A synchronous paper feeding high-speed packaging machine

Abstract

The present application relates to the technical field of ceramic tile packaging equipment, and discloses a synchronous paper feeding high-speed packaging machine, which comprises a centering and tile feeding mechanism, a packaging corner centering mechanism, a paper folding mechanism and a paper feeding mechanism arranged below the centering and tile feeding mechanism, which are sequentially arranged on a rack along the conveying direction of the ceramic tile; the rack is sequentially provided with a first conveyor and a second conveyor along the conveying direction of the ceramic tile; the paper feeding mechanism of the synchronous paper feeding high-speed packaging machine is arranged below the tile feeding mechanism and enables the paper to be conveyed synchronously with the ceramic tile, thereby shortening the time for conveying the ceramic tile and the paper, making the overall structure more compact and integrated, reducing the horizontal and vertical space occupied by the overall structure, and enabling the conveying roller and the guide clamping plate of the paper feeding device to cooperate to convey the paper, so that after the paper taken out by the lifting paper taking device is fed out by the paper feeding device, the lifting paper taking device can again perform the paper taking work, thereby saving the time for waiting for the reset of the clamping jaw cylinder, improving the paper taking and conveying speed, and further shortening the overall processing time and improving the ceramic tile packaging efficiency.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of ceramic tile packaging equipment, and particularly relates to a synchronous paper feeding high-speed packaging machine. BACKGROUND

[0002] The ceramic tile packaging machine is an automatic packaging equipment for replacing manual operation, and the automatic production mode can greatly improve the processing efficiency of ceramic tile packaging. The existing ceramic tile packaging machine generally comprises a centering mechanism, a tile feeding mechanism, a paper feeding mechanism, a conveying mechanism, a corner wrapping mechanism and a paper folding mechanism arranged on a rack. The ceramic tile packaging machine is provided with a tile conveying mechanism above the centering mechanism and the paper feeding mechanism. The centering mechanism first performs centering processing on the conveyed tile package, and the paper feeding mechanism conveys the paper in the paper storage mechanism to the conveying mechanism. Then, the tile conveying mechanism clamps the centered tile package and moves it to the paper on the conveying mechanism. Subsequently, the conveying mechanism drives the tile package and the paper to sequentially pass through the corner wrapping mechanism and the paper folding mechanism. The corner wrapping mechanism performs corner wrapping processing on the tile package, and the paper folding mechanism performs paper folding processing on the paper and wraps the tile package with the paper, thereby replacing manual operation to complete the ceramic tile packaging work.

[0003] The paper storage mechanism of the traditional ceramic tile packaging machine is arranged on one side of the paper feeding mechanism, and the tile conveying mechanism is located above the centering mechanism and the paper feeding mechanism. The tile conveying mechanism needs to lift the tile package and cross the paper feeding mechanism, and then lower the tile package onto the paper. This greatly increases the conveying distance of the tile conveying mechanism. Since the conveying distance of the tile package is greater than the conveying distance of the paper feeding mechanism, the paper needs to be stacked with the tile package and then sent together. Therefore, the paper that arrives faster needs to wait for the tile package to arrive, which affects the subsequent paper feeding work. The centering mechanism is separately arranged from other mechanisms. The ceramic tile and the paper are first subjected to the centering process and then subjected to the corner wrapping process. This not only increases the time for conveying the ceramic tile and the paper, but also increases the overall length and height of the equipment. Therefore, the traditional ceramic tile packaging machine occupies a large space, and the overall processing time of the ceramic tile packaging machine is relatively long, and the ceramic tile packaging efficiency needs to be improved.

[0004] According to the authorized announcement number CN217706478U discloses a kind of ceramic tile automatic packing machine, including being arranged in the same side of packing station paper sheet conveying device and ceramic tile conveying device, paper sheet conveying device is arranged in the downside of ceramic tile conveying device, paper sheet conveying device and the conveying direction of ceramic tile conveying device are identical, the paper sheet conveying device is paper sheet output belt, further include rotatable installation on packing station's carrier roller, carrier roller is arranged in the side of packing station close to ceramic tile conveying device, further include paper sheet taking device, paper sheet taking device is arranged in the upside of paper sheet conveying device, the paper sheet taking device includes suction device, lifting device and paper pulling device, suction device is arranged in the side of the input end of paper sheet conveying device, lifting device is connected with suction device, paper pulling device is arranged between suction device and paper sheet conveying device, the paper pulling device includes paper pulling translation device and paper sheet clamp, paper pulling translation device is connected with paper sheet clamp, paper pulling synchronous belt drives slide to the direction of close to paper sheet movement, so that the side of paper sheet enters between two clamping plates, jaw cylinder acts and makes two clamping plates cooperate and clamp paper sheet.Paper pulling synchronous belt drives slide to the direction of close to paper sheet output belt movement, until paper sheet is located on the upside of the input end of paper sheet output belt, at this time, jaw cylinder drives two clamping plates to move and loosen paper sheet, ejector cylinder drives top plate to move, and paper sheet is pushed away from between two clamping plates, so that paper sheet falls on the upside of the input end of paper sheet output belt, the existing ceramic tile packing machine paper sheet conveying device is arranged below ceramic tile conveying device, and ceramic tile and paper can be synchronously conveyed, wherein the existing ceramic tile packing machine transports paper by the back-and-forth movement of jaw cylinder, in the process that jaw cylinder clamps and transports paper of suction cup, and lifting cylinder cooperates with suction cup to take out paper again, so that lifting cylinder and suction cup need to wait for jaw cylinder to loosen paper and reset to transport the next paper, thereby slowing down the speed of paper taking and transporting, and the conveying speed of ceramic tile is also slowed down, reducing the overall processing efficiency of packing machine. SUMMARY

[0005] To solve the above technical problems, the present application provides a kind of paper feeding mechanism of synchronous paper feeding high-speed packing machine, which is arranged below the brick conveying mechanism and enables the paper to be conveyed synchronously with the ceramic tile, shortens the time of conveying ceramic tile and paper, and the overall structure is more compact and integrated, and the horizontal and vertical space occupied by the whole is reduced, and the conveying roller of the paper feeder and the guide clamping plate cooperate to convey the paper, after the paper taken out by the lifting paper taker is sent out by the paper feeder, the lifting paper taker can take paper again, saving the time waiting for the jaw cylinder to reset, improving the speed of paper taking and transporting, thereby shortening the overall processing time and improving the ceramic tile packaging efficiency.

[0006] A high-speed packaging machine with synchronized paper feeding includes a centering and feeding mechanism, an upper corner centering mechanism, and a folding mechanism, all sequentially mounted on a frame along the tile conveying direction, as well as a paper feeding mechanism disposed below the centering and feeding mechanism. The frame has a first conveyor and a second conveyor sequentially arranged along the tile conveying direction, with the first conveyor transporting the tile centered by the centering and feeding mechanism to the second conveyor. The paper feeding mechanism includes a paper bin rack, a paper conveyor, a lifting paper picker, a paper feeder, and a paper feeding frame. The paper conveyor is disposed within the paper bin rack and feeds paper to the lifting paper picker. The lifting paper picker, the paper feeder, and the paper feeding frame are sequentially arranged on the frame along the paper conveying direction, with the paper feeding frame facing the second conveyor. The conveyor is inclined upwards. The lifting paper take-up device takes the paper from the paper conveyor and conveys it to the paper feeder. The paper feeder includes a second lifting device, a conveying roller, a pressure roller, and a guide clamp. The conveying roller is arranged adjacent to the lifting paper take-up device and the paper feeder, and the guide clamp is arranged between two adjacent conveying rollers. The output end of the second lifting device is connected to the pressure roller and drives the pressure roller to cooperate with the conveying roller to convey the paper. The paper is conveyed along the paper feeder and the paper feeder to the second conveyor so that the tile conveyed to the second conveyor is pressed on the paper. After the upper corner centering mechanism centers the tile and the paper and the upper corner of the tile, the second conveyor conveys the tile and the paper to the folding mechanism.

[0007] Preferably, the paper tray frame is provided with an opening for replenishing paperboard, and paperboard limiting telescopic devices and baffles are provided on the left and right sides of the paperboard conveying direction, and a limiting plate is provided at the output end of the paperboard limiting telescopic device.

[0008] Preferably, the lifting paper feeder includes a first lifting device, a first telescopic device, a paper feed rack, a crossbar, and a suction cup. The paper feed rack is slidably connected to the frame and is connected to the output end of the first lifting device. The suction cup is disposed on the crossbar, and the first telescopic device is disposed on the paper feed rack, with the output end of the first telescopic device connected to the crossbar.

[0009] Preferably, the upper corner centering mechanism includes a first lifting device, a third lifting device, and a second telescopic device. The first lifting device is located below the second conveyor, and the output end of the first lifting device is provided with a first lifting plate extending from the second conveyor. The output end of the third lifting device is connected to the second telescopic device, and the output end of the second telescopic device is provided with a clamping plate.

[0010] Preferably, the upper corner aligning mechanism further comprises a fourth lifter, a third telescopic device and a fourth telescopic device, the fourth lifter is arranged on both sides of the first lifter, and the output end of the fourth lifter is connected with the third telescopic device, the fourth telescopic device is arranged below the third lifter, and the output end of the third telescopic device and the output end of the fourth telescopic device are both provided with a paper skin aligning plate.

[0011] Preferably, the upper corner aligning mechanism further comprises a corner warehouse, a base, a fifth telescopic device and a sixth telescopic device, the base is arranged at the discharge port of the corner warehouse, the fifth telescopic device is rotationally connected to the top surface of the base, and the output end of the fifth telescopic device is provided with a downwardly extending corner taking device, one end of the sixth telescopic device is hingedly connected to the top surface of the base, and the output end of the sixth telescopic device is hingedly connected with the fifth telescopic device.

[0012] Preferably, the upper corner aligning mechanism further comprises a bracket, a seventh telescopic device and an aligning rod, the bracket is arranged adjacent to the corner warehouse, the seventh telescopic device and the aligning rod are respectively hingedly connected with the bracket, and the output end of the seventh telescopic device is hingedly connected with one end of the aligning rod.

[0013] Preferably, the paper folding mechanism comprises an eighth telescopic device, a ninth telescopic device, a tenth telescopic device, an eleventh telescopic device and a mounting rack, the rack is provided with a paper guide seat and a guide frame in front of the mounting rack, and the rack is hingedly connected with a paper folding frame between two mounting racks in the direction of tile conveying, the paper folding frame is hingedly connected with the eighth telescopic device, and the output end of the eighth telescopic device is hingedly connected with the paper folding frame, the side of the two mounting racks facing each other is provided with a containing box and a ninth telescopic device, the containing box is slidingly connected with the mounting rack, and the output end of the ninth telescopic device is connected with the containing box, the containing box is provided with a tenth telescopic device, the output end of the tenth telescopic device is provided with a folding lug plate, and the tenth telescopic device can drive the folding lug plate to extend out of the containing box, the top of the mounting rack is hingedly connected with a paper pressing frame and an eleventh telescopic device, and the output end of the eleventh telescopic device is hingedly connected with the paper pressing frame.

[0014] Preferably, the centering and feeding mechanism includes a second lifting device, a twelfth telescopic device, a thirteenth telescopic device, and a fourteenth telescopic device. The second lifting device is located below the first conveyor, and its output end is provided with a second lifting plate extending from the first conveyor. The twelfth telescopic device is located on the left and right sides of the first conveyor along the tile conveying direction, and its output end is provided with a rear centering frame. The thirteenth telescopic device is located in front of the twelfth telescopic device, and its output end is provided with a linkage plate. A side centering plate is provided on the linkage plate. The fourteenth telescopic device is located on the linkage plate in front of the side centering plate, and its output end is provided with a front centering plate.

[0015] The beneficial effects of this invention are as follows: The synchronous paper feeding high-speed packaging machine, through the coordinated operation of the centering brick feeding mechanism, the upper corner centering mechanism, the folding mechanism, and the paper feeding mechanism, positions the paper feeding mechanism below the brick feeding mechanism. This creates a height difference between the paper taking mechanism, the brick feeding mechanism, and the first conveyor, allowing for synchronous conveying of ceramic tiles and cardboard. The tile conveying and cardboard conveying operations do not interfere with each other. Furthermore, the cardboard conveyor on the paper bin rack can hold two stacks of cardboard. After the lifting paper taker finishes conveying one stack, the cardboard conveyor can immediately move the other stack to the position of the lifting paper taker for conveying, eliminating the need to stop the machine and wait for staff to replenish the cardboard, thus improving the cardboard conveying speed. Additionally, the ceramic tiles from the brick feeding mechanism can be directly conveyed along the first conveyor to the second conveyor, eliminating the step of lifting the ceramic tiles, providing straight-line conveying of the tiles, and shortening the brick feeding stroke. By increasing the conveying speed of the tiles, the tiles can reach the cardboard position and be pressed onto the cardboard more quickly, improving the synchronization of the conveying work of the tiles and cardboard. This prevents the long conveying stroke of the tiles from affecting the subsequent conveying of the cardboard. In addition, the conveying rollers and guide clamps of the paper feeder work together to convey the cardboard. After the cardboard picked up by the lifting paper picker is sent out by the paper feeder, the lifting paper picker can pick up paper again, saving the time waiting for the clamp cylinder to reset. This also allows the paper feeder to continuously convey the cardboard, thereby increasing the conveying speed of both the brick package and the cardboard. This not only reduces the conveying time of the tiles and cardboard, but also reduces the overall length and width of the equipment. Therefore, the overall structure of this synchronous paper feeding high-speed packaging machine is more compact and integrated, reducing the overall horizontal and vertical space occupied, thereby shortening the overall processing time and improving the efficiency of tile packaging. Attached Figure Description

[0016] Figure 1 This is a perspective view of the synchronous paper feeding high-speed packaging machine of the present invention;

[0017] Figure 2 for Figure 1 Enlarged view of part A in the middle;

[0018] Figure 3 for Figure 1Enlarged view of part B in the middle;

[0019] Figure 4 This is a perspective view of the paper feeding mechanism in the synchronous paper feeding high-speed packaging machine of the present invention;

[0020] Figure 5 for Figure 4 Enlarged view of part C;

[0021] Figure 6 This is a perspective view of the upper wrapping corner centering mechanism and the folding mechanism in the synchronous paper feeding high-speed packaging machine of the present invention;

[0022] Figure 7 for Figure 6 Enlarged view of part of D.

[0023] In the diagram: 1. Frame, 2. Centering and brick feeding mechanism, 3. Upper corner centering mechanism, 4. Folding mechanism, 5. Paper feeding mechanism, 6. First conveyor, 7. Second conveyor, 8. Paper bin rack, 9. Paperboard conveyor, 10. Lifting paper picker, 11. Paper feeder, 12. Paper feeder rack, 13. Opening, 14. Paperboard limiting telescopic device, 15. Baffle, 16. Limiting plate, 17. First lifter, 18. First telescopic device, 19. Paper picker rack, 20. Crossbar, 21. Suction cup, 22. Second lifter, 23. Conveyor roller, 24. Pressure roller, 25. Guide clamp, 26. First lifting device, 27. Third lifter, 28. Second telescopic device, 29. First lifting plate, 30. Clamping plate, 31. Fourth lifter, 32. 33 Fourth telescopic joint, 34 Cardboard centering plate, 35 Corner clamp, 36 Base, 37 Fifth telescopic joint, 38 Sixth telescopic joint, 39 Corner clamp remover, 40 Bracket, 41 Seventh telescopic joint, 42 Centering rod, 43 Eighth telescopic joint, 44 Ninth telescopic joint, 45 Tenth telescopic joint, 46 Eleventh telescopic joint, 47 Mounting frame, 471 Guide frame, 48 Paper guide seat, 49 Folding frame, 50 Container box, 51 Folding ear plate, 52 Paper pressing frame, 53 Second lifting device, 54 Twelfth telescopic joint, 55 Thirteenth telescopic joint, 56 Fourteenth telescopic joint, 57 Rear centering frame, 58 Linkage plate, 59 Side centering plate, 60 Front centering plate. Detailed Implementation

[0024] The present invention will be further described below with reference to the accompanying drawings and specific embodiments, so as to provide a clearer understanding of the technical concept claimed by the present invention.

[0025] like Figures 1 to 7As shown, a high-speed packaging machine with synchronous paper feeding includes a centering and feeding mechanism 2, an upper corner centering mechanism 3, and a folding mechanism 4, which are sequentially installed on a frame 1 along the tile conveying direction, and a paper feeding mechanism 5 disposed below the centering and feeding mechanism. The frame 1 has a first conveyor 6 and a second conveyor 7 sequentially arranged along the tile conveying direction. The first conveyor 6 conveys the tile centered by the centering and feeding mechanism 2 to the second conveyor 7. The paper feeding mechanism 5 includes a paper bin frame 8, a paper conveyor 9, a lifting paper picker 10, a paper feeder 11, and a paper feeding frame 12. The paper conveyor 9 is disposed within the paper bin frame 8 and conveys paper to the lifting paper picker 10. The lifting paper picker 10, the paper feeder 11, and the paper feeding frame 12 are sequentially arranged on the frame 1 along the paper conveying direction, with the paper feeding frame 12 facing the second conveyor. 7. Inclined upwards, the lifting paper take-up device 10 takes out the paper from the paper conveyor 9 and conveys it to the paper feeder 11. The paper feeder 11 includes a second lifting device 22, a conveying roller 23, a pressure roller 24, and a guide clamp 25. The conveying roller 23 is arranged adjacent to the lifting paper take-up device 10 and the paper feeder 12, and the guide clamp 25 is arranged between two adjacent conveying rollers 23. The output end of the second lifting device 22 is connected to the pressure roller 24 and drives the pressure roller 24 to cooperate with the conveying roller 23 to convey the paper. The paper is conveyed along the paper feeder 11 and the paper feeder 12 to the second conveyor 7 so that the tile conveyed to the second conveyor 7 is pressed on the paper. After the upper corner centering mechanism 3 centers the tile and the paper and wraps the upper corner of the tile, the second conveyor 7 conveys the tile and the paper to the folding mechanism 4.

[0026] The working principle of the synchronous paper feeding high-speed packaging machine described in this invention is achieved through the cooperation of the centering and feeding mechanism 2, the upper corner centering mechanism 3, the folding mechanism 4, and the paper feeding mechanism 5. Figures 1 to 7As shown, the paper feeding mechanism 5 is located below the brick feeding mechanism, creating a height difference between the brick conveying and paperboard conveying operations. This allows the brick conveying and paperboard conveying operations to proceed synchronously. The operator sequentially places two stacks of paperboard into the paperboard conveyor 9 within the paper tray rack 8. The paperboard conveyor 9 moves one stack of paperboard below the lifting paper picker 10, while the other stack is placed on the paperboard conveyor 9 as a backup. There is no need to stop the machine and wait for the operator to replenish the paperboard. The lifting paper picker 10 conveys the paperboard to the paper feeder 11. One side of the paperboard first reaches the position between the conveying roller 23 and the pressure roller 24 in front of the guide clamp 25. Subsequently, the corresponding second lifter 22 drives the pressure roller 24 downwards and... The conveyor roller 23 presses down on the paper, and then the conveyor roller 23 rotates and works with the pressure roller 24 to convey the paper towards the guide clamp 25. Two pressure rollers 24 can be provided on the second lifter 22 to improve the stability of the paper conveying process between the conveyor roller 23 and the pressure roller 24. The paper moves through the guide clamp 25 to between the conveyor roller 23 and the pressure roller 24 behind the guide clamp 25. Similarly, the corresponding second lifter 22 drives the pressure roller 24 downwards and works with the conveyor roller 23 to press down on the paper. The conveyor roller 23 rotates and works with the pressure roller 24 to move the paper towards the paper feeder 12. The second lifter 22 can be a telescopic cylinder. The paper feeder 12 is tilted upwards towards the second conveyor 7 to form an upward tilting conveying mechanism for the paper. The conveyor channel moves the cardboard along the paper feeder 12 to the position of the second conveyor 7, so that the tiles conveyed to the second conveyor 7 are simultaneously pressed onto the cardboard. Finally, the second lifter 22 drives the pressure roller 24 to reset and circulate the cardboard in this way, so that the cardboard is conveyed along the paper feeder 11 and the paper feeder 12 to the second conveyor 7. The tiles are centered by the tile feeding mechanism and then directly conveyed along the first conveyor 6 to the second conveyor 7, so that the tiles and cardboard meet at the second conveyor 7. This eliminates the tile lifting step, conveys the tiles in a straight line and shortens the tile feeding stroke, further improving the tile conveying speed. The tiles can reach the position of the cardboard and press onto the cardboard more quickly, improving the conveying efficiency of both tiles and cardboard. To ensure synchronization and prevent the long travel distance of the ceramic tile from affecting the subsequent paperboard feeding, the ceramic tile and paperboard are then processed at the upper corner centering mechanism 3 for upper corner wrapping and centering. Finally, the ceramic tile and paperboard move along the second conveyor 7 to the folding mechanism 4 for folding, thus completing the ceramic tile packaging process. Compared with traditional ceramic tile packaging machines, this synchronous paper feeding high-speed packaging machine has a more compact and integrated overall structure, reducing the overall horizontal and vertical space occupied. Moreover, the lifting paper picker can pick up paper again after the paperboard is fed out by the paper feeder, saving the time waiting for the gripper cylinder to reset, increasing the paperboard feeding speed, shortening the overall processing time, and improving the ceramic tile packaging efficiency.

[0027] Specifically, the paper tray frame 8 is provided with an opening 13 for replenishing paperboard. Paperboard limiting telescopic devices 14 and baffles 15 are provided on the left and right sides of the paperboard conveying direction along the paperboard. A limiting plate 16 is provided at the output end of the paperboard limiting telescopic device 14. The lifting paper feeder 10 includes a first lifting device 17, a first telescopic device 18, a paper feeder 19, a crossbar 20, and a suction cup 21. The paper feeder 19 is slidably connected to the frame 1 and is connected to the output end of the first lifting device 17. The suction cup 21 is disposed on the crossbar 20. The first telescopic device 18 is disposed on the paper feeder 19, and its output end is connected to the crossbar 20. Figures 1 to 7As shown, the worker first places a stack of cardboard onto the cardboard conveyor 9 through opening 13. The cardboard conveyor 9 then transports the cardboard from opening 13 to below the suction cup 21 of the lifting paper feeder 10. The cardboard conveyor 9 can employ a conventional conveying structure using a conveyor wheel and conveyor belt. A motor driving the conveyor wheel can be installed on the paper tray 8. Next, the worker pre-places a stack of cardboard through opening 13 to replenish the cardboard for later use. When replenishing cardboard to the paper tray 8, the machine does not need to be stopped. The cardboard conveyor 9 can move the spare cardboard to the position of the lifting paper feeder 10, allowing the lifting paper feeder 10 to transport the spare cardboard and increasing the cardboard conveying speed. During cardboard conveying, the cardboard limiting telescopic device 14 and the baffle 15 are connected to the top of the paper tray 8, and the cardboard is limited. The telescopic device 14 and the baffle 15 are spaced apart from the paper conveyor 9 to avoid affecting its normal operation. The paper limiting telescopic device 14 first extends the limiting plate 16 to limit the front side of the paper below the suction cup 21. The first lifting device 17 of the lifting paper take-up device 10 moves the suction cup 21 downward and picks up the paper. After the suction cup 21 picks up the paper, the first lifting device 17 moves the suction cup 21 back to its original position and removes the paper. The limiting plate 16 and the baffle 15 cooperate to limit the paper to prevent the paper from adhering to each other when the suction cup 21 picks up the paper and causing other paper to fall off. The paper limiting telescopic device 14 also moves the limiting plate 16 back to its original position when paper needs to be replenished. Then, the first telescopic device 18 moves the paper picked up by the suction cup 21 towards the paper feeder 11 and the paper is output from the paper bin by the paper feeder 11. The paper tray frame 8 is equipped with a first telescopic device 18 that drives the suction cup 21 to reset and cyclically remove paper. The first lifting device 17 can adopt a lifting structure with a sprocket and chain. A motor that drives the sprocket can be installed on the paper tray frame 8. The paper limit telescopic device 14 and the first telescopic device 18 can be telescopic cylinders. Rollers for conveying paper can be installed on both the conveying roller 23 and the pressure roller 24. A motor that drives the conveying roller 23 can be installed on the frame 1. The guide clamp 25 is located between the two conveying rollers 23. The side of the paper adsorbed by the suction cup 21 first reaches the position between the conveying roller 23 and the pressure roller 24 on the front side of the guide clamp 25. Then, the corresponding second lifting device 22 drives the pressure roller 24 to move downward and cooperate with the conveying roller 23 to press the paper. Immediately afterwards, the suction cup 21 releases the paper, and the conveying roller 23 rotates and cooperates with the pressure roller 24 to press the paper. The pressure roller 24 conveys the cardboard to the guide clamp 25. Two pressure rollers 24 can be installed on the second lifter 22 to improve the stability of the cardboard conveying process between the conveyor roller 23 and the pressure roller 24. The cardboard moves through the guide clamp 25 to the space between the conveyor roller 23 and the pressure roller 24 behind the guide clamp 25. Similarly, the corresponding second lifter 22 drives the pressure roller 24 downwards and, in conjunction with the conveyor roller 23, presses down on the cardboard. The conveyor roller 23 rotates and, in conjunction with the pressure roller 24, moves the cardboard towards the paper feeder 12. The second lifter 22 can be a telescopic cylinder. The paper feeder 12 is inclined upwards towards the second conveyor 7, forming an upwardly inclined conveying channel for the cardboard, and moves the cardboard along the paper feeder 12 to the position of the second conveyor 7 so that the tiles conveyed to the second conveyor 7 are simultaneously pressed onto the cardboard.Finally, the second lifting device 22 drives the pressure roller 24 to reset and thus continuously transports the cardboard.

[0028] Further, the upper corner alignment mechanism 3 includes a first lifting device 26, a third lifting device 27, and a second telescopic device 28. The first lifting device 26 is located below the second conveyor 7, and its output end is provided with a first lifting plate 29 extending from the second conveyor 7. The output end of the third lifting device 27 is connected to the second telescopic device 28, and the output end of the second telescopic device 28 is provided with a clamping plate 30. The upper corner alignment mechanism 3 also includes a fourth lifting device 31, a third telescopic device 32, and a fourth telescopic device 33. The fourth lifting device 31 is located on both the front and rear sides of the first lifting device 26, and its output end is connected to the third telescopic device 32. The fourth telescopic device 33 is located below the third lifting device 27, and both the output ends of the third and fourth telescopic devices are... The upper corner-wrapping centering mechanism 3 is equipped with a cardboard centering plate 34. It further includes a corner-wrapping compartment 35, a base 36, a fifth telescopic member 37, and a sixth telescopic member 38. The base 36 is located at the outlet of the corner-wrapping compartment 35. The fifth telescopic member 37 is rotatably connected to the top surface of the base 36, and its output end has a downwardly extending corner-grabbing device 39. One end of the sixth telescopic member 38 is hinged to the top surface of the base 36, and its output end is hinged to the fifth telescopic member 37. The upper corner-wrapping centering mechanism 3 also includes a bracket 40, a seventh telescopic member 41, and a centering rod 42. The bracket 40 is adjacent to the corner-wrapping compartment 35. The seventh telescopic member 41 and the centering rod 42 are respectively hinged to the bracket 40, and the output end of the seventh telescopic member 41 is hinged to one end of the centering rod 42. Figures 1 to 7As shown, the second conveyor 7 can adopt a conventional conveying structure with a conveyor wheel and a conveyor belt. A motor to drive the conveyor wheel can be installed on the frame 1. The first lifting device 26, the third lifting device 27, the fourth lifting device 31, the second telescopic device 28, the third telescopic device 32, the fourth telescopic device 33, the fifth telescopic device 37, the sixth telescopic device 38, and the seventh telescopic device 41 can all be telescopic cylinders. The tiles and cardboard are conveyed along the second conveyor 7 to the position of the first lifting device 26. The first lifting device 26 drives the first lifting plate 29 to lift the tiles and cardboard. Subsequently, the second telescopic device 28 drives the clamping plate 30 to clamp the tiles, and then the... A lifting device 26 drives the first lifting plate 29 and cardboard to reset and separate the cardboard from the tile. Immediately afterwards, the seventh telescopic device 41 drives the centering rod 42 to flip downwards and center the tile. Simultaneously, the fourth lifting device 31 drives the third telescopic device 32 to move upwards, causing the cardboard centering plate 34 of the third telescopic device 32 to extend from the second conveyor 7. The third telescopic device 32 and the fourth telescopic device 33 respectively drive their corresponding cardboard centering plates 34 to center the cardboard on the second conveyor 7, re-centering the tile and cardboard that have shifted in relative position to avoid affecting the packaging quality of the tile. The cardboard and tile are then separated. After the centering process is completed, the seventh telescopic device 41, the fourth lifting device 31, the third telescopic device 32, and the fourth telescopic device 33 reset. The third lifting device 27 moves the tile held by the clamping plate 30 downward. The second telescopic device 28 moves the clamping plate 30 back to its original position and places the tile back on the cardboard. The fifth telescopic device 37 moves the corner remover 39 from the corner remover compartment 35. The corner remover 39 can be a vacuum suction cup to pick up the corner. The sixth telescopic device 38 moves the fifth telescopic device 37 to swing towards the centered cardboard. The fifth telescopic device 37 moves the corner remover 39 towards the cardboard and makes it... The corner protector rests on the corner of the tile in the height direction. The corner protector 39 releases the corner protector and the fifth telescopic device 37 and the sixth telescopic device 38 reset. Since the gap between the separated tile and the cardboard is small, the corner protector is positioned between the tile and the cardboard after the corner protector 39 releases the corner protector, and the falling tile presses down on the corner protector, thus completing the upper corner protector work. After the tile and cardboard are covered with the upper corner protector, they continue to be conveyed to the folding mechanism 4 along the second conveyor 7. The tile centering and cardboard centering mechanisms are integrated into the upper corner protector mechanism, which can further reduce the overall length of the equipment, thereby making the overall structure more compact and integrated and reducing the overall space occupied.

[0029] Further, the origami mechanism 4 includes an eighth telescopic member 43, a ninth telescopic member 44, a tenth telescopic member 45, an eleventh telescopic member 46, and a mounting frame 47. The frame 1 is provided with a paper guide seat 48 and a guide frame 471 in front of the mounting frame 47. The frame 1 is hinged with an origami frame 49 between the two mounting frames 47 along the tile conveying direction. The eighth telescopic member 43 is hinged to the origami frame 49, and the output end of the eighth telescopic member 43 is hinged to the origami frame 49. A receiving device is provided on one side of the two mounting frames 47 facing each other. The housing 50 and the ninth telescopic device 44 are slidably connected. The housing 50 is connected to the mounting frame 47, and the output end of the ninth telescopic device 44 is connected to the housing 50. A tenth telescopic device 45 is provided inside the housing 50. The output end of the tenth telescopic device 45 is provided with a folding plate 51, and the tenth telescopic device 45 can drive the folding plate 51 to extend out of the housing 50. A paper presser 52 and an eleventh telescopic device 46 are hinged to the top of the mounting frame 47, and the output end of the eleventh telescopic device 46 is hinged to the paper presser 52. Figures 1 to 7 As shown, the eighth telescopic device 43, the ninth telescopic device 44, the tenth telescopic device 45, and the eleventh telescopic device 46 can be telescopic cylinders. During the movement of the cardboard along the second conveyor 7, the guide frame 471 limits the cardboard. The cardboard is conveyed along the guide frame 471 to the paper guide seat 48, and the paper guide seat 48 first lifts the side components of the cardboard. When the cardboard reaches between the two receiving boxes 50, the ninth telescopic device 44 drives the receiving box 50 to extend and abuts the side of the lifted cardboard against the side wall of the brick package, making the side of the cardboard completely upright. Then, the tenth telescopic device 45 drives the folding plate 51 to extend. The folding plate 51 folds the folding plate on the upright side of the cardboard inward and inward. The folded ear rests against the corner of the wrapper. Then, the eighth telescopic device 43 drives the origami frame 49 to flip upward. The origami frame 49 may be equipped with a pressure roller. During the flipping process of the origami frame 49, the side of the paper without the folded ear will stand upright. When the origami frame 49 is flipped to a vertical position, the pressure roller on the origami frame 49 will continue to fold the upright side of the paper down and press it against the top surface of the brick wrapper. Finally, the eleventh telescopic device 46 drives the pressure frame 52 to flip downward. The pressure frame 52 folds the upright paper down and presses it against the top surface of the tile. The eighth telescopic device 43, the ninth telescopic device 44, the tenth telescopic device 45 and the eleventh telescopic device 46 are reset, thus completing the origami work.

[0030] Furthermore, the centering and feeding brick mechanism 2 includes a second lifting device 53, a twelfth telescopic device 54, a thirteenth telescopic device 55, and a fourteenth telescopic device 56. The second lifting device 53 is located below the first conveyor 6, and its output end is provided with a second lifting plate extending from the first conveyor 6. The twelfth telescopic device 54 is located on the left and right sides of the first conveyor 6 along the tile conveying direction, and its output end is provided with a rear centering frame 57. The thirteenth telescopic device 55 is located in front of the twelfth telescopic device 54, and its output end is provided with a linkage plate 58. A side centering plate 59 is provided on the linkage plate 58. The fourteenth telescopic device 56 is located on the linkage plate 58 in front of the side centering plate 59, and its output end is provided with a front centering plate 60. Figures 1 to 7 As shown, the first conveyor 6 can adopt a conventional conveying structure with a conveyor wheel and a conveyor belt. A motor driving the conveyor wheel can be installed on the frame 1. The second lifting device 53, the twelfth telescopic device 54, the thirteenth telescopic device 55, and the fourteenth telescopic device 56 can be telescopic cylinders. The twelfth telescopic device 54 can first drive the rear centering frame 57 to extend. The tile moves along the first conveyor 6 and is pressed against the second lifting device 53 by the rear centering frame 57. Subsequently, the second lifting device 53 drives the second lifting plate to lift the tile. The thirteenth telescopic device... 55 drives the linkage plate 58 to extend and uses the side centering plate 59 to abut against the tile, and the fourteenth telescopic device 56 drives the front centering plate 60 to abut against the tile. In this way, the rear centering frame 57, the side centering plate 59 and the front centering plate 60 cooperate to perform pre-centering treatment on the tile. After the tile completes the pre-centering treatment, the twelfth telescopic device 54, the thirteenth telescopic device 55 and the fourteenth telescopic device 56 and the second lifting device 53 are reset. The tile is transported along the first conveyor 6 to the second conveyor 7 and pressed onto the cardboard that is transported to the second conveyor 7.

[0031] The above are merely specific embodiments of the present invention and do not limit the patent scope of the present invention. Any equivalent structural or procedural transformations made based on the content of the present invention's specification and drawings, or direct or indirect applications in other related technical fields, are similarly included within the patent protection scope of the present invention.

Claims

1. A high-speed packaging machine with synchronous paper feeding, characterized in that: The system includes a tile centering and feeding mechanism, an upper corner centering mechanism, and a paper folding mechanism, all sequentially mounted on a frame along the tile conveying direction. A paper feeding mechanism is located below the tile centering and feeding mechanism. The frame has a first conveyor and a second conveyor sequentially arranged along the tile conveying direction. The first conveyor transports the tile, centered by the tile centering and feeding mechanism, to the second conveyor. The paper feeding mechanism includes a paper bin rack, a paper conveyor, a lifting paper picker, a paper feeder, and a paper feeding frame. The paper conveyor is located within the paper bin rack and conveys paper to the lifting paper picker. The lifting paper picker, paper feeder, and paper feeding frame are sequentially arranged on the frame along the paper conveying direction. The paper feeding frame is inclined upwards towards the second conveyor. The lifting paper picker… The paper feeder removes the paper from the paper feeder and sends it to the paper feeder. The paper feeder includes a second lifter, a conveyor roller, a pressure roller, and a guide clamp. The conveyor rollers are respectively arranged adjacent to the lifting paper feeder and the paper feeder frame, and the guide clamp is arranged between two adjacent conveyor rollers. The output end of the second lifter is connected to the pressure roller and drives the pressure roller to cooperate with the conveyor roller to convey the paper. The paper is conveyed along the paper feeder and the paper feeder frame to the second conveyor so that the tile conveyed to the second conveyor is pressed on the paper. After the upper corner centering mechanism centers the tile and paper and the upper corner of the tile is wrapped, the second conveyor conveys the tile and paper to the folding mechanism. The upper corner centering mechanism includes a first lifting device and a third lifter. The first lifting device is located below the second conveyor, and its output end has a first lifting plate extending from the second conveyor. The output end of the third lifting device is connected to the second lifting device, and its output end has a clamping plate. The upper corner centering mechanism also includes a fourth lifting device, a third lifting device, and a fourth expansion joint. The fourth lifting device is located on both the front and rear sides of the first lifting device, and its output end is connected to the third expansion joint. The fourth expansion joint is located below the third lifting device, and both its output ends and the output ends of the third and fourth expansion joints have cardboard centering plates. The centering brick feeding mechanism includes... The device includes a second lifting device, a twelfth telescopic device, a thirteenth telescopic device, and a fourteenth telescopic device. The second lifting device is located below the first conveyor, and its output end is provided with a second lifting plate extending from the first conveyor. The twelfth telescopic device is located on the left and right sides of the first conveyor along the tile conveying direction, and its output end is provided with a rear centering frame. The thirteenth telescopic device is located in front of the twelfth telescopic device, and its output end is provided with a linkage plate, on which a side centering plate is provided. The fourteenth telescopic device is located on the linkage plate in front of the side centering plate, and its output end is provided with a front centering plate.

2. The high-speed packaging machine with synchronous paper feeding according to claim 1, characterized in that: The paper tray frame is provided with an opening for replenishing paperboard. The paper tray frame is provided with paperboard limiting expansion joints and baffles on the left and right sides along the paperboard conveying direction, and the output end of the paperboard limiting expansion joint is provided with a limiting plate.

3. The high-speed packaging machine with synchronous paper feeding according to claim 1, characterized in that: The lifting paper feeder includes a first lifting device, a first telescopic device, a paper feed rack, a crossbar, and a suction cup. The paper feed rack is slidably connected to the frame and is connected to the output end of the first lifting device. The suction cup is disposed on the crossbar, and the first telescopic device is disposed on the paper feed rack, with the output end of the first telescopic device connected to the crossbar.

4. The high-speed packaging machine with synchronous paper feeding according to claim 1, characterized in that: The upper corner centering mechanism also includes a corner clamping chamber, a base, a fifth telescopic device, and a sixth telescopic device. The base is located at the discharge port of the corner clamping chamber. The fifth telescopic device is rotatably connected to the top surface of the base, and the output end of the fifth telescopic device is provided with a downwardly extending corner clamping device. One end of the sixth telescopic device is hinged to the top surface of the base, and the output end of the sixth telescopic device is hinged to the fifth telescopic device.

5. A high-speed packaging machine with synchronous paper feeding according to claim 4, characterized in that: The upper corner centering mechanism also includes a bracket, a seventh telescopic device, and a centering rod. The bracket is arranged adjacent to the corner compartment. The seventh telescopic device and the centering rod are respectively hinged to the bracket, and the output end of the seventh telescopic device is hinged to one end of the centering rod.

6. A high-speed packaging machine with synchronous paper feeding according to claim 1, characterized in that: The folding mechanism includes an eighth telescopic member, a ninth telescopic member, a tenth telescopic member, an eleventh telescopic member, and a mounting frame. A paper guide seat and a guide frame are provided in front of the mounting frame. A folding frame is hinged between the two mounting frames along the tile conveying direction. An eighth telescopic member is hinged to the folding frame, and the output end of the eighth telescopic member is hinged to the folding frame. A receiving box and a ninth telescopic member are provided on opposite sides of the two mounting frames. The receiving box is slidably connected to the mounting frame, and the output end of the ninth telescopic member is connected to the receiving box. A tenth telescopic member is provided inside the receiving box, and the output end of the tenth telescopic member is provided with a folding lug. The tenth telescopic member can drive the folding lug to extend out of the receiving box. A paper pressing frame and an eleventh telescopic member are hinged to the top of the mounting frame, and the output end of the eleventh telescopic member is hinged to the paper pressing frame.

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