CN210046807U

CN210046807U - Flow production line of paint-free film laminated wood door

Info

Publication number: CN210046807U
Application number: CN201920106688.XU
Authority: CN
Inventors: 唐华君; 王光润; 曹惠祥; 常星; 何志江
Original assignee: Guangdong Margaret Home Furnishing Co Ltd
Current assignee: Guangdong Margaret Home Furnishing Co Ltd
Priority date: 2019-01-22
Filing date: 2019-01-22
Publication date: 2020-02-11
Anticipated expiration: 2029-01-22

Abstract

The utility model discloses a flow production line of a paint-free film pressed wooden door, which comprises a door plate production line, a door face guard strip production line, a combined packaging platform, a conveyor and a master controller; the utility model discloses replace driven division of labor formula timber production process, rational distribution equipment operation flow, regulation operating mode realize pipelined production, greatly improve production efficiency, shorten processing cycle, satisfy mass production's requirement, alleviate workman's intensity of labour simultaneously, reduce the participation of people to the production process.

Description

Flow production line of paint-free film laminated wood door

Technical Field

The utility model relates to a furniture production technical field, concretely relates to timber production line is pressed to diaphragm.

Background

The wood has natural texture and color, and has the functions of temperature regulation, humidity regulation and the like, so that the prepared high-grade solid wood is popular with people. However, some pure solid wood doors made of precious wood are expensive, and meanwhile, the pure solid wood doors are easy to have the phenomena of paint surface cracking, door leaf deformation, shrinkage and white exposure and the like.

Therefore, a film-pressed wooden door appears on the market, and the film-pressed wooden door refers to a solid body compounded by using wood chips or a starting plate as a main material, and a surface layer is a door with a wooden veneer facing or other facing materials, namely, the door is formed by mechanically pressing two pieces of molding panels and a central bridge opening plate combined door frame. Therefore, the film-pressed wood door not only can embody the advantages of sound insulation and heat insulation of a pure solid wood door, but also has novel style and low cost, and is popular with customers. All steps of the existing production line of the film-pressing wooden door plate are independent, one procedure and one procedure are required to be completed manually, manual carrying is required between the two procedures, and therefore a large number of workers are required to guarantee smooth and uninterrupted completion of the whole procedure.

Disclosure of Invention

The utility model aims at providing a production line formula exempt from to coat with lacquer and press production line of timber to prior art not enough.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the flow production line of the paint-free film laminated wood door comprises a door plate production line, a door face stop strip production line, a combined packaging platform, a conveyor and a master controller;

the door plate production line comprises a panel production line, a door frame production line, a bridge opening plate production line, a door plate assembling platform, a press-fit sizing processing line and an edge sealing processing line, wherein the panel production line, the door frame production line and the bridge opening plate production line run in parallel and are connected with the feeding end of the door plate assembling platform, the discharging end of the door plate assembling platform is connected with the feeding end of the press-fit sizing processing line, and the discharging end of the press-fit sizing processing line is connected with the edge sealing processing line;

the conveying tail end of the door face barrier strip production line and the conveying tail end of the edge sealing processing line are both connected to the combined packaging platform; the stations are connected through a conveyor, and the conveyor is used for conveying parts in each production line under the master control of a master controller.

Furthermore, door face shelves strip production line includes that the door pocket that connects gradually by the conveyer is opened material machine, plane saw all-in-one, four sides planer, door pocket equipment platform, high frequency line strip pressing machine, covering machine, first CNC machining center, anticollision strip equipment platform.

Further, still include door pocket knot line production line and stack the district including knot line grinder and lines, the four sides planer discharge end still is connected through conveyer and knot line grinder feed end, and knot line grinder stacks the district through conveyer and lines and is connected, the lines is stacked and is equipped with in the district and is used for shifting the pallet truck that detains the line and shift to door pocket assembly platform in batches.

Further, the panel production line comprises an automatic lifting feeder, a second CNC machining center, a sander, a first glue rolling machine, an infrared drying box, a plastic sucking machine and a second glue rolling machine which are sequentially connected through a conveyor.

Furthermore, the door frame production line comprises a material breaker, a frame binding platform, a first fixed-thickness sander, a plate turnover device and a second fixed-thickness sander which are sequentially connected through a conveyor.

Further, the pressing and shaping processing line comprises a cold press and a numerical control square gauge machine which are connected by a conveyor.

Furthermore, the edge sealing processing line comprises a PVC edge sealing processing line and an aluminum edge sealing processing line which are arranged in parallel.

Further, the PVC edge sealing processing line comprises a self-circulation belt conveying edge sealing integrated machine and a first CNC numerical control lock hole hinge machine which are sequentially connected through a conveyor, wherein the output end of the first CNC numerical control lock hole hinge machine is connected with the combined packaging platform through the conveyor; the self-circulation belt conveying and edge sealing integrated machine comprises an one-way conveying table, a linear edge sealing machine, a longitudinal and transverse feeding table, a first reciprocating type vacuum feeder and a second reciprocating type vacuum feeder, wherein the feeding end and the discharging end of the longitudinal and transverse feeding table are respectively connected with a press fit shaping machining line and the linear edge sealing machine, the discharging end of the linear edge sealing machine is connected with a conveying translation table, one side of the conveying translation table is connected with a CNC (computer numerical control) lock hole hinge machine, the conveying translation table is provided with the first reciprocating type vacuum feeder capable of pushing a workpiece to the feeding end of the one-way conveying table, and the discharging end of the one-way conveying table is provided with the second reciprocating type vacuum feeder used for pushing.

Further, the aluminum product edge sealing processing line comprises an aluminum edge sealing assembly table, a high-frequency edge assembling machine and a second CNC (computer numerical control) lock hole hinge machine which are sequentially connected with a conveyor; and the second CNC numerical control lock hole hinge machine is connected with the combined packaging platform through a conveyor.

Further, the conveyor comprises a power roller, a buffer, a hydraulic lifting mechanism and a steering machine.

The utility model discloses following beneficial effect has:

the utility model discloses replace driven division of labor formula timber production process, rational distribution equipment operation flow, regulation operating mode realize pipelined production, greatly improve production efficiency, shorten processing cycle, satisfy mass production's requirement, alleviate workman's intensity of labour simultaneously, reduce the participation of people to the production process.

Drawings

Fig. 1 is a schematic view of the layout structure of the present invention;

FIG. 2 is a schematic structural view of a panel production line;

FIG. 3 is a schematic structural diagram of a door frame production line;

FIG. 4 is a schematic structural view of an edge banding processing line;

FIG. 5 is a schematic view of a press-fit shaping processing line;

FIG. 6 is a schematic view of the structure of a door facings stop strip production line and a door pocket buckle line production line;

FIG. 7 is a schematic structural view of a self-circulation belt conveying and edge sealing integrated machine;

in the figure: 1. a door panel production line; 2. a door panel production line; 3. a combined packaging platform; 5. a door pocket buckle line production line; 11. a panel production line; 12. a door frame production line; 13. a bridge opening plate production line; 14. a door panel assembly platform; 15. pressing and shaping the processing line; 16. edge sealing processing lines; 21. a door pocket cutting machine; 22. a planing and sawing integrated machine; 23. four-side planing machine; 24. a door pocket assembly platform; 25. a high-frequency line-pressing machine; 26. a covering machine; 27. a first CNC machining center; 28. an anti-collision strip assembly platform; 29. an edge positioning device; 41. a powered roller; 42. a buffer; 43. a hydraulic lifting mechanism; 44. a steering machine; 51. a thread-fastening sander; 52. A line stacking area; 53. a pallet truck; 111. an automatic lifting feeder; 112. a second CNC machining center; 113. a sanding machine; 114. a first glue rolling machine; 115. an infrared drying oven; 116. a plastic sucking machine; 117. a second glue rolling machine; 121. a material cutter; 122. a frame binding platform; 123. a first sanding machine with a certain thickness; 124. a plate turnover device; 125. a second fixed-thickness sander; 151. a cold press; 152. a numerical control square gauge machine; 161. the self-circulation belt conveying and edge sealing integrated machine; 162. a first CNC numerical control lock hole hinge machine; 163. an aluminum edge sealing assembly table; 164. A high-frequency edge assembling machine; 165. a second CNC numerical control lock hole hinge machine; 161a, a one-way conveying table; 161b, a linear edge bonding machine; 161c, a longitudinal and transverse feeding table; 161d, a first reciprocating vacuum feeder; 161e, a second reciprocating vacuum feeder; 161f, conveying translation stage.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments so as to more clearly understand the technical idea claimed in the present invention.

The flow production line of the paint-free film wooden door of the utility model shown in the figures 1-7 comprises a door plate production line 1, a door face guard strip production line 2, a combined packaging platform 3, a conveyor and a master controller;

the door plate production line 1 comprises a panel production line 11, a door frame production line 12, a bridge opening plate production line 13, a door plate assembling platform 14, a pressing and sizing processing line 15 and an edge sealing processing line 16, wherein the panel production line 11, the door frame production line 12 and the bridge opening plate production line 13 run in parallel and are connected with the feeding end of the door plate assembling platform 14, the discharging end of the door plate assembling platform 14 is connected with the feeding end of the pressing and sizing processing line 15, and the discharging end of the pressing and sizing processing line 15 is connected with the edge sealing processing line 16;

the conveying tail end of the door panel production line 2 and the conveying tail end of the edge sealing processing line 16 are both connected to the combined packaging platform 3; the stations are connected through a conveyor, and the conveyor is used for conveying parts in each production line under the master control of a master controller.

Preferably, the door panel strip production line 2 comprises a door pocket cutting machine 21, a planing and sawing all-in-one machine 22, a four-side planer 23, a door pocket assembling platform 24, a high-frequency wire pressing machine 25, a cladding machine 26, a first CNC (computer numerical control) machining center 27 and an anti-collision strip assembling platform 28 which are sequentially connected through a conveyor.

The utility model discloses concrete operation flow does: the door plate production line 1 and the door face barrier strip production line 2 respectively produce a door plate, a door face and a barrier strip, and the door plate, the door face and the barrier strip are conveyed to the combined packaging platform 4 for assembly; wherein, the panel production line 11 of door plant production line 1, door frame production line 12, the bridge opening board production line 13 continuously runs and respectively outputs the panel that the size corresponds the equipment of can mutually supporting, door frame and bridge opening board, three kinds of work pieces rely on the conveyer to carry and converge in door plant equipment platform 14, assemble the concatenation by the workman, the door plant that preliminary concatenation is good relies on the conveyer to carry and colds pressing and stereotypes the processing to pressfitting design processing line 15 in, form compact firm timber, its back timber relies on the conveyer to carry again and carries to banding processing line 16 and carry out the banding processing, accomplish whole timber production process.

The processing flow of the door panel barrier strip production line 2 is as follows: the high-density plate/high-density plate clamp multi-layer plate is taken out from a warehouse and sent into a door pocket cutting machine 21 to cut the wood out of a door face and a rough stop strip buckling blank, wherein the rough stop blank of the door face is conveyed into a planing and sawing integrated machine 22 through a conveyor to be processed by a solid wood strip, then the rough stop blank is planed into a door face stop strip with a proper shape by a four-surface planer 23, then the door face stop strip is sent to a door pocket assembling platform 24 to be combined with a workpiece, then the high-frequency wire pressing machine 25 is used for wire pressing processing, then the door face stop strip is sent to a cladding machine 26 to be protected by a film, then the door face stop strip is sent to a first CNC (computer numerical control) processing center 27 to be grooved, a hinge, a tongue hole, a side groove and an anti-collision strip groove are cut at a proper position of the workpiece, then the door face stop strip is sent to an anti.

Preferably, an edge-leaning positioning device 29 is arranged between the high-grade wire pressing strip machine 25 and the cladding machine 26, so that automatic edge-leaning conveying of workpieces is achieved, and the machining effect of the cladding machine 26 is guaranteed.

Preferably, still include door pocket knot line production line 5 and stack district 52 including knot line grinder 51 and lines, 23 discharge end on four sides planer is still connected through conveyer and knot line grinder 51 feed end, and knot line grinder 51 is connected through conveyer and lines stack district 52, be equipped with in the lines stack district 52 and be used for shifting the knot line to the pallet truck 53 of door pocket assembly platform 24 in batches.

Due to the decoration requirement of a part of wood doors, a decorative surface buckle line needs to be added to improve the attractiveness; the utility model provides a detain line production and adopt still to go on with 2 sharing of face shelves strip production line including the mode of lines door pocket cutting machine 21, planer-saw all-in-one 22, four sides planer 23, door pocket equipment platform 24, cladding machine 26, concrete flow is: the method comprises the steps of cutting a buckling line rough blank with a proper size by using a door pocket cutting machine 21, cutting a proper shape and a proper pattern on the surface of the buckling line by using a planning and sawing all-in-one machine 22 and a four-side planer 23, filling dust and polishing by using a sander 51, sending the buckling line into a line stacking area 52 for stacking, transferring the buckling line into a door pocket assembling platform 24 by using a pallet truck 53 when the buckling line needs to be used, assembling the buckling line into a door pocket together with a door face stop strip, and finally laminating the buckling line and the door face stop strip by using a cladding machine 26.

Because the buckling lines do not belong to wooden door necessities, and not all wooden doors need to be buckled and assembled, the door face stop bar production line 2 and the door pocket buckling line production line 5 can be used for output and stacking in the line stacking area 52 for standby at a time node with idle equipment, the production resources are reasonably utilized, and the production and equipment costs are effectively saved.

Preferably, the panel production line 11 comprises an automatic lifting feeder 111, a second CNC processing center 112, a sander 113, a first glue roller 114, an infrared drying oven 115, a suction molding machine 116 and a second glue roller 117 which are connected in sequence by a conveyor.

More specifically, the feeding end of the automatic lifting feeder 111 is connected with a density board warehouse; because the panel workpiece is large and heavy, an automatic lifting feeder 111 is needed to carry out feeding and conveying so as to prevent the whole production efficiency from being influenced by the limited production speed of the panel; the panel production line 11 is used for producing panels: the wood board raw material is firstly taken by the automatic lifting feeder 111 and sent into the second CNC machining center 112, the second CNC machining center 112 cuts the wood board raw material into wood boards with customized sizes, then sanding the surface of the wood board by a sanding machine 113, sanding off burrs and salient points on the surface of the wood board, gluing the surface of the wood board by a first glue rolling machine 114 to coat a glue film on the surface of the wood board, then enabling the wood board to pass through an infrared drying box 115, evaporating the water of the glue film by using infrared heat to avoid influencing the plastic suction processing, enabling the glue film to solidify and coat the wood board to quickly form a first-layer panel protective layer, then the wood board is conveyed to a plastic sucking machine 116 for plastic sucking and film covering to form a second layer of panel protection layer, and the plastic-absorbing film, the 3D film and the PVC film with proper textures can be selected according to the needs of users for processing, and finally, the plastic-absorbing wood board passes through the second glue rolling machine 117 for secondary gluing so that the wood board forms a third panel protection layer and then is sent into the assembly platform 4 for assembly; the wooden door panel has three panel protective layers after being processed by the first glue rolling machine 114, the infrared drying box 115, the plastic suction machine 116 and the second glue rolling machine 117, does not need to be painted, has the characteristics of moisture resistance and clear and selectable patterns, and avoids the phenomena of color cracking, permeability, stripping, white spots, pinholes, shrinkage cavities, orange marks, brush marks and the like.

Preferably, the surface of the panel after sanding is adhered with wood chips, so a dust remover is required to be arranged between the sander 113 and the first glue roller 114 for removing the wood chips on the surface so as to prevent the wood chips from affecting the gluing quality; more specifically, the dust remover is a double-sided dust removal device and comprises a dust removal box connected with the bottom of a conveying belt and a dust removal pipeline positioned above the conveying belt and connected with a workshop dust removal device.

Preferably, the door frame production line 12 comprises a material breaker 121, a frame binding platform 122, a first thickness sanding machine 123, a plate turnover device 124 and a second thickness sanding machine 125 which are connected in sequence by a conveyor.

When the door frame is actually used, the door frame timber is firstly sent into the material breaker 121, the material breaker 121 is used for cutting the door frame timber into framework battens required by the size, the framework battens are then conveyed to the frame binding platform 122 and are bound and spliced manually to form the door frame, the door frame is then conveyed to the fixed-thickness sanding device for sanding, and is sanded into the door frame with the thickness, and the length of the door frame timber is controlled by the material breaker 121, and the thickness of the door frame is controlled by the fixed-thickness sanding device, so that the size of the door frame can be effectively ensured to be in; the thickness of the door frame consisting of the framework influences the final pressing effect, so that the sanding with fixed thickness is needed to ensure the high processing precision of the thickness of the door frame; in addition, after the door frame is polished on one side by the first fixed-thickness sander 123, the door frame is turned over by the plate turning device 124, and then the second fixed-thickness sander 125 is used for polishing the other side, wherein the first fixed-thickness sander 123 on the upper station is provided with a thickness allowance, and the second fixed-thickness sander 125 on the lower station is customized according to the required specification of the door frame, so that the thickness meets the requirement and the front and back sides of the door frame framework are polished smoothly.

Preferably, the bridge hole plate production line 3 is a wood plate cutting machine, which can be a numerical control cutting machine or a sliding table saw; the door opening plate is cut into door opening plates with proper sizes by a woodworking cutting machine and then can be conveyed to the assembly platform 4 for door plate assembly.

More specifically, the panel, the door frame and the bridge opening plate are conveyed to a door plate assembling platform 14, then are manually spliced and bonded by glue to form a door plate rough blank, and the door plate rough blank is cached and sent to a pressing and shaping processing line 15 for cold pressing and shaping processing.

Preferably, the press sizing line 15 comprises a cold press 151 and a numerically controlled squarer 152 connected by a conveyor; the cold press 51 is used for cold pressing and fixing the door plate rough blank formed by bonding glue into the door plate with a firm laminated structure, and the cold pressing processing is only used for reinforcing the connection of door plate laminated plates, and the numerical control square gauge 152 of the lower station is also used for pressing and fixing the four sides of the wooden door to ensure that the door corner of the wooden door is a right angle, so that the whole pressing and shaping process is completed.

According to the requirements of the scene, the edge sealing processing of the wooden door generally adopts PVC edge sealing or aluminum edge sealing, so preferably, the edge sealing processing line 16 comprises a PVC edge sealing processing line and an aluminum edge sealing processing line which are arranged in parallel; the feeding and conveying directions of the PVC edge sealing processing line and the aluminum edge sealing processing line are mutually vertical and are connected to the output end of the numerical control gauge machine 152 through a switchable longitudinal and transverse conveying belt; and a manufacturer can switch the conveying direction of the longitudinal and transverse conveying belts according to production requirements and convey the wood boards to corresponding edge sealing processing lines for edge sealing processing.

Preferably, the PVC edge sealing processing line comprises a self-circulation belt conveying and edge sealing integrated machine 161 and a first CNC numerical control lock hole hinge machine 162, which are sequentially connected by a conveyor, wherein an output end of the first CNC numerical control lock hole hinge machine 162 is connected with the combined packaging platform 3 by the conveyor; the self-circulation belt conveying and edge sealing integrated machine 161 comprises a one-way conveying table 161a, a linear edge sealing machine 161b, a longitudinal and transverse feeding table 161c, a first reciprocating vacuum feeder 161d and a second reciprocating vacuum feeder 161e, wherein the feeding end and the discharging end of the longitudinal and transverse feeding table 161c are respectively connected with a pressing and shaping machining line 15 and the linear edge sealing machine 161b, the discharging end of the linear edge sealing machine 161b is connected with a conveying translation table 161f, one side of the conveying translation table 161f is connected with a first CNC (computer numerical control) lock hole hinge machine 162, the first reciprocating vacuum feeder 161d capable of pushing a workpiece to the feeding end of the one-way conveying table 161a is arranged on the conveying translation table 161f, and the second reciprocating vacuum feeder 161e capable of pushing the workpiece to the longitudinal and transverse feeding table 161c is arranged on the discharging end of the one.

In conventional production, four edge sealers are required to be arranged for four-edge sealing in combination with the three steering belts to be alternately installed during single-line PVC edge sealing processing of the wood board, the processing mode requires high equipment cost and occupies a large amount of space, and in the production of the film-pressing wood door, the processing speed of an upper station is low, so that long dead time is caused if four edge sealers are adopted, and the production benefit is restricted; therefore, in the utility model, a self-circulation belt conveying and edge sealing integrated machine 161 is adopted; the wooden door leaves the longitudinal and transverse conveyor belt and is conveyed to the longitudinal and transverse feed table 161c, the longitudinal and transverse feed table 161c is an inclined roller conveyor belt, so that the wooden door can be conveyed along the side, the wooden door is conveyed along the side and directly enters the linear edge banding machine 161b, the linear edge banding machine 161b performs single-side edge banding on the wooden door, after the single-side edge banding is completed, the wooden door reaches the position of the first reciprocating type vacuum feeder 161d, the first reciprocating type vacuum feeder 161d pushes the wooden door into the one-way conveyor table 161a, when the one-way conveyor table 161a conveys the wooden door to the discharge end, the second reciprocating type vacuum feeder 161e pushes the wooden door again onto the longitudinal and transverse feed table 161c, then the wooden door enters the edge banding machine again to perform single-side edge banding, after the wooden door is subjected to four-side edge banding, the wooden door is sent to the first reciprocating type vacuum feeder 161d connected to the discharge end of, the wooden door can not enter the one-way conveying table 161a but enters the conveying translation table 161f by virtue of conveying force, the conveying translation table 161f sends the wooden door with sealed edges completed into the first CNC numerical control lock hole hinge machine 162 for lock hole drilling and hinge machining, and finally the wooden door is sent into the combined packaging platform 3 for combined packaging.

More specifically, during edge sealing processing in the self-circulation belt conveying edge sealing all-in-one machine, after each edge sealing of the wooden door is completed, the wooden door needs to rotate and deflect by 90 degrees to seal the other edge, manual deflection can be carried out by dispatching workers at the longitudinal and transverse feeding tables 161c in the deflection process, a steering conveying belt can be added in the one-way conveying table 161a, a push arm of a second reciprocating type vacuum feeder 161e connected to the longitudinal and transverse feeding tables 161c can be changed into an inclined design, and when the second reciprocating type vacuum feeder 161e pushes the wooden plate, the wooden plate deflects by a certain angle and the edge-abutting conveying effect of the longitudinal and transverse feeding tables 161c can be achieved.

Preferably, the aluminum edge sealing processing line 16 comprises an aluminum edge sealing assembly table 163, a high-frequency edge assembling machine 164 and a second CNC numerical control lock hole hinge machine 165 which are sequentially connected by a conveyor; the second CNC lock hole hinge machine 165 is connected with the combined packaging platform 3 through a conveyor; when the timber needs to carry out the aluminum product banding, send into aluminium banding assembled station 163 by indulging horizontal conveyer belt in, carry out the aluminum product strake equipment by the workman, send into high frequency group limit machine 164 after timber edge group pastes the aluminum product welt and carry out high frequency group limit fixed, send to second CNC numerical control lockhole hinge machine 165 after that and bore the lockhole, beat the hinge processing, at last the timber is sent into and is made up the packing in combination packaging platform 3.

Preferably, the conveyor comprises a power drum 41, a buffer 42, a hydraulic lifting mechanism 43 and a diverter 44; the power roller conveyer belt 41 is suitable for conveying various plate-shaped, strip-shaped and frame-shaped workpieces, wherein the buffer 42 is arranged at the front end of a processing device needing to stop conveying to realize workpiece buffering, the hydraulic lifting mechanism 43 is used for matching the heights of various devices, and the steering machine 44 can change the conveying direction of the workpieces so as to achieve the purpose of saving the overall occupied space of the production line.

Various other changes and modifications may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such changes and modifications should fall within the scope of the present invention.

Claims

1. Exempt from paint film and press flow production line of timber, its characterized in that: the door panel packaging system comprises a door panel production line (1), a door face barrier strip production line (2), a combined packaging platform (3), a conveyor and a master controller;

the door plate production line (1) comprises a panel production line (11), a door frame production line (12), a bridge opening plate production line (13), a door plate assembling platform (14), a pressing and sizing processing line (15) and an edge sealing processing line (16), wherein the panel production line (11), the door frame production line (12) and the bridge opening plate production line (13) run in parallel and are connected with the feeding end of the door plate assembling platform (14), the discharging end of the door plate assembling platform (14) is connected with the feeding end of the pressing and sizing processing line (15), and the discharging end of the pressing and sizing processing line (15) is connected with the edge sealing processing line (16);

the conveying tail end of the door panel production line (2) and the conveying tail end of the edge sealing processing line (16) are both connected to the combined packaging platform (3); the stations are connected through a conveyor, and the conveyor is used for conveying parts in each production line under the master control of a master controller.

2. The flow line production line of the paint-free laminated wood door of claim 1, wherein: the door panel blocking strip production line (2) comprises a door pocket cutting machine (21), a planing and sawing all-in-one machine (22), a four-side planer (23), a door pocket assembling platform (24), a high-frequency line pressing machine (25), a cladding machine (26), a first CNC (computerized numerical control) machining center (27) and an anti-collision strip assembling platform (28) which are sequentially connected through a conveyor.

3. The flow line production line of the paint-free laminated wood door of claim 2, wherein: still detain line production line (5) including the door pocket, still include door pocket detain line production line (5) and stack district (52) including detaining line grinder (51) and lines, four sides planer (23) discharge end still is connected with detaining line grinder (51) feed end through the conveyer, it is connected with the district (52) to stack district (51) through conveyer and lines to detain line grinder (51), the lines are stacked and are equipped with in district (52) and are used for shifting to detaining the line pallet truck (53) of door pocket assembly platform (24) in batches.

4. The flow line production line of the paint-free laminated wood door of claim 1, wherein: the panel production line (11) comprises an automatic lifting feeder (111), a second CNC machining center (112), a sander (113), a first glue rolling machine (114), an infrared drying box (115), a plastic suction machine (116) and a second glue rolling machine (117) which are sequentially connected through a conveyor.

5. The flow line production line of the paint-free laminated wood door of claim 1, wherein: the door frame production line (12) comprises a material breaker (121), a frame binding platform (122), a first fixed-thickness sander (123), a plate turnover device (124) and a second fixed-thickness sander (125) which are sequentially connected through a conveyor.

6. The flow line production line of the paint-free laminated wood door of claim 1, wherein: the press-fit sizing processing line (15) comprises a cold press (151) and a numerical control square gauge (152) which are connected by a conveyor.

7. The flow line production line of the paint-free laminated wood door of claim 1, wherein: the edge sealing processing line (16) comprises a PVC edge sealing processing line and an aluminum edge sealing processing line which are arranged in parallel.

8. The flow line production line of paint-free laminated wood doors according to claim 7, wherein: the PVC edge sealing processing line comprises a self-circulation belt conveying edge sealing integrated machine (161) and a first CNC (computerized numerical control) lock hole hinge machine (162), wherein the self-circulation belt conveying edge sealing integrated machine and the first CNC numerical control lock hole hinge machine are sequentially connected through a conveyor, and the output end of the first CNC numerical control lock hole hinge machine (162) is connected with the combined packaging platform (3) through the conveyor; the self-circulation belt conveying and edge sealing integrated machine (161) comprises a one-way conveying platform (161a), a linear edge sealing machine (161b), a longitudinal and transverse feeding platform (161c), a first reciprocating type vacuum feeder (161d) and a second reciprocating type vacuum feeder (161e), the material inlet end and the material outlet end of the longitudinal and transverse feeding table (161c) are respectively connected with a pressing and shaping processing line (15) and a linear edge bonding machine (161b), the discharge end of the linear edge bonding machine (161b) is connected with a conveying translation table (161f), one side of the conveying translation table (161f) is connected to a first CNC (computer numerical control) lock hole hinge machine (162), a first reciprocating type vacuum feeder (161d) capable of pushing a workpiece to the feeding end of the one-way conveying table (161a) is arranged on the conveying translation table (161f), and a second reciprocating type vacuum feeder (161e) used for pushing the workpiece to the longitudinal and transverse feeding table (161c) is arranged at the discharging end of the one-way conveying table (161 a).

9. The flow line production line of paint-free laminated wood doors according to claim 7, wherein: the aluminum product edge sealing processing line comprises an aluminum edge sealing assembly table (163), a high-frequency edge assembling machine (164) and a second CNC (computer numerical control) lock hole hinge machine (165), which are sequentially connected by a conveyor; and the second CNC lock hole hinge machine (165) is connected with the combined packaging platform (3) through a conveyor.

10. The flow line production line of the paint-free laminated wood door of claim 1, wherein: the conveyor comprises a power roller (41), a buffer (42), a hydraulic lifting mechanism (43) and a steering gear (44).