WO2022141963A1 - Numerical-control edge-sealing processing equipment - Google Patents

Abstract

Numerical-control edge-sealing processing equipment, comprising a frame (405), and a first central cross beam (400) and a second central cross beam (500) slidably disposed on the frame (405). Both the first central cross beam (400) and the second central cross beam (500) are provided with transverse driving mechanisms (403), both sides of the frame (405) are provided with driving racks (404) matching the transverse driving mechanisms (403), and the transverse driving mechanisms (403) cooperate with the driving racks (404) to drive the first central cross beam (400) and the second central cross beam (500) to move in the length direction of the frame (405). The two ends of the first central cross beam (400) are slidably provided with a gluing five-axis head (401) and a scraping five-axis head (402), and the two ends of the second central cross beam (500) are slidably provided with a milling five-axis head (501) and a finishing five-axis head (502). The gluing five-axis head, the scraping five-axis head, the milling five-axis head, and the finishing five-axis head are respectively connected to a gluing mechanism (200), a scraping mechanism (300), a milling mechanism (504), and a finishing mechanism (505). The equipment further comprises a fixed cross beam (702) fixed to one end of the frame and a plurality of movable cross beams (703) slidably disposed on the frame, a plurality of support bases (704) are slidably mounted on the movable cross beam (703), and suction discs (705) are mounted at the tops of the support bases (704). The equipment can position and fix, by adsorption, plates, is not prone to looseness, can adapt to plates having various special shapes and sizes, is high in degree of automation, and can reduce costs.

Description

A kind of numerical control edge processing equipment technical field

The invention relates to the technical field of edge banding machines, in particular to a numerical control edge banding processing equipment.

Background technique

Edge banding is an important process in the manufacture of panel furniture. The quality of edge banding directly affects the quality, price and grade of the product. Edge sealing can improve the appearance quality of the furniture, avoid damage to the edges and corners of the furniture during transportation and use, and the veneer layer is lifted or peeled off. , but also beautify the furniture, happy mood. The raw materials used by panel furniture manufacturers are mainly particleboard, medium density board and other wood-based panels, and the selected edge bands are mainly PVC, polyester, melamine and wood strips. Edge banding of different materials and specifications uses different edge banding equipment. The wood edge banding process includes a series of processes such as gluing, pressing, tape cutting, rough trimming, finishing trimming, edge scraping, grooving and polishing. At present, the edge banding machines used by furniture manufacturers mainly include manual straight curve edge banding machines. The structure of manual edge banding machines is relatively simple, and its installation, use and maintenance are relatively easy, but the work efficiency is low and labor costs are high.

SUMMARY OF THE INVENTION

Aiming at the problems in the prior art, the present invention provides a numerical control edge-sealing processing equipment, which has novel structure and ingenious design, can position and adsorb and fix the processing plate, has a reliable and stable structure, is not easy to loosen, and can adapt to processing plates of various special-shaped sizes , flexible in use; convenient for positioning, milling, gluing and sealing, finishing and edge scraping processing of processed plates, high degree of automation, high work efficiency, reduced labor participation, and reduced labor costs.

In order to solve the above-mentioned technical problems, the present invention adopts the following technical solutions:

The invention provides a numerical control edge banding processing equipment, comprising a frame, a first central beam and a second central beam slidingly arranged on the frame, and the first central beam and the second central beam are both provided with transverse beams. A drive mechanism, both sides of the frame are provided with a drive rack that cooperates with the transverse drive mechanism and drives the first center beam and the second center beam along the The length direction of the frame moves;

The processing equipment also includes a fixed beam fixed at one end of the frame and a plurality of moving beams slidably arranged on the frame, and a plurality of support bases are also slidably installed on the moving beams, and the top of the support base is installed. with suction cups;

Both ends of the first center beam are slidingly provided with a five-axis gluing head and a five-axis scraping edge head, the output end of the five-axis gluing head is connected with a gluing bracket, and the output end of the five-axis scraping head is connected with a gluing bracket. An edge scraping bracket is connected; the gluing bracket is equipped with a splicing and gluing mechanism for gluing the edge band; mechanism;

Two ends of the second central beam are slidably provided with a milling-type five-axis head and a finishing five-axis head, the output end of the milling-type five-axis head is connected with a milling-type bracket, and the output end of the finishing five-axis head is A finishing support is connected; the milling support is equipped with a milling mechanism for milling the plate; the finishing support is equipped with a finishing mechanism for finishing the plate after edge sealing.

Wherein, the numerical control edge-sealing processing equipment further includes a belt feeding car mechanism, and the belt feeding car mechanism is used for feeding the edge-sealing strip into the material splicing and gluing mechanism;

The belt feeding car mechanism includes a belt feeding car bracket, the bottom of the belt feeding car bracket is provided with a sliding component and a supporting component, the supporting component is detachably connected to the belt feeding car bracket, and the supporting component includes an adjustable Lifting support feet;

The support assembly further includes a support plate, one end of the support plate is detachably connected to the belt feeder bracket, the support foot includes a screw rod and a support portion fixedly connected to the bottom of the screw rod, and the support plate is arranged in an L-shape , the other end of the support plate is provided with a screw hole that is matched and screwed with the screw;

The sliding assembly includes a plurality of universal wheels, and the plurality of universal wheels are respectively installed at the corners of the bottom of the belt feeder bracket.

Wherein, the belt feeding car mechanism further includes a tape feeding drum assembly, an anti-return assembly, a tape feeding assembly and a tape cutting assembly which are sequentially installed on the belt feeding car bracket; the tape feeding drum assembly includes a tape feeding drum body, so The tape feeder body is rotatably arranged on the upper end face of the tape feeder bracket, and the center of the tape feeder body is provided with a protruding shaft portion.

Wherein, the splicing and gluing mechanism also includes a gluing machine table and a material guide wheel, an anti-loosening component, a traction component, a gluing device and a belt pressing component sequentially installed on the gluing machine table, and the material guide wheel rotates connected to the gluing machine;

The gluing machine table is provided with several height-limiting pieces, and a space for the edge band to pass through is formed between the height-limiting pieces and the gluing machine table.

Wherein, the edge scraping mechanism includes a scraping edge lifting guide column, and two edge scraping bases that are arranged facing each other and are both slidably connected to the edge scraping lifting guide column, and one side of the edge scraping base is provided with a The edge scraping lift drive member drives the edge scraping base to move up and down, the two ends of the edge scraping base are respectively provided with a flat edge scraping component and an oblique edge scraping component, and between the two edge scraping bases are arranged tension assembly;

The tensioning assembly includes an intermediate fixing block, two tensioning guide posts, two tensioning pressure plates and two tensioning springs, the two tensioning pressure plates are respectively fixed on the two edge scraping bases, and the intermediate fixing block is fixed on the Edge scraping bracket, one end of the two tensioning guide posts are respectively fixed on the upper and lower sides of the fixing block, and the other ends of the two tensioning guide posts are respectively slidably passed through the tensioning pressure plate, the two tensioning guide posts are respectively The springs are respectively sleeved on the outer periphery of the two tensioning guide posts, and the two ends of the tensioning springs are respectively connected with the tensioning pressure plate and the fixing block;

There are two edge scraping lifting guide columns, and both of the two edge scraping lifting guide columns are slidably passed through the edge scraping base.

Wherein, the milling mechanism includes a milling driving member and a milling head connected with an output end of the milling driving member, and the milling driving member is installed on one side of the milling support.

Wherein, the finishing mechanism includes a finishing bracket, a finishing lifting guide column, and an upper finishing lifting seat and a lower finishing lifting seat which are arranged facing each other and are both slidably connected with the finishing lifting guide column. The repair lifting seat is equipped with an upper finishing component, the lower finishing lifting seat is equipped with a lower finishing component, and one side of the upper finishing lifting seat is provided with a first lifting driving part, and the lower finishing lifting One side of the seat is provided with a second lift driving member, and the front end of the upper finishing assembly and the front end of the lower finishing assembly are respectively equipped with an upper splint head and a lower splint head.

Wherein, the fixed beam is provided with an X-axis positioning and lifting driving member, and the output end of the X-axis positioning lifting driving member is connected with an X-axis positioning plate; one end of the moving beam is equipped with a Y-axis positioning lifting driving member, the The output end of the Y-axis positioning lift driver is connected to the Y-axis positioning plate, and the Y-axis positioning plate and the X-axis positioning plate are vertically arranged.

Wherein, both sides of the upper end face of the frame are provided with guide rail bodies, both ends of the moving beam are equipped with moving sliding seats, and the moving sliding seats are provided with guide rails that are slidably connected with the guide rail bodies. The movable sliding seat is slidably sleeved on the outer periphery of the guide rail body, and the guide rail groove is sleeved with a guide sleeve.

Wherein, one side of the moving beam is provided with a discharging lifting cylinder, an output end of the discharging lifting cylinder is connected with a discharging supporting plate, and the discharging lifting cylinder drives the discharging supporting plate to move up and down.

Beneficial effects of the present invention:

The invention has novel structure and ingenious design. According to the size of the processing plate, the positions of the moving beam and the supporting base are manually adjusted to the required positions in advance, and then the processing plate is sucked by the suction cup, and the processing is carried out under the action of the supporting base. The plate supports, locates, adsorbs and fixes the processed plate. The structure is reliable and stable, and it is not easy to loosen. It can adapt to various sizes of processed plates and is flexible in use. The lateral drive mechanism can be driven by the motor and the drive gear. Connection; drive the first center beam and the second center beam to move laterally along the frame through the meshing transmission connection between the driving gear and the driving rack, thereby driving the splice and gluing mechanism, the edge scraping mechanism, the milling mechanism and the finishing mechanism Reciprocating laterally on the frame to facilitate positioning, milling, gluing and edge sealing, finishing and edge scraping of the machined sheet. It has a high degree of automation, novel structure and ingenious design. The five-axis gluing The head, the scraping five-axis head, the milling five-axis head and the finishing five-axis head can respectively drive the gluing support, the scraping support, the milling support and the finishing support to rotate, and can drive them along the It moves with the first center beam and the second center beam, with a high degree of automation, and can drive the rotation direction of the gluing and gluing mechanism, the scraping mechanism, the milling mechanism and the finishing mechanism. The processing of milling, gluing and sealing, finishing and scraping is easy to use, has high work efficiency, reduces labor participation, and reduces labor costs.

Description of drawings

FIG. 1 is a schematic structural diagram of a numerically controlled edge banding processing equipment according to the present invention.

FIG. 2 is a schematic structural diagram of a frame, a moving beam and a fixed beam according to the present invention.

FIG. 3 is a schematic structural diagram of the present invention after hiding the moving beam and the fixed beam.

FIG. 4 is a schematic structural diagram of the present invention after hiding the frame, the moving beam and the fixed beam

FIG. 5 is a schematic structural diagram of the belt feeder mechanism, the material splicing and gluing mechanism and the five-axis gluing head of the present invention.

FIG. 6 is a schematic structural diagram of the material joining and gluing mechanism of the present invention.

FIG. 7 is a schematic structural diagram of the gluing and gluing mechanism of the present invention after hiding the gluing bracket.

FIG. 8 is a schematic diagram of the internal structure of the material joining and gluing mechanism of the present invention.

FIG. 9 is a schematic structural diagram of the gluing device of the present invention.

FIG. 10 is an exploded view of a part of the structure of the gluing device of the present invention.

FIG. 11 is a schematic structural diagram of the plastic door of the present invention.

FIG. 12 is a schematic structural diagram of the belt feeder mechanism of the present invention.

Fig. 13 is a plan view of the belt feeder mechanism of the present invention.

FIG. 14 is a schematic structural diagram of another perspective view of the belt feeder mechanism of the present invention.

FIG. 15 is a schematic structural diagram of the edge scraping mechanism of the present invention.

FIG. 16 is an enlarged view of A in FIG. 15 .

FIG. 17 is a schematic structural diagram of the edge scraping mechanism of the present invention from another perspective.

FIG. 18 is a schematic structural diagram of the edge scraping base, the flat edge scraping assembly and the oblique edge scraping assembly of the present invention.

FIG. 19 is a schematic structural diagram of the milling mechanism, the finishing mechanism and the second center beam according to the present invention.

FIG. 20 is a schematic structural diagram of the finishing mechanism of the present invention.

FIG. 21 is a schematic structural diagram of the finishing mechanism of the present invention from another perspective.

FIG. 22 is a schematic structural diagram of a frame and a fixed beam of the present invention.

FIG. 23 is a schematic structural diagram of the moving beam of the present invention.

FIG. 24 is a schematic structural diagram from another perspective of the moving beam of the present invention.

FIG. 25 is a schematic structural diagram of the support base and the suction cup of the present invention.

Reference numerals in Figures 1 to 25 include:

100. Mechanism for feeding the belt car;

101, belt feeder bracket; 102, belt feeder reel assembly; 103, anti-return assembly; 104, belt feeder assembly; 105, belt cutting assembly; 106, support foot; 107, support plate; 108, screw rod; 109, support part ; 110, screw hole; 111, universal wheel; 112, tape feeder body; 113, convex shaft; 114, anti-retraction telescopic cylinder; 115, anti-return abutment roller; 116, tape feed roller; 117, tape feed Driving part; 118, tape cutting knife seat; 119, tape cutting cylinder; 120, tape cutting blade; 121, feeding guide wheel; 122, feeding guide wheel; 123, material guide;

200. Splicing and gluing mechanism;

1. Gluing machine; 2. Material guide wheel; 3. Anti-loosening component; 4. Traction component; 5. Gluing device; 6. Belt pressing component; 7. Gluing bracket; 9. Anti-loosening telescopic cylinder; 10 , Anti-loose movable frame; 11, Anti-loose abutment wheel; 12, Anti-loose clamping wheel; 13, Height limiter; 14, Traction drive shaft; 15, Traction roller; 16, Traction drive sprocket; 17, Glue Transmission motor; 18, traction abutment cylinder; 19, traction movable frame; 20, traction abutment wheel; 21, pressure belt cylinder; 22, pressure belt movable frame; 23, pressure pulley; 24, pressure cylinder; 25, Active swing arm; 26. Pressing trailing guide wheel; 27. Plastic box; 28. Rubber door; 29. Rubber coating roller; 30. Rubber coating transmission sprocket; 31. Connecting rod; 32. Gluing coating driving part; Support fixing plate; 34. Glue inlet;

300. Scraping mechanism;

301, edge scraping bracket; 302, edge scraping lifting guide column; 303, edge scraping base; 304, edge scraping lifting drive; 305, edge scraping component; 306, edge scraping component; 307, tensioning component; 308 309, tension guide post; 310, tension pressure plate; 311, tension spring; 313, flat scraper base; 314, flat scraper seat; 315, flat scraper blade; 316, fit surface; 317 318, oblique scraper base; 319, oblique scraper seat; 320, oblique scraper blade; 321, first installation guide groove; 322, oblique scraper blade;

400, the first center beam; 401, the five-axis head for gluing; 402, the five-axis head for scraping; 403, the transverse drive mechanism; 404, the driving rack; 405, the frame;

500, Second center beam; 501, Milling five-axis head; 502, Refining five-axis head; 503, Milling bracket; 504, Milling mechanism; 505, Refining mechanism; 506, Milling drive; 507, milling head;

601, finishing bracket; 602, finishing lifting guide column; 603, upper finishing lifting seat; 604, lower finishing lifting seat; 605, first lifting driving part; 606, second lifting driving part; 607, upper splint head; 608, lower splint head; 609, the first horizontal slide; 610, the first horizontal driving part; 611, the first guide column; 612, the upper finishing drive part; 613, the upper finishing cutter wheel; 614, the first Two horizontal slides; 615, the second horizontal driving member; 616, the second guide column; 617, the lower finishing driving member; 618, the lower finishing cutter wheel;

702, fixed beam; 703, moving beam; 704, support base; 705, suction cup; 706, X-axis positioning lift drive; 707, X-axis positioning plate; 708, Y-axis positioning lift drive; 709, Y-axis positioning plate; 710, guide rail body; 711, movable slide; 712, guide rail groove; 713, guide sleeve; 714, discharge lifting cylinder; 715, discharge support plate; 723, sliding part; 724, slider; 725, pad sheet; 726, slide body; 1000, processing plate.

Detailed ways

In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the embodiments and the accompanying drawings, and the contents mentioned in the embodiments are not intended to limit the present invention. The present invention will be described in detail below with reference to the accompanying drawings.

A numerical control edge banding processing equipment, comprising a frame 405 and a first central beam 400 and a second central beam 500 slidably arranged on the frame 405, the first central beam 400 and the second central beam 500 are both set There is a transverse drive mechanism 403, and both sides of the frame 405 are provided with a drive rack 404 that is in cooperation with the transverse drive mechanism 403. The transverse drive mechanism 403 drives the first center beam under the cooperation of the drive rack 404. 400 and the second center beam 500 move along the length direction of the frame 405; the processing equipment also includes a fixed beam 702 fixed at one end of the frame 405 and a plurality of moving beams 703 slidably arranged on the frame, so A plurality of support bases 704 are also slidably installed on the moving beam 703, and suction cups 705 are installed on the top of the support bases 704;

Two ends of the first central beam 400 are slidably provided with a five-axis gluing head 401 and a five-axis scraping head 402 . The output end of the five-axis gluing head 401 is connected with a gluing bracket 7 . The output end of the shaft head 402 is connected with an edge scraping bracket 301; the gluing bracket 7 is equipped with a splicing and gluing mechanism 200 for gluing the edge band; The edge scraping mechanism 300 for scraping the edge after the plate is sealed; the two ends of the second central beam 500 are slidably provided with a five-axis milling head 501 and a five-axis finishing head 502, and the output of the five-axis milling head 501 The end is connected with a milling support 503, and the output end of the five-axis head 502 is connected with a finishing support 601; the milling support 503 is equipped with a milling mechanism 504 for milling the plate; The trimming bracket 601 is provided with a trimming mechanism 505 for trimming the plate after edge sealing.

Specifically, the present invention has novel structure and ingenious design. According to the size of the processed plate 1000, the positions of the moving beam 703 and the supporting base 704 are manually adjusted to the required positions in advance, and then the processed plate 1000 is sucked by the suction cup 705, Under the action of the support base 704, the processed board 1000 is supported, and the processed board 1000 is positioned, adsorbed and fixed. The structure is reliable, stable, not easy to loosen, and can be adapted to various sizes of the processed board 1000, and is flexible in use. The transverse driving mechanism 403 can be a cooperative driving connection between the motor and the driving gear; the driving gear is meshed with the driving rack 404 to drive the first central beam 400 and the second central beam 500 to move laterally along the frame 405, thereby driving the The material receiving and gluing mechanism 200 , the scraping mechanism 300 , the milling mechanism 504 and the finishing mechanism 505 reciprocate laterally on the frame 405 , so as to facilitate the positioning, milling, gluing and edge sealing, and finishing of the processing plate 1000 . The processing of trimming and scraping has a high degree of automation, novel structure and ingenious design. The shaft head 502 can respectively drive the gluing support 7, the scraping support 301, the milling support 503 and the finishing support 601 to rotate, and can drive them to move along the first central beam 400 and the second central beam 500, with a high degree of automation, And it can drive the rotation direction of the material joining and gluing mechanism 200, the scraping mechanism 300, the milling mechanism 504 and the finishing mechanism 505, and the use is flexible, and can simultaneously realize the positioning, milling, gluing and sealing, finishing and Scraping edge processing, easy to use, high work efficiency, reduce labor participation, and reduce labor costs.

In the numerical control edge sealing processing equipment described in this embodiment, the numerical control edge sealing processing equipment further includes a belt feeding car mechanism 100, which is used for feeding the edge sealing strip into the splice coating In the glue mechanism 200; the belt feeding car mechanism 100 includes a belt feeding car bracket 101, the bottom of the belt feeding car bracket 101 is provided with a sliding component and a supporting component, and the supporting component is detachably connected to the belt feeding car bracket 101, the support assembly includes adjustable lifting support feet 106;

Wherein, the support assembly further includes a support plate 107 , one end of the support plate 107 is detachably connected to the belt feeder bracket 101 , and the support feet 106 include a screw rod 108 and a support portion 109 fixedly connected to the bottom of the screw rod 108 . , the support plate 107 is arranged in an L shape, and the other end of the support plate 107 is provided with a screw hole 110 that is screwed with the screw rod 108;

Specifically, the L-shaped support plate 107 can be detachably connected to the belt feeder bracket 101 through screws, and the screw rods 108 are screwed together with the screw holes 110 to realize the adjustment of the up and down movement of the screw rods 108, so as to facilitate the adjustment of the support portion 109. Height, easy to use.

Wherein, the sliding assembly includes a plurality of universal wheels 111 , and the plurality of universal wheels 111 are respectively installed at the corners of the bottom of the belt feeder bracket 101 . Specifically, the above arrangement facilitates the movement of the belt feeder bracket 101 .

In the numerical control edge banding processing equipment described in this embodiment, the belt feeder mechanism 100 further includes a tape feeder reel assembly 102 , an anti-return assembly 103 , a belt feeder assembly 104 , and The tape cutting assembly 105; the tape feeding drum assembly 102 includes a tape feeding drum body 112, the tape feeding drum body 112 is rotatably arranged on the upper end surface of the tape feeding vehicle bracket 101, and the center of the tape feeding drum body 112 is provided with a The convex shaft portion 113 . Specifically, when the belt feeding car mechanism is in operation, the tape feeding reel assembly 102 sends out the edge sealing strip, and under the action of the belt feeding assembly 104, the edge sealing strip is transported forward, and then the edge sealing strip is carried out through the tape cutting assembly 105. Cut off to facilitate subsequent processing; wherein, the addition of the anti-return component 103 can press the edge band to prevent the edge band from going backward during the transmission process or loosening the belt to affect subsequent cutting and processing; The edge-sealing strip roll can be placed together. This structure is a common structure in the field of mechanical feeding, and will not be repeated here.

In the numerical control edge banding processing equipment described in this embodiment, the anti-retraction assembly 103 includes an anti-retraction telescopic cylinder 114 and an anti-retraction abutment roller 115 connected to the output end of the anti-retraction telescopic cylinder 114 . The pick-up roller 115 is located on one side of the traction belt assembly 104;

The belt feeding assembly 104 includes a belt feeding roller 116 and a belt feeding driving member 117 that drives the belt feeding roller 116 to rotate. The anti-return abutting roller 115 cooperates with the belt feeding roller 116 to pull the edge banding strip. .

Specifically, the anti-retraction telescopic cylinder 114 can drive the anti-retraction abutment roller 115 to be close to one side of the belt conveyor roller 116 of the belt conveyor assembly 104 to press against the edge band driven by the belt conveyor roller 116 , generate friction with the edge band and between the edge band and the belt feed roller 116, tighten the edge band to ensure the stability of the subsequent tape cutting assembly 105 and subsequent processing procedures, and prevent the edge band from loosening when it is sent out. The driving member 117 can be a motor, and the belt feeding driving member 117 drives the belt feeding roller 116 to rotate to drive the edge banding strip to move forward.

The tape-cutting assembly 105 includes a tape-cutting knife seat 118, a tape-cutting cylinder 119, and a tape-cutting blade 120 connected to the output end of the tape-cutting cylinder 119. The tape-cutting cylinder 119 drives the tape-cutting blade 120 to cut the tape. The belt cutter seat 118 reciprocates inside. Specifically, the above arrangement is convenient for cutting the passing edge band.

Wherein, a feeding guide wheel 121 is rotatably provided on the side of the upper end surface of the belt feeder bracket 101 close to the belt feeding drum assembly 102; specifically, the setting of the feeding guide wheel 121 is convenient for guiding the edge band Feed forward.

Wherein, two feeding guide wheels 122 facing each other are rotatably connected to the side of the upper end surface of the belt feeder bracket 101 away from the belt feeding reel assembly 102 , and two feeding guide wheels 122 are arranged between the two feeding guide wheels 122 . A material guide gap is formed between the two material guide pieces 123 , and the material guide pieces 123 are located at the discharge end of the tape cutting assembly 105 . Specifically, the above arrangement is convenient for the edge band to be sent out through the gap between the two guide sheets 123 and then led out to the material joining and gluing mechanism 200 through the two feeding guide wheels 122, and the structure is stable.

In the numerical control edge-sealing processing equipment described in this embodiment, the splice and gluing mechanism 200 further includes a gluing machine 1, a material guide wheel 2, an anti-loosening component 3, The traction assembly 4, the gluing device 5 and the belt pressing assembly 6, the material guide wheel 2 is rotatably connected to the gluing machine table 1; specifically, when the gluing mechanism is working, the belt feeding car mechanism supplies the edge banding so that the edge banding strip passes through the material guide wheel 2, the anti-loosening component 3, the traction component 4, the gluing device 5 and the pressing band component 6 in turn. The next step is to pull the strip and calculate the length of the required workpiece edge band; the traction assembly 4 is used to pull the edge band to move forward; the gluing device 5 is used to carry out the edge band. Apply glue, and send out through the belt pressing assembly 6 after applying glue.

The gluing machine table 1 is provided with a plurality of height-limiting parts 13 , and a space for the edge band to pass through is formed between the height-limiting parts 13 and the gluing machine table 1 . Specifically, the above-mentioned settings can limit the height of the edge-sealing strip when it is conveyed, so as to prevent the edge-sealing strip from being offset.

The anti-loosening assembly 3 includes a loosening-proof telescopic cylinder 9 , a loosening-proof movable frame 10 , an anti-loosening abutment wheel 11 rotatably arranged on the loosening-proof movable frame 10 , and a rotatable set on the glue coating machine 1 . The anti-loosening clamping wheel 12, the output end of the anti-loosening telescopic cylinder 9 is drivingly connected to the anti-loosening movable frame 10, and the anti-loosening telescopic cylinder 9 drives the anti-loosening abutting wheel 11 to approach or away from the anti-loosening Loosen the clamping wheel 12. Specifically, the above arrangement can drive the anti-loosening abutting wheel 11 and the anti-loosening clamping wheel 12 to cooperate to clamp the edge banding under the driving of the anti-loosening telescopic cylinder 9, so as to facilitate the next pulling of the edge banding. and calculating the length of the required workpiece edge banding strips.

The traction assembly 4 includes a traction drive shaft 14, a traction roller 15 connected to the top end of the traction drive shaft 14, and a traction drive sprocket 16 connected to the bottom end of the traction drive shaft 14; 1; Specifically, the material receiving and gluing mechanism further includes a gluing transmission motor 17, which is drivingly connected with the traction transmission sprocket 16 and the gluing device 5; the gluing transmission motor 17 The traction drive shaft 14 is driven to rotate to drive the traction roller 15 to rotate to drive the edge banding strip to move forward.

The gluing machine 1 is also provided with a traction abutment cylinder 18, a traction movable frame 19, and a traction abutment wheel 20 rotatably arranged at the front end of the traction movable frame 19. The output end of the traction abutment cylinder 18 is connected to the The traction movable frame 19 is drivingly connected, and the traction abutment cylinder 18 drives the traction abutment wheel 20 to approach or move away from the traction roller 15 ;

Wherein, the material joining and gluing mechanism further includes a gluing transmission motor 17 , and the gluing transmission motor 17 is drivingly connected with the traction transmission sprocket 16 and the gluing device 5 . Specifically, by cooperating with the traction abutment wheel 20 and the traction roller 15 to drive the edge banding strip to move forward, the edge banding strip can be prevented from loosening during the transmission process, and the structure is reliable.

The belt pressing assembly 6 includes a belt pressing cylinder 21 , a belt pressing movable frame 22 and a belt pressing wheel 23 rotatably arranged at the front end of the belt pressing movable frame 22 . Back-end driver connection;

The belt pressing assembly 6 further includes a pressing cylinder 24, a movable swing arm 25 and a pressing trailing guide wheel 26. One end of the movable swing arm 25 is rotatably connected to the pressing belt movable frame 22, and the pressing trailing guide The wheel 26 is rotatably connected to the other end of the movable swing arm 25 , the pressing cylinder 24 is installed on the gluing machine 1 , and the output end of the pressing cylinder 24 is connected to the other end of the movable swing arm 25 . connect.

Specifically, when the edge banding strip is discharged, it passes through the pinch roller 23 and the pressing trailing guide wheel 26. The band pinch cylinder 21 can drive the band pinch wheel 23 to reciprocate back and forth, which can press the edge band and process plate, so that the processed plate and the edge band are seamlessly pressed together, and the structure is reliable; wherein, the pressing cylinder 24 can drive the movable swing arm 25 to rotate, so as to adjust the edge band by pressing the trailing guide wheel 26 The tightness of the fit sheet.

The gluing device 5 includes a gluing box 27, a gluing door 28 and a gluing roller 29. A gluing outlet is provided on the side of the lower end of the gluing box 27, and the gluing door 28 is arranged at the gluing outlet. The glue application roller 29 is vertically arranged on the outer side of the glue door 28; the side surface of the glue box 27 is provided with a support and fixed plate 33, and a glue application drive member 32 is installed on the support and fixed plate 33, and the glue application drives The member 32 is used to drive the glue door 28 to rotate, and the glue application drive sprocket 30 is provided at the bottom end of the glue application roller 29 . Specifically, the gluing drive motor 17 is drivingly connected to the traction drive sprocket 16 and the gluing drive sprocket 30 through a synchronous belt, so as to synchronously drive the traction drive shaft 14 and the gluing roller 29 to rotate. Reliable, ingenious and novel in design; the structure of this embodiment is novel, and the handle in the traditional technology is replaced with a glue application driving member 32. When the glue application device 5 is opened and closed, the glue application driving member 32 works to drive the glue door 28 to rotate, thereby At the same time as the switch is applied, the glue door 28 can be automatically opened and closed without manual opening and closing, which makes the operation more simple and automatic, avoids the occurrence of glue leakage due to negligence, reduces labor costs, and improves work efficiency and work quality. reliable.

Of course, the gluing device 5 in this embodiment can also be a traditional or existing gluing device 5, which can be used to seal the edge of the edge band.

The top end of the glue door 28 is connected with a connecting rod 31 , the output end of the glue application driver 32 is connected to the end of the connection rod 31 away from the glue door 28 , and the glue application driver 32 drives the connection The lever 31 swings to drive the glue door 28 to rotate. Specifically, one end of the connecting rod 31 close to the glue door 28 is sleeved on the outer periphery of the top end of the glue door 28 , and the output end of the glue application driving member 32 is connected to the end of the connecting rod 31 away from the glue door 28 . The glue application driving member 32 is an air cylinder, and the connecting rod 31 is driven to swing by extending and retracting the piston rod of the air cylinder, and then the glue door 28 is driven to rotate.

The glue door 28 is a rotatable flat glue door 28, there are two flat glue doors 28, and the two flat glue doors 28 cooperate with each other to open or block the glue outlet; the glue application driving member 32 is a Air cylinders, the number of the air cylinders is two, and the air cylinders are in one-to-one correspondence with the flat type glue doors 28; the top of the glue box 27 is provided with a glue inlet 34. Wherein, a heating tube is arranged in the glue application roller 29. In this embodiment, the heating tube is coaxially arranged with the glue application roller 29, the glue application part of the glue application roller 29 is facing the glue outlet, and the glue application roller 29 The length of the gluing part is greater than or equal to the height of the gluing outlet, the heating tube is located in the gluing roller 29, and the length of the heating tube is greater than or equal to the length of the gluing roller 29, so as to fully heat the gluing roller 29 and effectively avoid the gluing roller The melt on 29 is solidified.

In the numerical control edge-sealing processing equipment described in this embodiment, the edge scraping mechanism 300 includes an edge scraping lifting guide column 302 and two edge scraping which are arranged facing each other and are both slidably connected to the edge scraping lifting guide column 302 The base 303, one side of the edge scraping base 303 is provided with a scraping edge lift driving member 304 for driving the edge scraping base 303 to move up and down, and two ends of the edge scraping base 303 are respectively provided with a flat scraper The edge assembly 305 and the oblique scraping edge assembly 306, a tensioning assembly 307 is provided between the two edge scraping bases 303;

Specifically, the flat shaving assemblies 305 on the two edging bases 303 are arranged in an opposite manner, and the oblique shaving assemblies 306 on the two edging bases 303 are arranged in an opposite manner; when the workpiece needs to be shaving, the The edge scraping lift driving member 304 respectively drives the two edge scraping bases 303 to approach each other. When the workpiece needs to be scraped horizontally, the upper and lower sides of the compressed workpiece are pressed close to each other through the two flat edge scraping components 305 which are arranged opposite to each other. The drive mechanism drives the edge scraping bracket 301 to move, so that the flat scraping treatment of the workpiece can be realized; when the workpiece needs to be obliquely scraped, the external drive mechanism drives the edge scraping bracket 301 to rotate, so that the oblique edge scraping assembly 306 is aligned with the workpiece, By two oppositely disposed oblique scraping assemblies 306 approaching each other and pressing the workpiece, the external driving mechanism drives the scraping bracket 301 to move, so that the oblique scraping treatment of the workpiece can be realized; The installation of the oblique scraping assembly 306 and the flat scraping assembly 305, and an external drive mechanism is required to realize the switch between the oblique scraping and the flat scraping, which saves the waiting time for replacing parts, improves the processing efficiency, and has a reliable structure. It is ingenious and novel, and can effectively reduce the production cost; wherein, the tensioning component 307 can increase the pressing amount of the oblique scraping component 306 and the flat scraping component 305 on the workpiece, and cooperate with the scraping edge lifting driving member 304 to realize the oblique scraping component 306 and the flat scraping The upper and lower pressing amount control and avoidance function of the side assembly 305.

The tensioning assembly 307 includes a middle fixing block 308, two tensioning guide posts 309, two tensioning pressure plates 310 and two tensioning springs 311, and the two tensioning pressure plates 310 are respectively fixed on the two edge scraping bases On the seat 303, the middle fixing block 308 is fixed on the scraping bracket 301, one end of the two tensioning guide posts 309 is respectively fixed on the upper and lower sides of the fixing block, and the other ends of the two tensioning guide posts 309 slide respectively. Passing through the tensioning pressure plate 310, two tensioning springs 311 are respectively sleeved on the outer periphery of the two tensioning guide posts 309, and the two ends of the tensioning springs 311 are respectively connected with the tensioning pressure plate 310 and the fixing block; specifically , the tensioning guide post 309 can play the effect of guiding and sliding, and the tensioning spring 311 tensions the two tensioning pressure plates 310, which can pull the two edge scraping bases 303, so that the two ends of the two edge scraping bases 303 are pulled together. The flat scraping assembly 305 and the oblique scraping assembly 306 can better press the workpiece.

Wherein, there are two edge scraping lifting guide posts 302 , and the two edge scraping lifting guide posts 302 are both slidably passed through the edge scraping base 303 . Specifically, the above-described edge scraping lifting guide posts 302 effectively improve the movement stability of the edge scraping base 303 .

The flat scraper assembly 305 includes a flat scraper base 313, a flat scraper base 314 installed on the flat scraper base 313, and a flat scraper blade 315 installed on the flat scraper base 314. The flat scraper blade 315 It has an abutting surface 316 and a flat scraping edge 317. The abutting surface 316 is inclined along the running direction of the workpiece toward the side where the workpiece is located. Specifically, the above-mentioned setting of the flat scraper blade 315 is convenient for scraping the workpiece, and with the cooperation of the scraping five-axis head 402 and the scraping lifting drive member 304, the machine can replace the traditional manual scraping, which effectively improves the scraping. edge efficiency.

Wherein, the abutting surface 316 has a square structure, and the abutting surface 316 has four end edges, and the four end edges are all provided with the flat scraping edge 317; when the flat scraping edge 317 at the distal edge When worn, the flat scraping blade 315 can be removed and re-installed to use its other flat scraping edge 317 at the distal end for scraping.

The oblique scraper assembly 306 includes an oblique scraper base 318 , an oblique scraper base 319 obliquely installed on the oblique scraper base 318 , and an oblique scraper blade 320 installed on the oblique scraper base 319 . One end of 319 away from the oblique scraper base 318 is provided with a first installation guide groove 321 for installing the oblique scraper blade 320, and the middle part of the oblique scraper blade 320 is locked on the oblique scraper seat 319 via bolts; the oblique scraper blade The oblique scraper edge 322 of 320 is in the shape of a concave arc. Specifically, the first installation guide groove 321 plays a role of guiding and limiting the oblique scraper blade 320, the main body of the oblique scraper blade 320 is accommodated in the first installation guide groove 321, and the oblique scraper blade 322 of the oblique scraper blade 320 protrudes Extending out of the first installation guide groove 321, it is convenient to assemble the oblique scraper blade 320 and the oblique scraper base 319, which improves the stability and positional accuracy of the oblique scraper blade 320 installed on the oblique scraper base 319; The workpiece is subjected to bevel scraping processing by using the concave arc-shaped oblique scraper blade 322 .

In the numerical control edge banding processing equipment described in this embodiment, the milling mechanism 504 includes a milling driving member 506 and a milling head 507 connected to the output end of the milling driving member 506 . The milling driving member 506 Installed on one side of the milling bracket 503 . Specifically, the milling driving member 506 may be a motor, and the milling driving member 506 drives the milling head 507 to rotate to perform milling operation on the plate.

The finishing mechanism 505 includes a finishing support 601 , a finishing lifting guide post 602 , and an upper finishing lifting seat 603 and a lower finishing lifting seat that are arranged facing each other and are slidably connected to the finishing lifting guide column 602 . 604, the upper finishing lifting seat 603 is equipped with an upper finishing assembly, the lower finishing lifting seat 604 is equipped with a lower finishing assembly, and one side of the upper finishing lifting seat 603 is provided with a first lifting assembly A driving member 605, a second lifting driving member 606 is provided on one side of the lower finishing lifting seat 604, and an upper clamping head 607 and a front end of the upper finishing assembly and the front end of the lower finishing assembly are installed respectively. Lower splint head 608. Specifically, the present invention can drive the upper finishing lifting seat 603 and the lower finishing lifting seat 604 along the finishing lifting guide post 602 under the action of the first lifting driving member 605 and the second lifting driving member 606 . Moving up and down, the plate is clamped by the upper splint head 607 and the lower splint head 608. After the clamping is firm, the plate is refined through the upper and lower finishing components. The structure is reliable, the degree of automation is high, and the Clamp the plate, with good stability and reliable work.

The upper finishing assembly includes a first horizontal slide 609, a first horizontal driving member 610, a first guide post 611 and an upper finishing driving member 612. The first guide post 611 and the first horizontal driving member The components 610 are installed on the upper finishing lift seat 603, the first horizontal slide 609 is slidably sleeved on the outer circumference of the first guide post 611, and the first horizontal drive drives the first horizontal slide 609 Reciprocating along the first guide post 611 , the upper finishing driving member 612 is installed on the first horizontal sliding seat 609 , and an upper finishing cutter wheel 613 is connected to the output end of the upper finishing driving member 612 . Specifically, the above arrangement is convenient to adjust the position of the first horizontal sliding seat 609 according to the needs, so as to adjust the position of the upper finishing cutter wheel 613 aligning with the plate, the adjustment is convenient, and the upper finishing cutter wheel 613 is driven by the upper finishing driving member 612 Turn to finish the sheet.

The first lift drive member 605 and the second lift drive member 606 are both cylinders, and their output ends are connected to the finishing bracket 601 to control the up and down movement of the upper finishing lifting seat 603 and the lower finishing lifting seat 604 .

Wherein, the upper splint head 607 is detachably connected to the front end of the first horizontal sliding seat 609 . Specifically, the detachable installation method of the upper splint head 607 is convenient for replacement and installation on the one hand, and on the other hand, it is also convenient to adjust the position of the upper splint head 607 so as to facilitate the use of processing requirements.

Wherein, the upper finishing driving member 612 is a motor.

Wherein, the lower finishing assembly includes a second horizontal sliding seat 614, a second horizontal driving member 615, a second guide column 616 and a lower finishing driving member 617, the second guide column 616 and the second horizontal driving member 617 The components 615 are installed on the lower finishing lift seat 604, the second horizontal slide 614 is slidably sleeved on the outer circumference of the second guide post 616, and the second horizontal drive drives the second horizontal slide 614 along the As the second guide post 616 reciprocates, the lower finishing driving member 617 is installed on the second horizontal sliding seat 614 , and the output end of the lower finishing driving member 617 is connected with a lower finishing cutter wheel 618 . Specifically, the above arrangement is convenient to adjust the position of the second horizontal sliding seat 614 according to the needs, so as to adjust the position of the lower finishing cutter wheel 618 aligning with the plate, and the adjustment is convenient, and the lower finishing cutter wheel 618 is driven by the lower finishing driving member 617 Rotate to perform finishing edge processing on the board; wherein, the board can be processed at the same time by the upper finishing cutter wheel 613 and the lower finishing cutter wheel 618 at the same time.

Wherein, the lower splint head 608 is detachably connected to the front end of the second horizontal sliding seat 614 . Specifically, the detachable installation method of the lower splint head 608 is convenient for replacement and installation on the one hand, and on the other hand, it is also convenient to adjust the position of the lower splint head 608 so as to facilitate the use of processing requirements.

Wherein, the lower finishing driving member 617 is a motor.

In the numerical control edge banding processing equipment described in this embodiment, the fixed beam 702 is provided with an X-axis positioning and lifting driving member 706, and the output end of the X-axis positioning lifting driving member 706 is connected with an X-axis positioning plate 707; One end of the moving beam 703 is provided with a Y-axis positioning lift driver 708 , the output end of the Y-axis positioning lift driver 708 is connected to a Y-axis positioning plate 709 , and the Y-axis positioning plate 709 is perpendicular to the X-axis positioning plate 707 set up. Specifically, during work, according to the size of the processing plate 1000, manually adjust the positions of the moving beam 703 and the support base 704 to the required positions in advance, and then slide the processing plate 1000 to the X-axis positioning plate 707 and the Y-axis positioning plate 707. The inner side of the plate 709 is aligned with the X-axis positioning plate 707 and the Y-axis positioning plate 709 at the same time, and then the processing plate 1000 is sucked by the suction cup 705, and the processing plate 1000 is supported under the action of the support base 704 to complete the positioning. It is convenient for positioning and adsorbing and fixing the processing plate 1000, the structure is reliable and stable, and it is not easy to loosen, and it can adapt to the processing plate 1000 of various special-shaped sizes, and is flexible in use; it is beneficial to the milling mechanism 504, the finishing mechanism 505, and the splice and gluing. The mechanism 200 and the scraping mechanism 300 process the processed plate 1000, and the processing stability is strong; the X-axis positioning lift driver 706 and the Y-axis positioning lift driver 708 can respectively drive the X-axis positioning plate 707 and the Y-axis positioning The plate 709 moves up and down to correct the positioning of the processed plate 1000. During positioning, the X-axis positioning lift driver 706 and the Y-axis positioning lift driver 708 can respectively drive the X-axis positioning plate 707 and the Y-axis positioning plate 709 upward. Move, the plate 1000 to be processed moves downward after the positioning is completed, so as to avoid blocking the completion of the subsequent processing steps.

Wherein, both sides of the upper end surface of the frame are provided with guide rail bodies 710 , and both ends of the moving beam 703 are provided with moving slides 711 , and the moving slides 711 are provided with the guide rail bodies 710 through them. In cooperation with the slidingly connected guide rail grooves 712 , the moving sliding seat 711 is slidably sleeved on the outer circumference of the guide rail body 710 , and the guide rail grooves 712 are sleeved with a guide sleeve 713 . Specifically, the guide rail body 710 cooperates with the guide rail groove 712 of the moving slide 711 to slide and insert, so that the moving beam 703 can be moved on the frame conveniently, and the sliding stability is good. Static friction is generated between them to stably move the position of the beam 703 on the guide rail body 710 and the rack, and the structure is reliable.

Wherein, one side of the moving beam 703 is provided with a discharging lifting cylinder 714, the output end of the discharging lifting cylinder 714 is connected with a discharging supporting plate 715, and the discharging lifting cylinder 714 drives the discharging supporting plate 715 moves up and down. Specifically, before positioning the processing plate 1000 , the discharging lifting cylinder 714 makes the discharging supporting plate 715 rise and is higher than the height of the suction cup 705 , and the processing plate 1000 is supported by the discharging supporting plate 715 , manually slide the processing plate 1000 on the unloading support plate 715 to be aligned with the X-axis positioning plate 707 and the Y-axis positioning plate 709 at the same time. Vertically downward to the suction cup 705 of the support base 704 , the processing board 1000 is adsorbed and fixed by the suction cup 705 , the structural stability is good, the processing board 1000 is stable and reliable, and is not easy to loosen or shift.

Further, the bottom of the support base 704 is provided with a sliding portion 723, the sliding portion 723 is slidably arranged on the moving beam 703, and the sliding portion 723 can move along the length direction of the moving beam 703, so The sliding part 723 includes two symmetrically arranged sliding blocks 724 , the sliding blocks 724 are mounted on the bottom of the support base 704 , and the moving beam 703 is provided with a sliding rail body 726 slidably connected with the sliding blocks 724 . , the inner wall of the sliding block 724 is provided with a gasket 725 which is in sliding contact with the sliding rail body 726 . Specifically, under the cooperative sliding of the slider 724 and the slide rail body 726, the support base 704 can move smoothly, and static friction is generated between the slider 725 and the slide rail body 726 under the action of the gasket 725, which can play the role of positioning the support base The role of seat 704.

Preferably, the gasket 725 is a plastic gasket 725 or a rubber gasket 725 .

The frame 405 is also provided with a chip removal mechanism. The chip removal mechanism can be a dust suction device or a crawler belt to send the chips out. There is no special limitation here, but only to improve the cleanliness of the present invention. , play the chip removal function.

The above are only preferred embodiments of the present invention, and are not intended to limit the present invention in any form. Although the present invention is disclosed above with preferred embodiments, it is not intended to limit the present invention. , within the scope of the technical solution of the present invention, when using the technical content disclosed above to make some changes or modifications to equivalent embodiments of equivalent changes, but without departing from the technical solution content of the present invention, according to the technology of the present invention refers to the above Any simple modifications, equivalent changes and modifications made in the examples fall within the scope of the technical solutions of the present invention.

Claims (10)

1. A numerical control edge banding processing equipment is characterized in that: it comprises a frame and a first center beam and a second center beam which are slidably arranged on the frame, and the first center beam and the second center beam are both provided with transverse beams. A drive mechanism, both sides of the frame are provided with a drive rack that cooperates with the transverse drive mechanism and drives the first center beam and the second center beam along the The length direction of the frame moves;

   The processing equipment also includes a fixed beam fixed at one end of the frame and a plurality of moving beams slidably arranged on the frame, and a plurality of support bases are also slidably installed on the moving beams, and the top of the support base is installed. with suction cups;

   Both ends of the first center beam are slidingly provided with a five-axis gluing head and a five-axis scraping edge head, the output end of the five-axis gluing head is connected with a gluing bracket, and the output end of the five-axis scraping head is connected with a gluing bracket. An edge scraping bracket is connected; the gluing bracket is equipped with a material splicing and gluing mechanism for gluing the edge band; mechanism;

   Two ends of the second central beam are slidably provided with a milling-type five-axis head and a finishing five-axis head, the output end of the milling-type five-axis head is connected with a milling-type bracket, and the output end of the finishing five-axis head is A finishing support is connected; the milling support is equipped with a milling mechanism for milling the plate; the finishing support is equipped with a finishing mechanism for finishing the plate after edge sealing.
2. The numerical control edge banding processing equipment according to claim 1, characterized in that: the numerical control edge banding processing equipment further comprises a belt feeding car mechanism, and the belt feeding car mechanism is used for feeding the edge banding strip into the In the material receiving and gluing mechanism;

   The belt feeding car mechanism includes a belt feeding car bracket, the bottom of the belt feeding car bracket is provided with a sliding component and a supporting component, the supporting component is detachably connected to the belt feeding car bracket, and the supporting component includes an adjustable Lifting support feet;

   The support assembly further includes a support plate, one end of the support plate is detachably connected to the belt feeder bracket, the support foot includes a screw rod and a support portion fixedly connected to the bottom of the screw rod, and the support plate is arranged in an L-shape , the other end of the support plate is provided with a screw hole that is matched and screwed with the screw;

   The sliding assembly includes a plurality of universal wheels, and the plurality of universal wheels are respectively installed at the corners of the bottom of the belt feeder bracket.
3. The numerical control edge banding processing equipment according to claim 1, wherein the belt feeder mechanism further comprises a belt feeder reel assembly, an anti-return assembly, a belt feeder assembly and The tape cutting assembly; the tape feeding drum assembly includes a tape feeding drum body, which is rotatably arranged on the upper end surface of the tape feeding carriage bracket, and a convex shaft portion is provided at the center of the tape feeding drum body.
4. The numerical control edge banding processing equipment according to claim 2, characterized in that: the splice and gluing mechanism further comprises a gluing machine, a material guide wheel, an anti-loosening component, a traction assembly, a gluing device and a belt pressing assembly, the guide wheel is rotatably connected to the gluing machine;

   The gluing machine table is provided with several height-limiting pieces, and a space for the edge band to pass through is formed between the height-limiting pieces and the gluing machine table.
5. The numerically controlled edge-sealing processing equipment according to claim 1, wherein the edge scraping mechanism comprises a scraping edge lifting guide column, and two edge scraping lifting guide columns, which are arranged facing each other and are both slidably connected to the edge scraping lifting guide column. The edge scraping base, one side of the edge scraping base is provided with a scraping edge lift driving member for driving the edge scraping base to move up and down, and the two ends of the edge scraping base are respectively provided with a flat edge scraping component and an oblique scraping assembly, a tensioning assembly is arranged between the two scraping bases;

   The tensioning assembly includes an intermediate fixing block, two tensioning guide posts, two tensioning pressure plates and two tensioning springs, the two tensioning pressure plates are respectively fixed on the two edge scraping bases, and the intermediate fixing block is fixed on the Edge scraping bracket, one end of the two tensioning guide posts are respectively fixed on the upper and lower sides of the fixing block, and the other ends of the two tensioning guide posts are respectively slidably passed through the tensioning pressure plate, the two tensioning guide posts are respectively The springs are respectively sleeved on the outer periphery of the two tensioning guide posts, and the two ends of the tensioning springs are respectively connected with the tensioning pressure plate and the fixing block;

   There are two edge scraping lifting guide columns, and the two edge scraping lifting guide columns are both slidably passed through the edge scraping base.
6. The numerical control edge banding processing equipment according to claim 1, wherein the milling mechanism comprises a milling driving member and a milling head connected with the output end of the milling driving member, and the milling driving member Installed on one side of the milling bracket.
7. The numerical control edge-banding processing equipment according to claim 1, wherein the finishing mechanism comprises a finishing bracket, a finishing lifting guide column, and a finishing lifting guide column, which are arranged facing each other and are all slidably connected with the finishing lifting guide column. The upper finishing lifting seat and the lower finishing lifting seat, the upper finishing lifting seat is equipped with an upper finishing component, the lower finishing lifting seat is equipped with a lower finishing component, and the upper finishing lifting seat One side of the lower finishing lifting seat is provided with a first lifting driving member, one side of the lower finishing lifting seat is provided with a second lifting driving member, and the front end of the upper finishing assembly and the front end of the lower finishing assembly are respectively equipped with Upper splint head and lower splint head.
8. The numerical control edge banding processing equipment according to claim 1, characterized in that: the fixed beam is provided with an X-axis positioning and lifting driver, and the output end of the X-axis positioning and lifting driver is connected with an X-axis positioning plate; One end of the moving beam is provided with a Y-axis positioning and lifting driver, and the output end of the Y-axis positioning and lifting driver is connected to a Y-axis positioning plate, and the Y-axis positioning plate and the X-axis positioning plate are vertically arranged.
9. The numerical control edge banding processing equipment according to claim 8, characterized in that: both sides of the upper end face of the frame are provided with guide rail bodies, and both ends of the moving beam are provided with moving slides, so The moving sliding seat is provided with a guide rail groove which is matched and slidably connected with the guide rail body, the moving sliding seat is slidably sleeved on the outer periphery of the guide rail body, and a guide sleeve is sleeved inside the guide rail groove.
10. The numerical control edge banding processing equipment according to claim 8, characterized in that: one side of the moving beam is provided with a discharging and lifting cylinder, and the output end of the discharging and lifting cylinder is connected with a discharging support plate, so The discharging lift cylinder drives the discharging support plate to move up and down.

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