the lifting chain lifting and lowering drives the slider to lift and lower, thereby realizing the lifting and lowering of the laminating machine. The kiln where the elevator is lifted and lowered is controlled by the controller, and the elevators in the kiln distributor and the elevators in the kiln distribution machine should be kept rising or falling synchronously under the action of the controller to ensure the safety of the mold kiln.

Figure 9 is a schematic view showing the structure of the pipe taking machine of the sheet production line system of the present invention. As shown in Figure 9, the pipe taking machine comprises two parts, one part is a transmission device and the other part is an extraction device, and the two parts cooperate to complete the pipe drawing work of the mold car. The transmission device includes a fifth motor 38 disposed on the third main frame 42 of the pipe slinger. The fifth motor 38 drives the third rotating shaft 39 of the second chain 40 to rotate by a belt, and the second chain 40 is provided with a second The push plate 41, the second push plate 41 is fixed on the second chain 40 and moves therewith; the extracting device comprises a bottom frame 43, and a stand 44 disposed on the bottom frame 43, and the vertical frame 44 is provided with a vertical sliding The hook shaft 45 and the hook shaft 45 are adjusted in the position of the stand 44 through the sliding grooves on both sides of the stand 44; a plurality of hooks 46 are disposed on the hook shaft 45. The transmission device and the extraction device of the pipe taking machine complete the pipe drawing work of the mold car according to the following cooperation manner. When the mold car with the pipe body inside is transported to the pipe drawing machine for pipe drawing operation, the mold car is moved to take On the transmission of the pipe machine, the transmission device is at a static state at this time; the extraction device of the pipe taking machine adjusts the hook shaft 45 to a position level with the mold car, and automatically or manually rotates the hook shaft 45, and hooks thereon 46 hanging Connected to the inner ring of the mold car near the end of the extraction device; then, the fifth motor 38 of the transmission of the pipe machine starts to work, and drives the third shaft 39 to rotate, and the second push plate 41 follows the second chain 40 Movement, after touching the mold body, pushing the mold car to move away from the pipe drawing device, the mold car moves but the originally installed pipe body is kept under the action of the hook 46, and the relative movement is performed. The tube inside the mold car is extracted.

The multifunctional sheet production line system provided by the embodiment of the invention is slid on the track on the production line by the mold car with wheels to realize the flow of the production line; the mold car is conveniently placed on different processing lines by the shuttle bus Carrying out; also, pushing the mold car into the maintenance kiln with rails and withdrawing the mold car that has been cured in the kiln from the maintenance kiln is realized by mechanical force; using a production line to produce various types of plates and improving production efficiency .

It should be noted that the above embodiments are only for explaining the technical solutions of the present invention, and are not intended to be limiting; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art that: The technical solutions described in the foregoing embodiments are modified, or some of the technical features are equivalently replaced. The modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

Claim

1. A multifunctional sheet production line system, characterized by comprising:

a mold car that runs continuously on the circular track;

a kiln shuttle truck disposed on the kiln rail for displacing the mold car from the pouring rail to the maintenance rail;

a curing kiln, disposed on the maintenance track, comprising a plurality of curing kiln layers for curing the products loaded in the mold car;

2. The multifunctional sheet production line system according to claim 1, wherein the mold cart comprises a mold structure composed of a mold frame and a mold base, and a mold bottom beam is disposed under the mold base. Mould wheels are disposed on both sides of the mold frame.

3. The multi-functional sheet production line system according to claim 1, wherein the kiln shuttle or the kiln shuttle comprises a shuttle car undercarriage, and a molding track is arranged on the shuttle car undercarriage. A ferry wheel is disposed on both sides of the shuttle car chassis, and a second motor is further disposed on the shuttle car chassis, and the shuttle car can be moved by the ferry wheel under the action of the second motor.

A multi-functional sheet production line system according to claim 1, wherein said kiln distributor or kiln dispenser comprises a laminating machine for carrying said mold cart and for said laminating machine Lifting the lift to a designated maintenance kiln, the stacker further comprising a cart machine for carrying the said loader on the stacker after the lifter lifts the stacker to a designated kiln location The mold cart is pushed into the curing kiln.

The multi-functional sheet production line system according to claim 4, wherein the elevator comprises a second main frame, and the second main frame is provided with a fourth motor, and is also provided with a "work" type structure. a horizontal rotating shaft and a vertical rotating shaft, wherein the fourth motor drives the lateral rotating shaft to rotate by the vertical rotating shaft; the lifting chain with the slider is driven by the lateral rotating shaft to be perpendicular to the second main frame Move up and down.

The multi-functional sheet production line system according to claim 4, wherein the cart machine comprises a main frame of the cart, and a first rotating shaft is disposed at both ends of the main frame of the cart, the first a first chain is disposed on the rotating shaft, and a first pushing plate for pushing the mold car is disposed on the first chain; and a movement for driving the first pushing plate is further disposed on a side of the first rotating shaft The third motor.

7. The multi-functional sheet production line system according to claim 1, wherein the agitating casting machine is further provided with a front pouring device, comprising a standing beam and a guide rail disposed on the vertical beam, at one end of the guide rail A first motor is disposed, and the guide rail is further provided with a pouring hopper that slides on the guide rail by a pulley under the control of the first motor.

A multi-functional sheet production line system according to claim 7, wherein said pouring hopper is provided with a controller for controlling the pouring of said pouring hopper.

9. The multi-functional sheet production line system according to claim 1, wherein said pretreatment device further comprises a pipe plucking machine on said casting rail, said pipe staking machine comprising The power transmission device of the mold car and the extraction device for extracting the pipe body of the mold car; the transmission device includes a third main frame, and the third main frame is provided with a third end a third rotating shaft of the chain, the third main frame is further provided with a fifth motor for driving the third rotating shaft, and the third chain is provided with a third pushing plate for pushing the movement of the mold car; Said The extracting device comprises a bottom frame and a vertical frame disposed on the bottom frame. The vertical frame is provided with a sliding slot, a hook rotating shaft that can slide up and down in the sliding slot, and a plurality of hooks are further disposed on the hook rotating shaft.

10. The multi-functional sheet production line system according to claim 1, wherein the entrance of the curing kiln is provided with an upper shutter door and a lower shutter door, and the upper and lower roller shutter doors and the outlet of the kiln are also provided with The upper rolling shutter and the lower rolling shutter are connected to the kiln distributing machine, and the rolling shutter and the curtain are carried out according to the lifting of the kiln distributing machine.