CN104589458A - Wood board edge sealing machine - Google Patents
Wood board edge sealing machine Download PDFInfo
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- CN104589458A CN104589458A CN201510057399.1A CN201510057399A CN104589458A CN 104589458 A CN104589458 A CN 104589458A CN 201510057399 A CN201510057399 A CN 201510057399A CN 104589458 A CN104589458 A CN 104589458A
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- scraping
- unit
- top shoe
- deburring unit
- frame
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N7/00—After-treatment, e.g. reducing swelling or shrinkage, surfacing; Protecting the edges of boards against access of humidity
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Finish Polishing, Edge Sharpening, And Grinding By Specific Grinding Devices (AREA)
Abstract
The invention relates to a wood board edge sealing machine. The wood board edge sealing machine comprises a feeding belt, a dustproof box, a front mechanism, an edge alignment mechanism, a rough trimming mechanism, a fine trimming mechanism, an edge scraping mechanism and a polishing mechanism, wherein the front mechanism, the polishing mechanism and the dustproof box are abreast arranged on one side of the feeding belt, the feeding belt traverses the front mechanism, the polishing mechanism and the dustproof box; the dustproof box is arranged between the front mechanism and the polishing mechanism; the edge alignment mechanism, the rough trimming mechanism, the fine trimming mechanism and the edge scraping mechanism are abreast arranged in the dustproof box, the edge alignment mechanism is arranged at one end close to the front mechanism in the dustproof box, and the edge scraping mechanism is arranged at one end close to the polishing mechanism in the dustproof box. The wood board edge sealing machine has the beneficial effect that the structure is simple, the operation is convenient to conduct and one-step forming can be realized; one time of trimming is only needed, the efficiency is improved, the waste of adhesive tapes is avoided and the production cost is reduced.
Description
Technical field
The present invention relates to a kind of plank edge banding machine.
Background technology
Edge banding machine is the one in the middle of woodworking machinery, the true wood of edge banding machine is mechanical, edge banding machine is just used to edge sealing as its name suggests,---gluing---cuts off---front and back are flush---up and down deburring---refine limit up and down---scraping up and down---all multiple operation such as polishing but supermatic for the program of edge sealing, to complete the conveying faced directly in formula special-shaped edge sealing.
Be coated with adhesive edge: by special structure, make edge sealing sheet material and edging material double spread evenly, ensure that bonding force is more firm.
Flush: to be moved by the line slideway of precision, adopt pattern from motion tracking and the quick cutting structure of high-frequency high-speed motor, ensure section flat smooth.
Refine: all adopt pattern from motion tracking and high-frequency high-speed electric machine structure, ensure the flat smooth of the sheet material top and the bottom of deburring.For repairing machining sheet edge band edging material unnecessary up and down.Finishing knife is R shape cutter.Being mainly used in the PVC of plate fitment, acrylic edge bar, is good with the thick above edge band of 0.8mm.
Scraping: for eliminate deburring on-rectilinear movement working angles caused by ripple vestige, make sheet material top and the bottom more neatly smooth.
Polishing: with the sheet material that cotton polishing wheel clearing up and processing is good, make edge sealing end face more smooth by polishing.
The function singleness of existing edge banding machine, structure is simple, installs inconvenient.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of plank edge banding machine, solves the deficiencies in the prior art.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: a kind of plank edge banding machine, and it comprises feeding belt, dirt seal housing, preposition mechanism, edging mechanism, Cu Xiu mechanism, refine mechanism, scraping mechanism, polishing mechanism; Described preposition mechanism, polishing mechanism and dirt seal housing are disposed side by side on the side of described feeding belt, and described feeding belt crosses described preposition mechanism, polishing mechanism and dirt seal housing; Described dirt seal housing is arranged between described preposition mechanism and described polishing mechanism; Described edging mechanism, Cu Xiu mechanism, refine mechanism, scraping mechanism are disposed side by side in described dirt seal housing, and described edging mechanism is arranged on the one end near described preposition mechanism in described dirt seal housing, one end of described scraping organization establishes close described polishing mechanism in described dirt seal housing.
The invention has the beneficial effects as follows: structure of the present invention is simple, easy to operate, can one-shot forming.Only need once to prune, improve efficiency, and there is no the waste of adhesive tape, production cost is reduced.
Accompanying drawing explanation
Fig. 1, Fig. 2, Fig. 3, Fig. 4 are structural representation of the present invention;
Fig. 5-1, Fig. 5-2 are the structural representation of preposition mechanism 40;
Fig. 6-1, Fig. 6-2, Fig. 6-3 are the structural representation of edging mechanism 5;
Fig. 7-1, Fig. 7-2, Fig. 7-3, Fig. 7-4 are the structural representation of Cu Xiu mechanism 6;
Fig. 8-1, Fig. 8-2, Fig. 8-3, Fig. 8-4 are the structural representation of refine mechanism 7;
Fig. 9-1, Fig. 9-2, Fig. 9-3, Fig. 9-4 are the structural representation of scraping mechanism 8.
Detailed description of the invention
Be described principle of the present invention and feature below in conjunction with accompanying drawing, example, only for explaining the present invention, is not intended to limit scope of the present invention.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, a kind of plank edge banding machine, it comprises feeding belt 20, dirt seal housing 10, preposition mechanism 40, edging mechanism 5, Cu Xiu mechanism 6, refine mechanism 7, scraping mechanism 8, polishing mechanism 9; Preposition mechanism 40, polishing mechanism 9 and dirt seal housing 10 are disposed side by side on the side of feeding belt 20, and feeding belt 20 crosses preposition mechanism 40, polishing mechanism 9 and dirt seal housing 10; Dirt seal housing 10 is arranged between preposition mechanism 40 and polishing mechanism 9; Edging mechanism 5, Cu Xiu mechanism 6, refine mechanism 7, scraping mechanism 8 are disposed side by side in dirt seal housing 10, and edging mechanism 5 is arranged on the one end near preposition mechanism 40 in dirt seal housing 10, and scraping mechanism 8 is arranged on the one end near polishing mechanism 9 in dirt seal housing 10.
Further: the opposite side of feeding belt 20 is provided with the convenient gun barrel mechanism 50 supporting plank.
As shown in Fig. 5-1, Fig. 5-2, preposition mechanism 40 comprise preposition frame, feed mechanism, for the cutting mechanism of cutting sideband, for sideband being pressed on the hold-down mechanism on plank; Feed mechanism, cutting mechanism, hold-down mechanism are all arranged in preposition frame, and cutting mechanism is arranged between feed mechanism and hold-down mechanism; Feed mechanism comprises feed plate 1.1, pressing plate 1.2, active roller 1.3, return idler 1.4; Feed plate 1.1 is bolted in preposition frame, and feed plate 1.1 is L-type steel plate; Pressing plate 1.2 presses feed plate 1.1 near an end face of feed plate 1.1, and pressing plate 1.2 is rotationally connected by spring rotary shaft and preposition frame; Active roller 1.3 and return idler 1.4 are arranged at the tail end of feed plate 1.1; The side of active roller 1.3 is provided with the connecting axle 1.5 that to be connected with drive motors.
Further: cutting mechanism comprises shearing tool 2.1 and promotes the telescopic cylinder 2.2 of shearing tool 2.1 movement; The stiff end of telescopic cylinder 2.2 is fixedly connected with preposition frame; Shearing tool 2.1 is arranged on the movable end of telescopic cylinder 2.2.
Further: hold-down mechanism comprises the little pinch roller 3.3 of large pinch roller the 3.1, first little pinch roller 3.2, second, the 3rd little pinch roller 3.4; Large pinch roller 3.1 is rotationally connected with preposition frame, and the lower end of large pinch roller 3.1 is provided with the driving mechanism for driving large pinch roller 3.1 to rotate; The little pinch roller 3.3 of first little pinch roller 3.2, second, the 3rd little pinch roller 3.4 are disposed side by side in preposition frame, and the second little pinch roller 3.3 is arranged between the first little pinch roller 3.2 and the 3rd little pinch roller 3.4.
Large pinch roller 3.1 its to play guide effect, facilitate sideband to be connected with plank edge; The main effect of the little pinch roller 3.3 of first little pinch roller 3.2, second, the 3rd little pinch roller 3.4 compresses sideband from different azimuth.
Further: preposition frame comprises feeding table 01 and for facilitating the traveling table 02 of mobile hold-down mechanism, traveling table 02 is arranged at the side of feeding table 01; Such design is convenient installs and transport.Feed mechanism and cutting mechanism are arranged on feeding table 01, and hold-down mechanism is arranged on traveling table 02.
Further: traveling table 02 comprises dovetail mount 02.1, dovetail slide 02.2; Dovetail slide 02.2 is arranged at the top of dovetail mount 02.1, and is connected by micro-adjusting mechanism between dovetail slide 02.2 with dovetail mount 02.1; The little pinch roller 3.3 of large pinch roller the 3.1, first little pinch roller 3.2, second, the 3rd little pinch roller 3.4 are all arranged on dovetail slide 02.2.Such design is convenient finely tunes hold-down mechanism.
Further: dovetail slide 02.2 is provided with the first cylinder 4.1 for the first little pinch roller 3.2 being pressed to plank; Dovetail slide 02.2 is provided with the second cylinder 4.2 for the second little pinch roller 3.3 being pressed to plank; Dovetail slide 02.2 is provided with the 3rd cylinder 4.3 for the 3rd little pinch roller 3.4 being pressed to plank.This enhance the little pinch roller 3.3 of the first little pinch roller 3.2, second, the 3rd little pinch roller 3.4 activity, be conducive to compressing sideband simultaneously.
Further: the first little pinch roller 3.2 is frustum structure, the second little pinch roller 3.3 is inversed taper platform structure, and the 3rd little pinch roller 3.4 is column structure.
Further: preposition frame is provided with for the gluing case of plank edge gluing, and concrete gluing case is arranged in feeding table 01.
Further: feeding table 01 can also arrange objective table 30.
As shown in Fig. 6-1, Fig. 6-2, Fig. 6-3, edging mechanism 5 comprises flush base 5.1, guide rail fixed plate 5.2, line slideway 5.3, top shoe 5.4, sliding block 5.5, upper cutting machine 5.6, lower cutting machine 5.7, first telescopic cylinder 5.8, second telescopic cylinder 5.9; Guide rail fixed plate 5.2 is arranged at the top of flush base 5.1, and line slideway 5.3 is arranged on the side of guide rail fixed plate 5.2 away from flush base 5.1, and line slideway 5.3 is inclined in guide rail fixed plate 5.2; Top shoe 5.4 and sliding block 5.5 are all nested in line slideway 5.3, and top shoe 5.4 is arranged on the top of sliding block 5.5, and top shoe 5.4 and sliding block 5.5 can at the square upward slidings at line slideway 5.3 place; Be connected by the first telescopic cylinder 5.8 between top shoe 5.4 with guide rail fixed plate 5.2, be connected by the second telescopic cylinder 5.9 between sliding block 5.5 with guide rail fixed plate 5.2; First telescopic cylinder 5.8 and the second telescopic cylinder 5.9 are separately positioned on the both sides of line slideway 5.3; Upper cutting machine 5.6 is arranged on top shoe 5.4, and lower cutting machine 5.7 is arranged on sliding block 5.5.
In the course of work, the effect that the first telescopic cylinder 5.8 mainly plays is the upper cutting machine 5.6 that stretches; The effect that second telescopic cylinder 5.9 mainly plays is the lower cutting machine 5.7 that stretches.
Further: upper cutting machine 5.6 is provided with top sheave positioning seat 5.10 away from the side of guide rail fixed plate 5.2, and the lower end of top sheave positioning seat 5.10 is provided with multiple pulley.Such design facilitates plank to slip over from the below of upper cutting machine 5.6.
Further: lower cutting machine 5.7 is provided with lower sheave positioning seat 5.11 away from the side of guide rail fixed plate 5.2, the upper end of lower sheave positioning seat 5.11 is provided with multiple pulley.Such design facilitates plank to slip over from the top of lower cutting machine 5.7.
Further: the lower end of guide rail fixed plate 5.2 is provided with the lower rubber pillar 5.12 to lower cutting machine 5.7 cushioning effects.Further: the upper end of upper cutting machine 5.6 is provided with the upper rubber pillar 5.13 to upper cutting machine 5.6 cushioning effects.
As shown in Fig. 7-1, Fig. 7-2, Fig. 7-3, Fig. 7-4, Cu Xiu mechanism 6 comprises slightly repaiies frame 6.1, is arranged on and slightly repaiies upper deburring unit 6.2 in frame 6.1 and lower deburring unit 6.3; Slightly repair frame 6.1 and comprise base 6.11, riser 6.12, column 6.13, transverse slat 6.14, pull bar 6.15; Be connected by riser 6.12 between the side of base 6.11 and the side of transverse slat 6.14, by two root post 6.13 support and connection between base 6.11 and transverse slat 6.14; Lower deburring unit 6.3 and two root posts 6.13 are slidably connected, and are provided with damping spring 6.4 between lower deburring unit 6.3 and base 6.11; Upper deburring unit 6.2 and two root posts 6.13 are slidably connected, and upper deburring unit 6.2 is connected 6.5 with between pull bar 6.15 by suspension spring; Upper deburring unit 6.2 arranges the top of lower deburring unit 6.3, and upper deburring unit 6.2 and lower deburring unit 6.3 are arranged at the both sides of riser 6.12 respectively.
Further: upper deburring unit 6.2 comprises top shoe 6.21, left slider 6.22, upper motor 6.23, above slightly repaiies blade 6.24; As shown in Figure 4, the upper blade slightly repaiied on blade 6.24 is linear pattern blade.Top shoe 6.21 is enclosed within two root posts 6.13, and is slidably connected with two root posts 6.13; 6.5 are connected by suspension spring between top shoe 6.21 with pull bar 6.15; Be slidably connected by left spreader 6.25 between left slider 6.22 and top shoe 6.21; Upper motor 6.23 is arranged on left slider 6.22, and can move forward and backward on left slider 6.22; On slightly repair blade 6.24 and be arranged on the output shaft of motor 6.23.
Further: the upper left micromatic setting be provided with between motor 6.23 and riser 6.12 for finely tuning upper motor 6.23 position on left slider 6.22.Increase integrally-built flexibility, assembling is simple.
Further: upper deburring unit 6.2 also comprises left dust shield 6.26; Left dust shield 6.26 covers on slightly to be repaiied on blade 6.24, and is fixedly connected with upper motor 6.23.Left dust shield 6.26, for by the upper garbage collection slightly repaiied blade 6.24 and eject, prevents waste material from falling into device interior.
Further: upper deburring unit 6.2 also comprises the large roller in a left side 6.27 for locating plank, left little roller 6.28; A left side is rotationally connected by back shaft between roller 6.27 and left slider 6.22 greatly; Left little roller 6.28 is connected by telescoping mechanism with between left slider 6.22.
Further: lower deburring unit 6.3 comprises sliding block 6.31, right slide block 6.32, lower motor 6.33, slightly repaiies blade 6.34 down; Sliding block 6.31 is enclosed within two root posts 6.13, and is slidably connected with two root posts 6.13; Damping spring 6.4 is provided with between sliding block 6.31 base 6.11; Be slidably connected by right spreader 6.35 between right slide block 6.32 and sliding block 6.31; Lower motor 6.33 is arranged on right slide block 6.32, and can move forward and backward on right slide block 6.32; Slightly repair down blade 6.34 to be arranged on the output shaft of lower motor 6.33.Slightly repair down blade 7.34 identical with upper structure of slightly repairing blade 7.24, just they are arranged on different motors, and lower lower edge of slightly repairing blade 7.34 pairs of planks is slightly repaiied, and upper upper edge of slightly repairing blade 7.24 pairs of planks is slightly repaiied.
Further: between lower motor 6.33 and riser 6.12, to be provided with the right micromatic setting for finely tuning lower motor 6.33 position on right slide block 6.32.
Further: lower deburring unit 6.3 also comprises right dust shield 6.36; Right dust shield 6.36 covers on lower slightly repairing on blade 6.34, and is fixedly connected with lower motor 6.33.
Further: lower deburring unit 6.3 also comprises the large roller in the right side 6.37 for locating plank, right little roller 6.38; The right side is rotationally connected by back shaft between roller 6.37 and right slide block 6.32 greatly; Right little roller 6.38 is connected by telescoping mechanism with between right slide block 6.32.
As shown in Fig. 8-1, Fig. 8-2, Fig. 8-3, Fig. 8-4, refine mechanism 7 comprises refine frame 7.1, be arranged on upper deburring unit 7.2 in refine frame 7.1 and lower deburring unit 7.3; Refine frame 7.1 comprises base 7.11, riser 7.12, column 7.13, transverse slat 7.14, pull bar 7.15; Be connected by riser 7.12 between the side of base 7.11 and the side of transverse slat 7.14, by two root post 7.13 support and connection between base 7.11 and transverse slat 7.14; Lower deburring unit 7.3 and two root posts 7.13 are slidably connected, and are provided with damping spring 7.4 between lower deburring unit 7.3 and base 7.11; Upper deburring unit 7.2 and two root posts 7.13 are slidably connected, and upper deburring unit 7.2 is connected 7.5 with between pull bar 7.15 by suspension spring; Upper deburring unit 7.2 arranges the top of lower deburring unit 7.3, and upper deburring unit 7.2 and lower deburring unit 7.3 are arranged at the both sides of riser 7.12 respectively.
Further: upper deburring unit 7.2 comprises top shoe 7.21, left slider 7.22, upper motor 7.23, upper refine blade 7.24; As shown in Figure 4, V-type notch 7.24.1 on the blade of upper refine blade 7.24.Top shoe 7.21 is enclosed within two root posts 7.13, and is slidably connected with two root posts 7.13; 7.5 are connected by suspension spring between top shoe 7.21 with pull bar 7.15; Be slidably connected by left spreader 7.25 between left slider 7.22 and top shoe 7.21; Upper motor 7.23 is arranged on left slider 7.22, and can move forward and backward on left slider 7.22; Upper refine blade 7.24 is arranged on the output shaft of motor 7.23.
Further: the upper left micromatic setting be provided with between motor 7.23 and riser 7.12 for finely tuning upper motor 7.23 position on left slider 7.22.Increase integrally-built flexibility, assembling is simple.
Further: upper deburring unit 7.2 also comprises left dust shield 7.26; Left dust shield 7.26 covers on refine blade 7.24, and is fixedly connected with upper motor 7.23.Left dust shield 7.26, for the garbage collection ejected by upper refine blade 7.24, prevents waste material from falling into device interior.
Further: upper deburring unit 7.2 also comprises the large roller in a left side 7.27 for locating plank, left little roller 7.28; A left side is rotationally connected by back shaft between roller 7.27 and left slider 7.22 greatly; Left little roller 7.28 is connected by telescoping mechanism with between left slider 7.22, and telescoping mechanism is convenient finely tunes the little roller 7.28 in a left side and left slider 7.22.
Further: lower deburring unit 7.3 comprises sliding block 7.31, right slide block 7.32, lower motor 7.33, lower refine blade 7.34; Sliding block 7.31 is enclosed within two root posts 7.13, and is slidably connected with two root posts 7.13; Damping spring 7.4 is provided with between sliding block 7.31 base 7.11; Be slidably connected by right spreader 7.35 between right slide block 7.32 and sliding block 7.31; Lower motor 7.33 is arranged on right slide block 7.32, and can move forward and backward on right slide block 7.32; Lower refine blade 7.34 is arranged on the output shaft of lower motor 7.33.Lower refine blade 7.34 is identical with the structure of upper refine blade 7.24, and just they are arranged on different motors, and refine is carried out in the lower edge of lower refine blade 7.34 pairs of planks, and refine is carried out in the upper edge of upper refine blade 7.24 pairs of planks.
Further: between lower motor 7.33 and riser 7.12, to be provided with the right micromatic setting for finely tuning lower motor 7.33 position on right slide block 7.32.
Further: lower deburring unit 7.3 also comprises right dust shield 7.36; Right dust shield 7.36 covers on lower refine blade 7.34, and is fixedly connected with lower motor 7.33.
Further: lower deburring unit 7.3 also comprises the large roller in the right side 7.37 for locating plank, right little roller 7.38; The right side is rotationally connected by back shaft between roller 7.37 and right slide block 7.32 greatly; Right little roller 7.38 is connected by telescoping mechanism with between right slide block 7.32, and telescoping mechanism is convenient finely tunes the little roller in the right side 7.38 and right slide block 7.32.
As shown in Fig. 9-1, Fig. 9-2, Fig. 9-3, Fig. 9-4, scraping mechanism 8 comprises scraping frame 8.1, be arranged on upper scraping unit 8.2 in scraping frame 8.1 and lower scraping unit 8.3; Scraping frame 8.1 comprises base 8.11, riser 8.12, column, transverse slat 8.14, suspension bracket 8.15; Riser 8.12 is set to two, and the lower end of two risers 8.12 is separately positioned on the both sides of base 8.11, and the upper end of two risers 8.12 is separately positioned on the both sides of transverse slat 8.14; The first dividing plate, second partition is provided with between two risers 8.12; Column comprises the first column 8.131 and the second column 8.132, first dividing plate is connected by the first column 8.131 with between base 8.11, is connected between second partition with transverse slat 8.14 by the second column 8.132; Lower scraping unit 8.3 and the first column 8.131 are slidably connected, and are provided with damping spring 8.4 between lower scraping unit 8.3 and base 8.11; Upper scraping unit 8.2 and the second column 8.132 are slidably connected, and upper scraping unit 8.2 is connected by suspension spring 8.5 with between suspension bracket 8.15; Upper scraping unit 8.2 arranges the top of lower scraping unit 8.3, and upper scraping unit 8.2 and lower scraping unit 8.3 are arranged at the both sides of two risers 8.12 respectively.
Further: upper scraping unit 8.2 comprises top shoe 8.21, left slider 8.22, upper scraping blade 8.24; Top shoe 8.21 is enclosed within the second column 8.132, and is slidably connected with the second column 8.132; Be connected by suspension spring 8.5 between top shoe 8.21 with suspension bracket 8.15; Be slidably connected by left spreader 8.25 between left slider 8.22 and top shoe 8.21; Upper scraping blade 8.24 is arranged on left slider 8.22.As shown in Figure 4, lower scraping blade 8.24, lower scraping blade 8.24 comprises handle of a knife 8.241 and is arranged on the line style blade 8.242 of handle of a knife 8.241 one end.
Further: upper scraping unit 8.2 also comprises the left copper pipe 8.26 for blowing bits; Left copper pipe 8.26 is arranged on left slider 8.22, and near upper scraping blade 8.24 place.Left copper pipe 8.26 blows off for the waste material ejected by upper scraping blade 8.24, prevents waste material from falling into device interior.
Further: upper scraping unit 8.2 also comprises the large roller in a left side 8.27 for locating plank, left little roller 8.28; A left side is rotationally connected by back shaft between roller 8.27 and left slider 8.22 greatly; Left little roller 8.28 is connected by telescoping mechanism with between left slider 8.22, and telescoping mechanism is convenient finely tunes the little roller 8.28 in a left side and left slider 8.22.
Further: lower scraping unit 8.3 comprises sliding block 8.31, right slide block 8.32, lower scraping blade 8.34; Sliding block 8.31 is enclosed within the first column 8.131, and is slidably connected with the first column 8.131; Damping spring 8.4 is provided with between sliding block 8.31 and base 8.11; Be slidably connected by right spreader 8.35 between right slide block 8.32 and sliding block 8.31; Lower scraping blade 8.34 is arranged on right slide block 8.32.
Further: lower scraping unit 8.3 also comprises the right copper pipe 8.36 for blowing bits; Right copper pipe 8.36 is arranged on right slide block 8.32 and close lower scraping blade 8.34 place.Right copper pipe 8.36 blows off for the waste material ejected by lower scraping blade 8.34, prevents waste material from falling into device interior.Lower scraping blade 8.34 is identical with upper scraping blade 8.24 structure, and just the position of their installations is different, and scraping is carried out in the lower edge of lower scraping blade 8.34 pairs of planks, and scraping is carried out in the upper edge of upper scraping blade 8.24 pairs of planks.
Further: lower scraping unit 8.3 also comprises the large roller in the right side 8.37 for locating plank, right little roller 8.38; The right side is rotationally connected by back shaft between roller 8.37 and right slide block 8.32 greatly; Right little roller 8.38 is connected by telescoping mechanism with between right slide block 8.32, and telescoping mechanism is convenient finely tunes the little roller in the right side 8.38 and right slide block 8.32.
These are only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a plank edge banding machine, is characterized in that: comprise feeding belt (20), dirt seal housing (10), preposition mechanism (40), edging mechanism (5), Cu Xiu mechanism (6), refine mechanism (7), scraping mechanism (8), polishing mechanism (9); Described preposition mechanism (40), polishing mechanism (9) and dirt seal housing (10) are disposed side by side on the side of described feeding belt (20), and described feeding belt (20) crosses described preposition mechanism (40), polishing mechanism (9) and dirt seal housing (10); Described dirt seal housing (10) is arranged between described preposition mechanism (40) and described polishing mechanism (9); Described edging mechanism (5), Cu Xiu mechanism (6), refine mechanism (7), scraping mechanism (8) are disposed side by side in described dirt seal housing (10), and described edging mechanism (5) is arranged on the one end near described preposition mechanism (40) in described dirt seal housing (10), described scraping mechanism (8) is arranged on the one end near described polishing mechanism (9) in described dirt seal housing (10).
2. a kind of plank edge banding machine according to claim 1, is characterized in that: described preposition mechanism (40) comprise preposition frame, feed mechanism, for the cutting mechanism of cutting sideband, for sideband being pressed on the hold-down mechanism on plank; Described feed mechanism, cutting mechanism, hold-down mechanism are all arranged in described preposition frame, and described cutting mechanism is arranged between described feed mechanism and described hold-down mechanism; Described feed mechanism comprises feed plate (1.1), pressing plate (1.2), active roller (1.3), return idler (1.4); Described feed plate (1.1) is bolted in described preposition frame, and described feed plate (1.1) is L-type steel plate; Described pressing plate (1.2) presses described feed plate (1.1) near an end face of described feed plate (1.1), and described pressing plate (1.2) is rotationally connected by spring rotary shaft and described preposition frame; Described active roller (1.3) and return idler (1.4) are arranged at the tail end of described feed plate (1.1); The side of described active roller (1.3) is provided with the connecting axle (1.5) that to be connected with drive motors.
3. a kind of plank edge banding machine according to claim 2, is characterized in that: described preposition frame is provided with for the gluing case of plank edge gluing.
4. a kind of plank edge banding machine according to claim 1, is characterized in that: described edging mechanism (5) comprises flush base (5.1), guide rail fixed plate (5.2), line slideway (5.3), top shoe (5.4), sliding block (5.5), upper cutting machine (5.6), lower cutting machine (5.7), the first telescopic cylinder (5.8), the second telescopic cylinder (5.9); Described guide rail fixed plate (5.2) is arranged at the top of described flush base (5.1), described line slideway (5.3) is arranged on the side of described guide rail fixed plate (5.2) away from described flush base (5.1), and described line slideway (5.3) is inclined in described guide rail fixed plate (5.2); Described top shoe (5.4) and described sliding block (5.5) are all nested on described line slideway (5.3), described top shoe (5.4) is arranged on the top of described sliding block (5.5), and described top shoe (5.4) and described sliding block (5.5) can at the square upward slidings at described line slideway (5.3) place; Be connected by described first telescopic cylinder (5.8) between described top shoe (5.4) with described guide rail fixed plate (5.2), be connected by described second telescopic cylinder (5.9) between described sliding block (5.5) with described guide rail fixed plate (5.2); Described first telescopic cylinder (5.8) and described second telescopic cylinder (5.9) are separately positioned on the both sides of described line slideway (5.3); Described upper cutting machine (5.6) is arranged on described top shoe (5.4), and described lower cutting machine (5.7) is arranged on described sliding block (5.5).
5. a kind of plank edge banding machine according to claim 1, is characterized in that: described Cu Xiu mechanism (6) comprises slightly repaiies frame (6.1), is arranged on and describedly slightly repaiies upper deburring unit (6.2) in frame (6.1) and lower deburring unit (6.3); Described frame (6.1) of slightly repairing comprises base (6.11), riser (6.12), column (6.13), transverse slat (6.14), pull bar (6.15); Be connected by described riser (6.12) between the side of described base (6.11) and the side of described transverse slat (6.14), by two root posts (6.13) support and connection between described base (6.11) and described transverse slat (6.14); Described lower deburring unit (6.3) and two described columns (6.13) are slidably connected, and are provided with damping spring (6.4) between described lower deburring unit (6.3) and described base (6.11); Described upper deburring unit (6.2) and two described columns (6.13) are slidably connected, and described upper deburring unit (6.2) is connected (6.5) by suspension spring with between described pull bar (6.15); Described upper deburring unit (6.2) arranges the top of described lower deburring unit (6.3), and described upper deburring unit (6.2) and described lower deburring unit (6.3) are arranged at the both sides of described riser (6.12) respectively.
6. a kind of plank edge banding machine according to claim 5, is characterized in that: described upper deburring unit (6.2) comprises top shoe (6.21), left slider (6.22), upper motor (6.23), above slightly repaiies blade (6.24); Described top shoe (6.21) is enclosed within two described columns (6.13), and is slidably connected with two described columns (6.13); Be connected (6.5) by suspension spring between described top shoe (6.21) with described pull bar (6.15); Be slidably connected by left spreader (6.25) between described left slider (6.22) and described top shoe (6.21); Described upper motor (6.23) is arranged on described left slider (6.22), and can be upper movable at described left slider (6.22); Described upper blade (6.24) of slightly repairing is arranged on the output shaft of described upper motor (6.23).
7. a kind of plank edge banding machine according to claim 1, is characterized in that: described refine mechanism (7) comprises refine frame (7.1), be arranged on upper deburring unit (7.2) on described refine frame (7.1) and lower deburring unit (7.3); Described refine frame (7.1) comprises base (7.11), riser (7.12), column (7.13), transverse slat (7.14), pull bar (7.15); Be connected by described riser (7.12) between the side of described base (7.11) and the side of described transverse slat (7.14), by two root posts (7.13) support and connection between described base (7.11) and described transverse slat (7.14); Described lower deburring unit (7.3) and two described columns (7.13) are slidably connected, and are provided with damping spring (7.4) between described lower deburring unit (7.3) and described base (7.11); Described upper deburring unit (7.2) and two described columns (7.13) are slidably connected, and described upper deburring unit (7.2) is connected (7.5) by suspension spring with between described pull bar (7.15); Described upper deburring unit (7.2) arranges the top of described lower deburring unit (7.3), and described upper deburring unit (7.2) and described lower deburring unit (7.3) are arranged at the both sides of described riser (7.12) respectively.
8. a kind of plank edge banding machine according to claim 7, is characterized in that: described upper deburring unit (7.2) comprises top shoe (7.21), left slider (7.22), upper motor (7.23), upper refine blade (7.24); Described top shoe (7.21) is enclosed within two described columns (7.13), and is slidably connected with two described columns (7.13); Be connected (7.5) by suspension spring between described top shoe (7.21) with described pull bar (7.15); Be slidably connected by left spreader (7.25) between described left slider (7.22) and described top shoe (7.21); Described upper motor (7.23) is arranged on described left slider (7.22), and can be upper movable at described left slider (7.22); Described upper refine blade (7.24) is arranged on the output shaft of described upper motor (7.23).
9. a kind of plank edge banding machine according to claim 1, is characterized in that: described scraping mechanism (8) comprises scraping frame (8.1), be arranged on upper scraping unit (8.2) on described scraping frame (8.1) and lower scraping unit (8.3); Described scraping frame (8.1) comprises base (8.11), riser (8.12), column, transverse slat (8.14), suspension bracket (8.15); Described riser (8.12) is set to two, the lower end of two described risers (8.12) is separately positioned on the both sides of described base (8.11), and the upper end of two described risers (8.12) is separately positioned on the both sides of described transverse slat (8.14); The first dividing plate, second partition is provided with between two described risers (8.12); Described column comprises the first column (8.131) and the second column (8.132), be connected by described first column (8.131) between described first dividing plate with described base (8.11), be connected by described second column (8.132) between described second partition with described transverse slat (8.14);
Described lower scraping unit (8.3) and described first column (8.131) are slidably connected, and are provided with damping spring (8.4) between described lower scraping unit (8.3) and described base (8.11); Described upper scraping unit (8.2) and described second column (8.132) are slidably connected, and described upper scraping unit (8.2) is connected by suspension spring (8.5) with between described suspension bracket (8.15); Described upper scraping unit (8.2) arranges the top of described lower scraping unit (8.3), and described upper scraping unit (8.2) and described lower scraping unit (8.3) are arranged at the both sides of two described risers (8.12) respectively.
10. a kind of plank edge banding machine according to claim 9, is characterized in that: described upper scraping unit (8.2) comprises top shoe (8.21), left slider (8.22), upper scraping blade (8.24); Described top shoe (8.21) is enclosed within described second column (8.132), and is slidably connected with described second column (8.132); Be connected by described suspension spring (8.5) between described top shoe (8.21) with described suspension bracket (8.15); Be slidably connected by left spreader (8.25) between described left slider (8.22) and described top shoe (8.21); Described upper scraping blade (8.24) is arranged on described left slider (8.22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510057399.1A CN104589458A (en) | 2015-02-04 | 2015-02-04 | Wood board edge sealing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510057399.1A CN104589458A (en) | 2015-02-04 | 2015-02-04 | Wood board edge sealing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104589458A true CN104589458A (en) | 2015-05-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510057399.1A Pending CN104589458A (en) | 2015-02-04 | 2015-02-04 | Wood board edge sealing machine |
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| Country | Link |
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| CN (1) | CN104589458A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104960070A (en) * | 2015-07-23 | 2015-10-07 | 浙江采丰木业有限公司 | Door plate processing mechanism |
| CN105216093A (en) * | 2015-10-09 | 2016-01-06 | 福州福田工艺品有限公司 | Wood-based plate edge sealing aftertreatment technology |
| CN106363767A (en) * | 2016-11-15 | 2017-02-01 | 佛山市豪伟德机械有限公司 | Scraping mechanism of edge sealing machine |
| CN107160533A (en) * | 2017-06-28 | 2017-09-15 | 青岛红强伟业机械有限公司 | Automatic tool preset edging device and edge banding machine |
| CN111645165A (en) * | 2020-06-24 | 2020-09-11 | 吴思 | Edge sealing treatment method for artificial board |
| CN112171820A (en) * | 2020-10-16 | 2021-01-05 | 广东金派高酒店家具有限公司 | Full-automatic gluing and edge sealing production line for plates |
-
2015
- 2015-02-04 CN CN201510057399.1A patent/CN104589458A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104960070A (en) * | 2015-07-23 | 2015-10-07 | 浙江采丰木业有限公司 | Door plate processing mechanism |
| CN104960070B (en) * | 2015-07-23 | 2018-01-05 | 浙江采丰木业有限公司 | A kind of door-plate organisation of working |
| CN105216093A (en) * | 2015-10-09 | 2016-01-06 | 福州福田工艺品有限公司 | Wood-based plate edge sealing aftertreatment technology |
| CN106363767A (en) * | 2016-11-15 | 2017-02-01 | 佛山市豪伟德机械有限公司 | Scraping mechanism of edge sealing machine |
| CN106363767B (en) * | 2016-11-15 | 2019-01-04 | 佛山市豪伟德机械有限公司 | A kind of edge banding machine scraping mechanism |
| CN107160533A (en) * | 2017-06-28 | 2017-09-15 | 青岛红强伟业机械有限公司 | Automatic tool preset edging device and edge banding machine |
| CN111645165A (en) * | 2020-06-24 | 2020-09-11 | 吴思 | Edge sealing treatment method for artificial board |
| CN111645165B (en) * | 2020-06-24 | 2021-01-29 | 东莞市中意厨房设备有限公司 | Edge sealing treatment method for artificial board |
| CN112171820A (en) * | 2020-10-16 | 2021-01-05 | 广东金派高酒店家具有限公司 | Full-automatic gluing and edge sealing production line for plates |
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Application publication date: 20150506 |