CN114311271A - Lightweight ceramsite partition board production system - Google Patents

Abstract

The invention provides a production system of a light ceramsite partition board, which belongs to the technical field of production equipment of the light ceramsite partition board and comprises a molding mechanism, a maintenance mechanism, a plate stacking mechanism, a finished product conveying mechanism and a packaging mechanism which are sequentially arranged, wherein the molding mechanism comprises a mold box for molding, the inner wall of the mold box is flat and smooth, and the whole mold molded by the mold box can be cut into at least two single plates; further comprising: the first cutting mechanism is arranged between the maintenance mechanism and the plate stacking mechanism and is used for cutting a whole die formed by the die box; the veneer conveying mechanism is arranged between the first cutting mechanism and the veneer stacking mechanism and is used for conveying the cut veneers one by one; and the second cutting mechanism is arranged between the veneer conveying mechanism and the veneer stacking mechanism and comprises a second cutting conveyor, a second cutting support, a second trimming assembly and a second forming assembly. The invention has simple structure, convenient use and high casting molding efficiency; the process is coherent and efficient, and the production efficiency is high.

Description

Lightweight ceramsite partition board production system

technical field

The invention relates to the technical field of light-weight ceramsite partition board production equipment, in particular to a light-weight ceramsite partition board production system.

Background technique

Lightweight partition board is a new type of energy-saving wall material. It is a wall material with the same appearance as a hollow floor slab, but it has male and female tongue grooves on both sides. After a small amount of caulking mortar is applied, it can be assembled. It is composed of harmless phosphogypsum, light steel slag, fly ash and other industrial waste residues, and is cured by frequency conversion steam pressure. Lightweight partition board has the advantages of light weight, high strength, multiple environmental protection, thermal insulation, sound insulation, breathing and humidity control, fire prevention, rapid construction, and reduced wall costs. The inner layer is equipped with a reasonable layout of thermal insulation, sound-absorbing inorganic foam profiles or other thermal insulation materials. The wall panels are poured, leveled, and scientifically maintained by an assembly line. The production automation is high, and there are many specifications and varieties. The hollow slats made of lightweight inorganic composite materials such as ceramsite as light aggregates and mixed with fly ash slag and other external admixtures are lightweight ceramsite partition boards. It has the characteristics of light weight, high strength, fire prevention, sound insulation, heat preservation, etc. The product does not contain any harmful substances and is green and environmentally friendly. It is suitable for frame, multi-storey, high-rise buildings, renovation of old houses and other projects. It is an ideal wall supporting material for prefabricated buildings.

The existing lightweight ceramsite partition board production system directly casts and forms the veneer when it is poured into a mold, and then stacks the veneer through the transfer frame, transfers it to the curing kiln for curing, and then processes the veneer one by one. Cutting to make it reach the required length, the molding efficiency is low, and the time-consuming stacking and transportation make the maintenance cycle long, resulting in low production efficiency. Therefore, it is necessary to provide a lightweight ceramsite partition board production system to solve the above problems. existing problems.

SUMMARY OF THE INVENTION

In view of this, the present invention provides a light-weight ceramsite partition board production system, which has a simple structure and is easy to use. The molding mechanism includes a mold box for molding. Each veneer has high casting and moulding efficiency; the first cutting mechanism, the veneer transport mechanism and the second cutting mechanism have coherent and efficient processes and high production efficiency.

In order to solve the above-mentioned technical problems, the present invention provides a light-weight ceramsite partition board production system, which includes a molding mechanism, a maintenance mechanism, a pallet mechanism, a finished product conveying mechanism and a packaging mechanism, which are arranged in sequence. For the mold box, the inner wall of the mold box is flat and smooth, and the whole mold formed by the mold box can be divided into at least two veneers;

Also includes:

a first cutting mechanism, the first cutting mechanism is arranged between the maintenance mechanism and the pallet mechanism, and the first cutting mechanism is used for cutting the whole mold formed by the mold box;

a veneer transport mechanism, the veneer transport mechanism is arranged between the first cutting mechanism and the palletizing mechanism, and the veneer transport mechanism is used to transport the slitted veneers one by one;

The second cutting mechanism, the second cutting mechanism is arranged between the veneer transport mechanism and the palletizing mechanism, the second cutting mechanism includes a second cutting conveyor for conveying veneers, and is arranged on the second cutting conveyor The second cutting brackets on both sides, the second trimming components arranged on the second cutting bracket and used for trimming the veneer, and the second cutting brackets are arranged on the second cutting bracket and used to open the veneer after trimming. Second molding assembly of groove and tenon.

Further, the molding mechanism includes a transport trolley, the mold box is disposed on the transport trolley, and the mold box includes a box body disposed on the transport trolley with an upward opening, and a number of plugs detachably arranged in the box body. .

Further, the inserts are arranged in the box along a vertical direction or a horizontal direction.

Further, the first cutting mechanism includes a first cutting conveyor for conveying the whole mold, a first cutting support provided on both sides of the first cutting conveyor, and a first cutting support provided on the first cutting support and used for conveying. The first cutting assembly for slitting the whole die.

Further, the first cutting assembly includes a first cutting shaft rotatably disposed on the first cutting support, a first cutting drive disposed on the first cutting support and used to drive the first cutting shaft to rotate around its central axis The motor is evenly sleeved on the first cutting shaft and rotates coaxially with the first cutting shaft to cut the whole mold into a number of first cutting discs.

Further, the second trimming assembly includes a second trimming shaft rotatably disposed on the second cutting bracket, a first trimming shaft disposed on the second cutting bracket and used to drive the second trimming shaft to rotate around its center axis. Two edge trimming drive motors, two second edge trimming discs sleeved on the second edge trimming shaft and coaxially rotating with the second edge trimming shaft and trimming both ends of the single plate.

Further, the second forming assembly includes two second forming shafts that are rotatably arranged on the inner walls of the two side walls of the second cutting bracket, are arranged on the second cutting bracket and are used to drive the second forming shafts to have their center axes. It is a second forming driving motor that rotates in the center, and a second forming blade set which is sleeved on the second forming shaft and rotates coaxially with the second forming shaft and performs grooving and tenoning on both ends of the single plate.

Further, the second cutting mechanism is provided with a correction mechanism for correcting the veneer being conveyed to avoid the veneer being skewed.

Further, the correction mechanism includes a correction wheel assembly arranged on one side wall of the second cutting support and in rolling contact with the veneer being conveyed, and a correction wheel assembly arranged on the other side wall of the second cutting support and used for A pusher assembly that pushes the conveying veneer toward the direction close to the correction wheel assembly.

Further, the correction wheel assembly includes an elastic buffer seat arranged on the second cutting bracket, a correction roller rotatably arranged on the elastic buffer seat, the elastic buffer seat includes a mounting plate arranged on the second cutting bracket, A mounting seat is connected with a plurality of spring connecting pieces to the mounting plate, and the correction roller is rotatably connected with the mounting seat.

The above-mentioned technical solutions of the present invention at least include the following beneficial effects:

1. The present invention has a simple structure and is easy to use. The molding mechanism includes a mold box for molding, and the entire mold formed by the mold box can be divided into at least two veneers, and the casting molding efficiency is high;

2. The first cutting mechanism is set up, which is used to cut the whole mold formed by the mold box, and directly cut the whole mold into multiple veneers.

3. Set up a veneer transport mechanism to transport the veneer after slitting one by one, and set up a second cutting mechanism to trim, slot and tenon the veneer, so that the veneer meets the production requirements, and the process is coherent and efficient. high;

4. A correction mechanism is set up to correct the veneer being conveyed to avoid the veneer skewing, preventing the veneer from skewing during the conveying process and affecting the normal progress of the trimming process and improving the yield.

Description of drawings

Fig. 1 is the structural representation of the present invention;

Fig. 2 is the structural representation of the molding mechanism of the present invention;

Fig. 3 is the right side view of Fig. 2;

Fig. 4 is the cross-sectional structure schematic diagram of A-A direction in Fig. 2;

5 is a schematic structural diagram of the first cutting mechanism of the present invention;

6 is a schematic structural diagram of the second cutting mechanism of the present invention;

Fig. 7 is the left side view of Fig. 6;

Fig. 8 is the right side view of Fig. 6;

FIG. 9 is an enlarged schematic structural diagram of part B in FIG. 7 .

In the picture:

1. Molding mechanism; 101, transport trolley; 102, box body; 103, frame plate; 104, inserting drill; 105, limit kit;

2. Clamping machine;

3. Steel mesh placement bracket;

4. Mixing station;

5, cloth machine;

6. Ferry;

7. Maintenance kiln;

8. Stripping machine;

9. Blank transfer gantry;

10. The first cutting mechanism; 1001, the first cutting conveyor; 1002, the first cutting support; 1003, the first cutting drive motor; 1004, the first cutting driving pulley; 1005, the first cutting shaft; 1006, the first cutting Driven pulley; 1007, the first cutting disc;

11. Hoist;

12. Collective conveyor;

13. The first flipping machine;

14. Veneer transfer gantry;

15. The second cutting mechanism; 1501, the second cutting support; 1502, the second trimming drive motor; 1503, the second trimming driving pulley; 1504, the second trimming driven pulley; 1505, the second trimming shaft; 1506, the second trimming disc; 1507, the second forming drive motor; 1508, the second forming driving pulley; 1509, the second forming driven pulley; 1510, the second forming shaft; 1511, the second forming blade group;

16. Code plate rack;

17. Code plate gantry;

18. Finished walking trolley;

19. Finished product turning machine;

20. Correction mechanism; 2001, telescopic piece; 2002, push plate; 2003, mounting plate; 2004, screw rod; 2005, buffer spring; 2006, mounting seat; 2007, correction roller.

Detailed ways

To make the purposes, technical solutions, and advantages of the embodiments of the present invention clearer, the following will clearly and completely describe the technical solutions of the embodiments of the present invention with reference to FIGS. 1-9 of the embodiments of the present invention. Obviously, the described embodiments are some, but not all, embodiments of the present invention. Based on the described embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art fall within the protection scope of the present invention.

As shown in Figures 1-9, a light-weight ceramsite partition board production system includes a molding mechanism, a maintenance mechanism, a pallet mechanism, a finished product conveying mechanism, and a packaging mechanism, which are arranged in sequence. A molded mold box, the inner wall of the mold box is flat and smooth, and the whole mold formed by the mold box can be divided into at least two veneers;

Also includes:

The first cutting mechanism 10, the first cutting mechanism 10 is arranged between the maintenance mechanism and the pallet mechanism, and the first cutting mechanism 10 is used for cutting the whole mold formed by the mold box;

A veneer transport mechanism, the veneer transport mechanism is arranged between the first cutting mechanism 10 and the palletizing mechanism, and the veneer transport mechanism is used to transport the slitted veneers one by one;

The second cutting mechanism 15, the second cutting mechanism 15 is arranged between the veneer transport mechanism and the palletizing mechanism, the second cutting mechanism 15 includes a second cutting conveyor for transporting veneers, and is arranged on the second The second cutting brackets 1501 on both sides of the cutting conveyor, the second trimming components arranged on the second cutting bracket 1501 and used for trimming the veneer, are arranged on the second cutting bracket 1501 and used for trimming After the veneer is slotted and tenoned the second molding assembly.

Specifically, a light-weight ceramsite partition board production system includes a molding mechanism, a curing mechanism, a pallet mechanism, a finished product conveying mechanism and a packaging mechanism arranged in sequence. The code plate mechanism includes the code plate frame 16 and the code plate gantry 17 used in conjunction with it; the finished product conveying mechanism includes the finished product walking trolley 18; Do further elaboration.

The molding mechanism includes a mold box for molding. The inner wall of the mold box is flat and smooth. The whole mold formed by the mold box can be divided into ten veneers, and the casting and molding efficiency is high;

Also includes:

The first cutting mechanism 10. The first cutting mechanism 10 is installed between the maintenance mechanism and the pallet mechanism. The first cutting mechanism 10 is used for slitting the whole mold formed by the mold box, and directly cutting the whole mold into ten single pieces. Plate, molding and slitting operations are coherent, and work efficiency is high;

A veneer transport mechanism, the veneer transport mechanism is installed between the first cutting mechanism 10 and the palletizing mechanism, and the veneer transport mechanism is used to transport the split veneers one by one;

The second cutting mechanism 15, the second cutting mechanism 15 is installed between the veneer transport mechanism and the palletizing mechanism, and the second cutting mechanism 15 includes a second cutting conveyor for conveying veneers, and is installed on two sides of the second cutting conveyor. The second cutting bracket 1501 on the side, the second trimming assembly installed on the second cutting bracket 1501 and used for trimming the veneer, and the second cutting bracket 1501 installed on the second cutting bracket and used for trimming the veneer. A second forming assembly for slotting and tenoning.

The veneer transport mechanism transports the slitted veneers one by one, and the second cutting mechanism 15 performs edge trimming, grooving and tenoning processing on the veneer, so that the veneer meets the production requirements, and the process is coherent and efficient.

According to an embodiment of the present invention, as shown in FIGS. 2-4 , the molding mechanism includes a transport trolley 101, the mold box is located on the top of the transport trolley 101, and the mold box includes a box body 102 located on the top of the transport trolley 101 with an opening facing upward, Several plugs 104 are detachably installed in the box body 102 .

Further, the plug 104 is disposed in the box body 102 along the vertical direction or the horizontal direction.

Specifically, the top of the transport trolley 101 is connected to the box body 102, the top of the box body 102 is open, the top of the box body 102 is installed with a frame plate 103, and the frame plate 103 is a frame-type plate structure, which will not hinder the pouring material from entering the box body 102, The frame plate 103 has a plurality of sockets evenly extending through it, and the plug-in pins 104 are inserted into the sockets along the vertical direction and are located in the box body 102 . A limiter kit 105 is set on the plug-in drill 104, and the limiter kit 105 includes a collar sleeved on the plug-in drill 104 and whose outer diameter is larger than the diameter of the socket, and an oblique rod connected with the outer side wall of the collar, and the collar acts as a limit In another embodiment, the jacks are evenly opened on the side wall of the box body 102, and the plugs 104 are arranged along the side wall of the box 102. It is inserted into the jack in the horizontal direction and is located inside the box body 102 .

According to another embodiment of the present invention, as shown in FIG. 5 , the first cutting mechanism 10 includes a first cutting conveyor 1001 for conveying the whole mold, and first cutting brackets 1002 installed on both sides of the first cutting conveyor 1001 , a first cutting assembly installed on the first cutting bracket 1002 and used for slitting the whole mold in conveyance.

Further, the first cutting assembly includes a first cutting shaft 1005 rotatably mounted on the first cutting support 1002, a first cutting shaft 1005 mounted on the first cutting support 1002 and used to drive the first cutting shaft 1005 to rotate around its center axis The cutting drive motor 1003 is evenly sleeved on the first cutting shaft 1005 and rotates coaxially with the first cutting shaft 1005 to cut the whole mold into a plurality of first cutting discs 1007 for veneer.

Specifically, after the whole mold in the mold box is demolded by the demolding machine 8, it is transferred to the first cutting conveyor 1001 via the blank transfer gantry 9, and the first cutting conveyor 1001 is a belt conveyor in the prior art. The first cutting support 1002 is located on both sides of the first cutting conveyor 1001, the first cutting shaft 1005 is rotated and installed on the top of the first cutting support 1002 along the horizontal direction through the bearing seat and the bearing, and one end of the first cutting shaft 1005 is fixedly sleeved on the top of the first cutting support 1002. A cutting driven pulley 1006, the first cutting driving motor 1003 is installed on the first cutting support 1002, the output end of the first cutting driving motor 1003 is fixedly sleeved with the first cutting driving pulley 1004, the first cutting driving pulley 1004 and the first cutting The drive set on the driven pulley 1006 first cuts the drive belt. While the first cutting conveyor 1001 conveys the whole mold, the first cutting drive motor 1003 works to drive the first cutting shaft 1005 to rotate, and the eleven first cutting discs 1007 simultaneously cut the whole mold in conveyance, and The whole mold is cut into ten equal parts, that is, ten veneers with the same specifications. During the cutting process, the drive is stable and reliable, and the cutting efficiency is high.

In one embodiment of the present invention, as shown in FIGS. 6-8 , the second trimming assembly includes a second trimming shaft 1505 rotatably mounted on the second cutting bracket 1501, mounted on the second cutting bracket 1501 and using The second edge trimming drive motor 1502, which drives the second edge trimming shaft 1505 to rotate with the center axis as the center, is sleeved on the second edge trimming shaft 1505 and rotates coaxially with the second edge trimming shaft 1505. Two second trimming discs 1506 for trimming the ends.

Further, the second forming assembly includes two second forming shafts 1510 rotatably mounted on the inner walls of the two sidewalls of the second cutting bracket 1501, mounted on the second cutting bracket 1501 and used to drive the second forming shafts 1510 to The second forming driving motor 1507 with the axis as the center of rotation, and the second forming blade sleeved on the second forming shaft 1510 and rotating coaxially with the second forming shaft 1510 and making grooves and tenons on both ends of the veneer Group 1511.

Specifically, after slitting, the veneer collectively passes through the elevator 11 and the collective conveyor 12, and is then turned over by the first plate turning machine 13, and then transferred to the second cutting mechanism 15 one by one from the veneer transfer gantry 14. The second cutting mechanism 15 includes a second cutting conveyor, and the second cutting brackets 1501 are installed on both sides of the second cutting conveyor. The second trimming shaft 1505 is installed on the top of the second cutting bracket 1501 in the horizontal direction, and both ends of the second trimming shaft 1505 are rotatably connected to the top of the second cutting bracket 1501 through bearing seats and bearings. The second trimming drive motor 1502 is mounted on the second cutting support 1501, the output end of the second trimming drive motor 1502 is fixedly fitted with the second trimming driving pulley 1503, and the end of the second trimming shaft 1505 is fixedly fitted with the second trimming shaft 1505. The edge driven pulley 1504, the second edge trimming driving pulley 1503 and the second edge trimming driven pulley 1504 are driven to cover the second edge trimming drive belt. A second forming drive motor 1507 is installed on the outer walls of the two side walls of the second cutting bracket 1501. The output end of the second forming drive motor 1507 is vertically upward, and the second forming driving pulley 1508 is fixed and sleeved thereon. The corresponding , the second forming shafts 1510 are installed on the inner walls of the two side walls of the second cutting bracket 1501 along the vertical direction, and each second forming shaft 1510 is connected to the inner walls of the side walls of the second cutting bracket 1501 through two bearing seats and two bearings Rotationally connected, the top of each second forming shaft 1510 is fixedly fitted with the second forming driven pulley 1509 , the second forming driving pulley 1508 and the second forming driven pulley 1509 are driven to cover the second forming belt, the second forming shaft 1510 The upper fixing sleeve corresponds to the end of the veneer being conveyed and is used for the second shaping blade set 1511 for grooving and tenoning. The second cutting conveyor is also a prior art belt conveyor. When the second cutting conveyor conveys the veneer, both the first cutting driving motor 1003 and the second forming driving motor 1507 work, respectively driving the second trimming shaft 1505 and the second forming shaft 1510 to rotate, so that the two second cutting The edge plate 1506 trims the edges of the veneer being conveyed, so that the second shaping blade group 1511 performs corresponding grooving and tenoning on the veneer that has been trimmed during the conveying. The drive is stable, reliable and efficient.

In another embodiment of the present invention, as shown in FIG. 7 and FIG. 9 , the second cutting mechanism 15 is provided with a correction mechanism 20 for correcting the veneer being conveyed to prevent the veneer from being skewed.

Further, the correction mechanism 20 includes a correction wheel assembly installed on one side wall of the second cutting bracket 1501 and in rolling contact with the veneer being conveyed; It is used to push the conveying veneer toward the direction close to the correction wheel assembly.

Further, the correction wheel assembly includes an elastic buffer seat mounted on the second cutting bracket 1501, a correction roller 2007 rotatably mounted on the elastic buffer seat, and the elastic buffer seat includes a mounting plate 2003 mounted on the second cutting bracket 1501, through the Several spring connectors are connected with the mounting seat 2006 of the mounting plate 2003 , and the correction roller 2007 is rotatably connected with the mounting seat 2006 .

Specifically, the correction wheel assembly is installed on the top of one side of the second cutting conveyor, and the mounting plate 2003 is welded on the top of one side of the second cutting conveyor. One end away from the second cutting conveyor is screwed to connect the nut, the other end of the screw rod 2004 is welded with the mounting seat 2006, the screw 2004 is movably sleeved with a buffer spring 2005, the buffer spring 2005 is located between the mounting plate 2003 and the mounting seat 2006, the correction roller 2007 is rotated and installed On the side of the mount 2006 near the second cutting conveyor. The horizontal push assembly includes a telescopic piece 2001 installed on the second cutting bracket 1501 in the horizontal direction, and a push plate 2002 installed at one end of the telescopic piece 2001 close to the second cutting conveyor. It is to push the push plate 2002 horizontally, so that the push plate 2002 pushes the veneer being conveyed, so as to prevent the veneer from being skewed and affecting the trimming effect.

The working principle of the present invention: the mold forming mechanism 1 is poured into the whole mold through the mold clamping machine 2, the steel mesh placement bracket 3, the mixing station 4 and the distributor 5, and then the whole mold is pulled out, and the whole mold is transported by the ferry car 6 into the curing kiln 7 for processing. Maintenance, the cured whole mold is transported out of the curing kiln 7 by the shuttle car 6, demolded by the demoulding machine 8, and transferred to the first cutting mechanism 10 through the blank plate transfer gantry 9, and the first cutting mechanism 10 conveys the whole mold. At the same time, the whole mold is cut into a plurality of veneers, and then conveyed by the elevator 11 and the collective conveyor 12, and then turned over by the first turning machine 13, and then the veneer transfer gantry 14 transfers the veneers one by one, The veneers are transferred to the second cutting mechanism 15 one by one. While the second cutting mechanism 15 transports the veneers, the veneers are first trimmed, and then the two ends of the veneers are grooved and tenoned. Finally, the veneer becomes a lightweight ceramsite partition board that meets the production standards. Then, the pallet is palletized by the pallet gantry 17 and pallet rack 16, and then conveyed by the finished product walking trolley 18 to the finished product turning machine 19. On the top, it is turned over by the finished product turning machine 19, and finally packed by the packaging equipment.

In the present invention, unless otherwise expressly specified and limited, for example, it may be a fixed connection, a detachable connection, or an integrated; it may be a mechanical connection or an electrical connection; it may be a direct connection or a The indirect connection through an intermediate medium may be the internal communication between two elements or the interaction relationship between the two elements. Unless otherwise explicitly defined, those of ordinary skill in the art can understand the above terms in the present invention according to specific circumstances. specific meaning in .

The above are the preferred embodiments of the present invention. It should be pointed out that for those skilled in the art, without departing from the principles of the present invention, several improvements and modifications can also be made, and these improvements and modifications should also be regarded as the present invention. the scope of protection of the invention.

Claims (10)

1. A light-weight ceramsite partition board production system, comprising a molding mechanism, a maintenance mechanism, a pallet mechanism, a finished product conveying mechanism and a packaging mechanism arranged in sequence, wherein the molding mechanism (1) includes a For the mold box, the inner wall of the mold box is flat and smooth, and the whole mold formed by the mold box can be divided into at least two veneers; Also includes: A first cutting mechanism (10), the first cutting mechanism (10) is arranged between the maintenance mechanism and the pallet mechanism, and the first cutting mechanism (10) is used for slitting the whole mold formed by the mold box ; A veneer transportation mechanism, the veneer transportation mechanism is arranged between the first cutting mechanism (10) and the palletizing mechanism, and the veneer transportation mechanism is used to transport the slitted veneers one by one; A second cutting mechanism (15), the second cutting mechanism (15) is arranged between the veneer transport mechanism and the palletizing mechanism, and the second cutting mechanism (15) includes a second cutting and conveying mechanism for conveying veneers machine, a second cutting bracket (1501) arranged on both sides of the second cutting conveyor, a second trimming component arranged on the second cutting bracket (1501) and used for trimming the veneer, arranged on the second cutting bracket (1501) A second forming component on the cutting bracket (1501) and used for grooving and tenoning the trimmed veneer. 2. The light-weight ceramsite partition board production system according to claim 1, wherein the molding mechanism (1) comprises a transport trolley (101), and the mold box is arranged on the transport trolley (101). , the mold box comprises a box body (102) arranged on the transport trolley (101) with the opening facing upward, and a plurality of plugs (104) detachably arranged in the box body (102). 3. The light-weight ceramsite partition wall board production system according to claim 2, characterized in that, the plug-in (104) is arranged in the box (102) along a vertical direction or a horizontal direction. 4. The light-weight ceramsite partition board production system according to claim 1, characterized in that, the first cutting mechanism (10) comprises a first cutting conveyor (1001) for conveying the whole mold, arranged in The first cutting brackets (1002) on both sides of the first cutting conveyor (1001), and the first cutting components arranged on the first cutting bracket (1002) and used for slitting the whole mold being conveyed. 5. The light-weight ceramsite partition board production system according to claim 4, wherein the first cutting assembly comprises a first cutting shaft (1005) rotatably arranged on the first cutting bracket (1002), A first cutting drive motor (1003) disposed on the first cutting support (1002) and used to drive the first cutting shaft (1005) to rotate around its central axis, uniformly sleeved on the first cutting shaft (1005) and Several first cutting discs (1007) that rotate coaxially with the first cutting shaft (1005) and cut the whole mold into single plates. 6. The light-weight ceramsite partition board production system according to claim 1, wherein the second trimming assembly comprises a second trimming shaft (1505) rotatably arranged on the second cutting bracket (1501). ), a second trimming drive motor (1502) disposed on the second cutting bracket (1501) and used to drive the second trimming shaft (1505) to rotate around its center axis, sleeved on the second trimming shaft ( 1505) and coaxially rotate with the second trimming shaft (1505) and trim both ends of the veneer with two second trimming discs (1506). 7. The light-weight ceramsite partition wall board production system according to claim 1, characterized in that, the second forming component comprises two rotatably arranged on the inner walls of the two side walls of the second cutting bracket (1501) A second forming shaft (1510), a second forming driving motor (1507) disposed on the second cutting bracket (1501) and used to drive the second forming shaft (1510) to rotate around its center axis, sleeved on the second forming shaft (1510) A second forming blade set (1511) on the forming shaft (1510) and coaxially rotating with the second forming shaft (1510) and performing grooving and tenoning on both ends of the veneer. 8. The light-weight ceramsite partition board production system according to any one of claims 1-7, wherein the second cutting mechanism (15) is provided with a device for correcting the veneer being conveyed to Correction mechanism (20) to prevent the veneer from being skewed. 9 . The light-weight ceramsite partition board production system according to claim 8 , wherein the correction mechanism ( 20 ) comprises a side wall disposed on one side of the second cutting bracket ( 1501 ) and is connected to the middle of conveying. 10 . The veneer is in rolling contact with the correction wheel assembly, and it is provided on the other side wall of the second cutting bracket (1501) and is used to push the veneer in conveyance toward the direction of the correction wheel assembly. 10 . The light-weight ceramsite partition board production system according to claim 9 , wherein the correction wheel assembly comprises an elastic buffer seat arranged on the second cutting bracket ( 1501 ), and is rotatably arranged on the elastic buffer seat. 11 . Correction roller (2007) on the upper, the elastic buffer seat includes a mounting plate (2003) arranged on the second cutting bracket (1501), and a mounting seat (2006) connected to the mounting plate (2003) through a number of spring connectors, The correction roller (2007) is rotatably connected with the mounting seat (2006).

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