A cement floor pressing and wiping integrated production system

Abstract

The present invention discloses a cement floor pressing and wiping integrated production system, which includes: a second frame, a main vibration table arranged below the second frame and used to carry a mold, a material distribution module movably mounted on the second frame, a plastering module movably mounted on the upper end of the second frame, a downward pressing mechanism mounted on the upper end of the second frame, and a mold lifting device arranged on both sides of the main vibration table, wherein the main vibration table is movably arranged below the second frame and can drive the mold to move to the next process. In the present invention, the material distribution module and the plastering module are installed at both ends of the second frame, and the mold is moved to the bottom of the second frame through the main vibration table, the material distribution module evenly distributes the concrete into the mold, and then the plastering module flattens the concrete in the mold, and then the downward pressing mechanism compacts the concrete, thereby realizing the automated production of cement boards, improving the quality of cement boards, and at the same time improving production efficiency and reducing production costs.

Description

Technical field:

[0001] The invention relates to the technical field of cement board production, in particular to a cement floor pressing and wiping integrated production system. Background technology:

[0002] At present, the production of cement boards on the market basically adopts manual laying, plastering and compaction, which has low production efficiency, high production cost and high labor intensity for workers, and no longer meets the needs of modern and efficient production. In addition, the manual compaction effect is not good, resulting in low cost and quality of cement boards, and easy to produce defective products.

[0003] In view of this, the inventor proposes the following technical solution. Summary of the invention:

[0004] The purpose of the present invention is to overcome the shortcomings of the prior art and provide a cement floor pressing and wiping integrated production system.

[0005] In order to solve the above technical problems, the present invention adopts the following technical solutions: the cement floor pressing and wiping integrated production system comprises: a second frame, a main vibration table arranged below the second frame and used to carry the mold, a distribution module movably installed on the second frame and used to put concrete into the mold, a finishing module movably installed on the upper end of the second frame and used to smooth the concrete in the mold, a pressing mechanism installed on the upper end of the second frame and used to compact the concrete in the mold, and at least two mold lifting devices arranged on both sides of the main vibration table and used to lift the mold. The main vibration table is movably arranged below the second frame and can drive the mold to move to the next process.

[0006] Furthermore, in the above technical solution, a walking device for driving the material distribution module and the plastering module to move is provided on the second frame, and a first material receiving device and a second material receiving device for receiving the remaining concrete are respectively provided under the material distribution module and the plastering module, and the first material receiving device and the second material receiving device are respectively located at two ends of the second frame.

[0007] Furthermore, in the above technical solution, the pressing mechanism includes a pressing guide module installed on the upper end of the second frame and capable of moving up and down, an upper mold installed on the lower end of the pressing guide module and capable of pressing the concrete in the mold, and a pressing drive device installed on the upper end of the second frame and used to push the pressing guide module up and down.

[0008] Furthermore, in the above technical solution, the mold lifting device includes a lifting bracket installed on the lower end base frame of the second frame, a lifting cylinder installed on the lifting bracket, a lifting top plate installed on the upper end of the lifting cylinder push rod and used to lift the mold, guide columns arranged in parallel on both sides of the lifting cylinder and movable with the lifting top plate, and positioning bolts passing through and connecting the lifting bracket and the lifting top plate and movable with the lifting top plate, and mold frames extending to above the lifting top plate are arranged on both sides of the mold.

[0009] Furthermore, in the above technical solution, the pressure guide module includes a plurality of pressure racks installed on the upper end of the second frame, a pressure gear installed on the side of the pressure upper beam and meshing and moving with the pressure rack, a plurality of pressure guide columns fixed at one end to the pressure upper beam and penetrating downwardly through the second frame, a pressure lower beam installed at the lower end of the pressure guide column and fixedly connected to the upper die and the pressure driving device, an upper die frame for installing the upper die is provided at the bottom of the pressure lower beam, and a guide sleeve assembly for the pressure guide column to pass through is provided on the second frame.

[0010] Furthermore, in the above technical solution, the first material receiving device includes a material receiving plate installed on the second frame and located below the material distributing module, and a material receiving driving device installed on the second frame and used to drive the material receiving plate to move forward and backward. The second material receiving device has the same structure as the first material receiving device.

[0011] Furthermore, in the above technical solution, it is characterized in that: the distribution module includes a first support frame movably mounted on the walking device, a silo arranged on the first support frame and used to store the concrete, and a distribution vehicle arranged at the lower end of the silo and used to spread the concrete.

[0012] Furthermore, in the above technical solution, a silo door is hingedly installed on the silo and can open the lower end discharge port to one side. A silo driving device is provided on one side of the silo for pushing the silo door to open or close the discharge port. At least three weighing sensors are provided on the upper end of the first support frame, and the silo is pressed against the weighing sensors.

[0013] Furthermore, in the above technical solution, the plastering module includes a first plastering support frame movably mounted on the walking device, a plastering panel arranged at the lower end of the first plastering support frame and used to smooth the concrete, a plastering drive device mounted on the first plastering support frame in a liftable manner and used to drive the plastering panel to swing horizontally, a transmission mechanism connecting the plastering drive device and the plastering panel, and a lifting drive device mounted on the first plastering support frame and used to drive the plastering drive device and the transmission mechanism to move up and down, the plastering panel and the transmission mechanism are connected by two spring plates, and the plastering drive device is mounted on the transmission mechanism.

[0014] Furthermore, in the above technical solution, the walking device includes guide rails arranged on both sides of the second frame and used to install the cloth module and the plastering module, a walking rack installed beside the guide rails, a plurality of cloth walking wheels arranged on the cloth module and installed in the guide rails, a cloth walking gear installed on the cloth module and meshed with the walking rack, a cloth walking drive device installed on the cloth module and used to drive the cloth walking gear to rotate, a plurality of plastering walking wheels arranged on the plastering module and installed in the guide rails, a plastering walking gear installed on the plastering module and meshed with the walking rack, and a plastering walking drive device installed on the plastering module and used to drive the plastering walking gear to rotate.

[0015] After adopting the above technical solution, the present invention has the following beneficial effects compared with the prior art:

[0016] 1. In the present invention, the material distribution module and the finishing module are movably installed at the two ends of the second frame, and the mold is moved to the bottom of the second frame through the main vibration table. The material distribution module first evenly distributes the concrete into the mold, and then the finishing module flattens the concrete in the mold, and then the pressing mechanism compacts the concrete, thereby realizing the automated production of cement boards to replace manual material distribution, flattening and compacting, reduce the labor intensity of workers, improve the quality of cement boards, and at the same time improve production efficiency and reduce production costs.

[0017] 2. In the present invention, the concrete in the mold is compacted by a pressing mechanism driven by a hydraulic system, which not only replaces the heavy labor of workers, but also ensures that the concrete is compacted more evenly and the effect is better. At the same time, the mold lifting device cooperates with the pressing mechanism to compact the concrete, which not only avoids the shock-absorbing pad between the main vibration table and the mold from being crushed, but also ensures the parallelism of the mold 10, and can press down to a predetermined depth according to the program. Description of the drawings:

[0018] Figure 1 is a stereogram of the present invention;

[0019] Figure 2 yes Figure 1 A partial enlarged view of the middle A;

[0020] Figure 3 It is a front view of the present invention;

[0021] Figure 4 is a side view of the cloth module of the present invention;

[0022] Figure 5 is a three-dimensional diagram of a fabric module in the present invention;

[0023] Figure 6 is a three-dimensional diagram of the mold lifting device of the present invention;

[0024] Figure 7 It is an exploded view of the plastering module of the present invention;

[0025] Figure 8 It is a front view of the plastering module of the present invention;

[0026] Fig. 9 is a three-dimensional diagram of the pressing mechanism in the present invention;

[0027] Fig.10 It is a stereoscopic diagram of the first material receiving device in the present invention.

[0028] Description of reference numerals:

[0029] 10 mold 101 mold rack 2 second rack

[0030] 201 chassis 21 walking device 211 guide rail

[0031] 212 Travel rack 213 Fabric travel wheel 214 Fabric travel gear

[0032] 215 cloth travel drive device 216 plastering travel wheel 217 plastering travel gear

[0033] 218 plastering travel drive device 22 first material receiving device 221 material receiving plate

[0034] 222 material receiving drive device 23 second material receiving device 25 guide sleeve assembly

[0035] 36 Main vibration table 6 Fabric module 61 First support frame

[0036] 62 silo 621 silo door 622 silo drive device

[0037] 63 cloth car 631 cloth car frame 632 stirring shaft

[0038] 633 cloth driving device 634 cloth transmission mechanism 635 screw

[0039] 65 weighing sensor 7 plastering module 71 first plastering support frame

[0040] 711 guide groove 72 plastering panel 73 plastering driving device

[0041] 74 transmission mechanism 75 lifting drive device 76 spring plate

[0042] 8 Pressing mechanism 81 Pressing guide module 811 Pressing rack

[0043] 812 Pressing upper beam 813 Pressing gear 814 Pressing guide post

[0044] 815 press lower beam 816 upper mold frame 82 upper mold

[0045] 83 material pressing drive device 84 hydraulic control device 85 oil pressure pipeline

[0046] 9Mold lifting device 91Lifting bracket 92Lifting cylinder

[0047] 93 lifting top plate 94 guide column 95 positioning bolt Specific implementation method:

[0048] The present invention is further described below in conjunction with specific embodiments and drawings.

[0049] See Figures 1 to 10 As shown, a cement floor pressing and wiping integrated production system comprises: a second frame 2, a main vibration table 36 arranged below the second frame 2 and used to carry a mold 10, a distribution module 6 movably mounted on the second frame 2 and used to put concrete into the mold 10, a finishing module 7 movably mounted on the upper end of the second frame 2 and used to smooth the concrete in the mold 10, a pressing mechanism 8 installed on the upper end of the second frame 2 and used to compact the concrete in the mold 10, and at least two mold lifting devices 9 arranged on both sides of the main vibration table 36 and used to lift the mold 10. The main vibration table 36 is movably arranged below the second frame 2 and can drive the mold 10 to move to the next process.

[0050] In one embodiment, the cement floor pressing and wiping integrated production system is arranged in the process after the base material wiping integrated production system, and is used to compact the base material in the mold 10, and evenly spread the fabric into the mold 10 and smooth it. During operation, the pressing mechanism 8 first presses the base material placed into the mold 10 by the base material wiping integrated production system in the previous process to a set height of 5-10mm, and then the fabric is evenly spread into the mold 10 by the fabric distribution module 6, and finally the fabric is smoothed by the surface plastering module 7, thereby realizing the automated production of cement boards, replacing manual spreading, smoothing and compacting, reducing the labor intensity of workers, improving the quality of cement boards, and at the same time improving production efficiency and reducing production costs. Among them, the base material is concrete, and the fabric is concrete + corundum.

[0051] The second frame 2 is provided with a walking device 21 for driving the material distribution module 6 and the plastering module 7 to move, and the first material receiving device 22 and the second material receiving device 23 for receiving the remaining concrete are respectively provided under the material distribution module 6 and the plastering module 7. The first material receiving device 22 and the second material receiving device 23 are respectively located at both ends of the second frame 2.

[0052] The pressing mechanism 8 includes a material pressing guide module 81 installed at the upper end of the second frame 2 and movable and lifting, an upper mold 82 installed at the lower end of the material pressing guide module 81 and capable of pressing the concrete in the mold 10, and a material pressing drive device 83 installed at the upper end of the second frame 2 and used to push the material pressing guide module 81 up and down. The material pressing drive device 83 is a hydraulic cylinder, and a hydraulic control device 84 for providing hydraulic oil to the hydraulic cylinder is provided on one side of the second frame 2. The second frame 2 is also provided with an oil pressure pipeline 85 connecting the hydraulic control device 84 and the material pressing drive device 83.

[0053] The mold lifting device 9 includes a lifting bracket 91 installed on the lower end chassis 201 of the second frame 2, a lifting cylinder 92 installed on the lifting bracket 91, a lifting top plate 93 installed on the upper end of the push rod of the lifting cylinder 92 and used to lift the mold 10, guide columns 94 arranged in parallel on both sides of the lifting cylinder 92 and movable with the lifting top plate 93, and positioning bolts 95 penetrating and connecting the lifting bracket 91 and the lifting top plate 93 and movable with the lifting top plate 93. The mold 10 is provided with mold frames 101 extending above the lifting top plate 93 on both sides. The lifting cylinder 92 is also provided with hydraulic oil by the hydraulic control device 84 and is connected and communicated by the hydraulic pipeline 85. The mold lifting device 9 is responsible for lifting the mold 10 when the pressing mechanism 8 descends to compact the concrete in the mold 10, so as to prevent the pressing mechanism 8 from damaging the main vibration table 36 when compacting. The mold lifting device 9 is used in conjunction with the pressing mechanism 8 to compact the concrete because a polyurethane shock-absorbing pad is arranged between the mold 10 and the main vibration table 36. In order to prevent the shock-absorbing pad gap from being directly eliminated when the pressing mechanism 8 is pressed down, the mold lifting devices 9 on both sides of the main vibration table 36 are used to lift the mold 10, and then the pressing mechanism 8 is used to compact the concrete in the mold 10, which not only prevents the shock-absorbing pad from being crushed, but also ensures the parallelism of the top of the mold 10, and can press down to a predetermined depth according to the procedure.

[0054] The press guide module 81 includes a plurality of press racks 811 installed on the upper end of the second frame 2, a press gear 813 installed on the side of the press upper beam 812 and meshing and moving with the press rack 811, a plurality of press guide columns 814 fixed at one end to the press upper beam 812 and penetrating downwardly through the second frame 2, and a press lower beam 815 installed at the lower end of the press guide column 814 and fixedly connected to the upper mold 82 and the press driving device 83, an upper mold frame 816 for mounting the upper mold 82 is provided at the bottom of the press lower beam 815, and a guide sleeve assembly 25 for the press guide column 814 to pass through is provided on the second frame 2.

[0055] The first material receiving device 22 includes a material receiving plate 221 installed on the second frame 2 and located below the material distributing module 6, and a material receiving driving device 222 installed on the second frame 2 and used to drive the material receiving plate 221 to move forward and backward. The second material receiving device 23 has the same structure as the first material receiving device 22. The material receiving driving device 222 is a cylinder and can drive the material receiving plate 221 to move forward and backward. Among them, when the first material receiving device 22 is working, after the mold 10 reaches the working position, the cylinder pushes the material receiving plate 221 to extend to the mold 10 and is consistent with the height of the cavity plane of the mold 10. After the material distribution module 6 completes the material distribution, the cylinder and the material distribution module 6 retreat synchronously and return the material receiving plate 221 to its original position, so that the material receiving plate 221 is still under the material distribution module 6 to prevent the remaining concrete on the material distribution module 6 or the concrete adhering to the side wall from falling to the ground; the second material receiving device 23 similarly moves synchronously with the plastering module 7 to prevent the remaining concrete on the plastering module 7 or the concrete adhering to the side wall from falling to the ground.

[0056] The distribution module 6 includes a first support frame 61 movably mounted on the walking device 21, a silo 62 disposed on the first support frame 61 and used to store the concrete, and a distribution vehicle 63 disposed at the lower end of the silo 62 and used to spread the concrete.

[0057] The silo 62 is hingedly provided with a silo door 621 that can open the lower end discharge port to one side, and one side of the silo 62 is provided with a silo driving device 622 for pushing the silo door 621 to open or close the discharge port, and at least three weighing sensors 65 are provided on the upper end of the first support frame 61, and the silo 62 is pressed against the weighing sensors 65. The silo driving device 622 is a cylinder.

[0058] The material distribution vehicle 63 includes a material distribution vehicle frame 631 installed at the lower end of the first support frame 61, a stirring shaft 632 installed in the material distribution vehicle frame 631 and located below the silo 62, a material distribution driving device 633 installed on the outside of the material distribution vehicle frame 631 and used to drive the stirring shaft 632 to rotate, and a material distribution transmission mechanism 634 connecting the stirring shaft 632 and the material distribution driving device 633. The stirring shaft 632 is provided with two connecting rods in parallel, and a plurality of irregularly arranged screw rods 635 are installed on the stirring shaft 632. The material distribution driving device 633 is a motor, and the material distribution transmission mechanism 634 is a chain assembly. The material distribution vehicle 63 is driven by the motor to rotate the stirring shaft 632, and the concrete dropped from the silo 62 is evenly spread in the mold 10 through the screw rod 635.

[0059] The plastering module 7 includes a first plastering support frame 71 movably mounted on the walking device 21, a plastering panel 72 disposed at the lower end of the first plastering support frame 71 and used to flatten the concrete, a plastering driving device 73 mounted on the first plastering support frame 71 in a liftable manner and used to drive the plastering panel 72 to swing horizontally, a transmission mechanism 74 connecting the plastering driving device 73 and the plastering panel 72, and a lifting driving device 75 mounted on the first plastering support frame 71 and used to drive the plastering driving device 73 and the transmission mechanism 74 to move up and down, the plastering panel 72 and the transmission mechanism 74 are connected by two spring plates 76, and the plastering driving device 73 is mounted on the transmission mechanism 74. The plastering driving device 73 is a motor, and the lifting driving device 75 is a cylinder.

[0060] Guide grooves 711 for lifting and lowering the transmission mechanism 74 are arranged on both sides of the first plastering support frame 71, and guide wheels installed in the guide grooves 711 are arranged on both sides of the transmission mechanism 74. The lifting drive device 77 is installed on the side of the first plastering support frame 71 and connected to one side of the transmission mechanism 74 to drive the transmission mechanism 74 to move up and down along the guide grooves 711.

[0061] When the plastering module 7 starts to move along the guide rail 11 on the first frame 1, the lifting drive device 75 pushes the plastering panel 72 downward, so that the plastering panel 72 contacts the upper surface of the concrete in the mold 10, and swings under the drive of the plastering drive device 73 by using its own weight and the elasticity of the spring plate 76 to flatten and smooth the upper surface of the concrete.

[0062] The walking device 21 includes guide rails 211 arranged on both sides of the second frame 2 and used to install the material distribution module 6 and the plastering module 7, a travel rack 212 installed beside the guide rails 211, a plurality of material distribution wheels 213 arranged on the material distribution module 6 and installed in the guide rails 211, a material distribution gear 214 installed on the material distribution module 6 and meshed with the travel rack 212, a material distribution driving device 215 installed on the material distribution module 6 and used to drive the material distribution gear 214 to rotate, a plurality of plastering wheels 216 arranged on the plastering module 7 and installed in the guide rails 211, a plastering travel gear 217 installed on the plastering module 7 and meshed with the travel rack 212, and a plastering travel driving device 218 installed on the plastering module 7 and used to drive the plastering travel gear 217 to rotate. The cloth traveling drive device 215 and the plastering traveling drive device 218 are both motors.

[0063] In summary, when the present invention is working, the main vibration table 36 slides to the bottom of the second frame 2 by the track movement, the mold lifting device 9 first lifts the mold 10, and then the material pressing driving device 83 pushes the material pressing guide module 81 down to make the upper mold 82 press against the concrete in the mold 10, and compact the concrete in the mold 10; then the mixed concrete is sent to the material bin 62 in the material distribution module 6 by the conveyor belt, and the required amount of concrete is controlled by the weighing sensor 65; next, the main vibration table 36 is started, and the material distribution module 6 is driven by the walking device 21 to move along the guide rail 211 to the top of the mold 10. When the material bin 62 moves to the top of the mold 10, the bin driving device 622 pushes the bin door 621 to swing to one side and open, so that the concrete is dropped downward into the mold 10, and when the concrete falls from the material bin 62, it is stirred and evenly distributed into the mold 10 by the material distribution vehicle 63; next, when the material distribution module 6 completes the distribution, the walking device 21 drives the material distribution module 6 to move to the top of the mold 10. The device 21 drives the material distribution module 6 to return to the top of the first material receiving device 22, and the first material receiving device 22 receives the concrete remaining on the material distribution module 6 to prevent the remaining concrete from falling directly to the bottom surface and being difficult to clean; the next step is to drive the plastering module 7 along the guide rail 211 to move to the top of the mold 10 by the walking device 21, and start the plastering driving device 73, and then drive the plastering panel 72 to descend by the lifting driving device 75 to contact the concrete in the mold 10, and smooth the concrete in the mold 10; the next step is that when the plastering module 7 completes the plastering, the walking device 21 drives the plastering module 7 to return to the top of the second material receiving device 23, and the second material receiving device 23 receives the concrete remaining on the plastering module 7 to prevent the remaining concrete from falling directly to the bottom surface and being difficult to clean; the next step is to drive the mold 10 to leave the bottom of the first frame 1 by the main vibration table 36, and send the mold 10 to the next process to wait for the concrete to solidify and form, that is, to complete the entire production process of the cement board. Different concretes can be replaced, and different types and multi-layer cement boards can be produced.

[0064] Of course, the above description is only a specific embodiment of the present invention and is not intended to limit the scope of implementation of the present invention. All equivalent changes or modifications made according to the structure, characteristics and principles described in the patent application scope of the present invention should be included in the patent application scope of the present invention.

Claims

1. A cement floor pressing and wiping integrated production system, characterized in that: include: A second frame (2), a main vibration table (36) arranged below the second frame (2) and used to carry the mold (10), a distribution module (6) movably mounted on the second frame (2) and used to put concrete into the mold (10), a finishing module (7) movably mounted on the upper end of the second frame (2) and used to smooth the concrete in the mold (10), a pressing mechanism (8) mounted on the upper end of the second frame (2) and used to compact the concrete in the mold (10), and at least two mold lifting devices (9) arranged on both sides of the main vibration table (36) and used to lift the mold (10), wherein the main vibration table (36) is movably arranged below the second frame (2) and can drive the mold (10) to move to the next process; a device for driving the distribution module (6) is provided on the second frame (2). ) and a walking device (21) for moving the plastering module (7), the material distribution module (6) comprising a first support frame (61) movably mounted on the walking device (21), a silo (62) disposed on the first support frame (61) and used to store the concrete, and a material distribution vehicle (63) disposed at the lower end of the silo (62) and used to distribute the concrete, the material distribution vehicle (63) comprising a material distribution frame (631) mounted at the lower end of the first support frame 61, a stirring shaft (632) mounted in the material distribution frame (631) and located below the silo (62), a material distribution driving device (633) mounted on the outer side of the material distribution frame (631) and used to drive the stirring shaft (632) to rotate, and a material distribution transmission mechanism (634) connecting the stirring shaft (632) and the material distribution driving device (633).

2. The cement floor pressing and wiping integrated production system according to claim 1 is characterized by: A first material receiving device (22) and a second material receiving device (23) for receiving the remaining concrete are respectively arranged below the material distribution module (6) and the plastering module (7); the first material receiving device (22) and the second material receiving device (23) are respectively located at two ends of the second frame (2).

3. The cement floor pressing and wiping integrated production system according to claim 2 is characterized by: The pressing mechanism (8) comprises a pressing guide module (81) mounted on the upper end of the second frame (2) and capable of moving up and down, an upper mold (82) mounted on the lower end of the pressing guide module (81) and capable of pressing the concrete in the mold (10), and a pressing drive device (83) mounted on the upper end of the second frame (2) and used for pushing the pressing guide module (81) up and down.

4. The cement floor pressing and wiping integrated production system according to claim 3 is characterized by: The mold lifting device (9) comprises a lifting bracket (91) mounted on a bottom frame (201) at the lower end of the second frame (2), a lifting cylinder (92) mounted on the lifting bracket (91), a lifting top plate (93) mounted on the upper end of a push rod of the lifting cylinder (92) and used to lift the mold (10), guide columns (94) arranged in parallel on both sides of the lifting cylinder (92) and movable with the lifting top plate (93), and positioning bolts (95) penetrating and connecting the lifting bracket (91) and the lifting top plate (93) and movable with the lifting top plate (93), and mold frames (101) extending to above the lifting top plate (93) are arranged on both sides of the mold (10).

5. The cement floor pressing and wiping integrated production system according to claim 3 is characterized by: The press guide module (81) comprises a plurality of press racks (811) mounted on the upper end of the second frame (2), a press gear (813) mounted on the side of the press upper beam (812) and meshing and moving with the press rack (811), a plurality of press guide posts (814) one end of which is fixed to the press upper beam (812) and passes downward through the second frame (2), a press lower beam (815) mounted on the lower end of the press guide post (814) and fixedly connected to the upper die (82) and the press drive device (83), an upper die frame (816) for mounting the upper die (82) is provided at the bottom of the press lower beam (815), and a guide sleeve assembly (25) for the press guide post (814) to pass through is provided on the second frame (2).

6. The cement floor pressing and wiping integrated production system according to claim 2, characterized in that: The first material receiving device (22) comprises a material receiving plate (221) mounted on the second frame (2) and located below the material distributing module (6), and a material receiving driving device (222) mounted on the second frame (2) and used for driving the material receiving plate (221) to move forward and backward. The second material receiving device (23) has the same structure as the first material receiving device (22).

7. A cement floor pressing and wiping integrated production system according to any one of claims 1 to 6, characterized in that: A silo door (621) is hingedly mounted on the silo (62) and can open a discharge port at the lower end to one side. A silo driving device (622) is arranged on one side of the silo (62) for pushing the silo door (621) to open or close the discharge port. At least three weighing sensors (65) are arranged on the upper end of the first support frame (61), and the silo (62) is pressed against the weighing sensors (65).

8. The cement floor pressing and wiping integrated production system according to claim 7, characterized in that: The plastering module (7) comprises a first plastering support frame (71) movably mounted on the walking device (21), a plastering panel (72) arranged at the lower end of the first plastering support frame (71) and used for leveling the concrete, a plastering driving device (73) mounted on the first plastering support frame (71) in a liftable manner and used for driving the plastering panel (72) to swing horizontally, a transmission mechanism (74) connecting the plastering driving device (73) and the plastering panel (72), and a lifting driving device (75) mounted on the first plastering support frame (71) and used for driving the plastering driving device (73) and the transmission mechanism (74) to move up and down, the plastering panel (72) and the transmission mechanism (74) are connected via two spring plates (76), and the plastering driving device (73) is mounted on the transmission mechanism (74).

9. The cement floor pressing and wiping integrated production system according to claim 8, characterized in that: The walking device (21) comprises guide rails (211) arranged on both sides of the second frame (2) and used to install the material distribution module (6) and the plastering module (7), a travel rack (212) installed beside the guide rails (211), a plurality of material distribution walking wheels (213) arranged on the material distribution module (6) and installed in the guide rails (211), a material distribution walking gear (214) installed on the material distribution module (6) and meshing with the travel rack (212), and a material distribution walking gear (214) installed on the material distribution module (6) and meshing with the travel rack (212). A cloth distributing driving device (215) on the cloth distributing module (6) for driving the cloth distributing driving gear (214) to rotate, a plurality of plastering driving wheels (216) arranged on the plastering module (7) and installed in the guide rail (211), a plastering driving gear (217) installed on the plastering module (7) and meshing with the driving rack (212), and a plastering driving device (218) installed on the plastering module (7) for driving the plastering driving gear (217) to rotate.

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