Paper plate gluing machine

Abstract

The Fu paper plate gluing and pressing machine adopts electromechanical to replace manual pasting of folk paper crafts. The structure of this technology is to install the power of the rectangular paper push plate, the triangular paper push plate, and the Fu paper plate pressing plate on the power shaft of the same reduction motor. The triangular paper of the two triangular paper frames and the rectangular paper of the one rectangular paper frame are mechanically pushed to the automatic separation and combination spring pad at the same time. The crank connecting rod runs up and down to drive the Fu paper plate pressing plate to put the paper pieces on the automatic separation and combination spring pad together and brush the paste on them. Pushing them down will become the finished Fu paper plate. When the Fu paper plate pressing plate rises, the automatic separation and combination spring pad will put the finished Fu paper plate into the Fushou paper plate frame, and the cycle in sequence constitutes a mechanical processing Fu paper plate gluing and pressing machine. This gets rid of the difficulty of wasting labor time in manually pasting Fu paper plate crafts, and also solves the difficulty of manually aligning the positions of the three pieces of paper and evenly brushing the paste.

Description

Technical Field

[0001] The invention relates to a handicraft paper plate gluing and pressing machine for paper processing, which is particularly suitable for the application of holding fruits in accordance with folk customs. Background Art

[0002] At present, as we all know, people now paste blessing paper plates by hand. First, they cut paper into 2 triangular pieces of paper and 1 rectangular piece of paper, then apply glue to one side of the 2 triangular pieces of paper, and paste them on the two long sides of the 1 rectangular piece of paper to make a blessing paper plate. However, this method of making blessing paper plates by hand has many disadvantages. The styles of the handmade paper plates are inconsistent; the glue is not applied evenly, resulting in damage to the paper products and a waste of paper resources; it is indeed a waste of labor time to manually align the 3 pieces of paper and apply glue to make a blessing paper plate. Summary of the invention

[0003] In order to overcome the many drawbacks of the existing method of manually aligning the positions of 3 pieces of paper and applying paste to make Fu paper plates, this technology invents and designs a Fu paper plate gluing and pressing machine to address the many drawbacks of manually making Fu paper plates. The working mechanism of this Fu paper plate gluing and pressing machine is a power integrated shaft fastened to a reduction motor, and a rectangular paper pushing lever is fastened to one end of the power integrated shaft to operate and toggle the rectangular paper pushing lever. The rectangular paper pushing lever is connected to a rectangular paper pushing plate to push the paper in the rectangular paper frame onto the automatic separation and closing spring pad, and a triangular paper is fastened in the middle of the power integrated shaft. The push-shear separation and combination shaft is in operation, and the triangular paper pushing plates linked to the two shears are pushed to push the triangular paper in the triangular paper frame onto the automatic separation and combination spring pad. The crank is fastened on the other end of the power integrated shaft to drive the connecting rod to move up and down, and the paper plate pressing plate installed on the railing pushes the rectangular paper and two pieces of triangular paper down from the automatic separation and combination spring pad at the same time to form a finished paper plate. When the paper plate pressing plate rises, the automatic separation and combination spring pad puts the finished paper plate into the paper plate frame, and the cycle in sequence constitutes a mechanical processing paper plate gluing and pressing machine.

[0004] The technical solution adopted by the present invention to solve its technical problems is: the work table, the central axis of the rectangular paper push lever, the reduction motor, the return spring plate of the rectangular paper push lever, and the movable shear center axis fastening frame are fastened to the frame respectively. The rectangular paper frame bar, the triangular paper frame bar, the automatic separation and combination spring pad, and the paper tray finished product frame bar are fastened to the top of the table respectively. The shear center axis is installed in the middle of the two shears. The rectangular paper frame bar and the two triangular paper frame bars are fastened to the work table respectively, and the top paper springs are installed below to adjust the height of the paper stack. One end of the power integrated shaft is installed on the reduction motor, one side is fastened with the rectangular paper push lever shaft, the middle is fastened with the triangular paper push shear separation and combination shaft, and the other side is fastened with the crank. The rectangular paper push lever shaft operates and toggles the rectangular paper push lever to connect the rectangular paper push plate through the slipknot sleeve, and pushes the rectangular paper in the rectangular paper frame to the automatic separation and combination spring pad. The rectangular paper push plate is pulled back to its original position by the rectangular paper push lever return spring plate. The triangular paper push shear stock separation and combination shaft operates and toggles, the lower end of the triangular paper push shear stock is combined, and the upper end of the triangular paper push shear stock is connected to the triangular paper push plate through the slipknot sleeve, and the triangular paper in the triangular paper frame is pushed to the automatic separation and combination spring pad. The power for the triangular paper push plate to return is provided by the triangular paper shear stock push spring device in the middle of the triangular paper push shear stock to push the triangular paper push shear stock to push the triangular paper push plate to its original position. The lower end of the connecting rod is connected to the crank, and the upper end is installed on the frame. One end of the paper tray pressing plate connecting frame is fastened to the paper tray pressing plate, and the other end is fastened to the connecting rod. The crank operates to transmit the connecting rod to the paper tray pressing plate (connected by the paper tray pressing plate connecting frame. When it descends, the rectangular paper pushing plate and the triangular paper pushing plate are pushed to the automatic separation and combination spring pad. The paper pieces placed together are pressed down to become paper tray products. When the paper tray pressing plate rises, the automatic separation and combination spring pad will push the finished paper tray into the finished paper tray frame column under the work surface, which constitutes the mechanical processing of paper trays in sequence.

[0005] The beneficial effect of the present invention is that the power of the rectangular paper pushing plate, the triangular paper pushing plate and the blessing paper plate pressing plate are installed on the power integrated shaft of the same reduction motor, thereby getting rid of the difficulty of wasting labor hours in manually pasting blessing paper plate crafts, and also solving the problem of uneven manual application of paste and the inability to manually align the three pieces of paper to the required position, resulting in damage and waste of resources, and achieving the work of replacing manual pasting of blessing paper plates with electromechanical devices. BRIEF DESCRIPTION OF THE DRAWINGS

[0006] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0007] Figure 1 It is a side longitudinal structural diagram of the present invention.

[0008] In the figure, 1. the paper tray pressing plate, 2. the automatic separation and combination spring pad, 3. the rectangular paper pushing plate, 4. the slipknot sleeve, 5. the work surface, 6. the rectangular paper pushing lever, 7. the frame, 8. the central axis of the rectangular paper pushing lever, 9. the rectangular paper pushing lever dial shaft, 10. the triangular paper pushing and shearing separation and combination dial shaft, 11. the power integrated shaft, 12. the reduction motor, 13. the paper tray pressing plate connecting frame, 14. the rectangular paper frame, 15. the triangular paper pushing paste brush, 16. the triangular paper pushing plate, 17. the triangular paper frame, 18. the top paper spring, 19. the finished product frame of the paper tray, 20. the triangular paper shearing pushing spring, 21. the connecting rod, 22. the shearing center axis, 23. the triangular paper pushing and shearing, 24. the crank, 25. the rectangular paper pushing lever return spring plate, 26. the movable shearing center axis fastening frame. DETAILED DESCRIPTION

[0009] exist Figure 1In the paper plate gluing press, the slipknot sleeve 4 is fastened to one end of the rectangular paper pushing plate 3 and one end of the triangular paper pushing plate 16. The working table 5, the central axis of the rectangular paper pushing lever 8, the reduction motor 12, the rectangular paper pushing lever return spring plate 25, and the movable shearing center axis fastening frame 26 are fastened to the frame 7 respectively. The rectangular paper frame 14 and the triangular paper frame 17, the automatic separation and combination spring pad 2, and the finished paper plate frame 19 are fastened to the top of the table 5 respectively. The shearing center axis 22 is installed in the middle of the two shearing strands 23. The rectangular paper frame 14 and the two triangular paper frame 17 are fastened to the working table 5 respectively, and the top paper spring 18 is installed below to adjust the height of the paper stack. One end of the power integrated shaft 11 is installed on the reduction motor 12, one side is fastened with the rectangular paper pushing lever shaft 9, the middle is fastened with the triangular paper pushing shearing shearing separation and combination shaft 10, and the other side is fastened with the crank 24. The rectangular paper push lever shifting shaft 9 operates to shift the rectangular paper push lever 6 to connect the rectangular paper push plate 3 together through the slipknot sleeve 4, and push the rectangular paper piece in the rectangular paper frame 14 to the automatic separation and combination spring pad 2. The power of the rectangular paper push plate 3 returning to its original position is rebounded by the rectangular paper push lever return spring plate 25. The triangular paper push shear stock separation and combination shifting shaft 10 operates to shift the lower end of the triangular paper push shear stock 23 to merge, and the upper end of the triangular paper push shear stock 23 is connected to the triangular paper push plate 16 through the slipknot sleeve 4. The triangular paper push paste brush 15 is arranged at one end of the triangular paper push plate 16, and pushes the triangular paper piece in the triangular paper frame 17 to the automatic separation and combination spring pad 2. The power of the triangular paper push plate 16 returning to its original position is provided by the triangular paper shear stock push spring 20 installed in the middle of the triangular paper push shear stock 23 to push the triangular paper push shear stock 23 to push the triangular paper push plate 16 to its original position. The lower end of the connecting rod 21 is connected to the crank 24, and the upper end is mounted on the frame 7. One end of the Fu paper tray pressing plate connecting frame 13 is fastened to the Fu paper tray pressing plate 1, and the other end is fastened to the connecting rod 21. The crank 24 operates to drive the connecting rod 21 to the Fu paper tray pressing plate 1 connected through the Fu paper tray pressing plate connecting frame 13. When it descends, the rectangular paper pushing plate 3 and the triangular paper pushing plate 16 are pushed to the automatic separation and combination spring pad 2. The paper pieces placed together are pressed down to become Fu paper tray products. When the Fu paper tray pressing plate 1 rises, the automatic separation and combination spring pad 2 automatically puts the Fu paper tray finished product into the Fu paper tray finished product frame 19 under the work table 5, and the cycle in sequence constitutes the work of mechanically processing the Fu paper tray.

Claims

1. Paper plate gluing machine, its characteristics are The working table (5), the rectangular paper pushing lever center axis (8), the reduction motor (12), and the rectangular paper pushing lever return spring plate (25) are respectively fastened to the frame (7); the rectangular paper frame bar (14) and the triangular paper frame bar (17), and the automatic separation and closing spring pad (2) are respectively fastened to the working table (5); the shearing center axis (22) is installed in the middle of the two shearing bars (23); the rectangular paper frame bar (14) and the two triangular paper frame bars (17) are respectively fastened to the working table (5), and a paper push spring (18) is respectively installed below. One end of the power integrated shaft (11) is installed on the reduction motor (12), one side is fastened with a rectangular paper push lever shifting shaft (9), the middle is fastened with a triangular paper push shearing stock separation and combination shifting shaft (10), and the other side is fastened with a crank (24). The rectangular paper push lever shifting shaft (9) is operated to shift the rectangular paper push lever (6) to connect the rectangular paper push plate (3) together through the slipknot sleeve (4), and the triangular paper push shearing stock separation and combination shifting shaft (10) is fastened. (10) The lower end of the triangular paper pushing shear (23) is operated and moved to merge, and the upper end is connected to the triangular paper pushing shear (23) and the triangular paper pushing plate (16) through a slipknot sleeve (4). The triangular paper pushing paste brush (15) is arranged at one end of the triangular paper pushing plate (16). The lower end of the connecting rod (21) is connected to the crank (24), and the upper end is installed on the frame (7). One end of the Fu paper plate pressing plate connecting frame (13) is fastened to the Fu paper plate pressing plate (1), and the other end is fastened to the connecting rod. The crank (24) is on the rod (21), and the driving connecting rod (21) is driven to pass through the Fu paper tray pressing plate (1) fastened on the Fu paper tray pressing plate connecting frame (13), and when it descends, the rectangular paper pushing plate (3) and the triangular paper pushing plate (16) are pushed to the automatic separation and combination spring pad (2), and the paper sheets placed together are pressed down to form a Fu paper tray product. When the Fu paper tray pressing plate (1) rises, the automatic separation and combination spring pad (2) pushes the Fu paper tray finished product into the Fu paper tray finished product frame (19) below the work table (5).

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