CN103507136B - Full-automatic archaized wood floor processing machine - Google Patents
Full-automatic archaized wood floor processing machine Download PDFInfo
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- CN103507136B CN103507136B CN201310480801.8A CN201310480801A CN103507136B CN 103507136 B CN103507136 B CN 103507136B CN 201310480801 A CN201310480801 A CN 201310480801A CN 103507136 B CN103507136 B CN 103507136B
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Abstract
The invention discloses a kind of full-automatic archaized wood floor processing machine, comprise feed arrangement (1), machining cell (2) and drawing mechanism (3), described machining cell (2) comprises frame (4), frame (4) is provided with conveyer (5), hold down gag (7), bedplate device (8) and cutting system (9), conveyer (5) is arranged on bedplate device (8), hold down gag (7) is arranged in the conveyer belt (36) of conveyer (5), and the contact roller (34) of hold down gag (7) pressure is put in the lower bands of conveyer belt (36); At the cutting slot that the upper setting of the bedplate device (8) of hold down gag (7) below is corresponding with cutting system (9).The present invention improves transmission efficiency by rolling friction and transmits stability, and single main shaft multi-cutter-disk and lowering or hoisting gear improve and cut the polytropy of grain effect, has that structure simplifies, cost reduces and the feature that working (machining) efficiency is high, suitablely promotes the use of.
Description
Technical field
The present invention relates to plant equipment design and manufacturing technology field, specifically a kind of efficient, stable drive and the full-automatic archaized wood floor processing machine of compact conformation.
Background technology
Archaized wood floor is with its nature, elegant, the simple and unsophisticated favor being more and more subject to consumer, at present, archaized wood floor is in great demand American-European-Japanese very much, and it requires that every floor Surface Machining goes out deep mixed, that shape is random curved slot, thus makes the ancient imitation floor board with classic moulding.Current domestic production archaized wood floor enterprise particularly adopts home built labor style towards the enterprise of America and Europe's outlet, processing generally uses scraper with being intended to timber floor is processed by the workman with certain muscle power by hand, its working strength is very large, also requires that workman has certain technical merit.The timber that production efficiency is low, labour intensity is large, quality is harder such as not easily to process at the raising and the capacity to earn foreign exchange through exports that seriously constrain the production capacity of enterprise; On the other hand due to home built particularity, some growth cycles are short, and the hard timber of quality is abandoned by manufacturing enterprise, wastes resource.
Although the current existing archaized wood floor process equipment substituting staff scraper plate, goes back existing defects, as do not adapted to the change of timber floor length, the kind that in same timber floor, hand knife mark imitates is less, can not the timber etc. of processing high-hardness.Mainly there is following problem in existing archaized wood floor: (1) adopt mechanical device wood floor surface is engraved scrape, kerve, make archaized wood floor to the obvious machining marks of people, texture nature, visual effect is single; (2) groove is more shallow, texture is more unintelligible; (3) surface is more rough, and groove exists burr, affects the safe handling of user.
Summary of the invention
The object of the invention is for prior art Problems existing, provide a kind of efficient, stable drive and the full-automatic archaized wood floor processing machine of compact conformation.
The object of the invention is to solve by the following technical programs:
A kind of full-automatic archaized wood floor processing machine, comprise feed arrangement, separate machining cell and drawing mechanism, feed arrangement and drawing mechanism are separately positioned on feed side and the product outlet side of machining cell, it is characterized in that described machining cell comprises frame, frame is provided with conveyer, hold down gag, bedplate device and cutting system, described conveyer is arranged on bedplate device, hold down gag is arranged in the conveyer belt of conveyer, and the compression wheel load of hold down gag is put in the lower bands of conveyer belt; Bedplate device below hold down gag arranges the cutting slot corresponding with cutting system.
The below of described bedplate device is provided with buoyant device, buoyant device comprises buoyant bearing block and is arranged on the buoyant roller on buoyant bearing block, bedplate device is provided with the open slot of corresponding buoyant roller, and the upper limb of buoyant roller is not less than the upper edge of the open slot of its correspondence.
Described cutting system comprises high-speed electric expreess locomotive, cutting spindle, cutterhead, driving lever, rocking arm, line slideway auxiliary and knife rest, high-speed electric expreess locomotive and cutting spindle are arranged on knife rest and the output shaft of high-speed electric expreess locomotive is connected with cutting spindle, cutterhead is arranged on cutting spindle and the upper limb of cutterhead is not less than the upper edge of the corresponding cutting slot of this cutting system, and cutterhead is connected with line slideway auxiliary by driving lever, rocking arm successively.
Described knife rest is provided with tool rest limiting bracket, described line slideway auxiliary is arranged on tool rest limiting bracket and tool rest limiting bracket is fixed on the end of knife rest by connector.
The below of described cutting system is provided with lowering or hoisting gear, and lowering or hoisting gear comprises feed screw nut, lifting support, leading screw and lifting motor, and the output shaft of lifting motor is connected with leading screw, and the feed screw nut on leading screw is fixedly linked by the knife rest on screw and cutting system.
Described conveyer comprises front tension pulley mechanism, conveyer belt, rear tension pulley mechanism, motor, decelerator and shaft coupling, motor is arranged on motor fixed rack, the output of motor is connected with decelerator, the output of decelerator is connected with rear tension pulley mechanism and/or front tension pulley mechanism by shaft coupling, is connected between rear tension pulley mechanism with front tension pulley mechanism by conveyer belt.
Described conveyer is provided with cylinder adjusting mechanism, and the output of cylinder adjusting mechanism is fixedly connected with rear tension pulley mechanism and/or front tension pulley mechanism by keeper, and the other end of cylinder adjusting mechanism is fixed in frame.
Described hold down gag comprises back shroud, contact roller bearing, contact roller holder, spring, spring compression seat, adjustment screw, compression axis and contact roller, the contact roller be positioned in conveyer belt lower bands is arranged on compression axis, the two ends of compression axis are arranged on contact roller bearing, contact roller bearing settlement is with in the contact roller holder of back shroud, spring fitting is in the groove of contact roller bearing and be provided with spring compression seat above spring, the front shroud of contact roller holder is provided with the adjustment screw be threaded with it, the lower end of adjustment screw is positioned on the upper surface of spring compression seat.
Described contact roller adopts eccentric wheel.
Described bedplate device comprises working plate and is positioned at the guide plate at the upper side of working plate, and guide plate is positioned at the outside of conveyer belt.
The present invention has the following advantages compared to existing technology:
Machining cell of the present invention can independence or combinationally use, and by the cooperation of conveyer, hold down gag and buoyant device, ensures that conveyer belt is pressed in timber floor all the time, make the motion between timber floor and working plate be rolling friction, reduce the resistance of motion; And the use of buoyant device protects timber floor finished surface, have transmission efficiency high, transmit stable feature.
Separate and the cutting system of cutting system of the present invention and conveyer, hold down gag is positioned at the below of hold down gag, ensure workpiece thrust in transport process, such cutting system can be suitable for the wider timber of hardness range, prevents from producing in cutting high rigidity timber process beating.
The present invention is by the setting of the multiple cutterhead of device and lowering or hoisting gear on a cutting spindle, by lifting and the change in location of each cutterhead on cutting spindle of whole cutter shaft system, produce intermittent type and staged grain effect and different separate cutting grain effects; Adopt cutting spindle and the cutterhead of separate type simultaneously, solve cutting system and be placed on the difficult problem of tool changing that structure under plate causes, the cutting spindle quantity of this lathe is made to reduce and shorten the length of lathe, simplify the structure and reduce cost, there is working (machining) efficiency high, easy to use and be convenient to the feature safeguarded, suitable to promote the use of.
Accompanying drawing explanation
Accompanying drawing 1 is full-automatic archaized wood floor processing machine structural representation of the present invention;
Accompanying drawing 2 is the machining cell structural representation of full-automatic archaized wood floor processing machine of the present invention;
Accompanying drawing 3 is the A-A sectional view of accompanying drawing 2;
Accompanying drawing 4 is the B-B sectional view of accompanying drawing 2;
Accompanying drawing 5 is the conveyer structural representation of full-automatic archaized wood floor processing machine of the present invention;
Accompanying drawing 6 is the hold down gag structural representation of full-automatic archaized wood floor processing machine of the present invention;
Accompanying drawing 7 is the topping machanism structural representation of full-automatic archaized wood floor processing machine of the present invention.
Wherein: 1-feed arrangement; 2-machining cell; 3-drawing mechanism; 4-frame; 5-conveyer; 6-buoyant device; 7-hold down gag; 8-bedplate device; 9-cutting system; 10-lowering or hoisting gear; 11-working plate; 12-buoyant roller; 13-buoyant bearing block; 14-guide plate; 15-high-speed electric expreess locomotive; 16-cutting spindle; 17-cutterhead; 18-driving lever; 19-rocking arm; 20-line slideway auxiliary; The spacing frame of 21-tool rest; 22-knife rest; 23-feed screw nut; 24-lifting support; 25-leading screw; 26-lifting motor; 27-back shroud; 28-contact roller holder; 29-contact roller bearing; 30-spring; 31-spring compression seat; 32-adjustment screw; 33-compression axis; 34-contact roller; 35-front tension pulley mechanism; 36-conveyer belt; 37-rear tension pulley mechanism; 38-cylinder adjusting mechanism; 39-motor fixed rack; 40-motor; 41-decelerator; 42-connecting rod; 43-shaft coupling.
Detailed description of the invention
Below in conjunction with accompanying drawing and embodiment, the present invention is further illustrated.
As shown in figs. 1-7: a kind of full-automatic archaized wood floor processing machine, comprise feed arrangement 1, separate machining cell 2 and drawing mechanism 3, feed arrangement 1 and drawing mechanism 3 are separately positioned on feed side and the product outlet side of machining cell 2, machining cell 2 both can independently use, also arrangement capable of being combined uses, during finished wood floors, can according to the length of timber floor and output demand independent assortment machining cell 2, the quantity of machining cell 2 be normally one to three not etc.Machining cell 2 comprises the frame 4 forming processing machine general frame, frame 4 is provided with conveyer 5, hold down gag 7, bedplate device 8 and cutting system 9, also chip removal device can be set in frame 4, wherein bedplate device 8 supports and guide effect, the guide plate 14 that bedplate device 8 comprises working plate 11 and is positioned at the upper side of working plate 11, guide plate 14 is positioned at the outside of conveyer belt 36; Conveyer 5 is arranged on bedplate device 8, hold down gag 7 is arranged in the conveyer belt 36 of conveyer 5, and the contact roller 34 of hold down gag 7 pressure is put in the lower bands of conveyer belt 36, contact roller 34 is eccentric structure, makes hold down gag 7 realize the flexible change of plate cutting depth; Bedplate device 8 below hold down gag 7 arranges the cutting slot corresponding with cutting system 9, cutting system 9 installs 2-3 Cutting tool 17 on a main shaft, the position of each cutterhead 17 on cutting spindle 16 has independently control system to control respectively, control system regulates the position of cutterhead 17 on cutting spindle 16 by control assembly, thus reaches the object that a cutter shaft processes multiple tracks cutting texture.Buoyant device 6 is also provided with in addition in the below of bedplate device 8, buoyant device 6 can be arranged between hold down gag 7 and/or the outside of hold down gag 7, preferred version evenly arranges along the arranged direction of bedplate device 8, the buoyant roller 12 that buoyant device 6 comprises buoyant bearing block 13 and is arranged on buoyant bearing block 13, bedplate device 8 is provided with the open slot of corresponding buoyant roller 12, and the upper limb of buoyant roller 12 is not less than the upper edge of the open slot of its correspondence; The finished surface of timber floor is pressed on by buoyant roller 12; timber floor is between conveyer belt 36 and buoyant roller 12; make timber floor along workbench movement smoothly by the movement of conveyer belt 36 and the rolling of buoyant roller 12; it is rolling friction between wood floor surface and working plate 11; substantially reduce the resistance of motion, protect the finished surface of timber floor simultaneously.
In said structure, conveyer 5 comprises front tension pulley mechanism 35, conveyer belt 36, rear tension pulley mechanism 37, motor 40, decelerator 41 and shaft coupling 43, motor 40 is arranged on motor fixed rack 39, the output of motor 40 is connected with decelerator 41, the output of decelerator 41 is connected with rear tension pulley mechanism 37 and/or front tension pulley mechanism 35 by shaft coupling 43, be connected by conveyer belt 36 between rear tension pulley mechanism 37 with front tension pulley mechanism 35, conveyer 5 is provided with cylinder adjusting mechanism 38, the output of cylinder adjusting mechanism 38 is fixedly connected with rear tension pulley mechanism 37 and/or front tension pulley mechanism 35 by keeper, and the other end of cylinder adjusting mechanism 38 is fixed in frame 4, when rear tension pulley mechanism 37 adopts motor 40 to drive with front tension pulley mechanism 35 simultaneously, the output of motor 40 is connected with decelerator 41, and the output side of decelerator 41 is connected with rear tension pulley mechanism 37 or front tension pulley mechanism 35 by shaft coupling 43, and the output opposite side of decelerator 41 is provided with coupled connecting rod 42, the other end of connecting rod 42 is also provided with decelerator 41, and this decelerator 41 is also connected with front tension pulley mechanism 35 or rear tension pulley mechanism 37 by shaft coupling 43, conveyer 5 is by motor 40, decelerator 41, connecting rod 42 and shaft coupling 43 drive front tension pulley mechanism 35, rear tension pulley mechanism 37 rotates, then conveyer belt 36 is driven to move and drive timber floor along working table movement, by adjusting front tension pulley mechanism 35, rear tension pulley mechanism 37 is relative to the position of support, can ensure that conveyer belt 36 is in tensioning state all the time, the position of front and back regulating wheel is adjusted by the piston rod of cylinder adjusting mechanism 38, thus the position of adjustment conveyer belt 36 is to adapt to different timber floor thickness, ensure that conveyer belt can transmit timber floor smoothly.
Hold down gag 7 comprises back shroud 27, contact roller bearing 29, contact roller holder 28, spring 30, spring compression seat 31, adjustment screw 32, compression axis 33 and the eccentric contact roller 34 of employing, the contact roller 34 be positioned in conveyer belt 36 lower bands is arranged on compression axis 33, the two ends of compression axis 33 are arranged on contact roller bearing 29, contact roller bearing 29 is arranged in the contact roller holder 28 with back shroud 27, in the groove that spring 30 is arranged on contact roller bearing 29 and the top of spring 30 is provided with spring compression seat 31, the front shroud of contact roller holder 28 is provided with the adjustment screw 32 be threaded with it, the lower end of adjustment screw 32 is positioned on the upper surface of spring compression seat 31, hold down gag 7 adjusts the elastic force of spring 30 by adjustment screw 32, ensure that hold down gag 7 is pressed in the lower bands of conveyer belt 36 all the time, ensure that conveyer belt 36 steadily transmits timber floor, avoid plate to beat in process, adjustment spiral shell 32 can also adopt hydraulic piston cylinder or air rammer cylinder etc. to substitute.
Cutting system 9 comprises high-speed electric expreess locomotive 15, cutting spindle 16, cutterhead 17, driving lever 18, rocking arm 19, line slideway auxiliary 20 and knife rest 22, high-speed electric expreess locomotive 15 and cutting spindle 16 are arranged on knife rest 22 and the output shaft of high-speed electric expreess locomotive 15 is connected with cutting spindle 16, cutterhead 17 is arranged on cutting spindle 16 and the upper limb of cutterhead 17 is not less than the upper edge of the corresponding cutting slot of this cutting system 9, the side of cutterhead 17 is provided with coupled driving lever 18, the lower end of driving lever 18 is plugged in rocking arm 19, and the lower end of rocking arm 19 is arranged on line slideway auxiliary 20; On knife rest 22, be provided with tool rest limiting bracket 21 in addition, above-mentioned line slideway auxiliary 20 is arranged on tool rest limiting bracket 21 and tool rest limiting bracket 21 is fixed on the end of knife rest 22 by connector.During use, cutting system 9 drives cutting spindle 16 by the High Rotation Speed of high-speed electric expreess locomotive 15, cutterhead 17 High Rotation Speed carries out plate cutting movement, by the control of control system to line slideway auxiliary 20, realize cutterhead 17 to move axially along cutting spindle 16 while running up, thus change the cutting to left and right position of cutterhead 17 on plate, simultaneously by tool rest limiting bracket 21, knife rest 22 can realize rapid changing knife, tool rest limiting bracket 21 makes it to slide on knife rest 22 by the rail structure of both sides, tool rest limiting bracket 21 to be shifted onto behind position with screw locking on knife rest 22, when needs tool changing, fixing for end face screw is pulled down, such tool rest limiting bracket 21 just can pull out from knife rest 22, in the process that tool rest limiting bracket 21 pulls out, by the lever body 18 be fixed thereon, cutterhead 17 is pulled out together, cutterhead 17 just can be taken down together with lever body 18 after being pulled out to certain position by tool rest limiting bracket 21, change new cutterhead 17 tool rest limiting bracket 21 to be pushed in lock screw again.Lowering or hoisting gear 10 is provided with in the below of cutting system 9, lowering or hoisting gear 10 comprises feed screw nut 23, lifting support 24, leading screw 25 and lifting motor 26, the output shaft of lifting motor 26 is connected with leading screw 25, and the feed screw nut 23 on leading screw 25 is fixedly linked by the knife rest 22 on screw and cutting system 9.Lowering or hoisting gear 10 does the motion of vertical direction by the Sports band movable knife rack 22 of screw pair, thus regulates the cutting level position of cutterhead 17, to adapt to different sheet thicknesses and cutting depth change.
The present invention controls the position of the relative plate of Cutting tool 17 by lowering or hoisting gear 10, line slideway auxiliary 20, coordinate and adopt the scraper that blade shape is different, scraping teeth quantity is different, the trend of obtained groove, size, the depth and cross sectional shape can be controlled, after plate surface being carried out to the upper and lower shaped form reciprocating motion type cutting of left and right S shape, plate surface can be made to produce the wire casing of nature grace, reach antique effect.
Machining cell 2 of the present invention can independence or combinationally use, by the cooperation of conveyer 5, hold down gag 7 and buoyant device 6, ensure that conveyer belt 36 is pressed in timber floor all the time, the motion between timber floor and working plate 11 is made to be rolling friction, reduce the resistance of motion, the use of buoyant device 6 also protects timber floor finished surface, have transmission efficiency high, transmit stable feature, separate and the cutting system 9 of cutting system 9 and conveyer 5, hold down gag 7 is positioned to compress and fills 7 belows of putting, ensure workpiece thrust in transport process, such cutting system 9 can be suitable for the wider timber of hardness range, prevents from producing in cutting high rigidity timber process beating, simultaneously by the setting of the multiple cutterhead 17 of device and lowering or hoisting gear 10 on a cutting spindle 16, by lifting and the change in location of each cutterhead 17 on cutting spindle 16 of whole cutter shaft system, produce intermittent type and staged grain effect and different separate cutting grain effects, the cutting spindle 16 of separate type and the setting of cutterhead 17, solve cutting system and be placed on the difficult problem of tool changing that structure under plate causes, cutting spindle 16 quantity of this lathe is made to reduce and shorten the length of lathe, simplify the structure and reduce cost, there is working (machining) efficiency high, easy to use and be convenient to safeguard feature, be suitable for promoting the use of.
Above embodiment is only and technological thought of the present invention is described, can not limit protection scope of the present invention with this, every technological thought proposed according to the present invention, and any change that technical scheme basis is done, all falls within scope; The technology that the present invention does not relate to all is realized by prior art.
Claims (9)
1. a full-automatic archaized wood floor processing machine, comprise feed arrangement (1), separate machining cell (2) and drawing mechanism (3), feed arrangement (1) and drawing mechanism (3) are separately positioned on feed side and the product outlet side of machining cell (2), it is characterized in that described machining cell (2) comprises frame (4), frame (4) is provided with conveyer (5), hold down gag (7), bedplate device (8) and cutting system (9), described conveyer (5) is arranged on bedplate device (8), hold down gag (7) is arranged in the conveyer belt (36) of conveyer (5), and the contact roller (34) of hold down gag (7) pressure is put in the lower bands of conveyer belt (36), at the cutting slot that the upper setting of the bedplate device (8) of hold down gag (7) below is corresponding with cutting system (9), described hold down gag (7) comprises back shroud (27), contact roller bearing (29), contact roller holder (28), spring (30), spring compression seat (31), adjustment screw (32), compression axis (33) and contact roller (34), the contact roller (34) be positioned in conveyer belt (36) lower bands is arranged on compression axis (33), the two ends of compression axis (33) are arranged on contact roller bearing (29), contact roller bearing (29) is arranged in the contact roller holder (28) with back shroud (27), in the groove that spring (30) is arranged on contact roller bearing (29) and the top of spring (30) is provided with spring compression seat (31), the front shroud of contact roller holder (28) is provided with the adjustment screw (32) be threaded with it, the lower end of adjustment screw (32) is positioned on the upper surface of spring compression seat (31).
2. full-automatic archaized wood floor processing machine according to claim 1, it is characterized in that the below of described bedplate device (8) is provided with buoyant device (6), buoyant device (6) comprises buoyant bearing block (13) and is arranged on the buoyant roller (12) on buoyant bearing block (13), bedplate device (8) is provided with the open slot of corresponding buoyant roller (12), and the upper limb of buoyant roller (12) is not less than the upper edge of the open slot of its correspondence.
3. full-automatic archaized wood floor processing machine according to claim 1, it is characterized in that described cutting system (9) comprises high-speed electric expreess locomotive (15), cutting spindle (16), cutterhead (17), driving lever (18), rocking arm (19), line slideway auxiliary (20) and knife rest (22), high-speed electric expreess locomotive (15) and cutting spindle (16) are arranged on the upper and output shaft of high-speed electric expreess locomotive (15) of knife rest (22) and are connected with cutting spindle (16), cutterhead (17) is arranged on the upper edge that the upper and upper limb of cutterhead (17) of cutting spindle (16) is not less than this cutting system (9) corresponding cutting slot, cutterhead (17) is successively by driving lever (18), rocking arm (19) is connected with line slideway auxiliary (20).
4. full-automatic archaized wood floor processing machine according to claim 3, it is characterized in that described knife rest (22) is provided with tool rest limiting bracket (21), described line slideway auxiliary (20) is arranged on the upper and tool rest limiting bracket (21) of tool rest limiting bracket (21) is fixed on knife rest (22) end by connector.
5. according to the arbitrary described full-automatic archaized wood floor processing machine of claim 1,3,4, it is characterized in that the below of described cutting system (9) is provided with lowering or hoisting gear (10), lowering or hoisting gear (10) comprises feed screw nut (23), lifting support (24), leading screw (25) and lifting motor (26), the output shaft of lifting motor (26) is connected with leading screw (25), and the feed screw nut (23) on leading screw (25) is fixedly linked by the knife rest (22) on screw and cutting system (9).
6. full-automatic archaized wood floor processing machine according to claim 1, it is characterized in that described conveyer (5) comprises front tension pulley mechanism (35), conveyer belt (36), rear tension pulley mechanism (37), motor (40), decelerator (41) and shaft coupling (43), motor (40) is arranged on motor fixed rack (39), the output of motor (40) is connected with decelerator (41), the output of decelerator (41) is connected with rear tension pulley mechanism (37) and/or front tension pulley mechanism (35) by shaft coupling (43), be connected by conveyer belt (36) between rear tension pulley mechanism (37) with front tension pulley mechanism (35).
7. the full-automatic archaized wood floor processing machine according to claim 1 or 6, it is characterized in that described conveyer (5) is provided with cylinder adjusting mechanism (38), the output of cylinder adjusting mechanism (38) is fixedly connected with rear tension pulley mechanism (37) and/or front tension pulley mechanism (35) by keeper, and the other end of cylinder adjusting mechanism (38) is fixed in frame (4).
8. full-automatic archaized wood floor processing machine according to claim 1, is characterized in that described contact roller (34) adopts eccentric wheel.
9. full-automatic archaized wood floor processing machine according to claim 1, it is characterized in that described bedplate device (8) comprises working plate (11) and is positioned at the guide plate (14) of working plate (11) upper side, guide plate (14) is positioned at the outside of conveyer belt (36).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310480801.8A CN103507136B (en) | 2013-10-15 | 2013-10-15 | Full-automatic archaized wood floor processing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310480801.8A CN103507136B (en) | 2013-10-15 | 2013-10-15 | Full-automatic archaized wood floor processing machine |
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| CN103507136A CN103507136A (en) | 2014-01-15 |
| CN103507136B true CN103507136B (en) | 2015-09-02 |
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| CN201310480801.8A Expired - Fee Related CN103507136B (en) | 2013-10-15 | 2013-10-15 | Full-automatic archaized wood floor processing machine |
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| CN103802188B (en) * | 2014-02-19 | 2015-09-09 | 广西旭腾实业集团有限公司 | Use and move left and right leading screw and the method for processing sheet material of energy compacting line |
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| CN104290164B (en) * | 2014-09-28 | 2016-01-27 | 浙江瑞澄木业有限公司 | A kind of consolidated floor hot-press arrangement |
| TWI569986B (en) * | 2014-12-23 | 2017-02-11 | Cong-Jie Zhang | Wooden scraping machine structure |
| CN104626323B (en) * | 2015-02-13 | 2017-01-18 | 佛山市南海富东机械设备有限公司 | Tool capable of machining antique damaged veins and plate vein scraper |
| CN104669392B (en) * | 2015-03-02 | 2017-03-01 | 盐城鼎恒机械有限公司 | A kind of archaized wood floor processing machine |
| CN104890089B (en) * | 2015-06-19 | 2017-03-01 | 李青祝 | Timber floor blunt knife processing unit (plant) |
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| CN101973058A (en) * | 2010-11-15 | 2011-02-16 | 苏州卓识商务咨询有限公司 | Wood floor processing and forming device |
| CN202462552U (en) * | 2012-03-19 | 2012-10-03 | 久盛地板有限公司 | Processing equipment of archaized surface of decorative floor |
| CN103286829A (en) * | 2013-06-24 | 2013-09-11 | 盐城工学院 | Rapid cutter-changing mechanism for multi-cutterhead cutting system |
| CN103317573A (en) * | 2013-06-24 | 2013-09-25 | 东台富安环美木业有限公司 | Multi-tool-bit coaxial cutting system |
| CN203496071U (en) * | 2013-10-15 | 2014-03-26 | 盐城工学院 | Full-automatic antique wood floor processing machine |
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| CN103507136A (en) | 2014-01-15 |
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