CN204398071U - A kind of redwood dermatome - Google Patents
A kind of redwood dermatome Download PDFInfo
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- CN204398071U CN204398071U CN201420761975.1U CN201420761975U CN204398071U CN 204398071 U CN204398071 U CN 204398071U CN 201420761975 U CN201420761975 U CN 201420761975U CN 204398071 U CN204398071 U CN 204398071U
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- block
- redwood
- pulverize
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- tooth
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Abstract
The utility model provides a kind of redwood dermatome, belongs to mechanical field.This redwood dermatome comprises feeding mechanism, skin-removing mechanism and bark organisation of working, feeding mechanism cooperatively interacts realize rotary motion by running through stator winding and rotating cylinder on circular-hole internal-wall, and by the linear axis of linear electric motors, realize the rotational alignment charging of redwood, mechanism motion stabilization, cutting skin structure is cut skin work to the redwood doing rotational motion to linear motion in charging, bark organisation of working is that the bark cut by skin-removing mechanism carries out processing further pulverizing, and makes the easy to process of bark.This redwood dermatome smart structural design, function optimization, clear in structure understands, can handled easily personnel maintenance.
Description
Technical field
The utility model belongs to mechanical field, relates to a kind of redwood dermatome.
Background technology
Redwood, the general designation of high-end, the famous and precious furniture woods of China, the hardwood of refer initially to redness, kind is more; After last century the eighties, everybody is to the increase in demand of mahogany furniture, and industry is urgently to be speculated, and country has carried out specification according to indexs such as density to redwood, redwood specification is: two sections, five genus, eight classes, 33 kinds.Redwood because poor growth, material are hard, growth period is all more than the centuries, originate in a lot of redwood of south China, Zao Ming, clear period just by remaining little of cutting down, redwood of today, be originate in Southeast Asia, Africa mostly, China Guangdong, Yunnan have cultivates cultivation and introducing and planting.The difference of timber heart sapwood is obvious, and sapwood is narrow, canescence; The yellowish redness of heartwood, to redness of the skin or complexion, becomes aubergine when being exposed in air for a long time, and certain Huanghua Pear, Burma spend the color of the timber such as pears, Door frame to take on a red color.Wood figure is attractive in appearance, and material is hard, durable, for valuable furniture and workmanship etc. use material.Redwood is that torrid areas pulse family wingceltis belongs to timber, and mainly originate in India, China Guangdong, Yunnan and the South Sea Islands are also produced, and is common famous and precious hardwood." redwood " is Jiangsu and Zhejiang Provinces and northern popular title, and Guangdong one band is commonly called as " sour branch wood ".
Bark is the good material making woodbox, chemicals, fertilizer, and bark will make more contribution for the mankind.Utilize bark can also make various in style, broad-spectrum bark fiber plate, bark particieboard, bark scrap insulation board etc.Not only these artificial boards light and handy but also be convenient to decoration, and breadth is roomy, structure equilibrium, adiabatic heat-insulation, not easily warpage, and sound insulating and absorbing is corrosion-resistant, and their result of use substantially exceeds timber, is the bark of expensive redwood still more.
Needed to carry out peeling work to log before to the processing of redwood log, usually removed the peel by dermatome, the feeding mechanism of existing dermatome passes through frequency converter usually, the equipment such as controller carry out work, structure is quite complicated, and cost is higher, once there is mechanical disorder, amateur maintenance personal cannot keep in repair equipment, bothers very much.Further, present many dermatomes all only specify single size, and a kind of dermatome of specification can only cut skin to the redwood of a size, and limitation is very large, and in addition, existing redwood dermatome device also exists many shortcomings.
Summary of the invention
The purpose of this utility model is for the above-mentioned problems in the prior art, provides a kind of redwood dermatome, and the design of this redwood dermatome is ingenious, function optimization, service life of equipment is long, solves existing redwood dermatome structure lengthy and jumbled, function singleness, needs professional to carry out the problem of keeping in repair etc.
The purpose of this utility model realizes by following technical proposal: a kind of redwood dermatome, it is characterized in that, comprise feeding mechanism, skin-removing mechanism and bark organisation of working, described feeding mechanism comprises charging shell, described charging shell has and runs through circular hole, described running through on circular-hole internal-wall has stator winding, the described inwall running through circular hole two ends is fixed with the retainer ring in annular and the fixed part being fixed on described retainer ring both sides, run through on the inwall of circular hole described in described fixed part is all fixed on, the side of described retainer ring has annular gear edge, rotating cylinder is arranged with in described retainer ring, the two ends of described rotating cylinder are resisted against on the inwall on described annular gear edge respectively, the outer wall of described rotating cylinder has the bar permanent magnet that polylith is connected with it, described charging shell has guide plate, described guide plate slidably connects guide rod, the upper end of described guide rod is fixed with linear electric motors, the motor shaft of described linear electric motors runs through the both sides of described guide rod, described motor shaft has pusher part on one end port of described charging shell, described pusher part comprises the fixed bar being connected in described motor shaft ends, described fixed bar is arranged with bearing, the inner circle of described bearing is sheathed on fixed bar, described pusher part also comprises cylindrical rotor plate, described rotor plate center has through hole, described rotor plate is set on the cylindrical of described bearing, described rotor plate and the described circular hole coaxial that runs through are arranged, described rotating cylinder inwall is fixed with the rubber tube in annular, the inwall of described rubber tube has multiple projection and depression and protruding and be recessed to form irregular wave shape wave, described bark organisation of working comprises the material-storing box that about one end is opening, described opening part have can mutually move pulverize part, the described part that pulverizes comprises straight line cylinder, described straight line cylinder comprises the cylinder body fixed position and the piston rod that can do rectilinear motion, the described part that pulverizes also comprises being connected in described piston rod pulverizes block in block, described quantity of pulverizing block is 2 and lays respectively in the opening at two ends, described material-storing box left and right, describedly be positioned at pulverizing of left end and block has several pulverize tooth one, described be positioned at right-hand member pulverize block has with described pulverize tooth one be staggeredly located arrange pulverize tooth two, describedly pulverize tooth one and pulverize tooth two all at right angles triangle, the described lower end, side of pulverizing block being positioned at left end has near described material-storing box diapire place at right angles leg-of-muttonly pulverizes end tooth, this bottom end of pulverizing block also has and helps stone roller plate, the described stone roller plate one end that helps is connected in the bottom that described left end pulverizes block, below the described diapire pulverizing block helping the other end grinding plate to be positioned at the right, described skin-removing mechanism comprises the knife rest block being connected in described material-storing box left end, the sidewall of described knife rest block is fixed with cutter, described this sidewall of knife rest block also has material through hole.
By to after stator winding electrifying, produce rotating excitation field, under the effect of permanent magnet, rotating cylinder rotates, and under the restriction on annular gear edge, rotating cylinder rotates stably, axial float can not be there is, under the restriction of retainer ring, can not there is radial-play in rotating cylinder, thus rotating cylinder is rotated stably, permanent magnet uses the rotating cylinder course of work reliable and stable, and decreases the power consumption of whole mechanism.Be that the log removed the peel is placed in rotating cylinder by redwood, redwood rotates together along with rotating cylinder, the end of redwood is placed on rotor plate, rotor plate can be driven to rotate together in the process that redwood rotates, prevent the redwood rotated from directly directly contacting with the rotor plate that can not rotate and cause contact position serious wear, greatly reduce the service life of equipment, realized the rotational motion to linear motion of redwood by redwood by linear electric motors, the cutter of cutting redwood maintains static, skin is cut by what rotate the redwood that realizes of redwood, smart structural design, the structural design at rotating cylinder and rotor plate place embodies the creativeness of this device especially, according to the difference of redwood length, position by guide rod carries out cutting skin work, it is thorough that design is considered.The size of usual redwood log is all not identical, by installing rubber tube in rotating cylinder, when redwood is in the range of work, rubber tube distortion when redwood being put into rotating cylinder, multiple projection and the irregular wave shape wave be recessed to form can clamp redwood after deformation, enable to drive during drum rotation redwood to rotate and can not occur de-ly to turn phenomenon, this smart structural design, utilizing the yielding feature of rubber to solve the limitation that present dermatome can only cut a kind of redwood of specification.After the cutting mechanism that hot akebi crosses dermatome cuts skin, bark drop in material-storing box due to this bark organisation of working do not work time, pulverizing block does not enter in material-storing box by opening, can not drop on the top of pulverizing block so drop at bark, when the bark cut is accumulated to some, mechanism is started working, two pulverize the mutual orientation movements of block, flag bark in material-storing box is sheared by pulverizing tooth one and pulverizing tooth two, bark is pulverized, because the bark dropped is very thin, the part bark be positioned at bottom material-storing box cannot be cut, by pulverizing end tooth and helping stone roller plate well to solve this problem, when pulverizing end tooth motion, stone roller plate is helped to be synchronized with the movement, help and grind plate by bottom bark band to right-hand member, pulverize the restriction of block at right-hand member under, pulverizing bark bottom end tooth effect makes it fully pulverize, this kind of structure enables flag bark obtain sufficient shearing, secondary operations is carried out without the need to being placed in other machines by bark again.Constantly rotated by redwood, cut under the effect of cutter to redwood, the bark after cutting is fallen in material-storing box, the redwood after processing linear electric motors continuation drive under from going out material through hole to pass.
In above-mentioned a kind of redwood dermatome, described in go out material through hole and described rotating cylinder is coaxially arranged.
Can pass smoothly after redwood is processed.
In above-mentioned a kind of redwood dermatome, the sidewall of described knife rest block has the knife rest bar stretched out, knife rest bar is fixed with Scheduling Block, described Scheduling Block slidably connects cutter.
According to the difference of redwood diameter, the height of cutter is adjusted, humanization designing.
In above-mentioned a kind of redwood dermatome, described Scheduling Block has graduation mark and described cutter are fixed by screws on described Scheduling Block.
Transposed accurately by graduation mark, be then fixed by screw.
In above-mentioned a kind of redwood dermatome, described in help and grind the width of plate and the width of described material-storing box and match.
This kind of structure can make the bark dropped all drop on to help to grind on plate.
In above-mentioned a kind of redwood dermatome, described in be positioned at left end pulverize block has 5 rows pulverize tooth one and described in pulverize place bottom block and there is 1 row pulverize end tooth, described in be positioned at pulverizing of right-hand member and block has 5 rows pulverize tooth two.
Depending on the redwood kind of concrete processing, some category of annatto bark is hard, and some is soft, all can decide in its sole discretion according to actual conditions.
In above-mentioned a kind of redwood dermatome, described in pulverize end tooth sidepiece and described help grind plate mutually against.
Namely the sidepiece pulverizing end tooth grinds plate and fit with helping, and pulverizes the crown horizontally set of end tooth and is positioned at lowermost end, bark bottom can be good at acting on.
Compared with prior art, this redwood dermatome has the following advantages:
1, the bark organisation of working of this redwood dermatome pulverizes block by a pair and directly shreds processing to the bark dropped, and eliminates and transports the step that bark carries out secondary operations, reasonable in design.
2, the feeding mechanism of this redwood dermatome by installing rubber tube in rotating cylinder, rubber tube distortion when redwood being put into rotating cylinder, multiple projection and the irregular wave shape wave be recessed to form can clamp redwood after deformation, can not occur to take off and turn phenomenon, this smart structural design, solves the limitation that present dermatome can only cut a kind of redwood of specification.
The side rotor plate of 3, the feeding mechanism of this redwood dermatome with stop part is fixed with rubber layer.The setting of rubber layer is the frictional force in order to increase redwood end and rotor plate, prevents from occurring skidding between redwood and rotor plate or making rotor plate serious wear.
4, the sidepiece of the charging shell of the feeding mechanism of this redwood dermatome also has in guide groove into strips, and guide plate is slidably connected to guide groove.When placing redwood log and carrying out cutting skin work, because the motor shaft of linear electric motors is coaxial setting with rotating cylinder, inconvenient phenomenon can be there is when placing the redwood of longer dimension, by being carried out moving forward and backward placing redwood by guide plate, humanization designing, makes operator's blowing convenient.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of this redwood dermatome.
Fig. 2 is the schematic enlarged-scale view in C region in this redwood dermatome Fig. 1.
Fig. 3 is the part-structure schematic diagram of this redwood dermatome.
Fig. 4 is the overall structure schematic diagram schematic enlarged-scale view of a-quadrant (in the Fig. 1) of the feeding mechanism of this redwood dermatome.
Fig. 5 is the structural representation after the rubber tube of the feeding mechanism of this redwood dermatome is installed.
Fig. 6 is the structural representation of the feeding mechanism pusher part of this redwood dermatome.
Fig. 7 is the structural representation of the feeding mechanism fixture of this redwood dermatome.
Fig. 8 is the feeding mechanism rotating cylinder of this redwood dermatome and the johning knot composition of fixture.
Fig. 9 is the structural representation of the feeding mechanism stator winding of this redwood dermatome.
Figure 10 is the overall structure schematic diagram schematic enlarged-scale view of B region (in the Fig. 1) of the bark organisation of working of this redwood dermatome.
Figure 11 is the structure sectional view of the bark organisation of working of this redwood dermatome.
Figure 12 is the material-storing box structural representation of the bark organisation of working of this redwood dermatome.
In figure, 1, charging shell; 1a, run through circular hole; 1b, stator winding; 2, fixture; 2a, retainer ring; 2a1, annular gear edge; 2b, fixed part; 3, rotating cylinder; 3a, permanent magnet; 4, guide plate; 4a, groove; 5, guide rod; 5a, guide block; 6, linear electric motors; 6a, motor shaft; 7, pusher part; 7a, fixed bar; 7a1, annular shoulder block; 7b, bearing; 7c, rotor plate; 7c1, stop part; 8, rubber tube; 8a, projection; 8b, depression; 9, material-storing box; 9a, opening; 10, part is pulverized; 10a, straight line cylinder; 10a1, cylinder body; 10a2, piston rod; 10b, pulverize block; 10b1, pulverize tooth one; 10b2, pulverize tooth two; 10b3, pulverize end tooth; 10b4, help stone roller plate; 11, knife rest block; 11a, go out material through hole; 11b, knife rest bar; 12, cutter; 13, Scheduling Block; 13a, graduation mark.
Detailed description of the invention
This redwood dermatome comprises feeding mechanism, skin-removing mechanism and bark organisation of working.
As Fig. 1, shown in Fig. 4 to Fig. 9, feeding mechanism comprises the fixing charging shell 1 in bulk, charging shell 1 top have run through charging shell 1 both sides run through circular hole 1a, run through ringwise stator winding 1b circular hole 1a inwall having and is made up of coil, stator winding 1b passes through wire connecting power, the inwall running through circular hole 1a two ends is fixed with fixture 2, fixture 2 comprises the retainer ring 2a in annular and is fixed on the fixed part 2b of retainer ring 2a both sides, fixed part 2b be all fixed on run through circular hole 1a inwall on, the side of retainer ring 2a has the annular extended to retainer ring 2a center to keep off along 2a1, rotating cylinder 3 is arranged with in retainer ring 2a, size and the retainer ring 2a of rotating cylinder 3 match, the two ends of rotating cylinder 3 are resisted against annular gear respectively along on the inwall of 2a1, the outer wall of rotating cylinder 3 has the bar permanent magnet 3a that polylith is connected with it, the side of charging shell 1 has elongated guide plate 4, guide plate 4 slidably connects the guide rod 5 vertical with guide plate 4, guide rod 5 can slide along guide plate 4, the upper end of guide rod 5 is fixed with linear electric motors 6, the motor shaft 6a of linear electric motors 6 runs through the both sides of guide rod 5, motor shaft 6a be positioned at run through circular hole 1a central axial direction on, motor shaft 6a has pusher part 7 on one end port of charging shell 1, pusher part 7 comprises the fixed bar 7a being connected in motor shaft 6a end, fixed bar 7a and motor shaft 6a is coaxially arranged, fixed bar 7a is arranged with bearing 7b, the inner circle of bearing 7b is sheathed on fixed bar 7a, pusher part 7 also comprises cylindrical rotor plate 7c, rotor plate 7c center has through hole, rotor plate 7c is set on the cylindrical of bearing 7b, rotor plate 7c with run through circular hole 1a and coaxially arrange, rotating cylinder 3 inwall is fixed with the rubber tube 8 in annular, the inwall of rubber tube 8 has multiple protruding 8a and depression 8b and protruding 8a and depression 8b forms irregular wave shape wave.
This mechanism realizes the function of rotary feeding.
As Fig. 1, shown in Figure 10 to Figure 12, bark organisation of working comprises the material-storing box 9 that about one end is opening 9a, opening 9a place have can mutually move pulverize part 10, pulverize part 10 and comprise straight line cylinder 10a, straight line cylinder 10a comprises the cylinder body 10a1 fixed position and the piston rod 10a2 that can do rectilinear motion, pulverize part 10 also to comprise being connected in piston rod 10a2 pulverizes block 10b in block, the quantity of pulverizing block 10b is 2 and lays respectively in the opening 9a at material-storing box about 9 two ends, be positioned at pulverizing of left end block 10b side has several to pulverize tooth one 10b1, be positioned at right-hand member pulverize block 10b side has with pulverize tooth one 10b1 be staggeredly located arrange pulverize tooth two 10b2, pulverize tooth one 10b1 and pulverize tooth two 10b2 all at right angles triangle, the lower end, side of pulverizing block 10b being positioned at left end has near material-storing box 9 diapire place at right angles leg-of-muttonly pulverizes end tooth 10b3, this bottom end of pulverizing block 10b also has to help grinds plate 10b4, stone roller plate 10b4 one end is helped to be connected in the bottom that left end pulverizes block 10b, helping the other end grinding plate 10b4 to be positioned at the right pulverizes below the diapire of block 10b,
This mechanism realizes the function of directly processing the bark that drops on dermatome.
As shown in Figure 1 to Figure 3, skin-removing mechanism comprises the knife rest block 11 being connected in material-storing box 9 left end, the sidewall of knife rest block 11 is fixed with cutter 12, and this sidewall of knife rest block 11 also has material through hole 11a.Go out material through hole 11a and rotating cylinder is coaxially arranged.Can pass smoothly after redwood is processed.The sidewall of knife rest block 11 has the knife rest bar 11b stretched out, knife rest bar 11b is fixed with Scheduling Block 13, and Scheduling Block 13 slidably connects cutter 12.According to the difference of redwood diameter, the height of cutter 12 is adjusted, humanization designing.Scheduling Block 13 has graduation mark 13a and cutter 12 are fixed by screws on Scheduling Block 13.Transposed accurately by graduation mark 13a, be then fixed by screw.
This mechanism realizes cutting function.
The design of this redwood dermatome is ingenious, and function optimization, service life of equipment is long
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present utility model or surmount the scope that appended claims defines.
Claims (7)
1. a redwood dermatome, it is characterized in that, comprise feeding mechanism, skin-removing mechanism and bark organisation of working, described feeding mechanism comprises charging shell, described charging shell has and runs through circular hole, described running through on circular-hole internal-wall has stator winding, the described inwall running through circular hole two ends is fixed with the retainer ring in annular and the fixed part being fixed on described retainer ring both sides, run through on the inwall of circular hole described in described fixed part is all fixed on, the side of described retainer ring has annular gear edge, rotating cylinder is arranged with in described retainer ring, the two ends of described rotating cylinder are resisted against on the inwall on described annular gear edge respectively, the outer wall of described rotating cylinder has the bar permanent magnet that polylith is connected with it, described charging shell has guide plate, described guide plate slidably connects guide rod, the upper end of described guide rod is fixed with linear electric motors, the motor shaft of described linear electric motors runs through the both sides of described guide rod, described motor shaft has pusher part on one end port of described charging shell, described pusher part comprises the fixed bar being connected in described motor shaft ends, described fixed bar is arranged with bearing, the inner circle of described bearing is sheathed on fixed bar, described pusher part also comprises cylindrical rotor plate, described rotor plate center has through hole, described rotor plate is set on the cylindrical of described bearing, described rotor plate and the described circular hole coaxial that runs through are arranged, described rotating cylinder inwall is fixed with the rubber tube in annular, the inwall of described rubber tube has multiple projection and depression and protruding and be recessed to form irregular wave shape wave, described bark organisation of working comprises the material-storing box that about one end is opening, described opening part have can mutually move pulverize part, the described part that pulverizes comprises straight line cylinder, described straight line cylinder comprises the cylinder body fixed position and the piston rod that can do rectilinear motion, the described part that pulverizes also comprises being connected in described piston rod pulverizes block in block, described quantity of pulverizing block is 2 and lays respectively in the opening at two ends, described material-storing box left and right, describedly be positioned at pulverizing of left end and block has several pulverize tooth one, described be positioned at right-hand member pulverize block has with described pulverize tooth one be staggeredly located arrange pulverize tooth two, describedly pulverize tooth one and pulverize tooth two all at right angles triangle, the described lower end, side of pulverizing block being positioned at left end has near described material-storing box diapire place at right angles leg-of-muttonly pulverizes end tooth, this bottom end of pulverizing block also has and helps stone roller plate, the described stone roller plate one end that helps is connected in the bottom that described left end pulverizes block, below the described diapire pulverizing block helping the other end grinding plate to be positioned at the right, described skin-removing mechanism comprises the knife rest block being connected in described material-storing box left end, the sidewall of described knife rest block is fixed with cutter, described this sidewall of knife rest block also has material through hole.
2. a kind of redwood dermatome according to claim 1, is characterized in that, described in go out material through hole and described rotating cylinder is coaxially arranged.
3. a kind of redwood dermatome according to claim 1 and 2, is characterized in that, the sidewall of described knife rest block has the knife rest bar stretched out, knife rest bar is fixed with Scheduling Block, described Scheduling Block slidably connects cutter.
4. a kind of redwood dermatome according to claim 3, is characterized in that, described Scheduling Block has graduation mark and described cutter are fixed by screws on described Scheduling Block.
5. a kind of redwood dermatome according to claim 1 and 2, is characterized in that, described in help and grind the width of plate and the width of described material-storing box and match.
6. a kind of redwood dermatome according to claim 1 and 2, it is characterized in that, described be positioned at left end pulverize block has 5 rows pulverize tooth one and described in pulverize place bottom block and there is 1 row pulverize end tooth, described in be positioned at pulverizing of right-hand member and block has 5 rows pulverize tooth two.
7. a kind of redwood dermatome according to claim 1 and 2, is characterized in that, described in pulverize end tooth sidepiece and described help grind plate mutually against.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420761975.1U CN204398071U (en) | 2014-12-06 | 2014-12-06 | A kind of redwood dermatome |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420761975.1U CN204398071U (en) | 2014-12-06 | 2014-12-06 | A kind of redwood dermatome |
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| Publication Number | Publication Date |
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| CN204398071U true CN204398071U (en) | 2015-06-17 |
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ID=53421966
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420761975.1U Expired - Fee Related CN204398071U (en) | 2014-12-06 | 2014-12-06 | A kind of redwood dermatome |
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| Country | Link |
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| CN (1) | CN204398071U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106272766A (en) * | 2016-09-29 | 2017-01-04 | 毛付发 | A kind of device removing bamboo Pericarpium Citri Reticulatae Viride |
| CN108527580A (en) * | 2018-06-08 | 2018-09-14 | 叶财明 | A kind of paper grade (stock) logs of wood peeling device |
| CN110202660A (en) * | 2019-06-05 | 2019-09-06 | 广州宝升新型材料有限公司 | A kind of veneer plate machining device |
-
2014
- 2014-12-06 CN CN201420761975.1U patent/CN204398071U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106272766A (en) * | 2016-09-29 | 2017-01-04 | 毛付发 | A kind of device removing bamboo Pericarpium Citri Reticulatae Viride |
| CN108527580A (en) * | 2018-06-08 | 2018-09-14 | 叶财明 | A kind of paper grade (stock) logs of wood peeling device |
| CN108527580B (en) * | 2018-06-08 | 2020-08-28 | 南京卓迈机械有限公司 | Papermaking timber log peeling device |
| CN110202660A (en) * | 2019-06-05 | 2019-09-06 | 广州宝升新型材料有限公司 | A kind of veneer plate machining device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150617 Termination date: 20151206 |
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| EXPY | Termination of patent right or utility model |