CN108908513A - A kind of processing method of cross section hard wooden floor block - Google Patents
A kind of processing method of cross section hard wooden floor block Download PDFInfo
- Publication number
- CN108908513A CN108908513A CN201810859131.3A CN201810859131A CN108908513A CN 108908513 A CN108908513 A CN 108908513A CN 201810859131 A CN201810859131 A CN 201810859131A CN 108908513 A CN108908513 A CN 108908513A
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- CN
- China
- Prior art keywords
- cavity
- sliding block
- shaft
- cone pulley
- sliding
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27C—PLANING, DRILLING, MILLING, TURNING OR UNIVERSAL MACHINES FOR WOOD OR SIMILAR MATERIAL
- B27C5/00—Machines designed for producing special profiles or shaped work, e.g. by rotary cutters; Equipment therefor
Abstract
The invention discloses a kind of processing unit (plant)s of cross section hard wooden floor block,Including main body,It is equipped in the top end surface of the main body and extends downwardly the heavy of setting and connect groove,The heavy bottom portion of groove that connects is connected equipped with transmission cavity extended to the left,Transmission mechanism is equipped in the transmission cavity,Sliding cavity is equipped in the heavy main body connect on the right side of groove,The sliding cavity is connected between groove equipped with connectivity slot with heavy connect,The first cavity is equipped in the main body on the downside of the sliding cavity,First cavity is located at the relative position on the right side of the transmission cavity,The first sliding block is slidably connected in the sliding cavity,The second sliding block is slidably connected in the sliding cavity on the downside of first sliding block,Secure fit is connected with external screw rod part between second sliding block and first sliding block,The internal screw thread turntable for being connected with the connection that is rotatably assorted with the sliding cavity is threadedly engaged on the external screw rod part outer wall.
Description
Technical field
The present invention relates to hard wooden floor block processing technique field, specially a kind of processing of cross section hard wooden floor block
Method.
Background technique
Currently, conventional hard wooden floor block cutter device is mainly made of a piece of cutting sheet, rack and gag lever post, the dress
The cutting sheet set remain it is exposed in the external world, there are biggish security risks, and sawdust cannot be recycled voluntarily, reduce whole
The processing efficiency of body, and the labor intensity of worker is larger, in addition, the hard wooden floor block cutting equipment of some large sizes can be realized
Therefore automatic cutting, but volume is larger, higher cost, is unfavorable for large-scale use is badly in need of that a kind of structure is simple, and manipulation is convenient
And the processing unit (plant) of the cross section hard wooden floor block of safety.
Summary of the invention
The purpose of the present invention is to provide a kind of processing methods of cross section hard wooden floor block, for overcoming the prior art
In drawbacks described above.
A kind of processing unit (plant) of cross section hard wooden floor block according to the present invention, including main body, the main body
Be equipped in top end surface and extend downwardly the heavy of setting and connect groove, it is described it is heavy connect bottom portion of groove and be connected to be equipped be extended to the left
Transmission cavity, transmission mechanism is equipped in the transmission cavity, is equipped with sliding cavity, institute in the heavy main body connect on the right side of groove
It states sliding cavity to be connected between groove with heavy connect equipped with connectivity slot, the is equipped in the main body on the downside of the sliding cavity
One cavity, first cavity are located at the relative position on the right side of the transmission cavity, and is slidably connected in the sliding cavity
One sliding block is slidably connected with the second sliding block, second sliding block and institute in the sliding cavity on the downside of first sliding block
It states secure fit between the first sliding block and is connected with external screw rod part, be threadedly engaged and be connected with and the cunning on the external screw rod part outer wall
Dynamic chamber is rotatably assorted the internal screw thread turntable of connection, is equipped with gear ring part on the internal screw thread turntable outer wall, on the right side of the sliding cavity
The recessed channel being oppositely arranged with the internal screw thread turntable is equipped in end wall, transition fit is connected with and the tooth in the female slot
Collar member power be cooperatively connected driving gear, the driving gear bottom end with admittedly be embedded in the female trench bottom end wall in
First motor power is cooperatively connected, and link slot, institute are equipped in the right side end wall of the sliding cavity on the upside of the female slot
It states and is equipped with driving chamber in the first sliding block, be slidably connected in the connectivity slot and connect with the first sliding block secure fit
Third sliding block is rotatably assorted in the third sliding block and is connected with the extended first rotating shaft in left and right, on the left of the first rotating shaft
End, which is installed with, protrudes into the heavy cutting blade connect in groove, and the first rotating shaft right end, which is installed with, protrudes into the driving
The first intracavitary cone pulley is rotatably assorted in the external screw rod part and is connected with splined sleeve, and the splined sleeve top end is fixed
There are the second cone pulley for protruding into the driving chamber and being cooperatively connected with the first cone pulley power, the sliding cavity and described first
It is rotatably assorted in part between cavity and is connected with the second shaft, be slidably connected in the bottom end face of the splined sleeve
The splined shaft that bottom end is connect with the second shaft top end secure fit, the bottom end of second shaft are fixed
There is the third cone pulley protruded into first cavity, is installed with the second motor in the right end face of first sliding block, described
The right end of two motors is connected by power the 4th cone pulley protruded into the link slot, the host on the right side of the link slot
It is equipped with the second cavity for extending downwardly setting in vivo, the bottom extending end of second cavity extends to first cavity
Right side relative position, second cavity is interior to be equipped with to the transmission with the 4th cone pulley and third cone drive cooperation
Mechanism.
Further technical solution, the transmission mechanism include being rotatably assorted connection setting in the link slot and described the
Third shaft and the connection that is rotatably assorted in part between two cavitys are arranged in first cavity and second cavity
Between part in the 4th shaft, the left distal end of the third shaft be installed with protrude into the link slot the 5th cone
Wheel, the 5th cone pulley are located at the upper side position of the 4th cone pulley, and the right end of the third shaft, which is installed with, protrudes into institute
State the first pulley in the second cavity, the left distal end of the 4th shaft be installed with protrude into first cavity and with it is described
The 6th cone pulley that third cone pulley power is cooperatively connected, the right end of the 4th shaft, which is installed with, to be protruded into second cavity
The second belt wheel, power is connected with transmission belt between the first pulley and second belt wheel.
Further technical solution, the transmission mechanism include the spiral for connecting and being arranged in the transmission cavity that is rotatably assorted
The 5th shaft that shaft part and the connection that is rotatably assorted are arranged in the part between the transmission cavity and first cavity, institute
The left distal end for stating the 5th shaft is protruded into the transmission cavity and is cooperatively connected with the transmission cavity power, the 5th shaft
Right end is protruded into first cavity and is connect with the left end face secure fit of second belt wheel, and the transmission cavity leans on
The discharge gate of the bottom end face through the main body is equipped in the bottom end wall in nearly left side.
Detailed description of the invention
Fig. 1 is a kind of processing unit (plant) outside overall structure diagram of cross section hard wooden floor block in the present invention；
Fig. 2 is a kind of processing unit (plant) inside overall structure diagram of cross section hard wooden floor block in the present invention.
Specific embodiment
Below with reference to Fig. 1-2, the present invention is described in detail.
Referring to Fig.1-2, the processing unit (plant) of a kind of cross section hard wooden floor block of embodiment according to the present invention, including master
Body 6 is equipped in the top end surface of the main body 6 and extends downwardly the heavy of setting and connect groove 61, described heavy to connect 61 bottom of groove
It is connected and is equipped with transmission cavity 67 extended to the left, transmission mechanism is equipped in the transmission cavity 67, described sink connects groove 61
Sliding cavity 62 is equipped in the main body 6 on right side, the sliding cavity 62 is connected between groove 61 with heavy connect equipped with company
Through slot 63, the main body 6 of 62 downside of sliding cavity is interior to be equipped with the first cavity 66, and first cavity 66 is located at the biography
The relative position on 67 right side of defeated chamber is slidably connected with the first sliding block 621, first sliding block 621 in the sliding cavity 62
The second sliding block 624, second sliding block 624 and first sliding block are slidably connected in the sliding cavity 62 of downside
Secure fit is connected with external screw rod part 623 between 621, is threadedly engaged and is connected with and the cunning on 623 outer wall of external screw rod part
Dynamic chamber 62 is rotatably assorted the internal screw thread turntable 626 of connection, is equipped with gear ring part 6261, institute on 626 outer wall of internal screw thread turntable
State the recessed channel 625 for being equipped in 62 right side end wall of sliding cavity and being oppositely arranged with the internal screw thread turntable 626, the female slot 625
Interior transition fit is connected with the driving gear 6251 being cooperatively connected with 6261 power of gear ring part, 6251 bottom of driving gear
Portion end is cooperatively connected with 6252 power of first motor admittedly in 625 bottom end wall of the female slot, is located at the female
It is equipped with link slot 64 in the right side end wall of the sliding cavity 62 of 625 upside of slot, is equipped with driving chamber in first sliding block 621
622, the third sliding block 631 connecting with 621 secure fit of the first sliding block, institute are slidably connected in the connectivity slot 63
It states to be rotatably assorted in third sliding block 631 and is connected with the extended first rotating shaft 632 in left and right, the 632 left side end of first rotating shaft
End, which is installed with, protrudes into the heavy cutting blade 611 connect in groove 61, and 632 right end of first rotating shaft, which is installed with, protrudes into institute
The first cone pulley 633 in driving chamber 622 is stated, is rotatably assorted in the external screw rod part 623 and is connected with splined sleeve 6231, the flower
6231 top end of key sleeve, which is installed with, to be protruded into the driving chamber 622 and is cooperatively connected with 633 power of the first cone pulley
Second cone pulley 6233 is rotatably assorted in the part between the sliding cavity 62 and first cavity 66 and is connected with the second shaft
661,661 top end of bottom end and second shaft is slidably connected in the bottom end face of the splined sleeve 6231
The splined shaft 6232 of secure fit connection is held, the bottom end of second shaft 661, which is installed with, protrudes into first cavity 66
Interior third cone pulley 664 is installed with the second motor 6211, second motor in the right end face of first sliding block 621
6211 right end is connected by power the 4th cone pulley 6212 protruded into the link slot 64, the institute on 64 right side of link slot
The second cavity 65 for being equipped in main body 6 and extending downwardly setting is stated, the bottom extending end of second cavity 65 extends to institute
State the right side relative position of the first cavity 66, be equipped in second cavity 65 to the 4th cone pulley 6212 and described the
The transmission mechanism of three cone pulleys 664 transmission cooperation.
Valuably or illustratively, the transmission mechanism include be rotatably assorted connection setting the link slot 64 with it is described
Third shaft 641 in part between second cavity 65 and be rotatably assorted connection setting first cavity 66 with it is described
The 4th shaft 662 in part between second cavity 66, the left distal end of the third shaft 641, which is installed with, protrudes into the company
The 5th cone pulley 642 in access slot 64, the 5th cone pulley 642 are located at the upper side position of the 4th cone pulley 6212, the third
The right end of shaft 641 is installed with the first pulley 651 protruded into second cavity 65, a left side for the 4th shaft 662
Side end is installed with the 6th cone pulley 663 for protruding into and being cooperatively connected in first cavity 66 and with 664 power of third cone pulley,
The right end of 4th shaft 662 is installed with the second belt wheel 653 protruded into second cavity 65, the first pulley
Power is connected with transmission belt 652 between 651 and second belt wheel 653, automatically controls cutting blade 611 to realize
The power transmission of rotation works and the work of the power transmission of the rotation of the screw shaft part 671, substantially increases work effect
Rate.
Valuably or illustratively, the transmission mechanism includes the spiral shell for connecting and being arranged in the transmission cavity 67 that is rotatably assorted
Rotating shafts 671 and the connection that is rotatably assorted be arranged in the part between the transmission cavity 67 and first cavity 66 the
Five shafts 665, the left distal end of the 5th shaft 665 protrude into the transmission cavity 67 and cooperate with 67 power of transmission cavity
Connection, the right end of the 5th shaft 665 protrudes into first cavity 66 and the left-hand end with second belt wheel 653
The connection of face secure fit, the transmission cavity 67 are equipped with the bottom end face through the main body 6 in the bottom end wall in left side
Discharge gate 672, automatically control the work of quick discharge to realize, substantially increase the recovery operation of waste wood, reduce worker
The amount of labour improves working efficiency.
When original state, third sliding block 631 is located at the lowest position in connectivity slot 63, at this point, by 631 band of third sliding block
The cutting blade 611 of dynamic 632 left distal end of first rotating shaft is fully located to sink and connect in groove 61, meanwhile, drive third sliding block 631
The external screw rod part 623 and the second sliding block 624 of 621 bottom of first sliding block 621 and the first sliding block are located at the most bottom in sliding cavity 62
Portion position, at this point, the first sliding block 621 is made to drive the 4th cone pulley 6212 in 6211 right end of the second motor utmostly separate
5th cone pulley 642, meanwhile, it is fully located at splined shaft 6232 in splined sleeve 6231；
When the work is required, it drives driving gear 6251 to rotate by first motor 6252, gear ring is driven by driving gear 6251
Part 6261 and internal screw thread turntable 626 rotate, and first sliding block at 623 top of external screw rod part is driven by the rotation of internal screw thread turntable 626
621 and bottom the second sliding block 624 towards the top-direction sliding in sliding cavity 62, until the first sliding block 621 slides into sliding
Top position in chamber 62, at this point, driving third sliding block 631 to slide into the top in connectivity slot 63 by the first sliding block 621
Position, and drive the top maximum circumscribed circle of cutting blade 611 to stretch out outside the top end surface of main body 6 by third sliding block 631, this
When, make the first sliding block 621 that the 4th cone pulley 6212 and 642 power of the 5th cone pulley be driven to be cooperatively connected, meanwhile, make splined sleeve 6231
Bottom stage and splined shaft 6232 top section keep power mating connection state, then by the second motor 6211 control the 4th
Cone pulley 6212 drives the rotation of the 5th cone pulley 642, drives third shaft 641 and first pulley 651 to rotate by the 5th cone pulley 642, so
The rotation of the second belt wheel 653 is driven by the transmission belt 652 in first pulley 651, at this point, driving the 4th turn by the second belt wheel 653
Axis 662 and the rotation of the 6th cone pulley 663, meanwhile, drive third cone pulley 664 and the 5th shaft 665 to rotate by the 6th cone pulley 663, into
And successively drive the second shaft 661, splined shaft 6232, splined sleeve 6231 and the second cone pulley 6233 to rotate by third cone pulley 664,
It drives the first cone pulley 633 and first rotating shaft 632 and cutting blade 611 to rotate by the second cone pulley 6233, realizes to automatically control and cut
It cuts work, and drives screw shaft part 671 to rotate by the 5th shaft 665, make to connect 61 bottom of groove through heavy and fall into transmission cavity 67
Waste wood through screw shaft part 671 rotation be transmitted in discharge gate 672, be most discharged afterwards through discharge gate 672, facilitate collection.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, sliding tooth rotation is driven by first motor
It is dynamic, it is rotated by driving gear band movable tooth collar member and internal screw thread turntable, is driven at the top of external screw rod part by the rotation of internal screw thread turntable
First sliding block and the second sliding block of bottom are towards the top-direction sliding in sliding cavity, until the first sliding block slides into sliding cavity
Top position and slided by third at this point, driving third sliding block to slide into the top position in connectivity slot by the first sliding block
Block drives the top maximum circumscribed circle of cutting blade to stretch out outside the top end surface of main body, at this point, the first sliding block is made to drive the 4th
Cone pulley and the 5th cone pulley power are cooperatively connected, meanwhile, the top section of the bottom stage and splined shaft that make splined sleeve keeps power to match
Connection status is closed, the rotation of the 5th cone pulley is then driven by the 4th cone pulley of the second motor control, drives third to turn by the 5th cone pulley
Axis and first pulley rotation, then drive the rotation of the second belt wheel through the transmission belt in first pulley, at this point, being driven by the second belt wheel
4th shaft and the rotation of the 6th cone pulley, meanwhile, drive third cone pulley and the 5th shaft to rotate by the 6th cone pulley, and then bored by third
Wheel successively drives the second shaft, splined shaft, splined sleeve and the rotation of the second cone pulley, drives the first cone pulley and first by the second cone pulley
Shaft and cutting blade rotation, realize automatically control cutting work, and by the 5th shaft drive screw shaft part rotation, make through
It is heavy to connect the waste wood that bottom portion of groove is fallen into transmission cavity and be transmitted in discharge gate through the rotation of screw shaft part, most arranged afterwards through discharge gate
Out；To realize automatically control cutting blade auto-extending work and automatically control cutting blade it is fully extended after power
Work is connected, the safety of cutting work is greatly improved, and is able to achieve and automatically controls quick discharge work, substantially increases waste wood
The recovery operation of bits reduces worker's amount of labour, improves whole work efficiency.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (4)
1. a kind of processing unit (plant) of cross section hard wooden floor block, including main body, it is characterised in that：The top of the main body
Be equipped in end face and extend downwardly the heavy of setting and connect groove, it is described it is heavy connect bottom portion of groove and be connected be equipped with biography extended to the left
Defeated chamber, the transmission cavity is interior to be equipped with transmission mechanism, is equipped with sliding cavity, the cunning in the heavy main body connect on the right side of groove
Dynamic chamber is connected between groove with heavy connect equipped with connectivity slot, and it is empty that first is equipped in the main body on the downside of the sliding cavity
Chamber, first cavity are located at the relative position on the right side of the transmission cavity, and it is sliding that first is slidably connected in the sliding cavity
Block, is slidably connected with the second sliding block in the sliding cavity on the downside of first sliding block, second sliding block and described the
Secure fit is connected with external screw rod part between one sliding block, is threadedly engaged and is connected with and the sliding cavity on the external screw rod part outer wall
Be rotatably assorted the internal screw thread turntable of connection, and gear ring part, end wall on the right side of the sliding cavity are equipped on the internal screw thread turntable outer wall
It is interior equipped with the recessed channel being oppositely arranged with the internal screw thread turntable, transition fit is connected with and the gear ring part in the female slot
The driving gear that power is cooperatively connected, the driving gear bottom end and first admittedly in the female trench bottom end wall
Motor power is cooperatively connected, and is equipped with link slot in the right side end wall of the sliding cavity on the upside of the female slot, and described the
It is equipped with driving chamber in one sliding block, is slidably connected with the third connecting with the first sliding block secure fit in the connectivity slot
Sliding block is rotatably assorted in the third sliding block and is connected with the extended first rotating shaft in left and right, the first rotating shaft left distal end
It is installed with and protrudes into the heavy cutting blade connect in groove, the first rotating shaft right end, which is installed with, to be protruded into the driving chamber
The first cone pulley, be rotatably assorted in the external screw rod part and be connected with splined sleeve, the splined sleeve top end, which is installed with, stretches
The second cone pulley for entering in the driving chamber and being cooperatively connected with the first cone pulley power, the sliding cavity and first cavity
Between part in be rotatably assorted and be connected with the second shaft, be slidably connected with bottom in the bottom end face of the splined sleeve
The splined shaft that end is connect with the second shaft top end secure fit, the bottom end of second shaft, which is installed with, stretches
Enter the third cone pulley in first cavity, the second motor, second electricity are installed in the right end face of first sliding block
The right end of machine is connected by power the 4th cone pulley protruded into the link slot, in the main body on the right side of told link slot
Equipped with the second cavity for extending downwardly setting, the bottom extending end of second cavity extends to the right side of first cavity
Relative position, second cavity is interior to be equipped with to the driver with the 4th cone pulley and third cone drive cooperation
Structure.
2. a kind of processing unit (plant) of cross section hard wooden floor block according to claim 1, it is characterised in that：The transmission
Mechanism include be rotatably assorted the third shaft that is arranged in the part between the link slot and second cavity of connection and
The 4th shaft that the connection that is rotatably assorted is arranged in the part between first cavity and second cavity, the third turn
The left distal end of axis is installed with the 5th cone pulley protruded into the link slot, and the 5th cone pulley is located at the upper of the 4th cone pulley
Side position, the right end of the third shaft are installed with the first pulley protruded into second cavity, the 4th shaft
Left distal end be installed with the 6th cone pulley for protruding into first cavity and being cooperatively connected with the third cone pulley power, it is described
The right end of 4th shaft is installed with the second belt wheel protruded into second cavity, the first pulley and second band
Power is connected with transmission belt between wheel.
3. a kind of processing unit (plant) of cross section hard wooden floor block according to claim 2, it is characterised in that：The transmission
Mechanism includes being rotatably assorted to connect the screw shaft part being arranged in the transmission cavity and be rotatably assorted to connect to be arranged described
The 5th shaft in part between transmission cavity and first cavity, the left distal end of the 5th shaft protrude into the transmission
Intracavitary and be cooperatively connected with the transmission cavity power of stating, the right end of the 5th shaft protrudes into first cavity
And connect with the left end face secure fit of second belt wheel, the transmission cavity is equipped in the bottom end wall in left side to be run through
The discharge gate of the bottom end face of the main body.
4. a kind of method of the processing of cross section hard wooden floor block according to claim 3, this method are：Original state
When, third sliding block is located at the lowest position in connectivity slot, at this point, driving the cutting of first rotating shaft left distal end by third sliding block
Blade is fully located to sink and connect in groove, meanwhile, so that third sliding block is driven the external screw rod part of the first sliding block and the first slider bottom
It is located at the lowest position in sliding cavity with the second sliding block, at this point, the first sliding block is made to drive the in the second motor right end
Four cone pulleys utmostly far from the 5th cone pulley, meanwhile, be fully located at splined shaft in splined sleeve；When the work is required, pass through
First motor drives the rotation of sliding tooth wheel, is rotated by driving gear band movable tooth collar member and internal screw thread turntable, by internal screw thread turntable
Rotation drives the second sliding block of the first sliding block and bottom at the top of external screw rod part towards the top-direction sliding in sliding cavity, until
First sliding block slides into the top position in sliding cavity, at this point, driving third sliding block to slide into connectivity slot by the first sliding block
Top position, and by third sliding block drive cutting blade top maximum circumscribed circle stretch out main body top end surface outside,
At this point, make the first sliding block that the 4th cone pulley and the 5th cone pulley power be driven to be cooperatively connected, meanwhile, make the bottom stage and flower of splined sleeve
The top section of key axis keeps power mating connection state, then drives the 5th cone pulley to turn by the 4th cone pulley of the second motor control
It is dynamic, it drives third shaft and first pulley to rotate by the 5th cone pulley, then drives the second belt wheel through the transmission belt in first pulley
Rotation, at this point, drive the 4th shaft and the 6th cone pulley to rotate by the second belt wheel, meanwhile, by the 6th cone pulley drive third cone pulley and
The rotation of 5th shaft, and then successively drive the second shaft, splined shaft, splined sleeve and the second cone pulley to rotate by third cone pulley, by
Second cone pulley drives the first cone pulley and first rotating shaft and cutting blade rotation, realizes and automatically controls cutting work, and by the 5th
Shaft drives the rotation of screw shaft part, make through it is heavy connect the waste wood that bottom portion of groove is fallen into transmission cavity and rotated through screw shaft part pass
It transports in discharge gate, is most discharged afterwards through discharge gate, facilitate collection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810859131.3A CN108908513A (en) | 2018-07-31 | 2018-07-31 | A kind of processing method of cross section hard wooden floor block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810859131.3A CN108908513A (en) | 2018-07-31 | 2018-07-31 | A kind of processing method of cross section hard wooden floor block |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108908513A true CN108908513A (en) | 2018-11-30 |
Family
ID=64393605
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810859131.3A Withdrawn CN108908513A (en) | 2018-07-31 | 2018-07-31 | A kind of processing method of cross section hard wooden floor block |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108908513A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109940708A (en) * | 2019-03-27 | 2019-06-28 | 杭州红凌服饰有限公司 | A kind of plate cutting device |
-
2018
- 2018-07-31 CN CN201810859131.3A patent/CN108908513A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109940708A (en) * | 2019-03-27 | 2019-06-28 | 杭州红凌服饰有限公司 | A kind of plate cutting device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181130 |
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| WW01 | Invention patent application withdrawn after publication |