Automatic wood door leaf machining line

Abstract

The utility model discloses an automatic wooden door leaf machining line which comprises a first line and a machining line. The first line comprises a first gantry feeding and discharging machine, a first feeding roller table, a first double-end sawing machine, a first discharging roller, a first rotating platform, a second feeding roller table, a second double-end sawing machine, a first conveying roller table, a second conveying roller table, a first translation roller table, a first rightward hinge square linear edge sealing machine and a first translation scanning roller table which are sequentially arranged in a communicating mode. One end of the first translation scanning roller table is sequentially communicated with a first leftward hinge square linear edge banding machine, a second translation roller table, a third translation roller table, a first translation transmission roller table, a third transmission roller table, a fourth transmission roller table and a fifth transmission roller table, and the fifth transmission roller table is communicated with a processing line; one side of the first translation scanning roller table is sequentially communicated with a fourth translation roller table, a second flat transmission roller table and a first leftward primary-secondary linear edge banding machine, and the first leftward primary-secondary linear edge banding machine is communicated with the first translation transmission roller table.

Description

Technical Field

[0001] This utility model relates to the field of wooden door leaf processing and production technology, specifically to an automated wooden door leaf processing line. Background Technology

[0002] Currently, the functions of wooden door processing lines on the market are relatively simple and there is no mature matching program. This makes it impossible to produce products with relatively complex structures and high process requirements. Even if production is forced, it will lead to inefficiency and serious waste.

[0003] This production line integrates functions such as precision cutting, standard edge banding, irregular edge banding, and single-sided unsealed edge banding; at the same time, through time efficiency calculation, the equipment is reorganized to achieve the goal of full functionality and minimal time waste.

[0004] Therefore, it is necessary to propose an automated processing line for wooden door panels that integrates functions such as precision cutting, conventional edge banding, irregular edge banding, and single-sided unbanding, to achieve the goal of full functionality and minimal wasted time. Utility Model Content

[0005] The purpose of this utility model is to overcome the shortcomings of the existing technology and propose an automatic processing line for wooden door panels that integrates functions such as precision cutting, conventional edge banding, irregular edge banding, and single-sided unbanding, so as to achieve the goal of full functionality and less wasted time.

[0006] The purpose of this utility model is achieved through the following technical solution: an automatic processing line for wooden door panels, including a first line and a processing line, wherein the first line includes a first gantry loading and unloading machine, a first feeding roller table, a first double-end saw, a first discharge roller, a first rotating platform, a second feeding roller table, a second double-end saw, a first transmission roller table, a second transmission roller table, a first translation roller table, a first right-hand hinged straight edge banding machine, and a first translation scanning roller table;

[0007] One end of the first translation scanning roller table is sequentially connected to a first left-hand hinged straight edge banding machine, a second translation roller table, a third translation roller table, a first translation transfer roller table, a third transfer roller table, a fourth transfer roller table, and a fifth transfer roller table, the fifth transfer roller table being connected to the processing line;

[0008] A fourth translation roller table, a second flat transfer roller table, and a first left-direction straight edge banding machine are sequentially connected to one side of the first translation scanning roller table. The first left-direction straight edge banding machine is connected to the first translation transfer roller table.

[0009] A first plate storage machine is provided between the first and second transfer roller tables, with both ends connected to both.

[0010] The processing line includes a first door-sliding platform connected to the fifth transmission roller table. On one side of the first door-sliding platform are sequentially connected a second door-sliding platform, an edge scanning roller table, a door handle hole and lock core hole processing device, a door lock groove and bolt lock groove processing device, a door lock panel groove processing device, a door hinge lead hole processing device, a sixth transmission roller table, a roller, and a three-station gantry loading and unloading machine.

[0011] It also includes Line 2, which includes a second gantry loading and unloading machine, a third feeding roller table, a third double-end saw, a discharge roller, a second rotating platform, a feeding scanning side roller table, a fourth double-end saw, a seventh transmission roller table, an eighth transmission roller table, and a fifth translation roller table, all connected in sequence.

[0012] The fifth translation roller table is sequentially connected to the ninth transmission roller table, the second right-hand hinged straight edge banding machine, the sixth translation roller table, the seventh translation roller table, and the tenth transmission roller table on one side. The fifth translation roller table is sequentially connected to the eighth translation roller table, the eleventh transmission roller table, the twelfth transmission roller table, the thirteenth transmission roller table, and the ninth translation roller table on the other side. The ninth translation roller table is connected to the tenth transmission roller table on one side.

[0013] The tenth transmission roller table is sequentially connected to a second left-hand hinged straight edge banding machine, a tenth translation roller table, a second translation transmission roller table, an eleventh translation roller table, and a third translation transmission roller table. The second translation transmission roller table is connected to a right-hand male-female straight edge banding machine that is connected to the processing line. The third translation transmission roller table is connected to a right-hand locking straight edge banding machine that is connected to the processing line.

[0014] A second plate storage machine is provided between the seventh and eighth transmission roller tables.

[0015] The beneficial effects of this utility model are: it integrates functions such as precision cutting, conventional edge banding, irregular edge banding, and single-sided unsealed edge banding, achieving the goal of full functionality and less wasted labor time, while simultaneously meeting the processing needs of different door panels. Attached Figure Description

[0016] Figure 1 This is a schematic diagram of the present invention;

[0017] In the diagram, 1. First gantry loading and unloading machine; 2. First feeding roller table; 3. First double-end saw; 4. First discharge roller; 5. First rotating platform; 6. Second feeding roller table; 8. Second double-end saw; 9. First transfer roller table; 10. First plate storage machine; 11. Second transfer roller table; 12. First translation roller table; 13. First right-hand hinged straight edge banding machine; 14. First translation scanning roller table; 15. First left-hand hinged straight edge banding machine; 16. Second translation roller table; 17. Third translation roller table; 8. First translational conveyor roller table; 19. Third conveyor roller table; 20. Fourth conveyor roller table; 21. Fifth conveyor roller table; 22. Fourth translational roller table; 23. Second horizontal conveyor roller table; 24. First left-facing straight edge banding machine; 25. First door-separating translational platform; 26. Second door-separating translational platform; 27. Edge scanning roller table; 28. Door leaf handle hole and lock core hole processing device; 29. ​​Door leaf lock groove and bolt lock groove processing device; 30. Door leaf lock panel groove processing device; 31. Door leaf hinge lead hole processing device. 32. Sixth transmission roller table; 33. Roller; 34. Three-station gantry loading and unloading machine; 35. Second gantry loading and unloading machine; 36. Third feeding roller table; 37. Third double-end saw; 38. Discharge roller; 39. Second rotating platform; 40. Feed scanning edge-adjusting roller table; 41. Fourth double-end saw; 42. Seventh transmission roller table; 43. Second plate storage machine; 44. Eighth transmission roller table; 48. Fifth translation roller table; 49. Ninth transmission roller table; 50. Second right-hand hinged straight edge banding machine; 51. Sixth translation roller table; 52. Seventh translation roller table; 53. Tenth transfer roller table; 54. Eighth translation roller table; 55. Eleventh transfer roller table; 56. Twelfth transfer roller table; 57. Thirteenth transfer roller table; 58. Ninth translation roller table; 59. Second left-hand hinged straight edge banding machine; 60. Tenth translation roller table; 61. Second translation transfer roller table; 62. Eleventh translation roller table; 63. Third translation transfer roller table; 64. Right-hand male-female straight edge banding machine; 65. Right-hand locking straight edge banding machine. Detailed Implementation

[0018] The technical solution of this utility model will be clearly and completely described below with reference to the embodiments. Obviously, the described embodiments are only some embodiments of this utility model, and not all embodiments. Based on the embodiments of this utility model, all other embodiments obtained by those skilled in the art without creative effort are within the protection scope of this utility model.

[0019] It should be noted that the directional concepts of "left", "right", "up", "down", "front", "back", "inner", and "outer" in the following scheme are all relative directions, and will not be listed one by one here.

[0020] An automated line for processing wooden door panels, reference Figure 1This includes Line 1, Line 2, and the processing line connected to Line 1 and Line 2.

[0021] Line 1 includes, in sequence, a first gantry feeder 1, a first feeding roller table 2 (which scans the door leaf to obtain its height dimension), a first double-end saw 3 (used to cut off the short side of the door leaf), a first discharge roller 4, a first rotating platform 5 (which rotates the door leaf 90°), a second feeding roller table 6, a second double-end saw 8 (used to cut off the long side of the door leaf), a first transfer roller table 9, a first storage machine 10 (used to temporarily store door panels), a second transfer roller table 11, a first translation roller table 12, and a first right-hand hinged straight edge banding. The system includes: machine 13 (which automatically adjusts its dimensions according to the height of the identified area), first translational scanning roller table 14 (which determines whether a door is a single-leaf or double-leaf door by scanning the thickness), first left-hand hinged straight edge banding machine 15 (which adjusts its dimensions and cutters according to the identified content), second translational roller table 16, third translational roller table 17, first translational transfer roller table 18, third transfer roller table 19, fourth transfer roller table 20, and fifth transfer roller table 21, with the fifth transfer roller table 21 connected to the processing line. A fourth translational roller table 22, a second flat transfer roller table 23, and a first left-hand double-leaf straight edge banding machine 24 (which adjusts its dimensions and cutters according to the identified content) are connected to one side of the first translational scanning roller table 14. The first left-hand double-leaf straight edge banding machine 24 is connected to the first translational transfer roller table 18.

[0022] Line 2 includes, in sequence, a second gantry loading / unloading machine 35, a third feeding roller table 36 (which scans the passing door leaf to obtain its height dimension), a third double-end saw 37 (used to cut off the long side of the door leaf), a discharge roller 38, a second rotating platform 39 (which rotates the door leaf 90°), a feeding scanning edge roller table 40 (which scans the passing door leaf to obtain its width dimension), a fourth double-end saw 41 (used to cut off the short side of the door leaf), a seventh transfer roller table 42, a second storage machine 43, an eighth transfer roller table 44, and a fifth translation roller table 48. On one side of the fifth translation roller table 48, a ninth transfer roller table 49, a second right-hand hinged straight edge banding machine 50 (whose dimensions can be adjusted according to the identified content), a sixth translation roller table 51, a seventh translation roller table 57, and a tenth transfer roller table 53 are sequentially connected. On the other side of the fifth translation roller table 48, the eighth translation roller table 54, the eleventh transfer roller table 55, the twelfth transfer roller table 56, the thirteenth transfer roller table 57, and the ninth translation roller table 58 are sequentially connected. The ninth translation roller table 58 is connected to one side of the tenth transfer roller table 53. One end of the tenth transfer roller table 53 is sequentially connected to the second left-hand hinged straight edge banding machine 59 (the size can be adjusted according to the recognition content), the tenth translation roller table 60, the second translation transfer roller table 61, the eleventh translation roller table 62, and the third translation transfer roller table 63. The end of the second translation transfer roller table 61 is connected to the right-hand male-female straight edge banding machine 64 (the size can be adjusted according to the recognition content). The end of the third translation transfer roller table 63 is connected to the right-hand locking straight edge banding machine 65 (the size can be adjusted according to the recognition content).

[0023] The processing line includes a first door-splitting translation platform 25 connected to the right-hand straight edge banding machine 64, the right-hand locking straight edge banding machine 65, and the fifth transmission roller table 21 (which evenly distributes doors to each line according to the number of doors to be processed). On the other side of the first door-splitting translation platform 25, there are sequentially connected to a second door-splitting translation platform 26 (which evenly distributes doors to each line according to the number of doors to be processed), an edge scanning roller table 27, a door leaf handle hole and lock cylinder hole processing device 28 (for processing door leaf handle holes and lock cylinder holes), a door leaf lock groove and bolt lock groove processing device 29 (for processing door leaf lock grooves and bolt lock grooves), a door leaf lock panel groove processing device 30 (for processing door leaf lock panel grooves), a door leaf hinge lead hole processing device 31 (for processing door leaf hinge holes), a sixth transmission roller table 32, a roller 33, and a three-station gantry loading and unloading machine 34 (for stacking unloaded door leaves).

[0024] All components mentioned in this embodiment are existing components, commonly used in door leaf manufacturing. Their specific connections and structures are not described in detail here. This embodiment can be applied to both single-leaf and double-leaf door manufacturing.

[0025] The above description is merely a preferred embodiment of this utility model. It should be understood that this utility model is not limited to the form disclosed herein and should not be construed as excluding other embodiments. It can be used in various other combinations, modifications, and environments, and can be altered within the scope of the concept described herein through the above description or the technology or knowledge in related fields. Modifications and variations made by those skilled in the art that do not depart from the spirit and scope of this utility model should be protected within the scope of the appended claims.

Claims

1. An automated line for processing wooden door panels, characterized in that, It includes Line 1 and a processing line. Line 1 includes a first gantry loading and unloading machine, a first feeding roller table, a first double-end saw, a first discharge roller, a first rotating platform, a second feeding roller table, a second double-end saw, a first transmission roller table, a second transmission roller table, a first translation roller table, a first right-hand hinged straight edge banding machine, and a first translation scanning roller table, all connected in sequence. One end of the first translation scanning roller table is sequentially connected to a first left-hand hinged straight edge banding machine, a second translation roller table, a third translation roller table, a first translation transfer roller table, a third transfer roller table, a fourth transfer roller table, and a fifth transfer roller table, the fifth transfer roller table being connected to the processing line; A fourth translation roller table, a second flat transfer roller table, and a first left-direction straight edge banding machine are sequentially connected to one side of the first translation scanning roller table. The first left-direction straight edge banding machine is connected to the first translation transfer roller table.

2. The automatic processing line for wooden door panels according to claim 1, characterized in that: A first plate storage machine is provided between the first and second transfer roller tables, with both ends connected to both.

3. The automatic processing line for wooden door panels according to claim 1, characterized in that: The processing line includes a first door-sliding platform connected to the fifth transmission roller table. On one side of the first door-sliding platform are sequentially connected a second door-sliding platform, an edge scanning roller table, a door handle hole and lock core hole processing device, a door lock groove and bolt lock groove processing device, a door lock panel groove processing device, a door hinge lead hole processing device, a sixth transmission roller table, a roller, and a three-station gantry loading and unloading machine.

4. The automatic processing line for wooden door panels according to claim 1, characterized in that: It also includes Line 2, which includes a second gantry loading and unloading machine, a third feeding roller table, a third double-end saw, a discharge roller, a second rotating platform, a feeding scanning side roller table, a fourth double-end saw, a seventh transmission roller table, an eighth transmission roller table, and a fifth translation roller table, all connected in sequence. The fifth translation roller table is sequentially connected to the ninth transmission roller table, the second right-hand hinged straight edge banding machine, the sixth translation roller table, the seventh translation roller table, and the tenth transmission roller table on one side. The fifth translation roller table is sequentially connected to the eighth translation roller table, the eleventh transmission roller table, the twelfth transmission roller table, the thirteenth transmission roller table, and the ninth translation roller table on the other side. The ninth translation roller table is connected to the tenth transmission roller table on one side. The tenth transmission roller table is sequentially connected to a second left-hand hinged straight edge banding machine, a tenth translation roller table, a second translation transmission roller table, an eleventh translation roller table, and a third translation transmission roller table. The end of the second translation transmission roller table is connected to a right-hand male-female straight edge banding machine that is connected to the processing line. The end of the third translation transmission roller table is connected to a right-hand locking straight edge banding machine that is connected to the processing line.

5. The automatic processing line for wooden door panels according to claim 4, characterized in that: A second plate storage machine is provided between the seventh and eighth transmission roller tables.

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