CN109014419A - A kind of Crosscut production line for metal sheet materials - Google Patents
A kind of Crosscut production line for metal sheet materials Download PDFInfo
- Publication number
- CN109014419A CN109014419A CN201810932387.2A CN201810932387A CN109014419A CN 109014419 A CN109014419 A CN 109014419A CN 201810932387 A CN201810932387 A CN 201810932387A CN 109014419 A CN109014419 A CN 109014419A
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- Prior art keywords
- chamber
- face
- sliding
- taper wheel
- fitted
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- 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
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D79/00—Methods, machines, or devices not covered elsewhere, for working metal by removal of material
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- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Tents Or Canopies (AREA)
Abstract
The invention discloses a kind of Crosscut production line for metal sheet materials, including production frame body and the lifting unit being arranged on the downside of the production frame body, installing port is equipped in the production frame body bottom end face, rotor is equipped in the installing port, end face center is symmetrically installed with flange at left and right sides of the rotor, the first spline chamber is equipped in the flange left end face in left side, socket is equipped in the flange right end face on right side, extend to pass equipped with first up and down in the production frame body on the left of the installing port and connects chamber, first biography, which connects to be rotatably assorted on the downside of chamber, is equipped with the first Coupling Shaft, first Coupling Shaft outer surface is installed with the first leather strap wheel, the first Coupling Shaft right end protrudes into the installing port and end is installed with the first splined shaft, first splined shaft is connect with the first spline chamber spline fitted, described first passes It connects the connection of chamber roof and connects chamber equipped with the second biography.
Description
Technical field
The present invention relates to sheet metal processing technique field, specially a kind of Crosscut production line for metal sheet materials.
Background technique
When producing sheet metal, need to carry out cutting processing to sheet metal, current cutting equipment usually only has
Unidirectional cutting function, has a single function, and needs to carry out direction adjusting to sheet metal manually in cutting processing, operate numerous
Trivial, working efficiency is low, moreover, needing manual control operation to the cutting processing of sheet metal, cut lengths error is big, to rotor
Replacement complex steps, therefore, it is necessary to improve.
Summary of the invention
The purpose of the present invention is to provide a kind of Crosscut production line for metal sheet materials, in the prior art above-mentioned scarce for overcoming
It falls into.
A kind of Crosscut production line for metal sheet materials according to the present invention, including production frame body and setting are in the production frame body
The lifting unit of downside, the production frame body bottom end face is interior to be equipped with installing port, is equipped with rotor, the rotor in the installing port
Left and right sides end face center is symmetrically installed with flange, is equipped with the first spline chamber, right side in the flange left end face in left side
The flange right end face in be equipped with socket, extend up and down in the production frame body on the left of the installing port and be equipped with first and pass
Chamber is connect, first biography, which connects to be rotatably assorted on the downside of chamber, is equipped with the first Coupling Shaft, and first Coupling Shaft outer surface is installed with
First leather strap wheel, the first Coupling Shaft right end protrudes into the installing port and end is installed with the first splined shaft, described
First splined shaft is connect with the first spline chamber spline fitted, and first biography connects the connection of chamber roof and connects chamber equipped with the second biography,
Second biography connects intracavitary be rotatably assorted and is equipped with the second Coupling Shaft, and second Coupling Shaft outer surface is installed with the second leather strap
Wheel, transmission is fitted with tension band, the second Coupling Shaft appearance between the second leather strap wheel and the first leather strap wheel
Face is installed with two-sided taper wheel, and second biography connects the connection of chamber roof and connects chamber equipped with third biography, and second biography connects in chamber left side
Pneumatic cylinder is installed in wall, the pneumatic cylinder right-hand end power is fitted with piston rod, the piston rod right end rotation
It is fitted with the first taper wheel to engage with two-sided taper wheel, the first taper wheel right end face is installed with third and turns
Spindle, the third pass the tune for connecing and being equipped in chamber right end face and protruding into the third Coupling Shaft and connect hole, the third switching
Axis outer surface is installed with the second taper wheel to engage with two-sided taper wheel, and the third on the right side of the second taper wheel turns
Spindle outer surface is installed with third taper wheel, the 4th taper wheel respectively, and the third biography connects the peace that is rotatably assorted in the end surface of bottom of chamber
Equipped with reducing sleeve, the reducing sleeve top is installed with the 5th cone to engage with the third taper wheel or the 4th taper wheel
Cincture, is equipped with the second spline chamber in the reducing sleeve bottom end face, and the reducing sleeve bottom end connection is equipped with extended up and down
First sliding chamber, described first, which slips intracavitary be slidably installed, the first sliding seat, in the described first sliding top end surface
Equipped with the first electricity favourable turn, the first electricity favourable turn top power is fitted with the second splined shaft, second splined shaft and institute
State the connection of the second spline chamber spline fitted, a described first sliding bottom end face screw-internal thread fit is equipped with first and is spirally connected bar, institute
It states the first bar bottom end power that is spirally connected and is fitted with the second electricity favourable turn, it is sliding that the second electricity favourable turn is fixedly arranged on described first
In the wall of bottom of chamber, the second electricity favourable turn bottom end power is fitted with the switching mechanism to dismount rotor.
Further technical solution, the lifting unit include pedestal, and bilateral symmetry is equipped in the pedestal top end surface
Third electricity favourable turn, third electricity favourable turn top power are fitted with second and are spirally connected bar, and described second is spirally connected bar and the life
It produces frame body bottom end and is threadedly engaged connection, bilateral symmetry is equipped with limit chamber in the production frame body, is slidably matched in the limit chamber
Limited block is installed, the limit chamber bottom wall connection is equipped with through slot, and being slidably installed in the through slot has joint arm, the joint arm
Top end is fixedly connected with bottom end with the limited block bottom end face and is fixedly connected with the pedestal top end surface.
Further technical solution, the pedestal top end surface are equipped with clamping connection seat, on the clamping connection seat and the rotor
It is lower opposite.
Further technical solution, the switching mechanism include being extended the in the second electricity favourable turn bottom end up and down
Two sliding chambers, the second sliding bottom of chamber wall connection are equipped with the extended third in left and right and slip chamber, described second slip it is intracavitary
Being slidably installed has locking block, and the locking block screw-internal thread fit is equipped with third and is spirally connected bar, and the third is spirally connected bar and institute
It states the second electricity favourable turn to be connected by power, the third, which slips intracavitary be slidably installed, the second sliding seat, the second sliding seat
The interlocking chamber with the mating connection of the locking block is equipped in top end surface, the interlocking chamber left side wall is equipped with and the interlocking
Block bottom face presses the bevel edge chamber being equipped with, and a described second sliding left end face, which is rotatably assorted, is equipped with slide bar, the cunning
Bar protrude into the installing port and with the mating connection of the socket, the third, which is slipped, is equipped with groove in chamber inner left wall,
Press is fitted with spring between the groove left side wall and the second sliding left end face.
The beneficial effects of the present invention are: sheet metal is fixedly mounted on clamping connection seat when needing to process sheet metal
On, starting the first electricity favourable turn drives rotor rotation, then starts third electricity favourable turn and drives production frame body decline, until to metal plate
Material cutting finishes；To quickly carry out cutting work to sheet metal, increase working efficiency.
When needing to adjust cut direction, starting pneumatic cylinder pushes third Coupling Shaft to slide to the right, the 4th taper wheel and the
Five taper wheels are disengaged from, the second taper wheel and two-sided taper wheel be disengaged from rear third taper wheel engaged with the 5th taper wheel,
First taper wheel is engaged with two-sided taper wheel, at this point, starting the first electricity favourable turn can drive rotor to rotate backward, to carry out anti-
To cutting work；And then without being manually adjusted direction to sheet metal, manual working step is effectively reduced.
When needing replacing rotor, starting the second electricity favourable turn drives first to be spirally connected bar and third is spirally connected bar rotation, third
The bar that is spirally connected drives locking block to rise, and due to the press active force of spring, the second sliding seat slides to the right until bevel edge chamber and interlocking
Block abuts, at this point, slide bar is detached from socket and flushes with installing port right side wall, meanwhile, first is spirally connected under bar the first sliding seat of drive
Slide and the second splined shaft made to completely disengage the second spline chamber, at this point, will not accidental activation rotor rotation, then, manually by rotor
It is extracted out from the first splined shaft, so that fast rotor is replaced, without manually being dismounted other tools,
And will not the rotation of accidental activation rotor, replacement operation is simple and efficient.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is the schematic diagram of internal structure that frame body is produced in the present invention；
Fig. 3 is enlarged structure schematic diagram at A in Fig. 2；
Fig. 4 is enlarged structure schematic diagram at B in Fig. 2.
Specific embodiment
Below with reference to Fig. 1-4, the present invention is described in detail.
Referring to Fig.1-4, a kind of Crosscut production line for metal sheet materials of embodiment according to the present invention, including production frame body 16 with
And the lifting unit of 16 downside of production frame body is set, installing port 34, institute are equipped in 16 bottom end face of production frame body
It states and is equipped with rotor 13 in installing port 34,13 left and right sides end face center of rotor is symmetrically installed with flange 71, the institute in left side
It states and is equipped with the first spline chamber 75 in 71 left end face of flange, socket 76 is equipped in 71 right end face of the flange on right side, it is described
Extend to pass equipped with first up and down in the production frame body 16 on the left of installing port 34 and connects chamber 33, first biography connects on the downside of chamber 33
It being rotatably assorted and the first Coupling Shaft 31 is installed, 31 outer surface of the first Coupling Shaft is installed with the first leather strap wheel 28, and described first
31 right end of Coupling Shaft protrudes into the installing port 34 and end is installed with the first splined shaft 72, first splined shaft and institute
State the connection of 75 spline fitted of the first spline chamber, described first passes to connect the connection of 33 roof of chamber and be equipped with second and pass and connects chamber 37, and described second
Biography, which connects to be rotatably assorted in chamber 39, is equipped with the second Coupling Shaft 39, and 39 outer surface of the second Coupling Shaft is installed with the second leather strap wheel
30, transmission is fitted with tension band 36, second switching between the second leather strap wheel 30 and the first leather strap wheel 28
39 outer surface of axis is installed with two-sided taper wheel 38, and described second passes to connect the connection of 37 roof of chamber and be equipped with third biography and connect chamber 42, and described the
Two biographies, which connect, is installed with pneumatic cylinder 40 in 42 inner left wall of chamber, the 40 right-hand end power of pneumatic cylinder is fitted with piston rod 41,
41 right end of piston rod is rotatably assorted the first taper wheel 43 being equipped with to engage with two-sided taper wheel 38, and described
One taper wheel, 43 right end face is installed with third Coupling Shaft 51, and the third biography, which connects, to be equipped with to described the in 42 right end face of chamber
The tune that three Coupling Shafts 51 protrude into connects hole 52, and 51 outer surface of third Coupling Shaft is installed with to engage with two-sided taper wheel 38
51 outer surface of third Coupling Shaft of second taper wheel 44,44 right side of the second taper wheel is installed with third taper wheel respectively
46, the 4th taper wheel 47, the third biography, which connects to be rotatably assorted in 42 bottom end face of chamber, is equipped with reducing sleeve 55, the reducing sleeve 55
Top is installed with the 5th taper wheel 56 to engage with the third taper wheel 46 or the 4th taper wheel 47, the reducing sleeve
The second spline chamber 57 is equipped in 55 bottom end faces, 55 bottom end of the reducing sleeve connection is equipped with the first extended up and down sliding chamber
22, being slidably installed in the first sliding chamber 22 has the first sliding seat 20, sets in first sliding 20 top end surface of seat
There is the first electricity favourable turn 53, the first electricity 53 top power of favourable turn are fitted with the second splined shaft 54, second splined shaft
54 connect with 57 spline fitted of the second spline chamber, and the first sliding 20 bottom end face screw-internal thread fit of seat is equipped with first
Be spirally connected bar 21, described first be spirally connected 21 bottom end power of bar be fitted with second electricity favourable turn 23, it is described second electricity favourable turn 23
It is fixedly arranged in the described first sliding 22 bottom wall of chamber, the second electricity 23 bottom end power of favourable turn are fitted with to dismount rotor 13
Switching mechanism.
Valuably or illustratively, the lifting unit includes pedestal 10, bilateral symmetry in 10 top end surface of pedestal
Equipped with third electricity favourable turn 12, the third electricity 12 top power of making a connection are fitted with second and are spirally connected bar 14, and described second is spirally connected
Bar 14 is threadedly engaged with 16 bottom end of production frame body and connect, and bilateral symmetry is equipped with limit chamber 24, institute in the production frame body 16
It states to be slidably installed in limit chamber 24 and has limited block 25,24 bottom wall of the limit chamber connection is equipped with through slot 26, the through slot 26
Inside being slidably installed has joint arm 15, and 15 top end of joint arm is fixedly connected with bottom end with 25 bottom end face of limited block
End is fixedly connected with 10 top end surface of pedestal, carries out lift adjustment to the production frame body 16 to automatically control.
Valuably or illustratively, 10 top end surface of pedestal is equipped with clamping connection seat 11, the clamping connection seat 11 with it is described
About 13 rotor is opposite, consequently facilitating gripping to sheet metal.
Valuably or illustratively, the switching mechanism includes being extended up and down in 23 bottom ends of the second electricity favourable turn
Second sliding chamber 61, the sliding chamber 64 of third that second sliding 61 bottom wall of the chamber connection is extended equipped with left and right, described second
Being slidably installed in sliding chamber 61 has locking block 63, and 63 screw-internal thread fit of locking block is equipped with third and is spirally connected bar 62, institute
It states the third bar 62 that is spirally connected 23 to be connected by power with the second electricity favourable turn, the third, which slips to be slidably installed in chamber 64, second
Sliding seat 65, the interior interlocking chamber 66 being equipped with the mating connection of the locking block 63 of second sliding 65 top end surface of seat,
66 left side wall of interlocking chamber, which is equipped with, presses the bevel edge chamber 67 being equipped with 63 bottom face of locking block, and described second is sliding
65 left end faces of seat, which are rotatably assorted, is equipped with slide bar 69, and the slide bar 69 is protruded into the installing port 34 and inserted with the socket 76
Mating connection is connect, the third, which is slipped, is equipped with groove 68 in 64 inner left wall of chamber, 68 left side wall of groove and described second is slided
Press is fitted with spring 73 between 65 left end face of joint chair, dismounts consequently facilitating automatically controlling to rotor 13.
When needing to process sheet metal, sheet metal is fixedly mounted on clamping connection seat 11, starting the first electricity favourable turn
53 drive rotor 13 to rotate, and then start third electricity favourable turn 12 and production frame body 16 is driven to decline, until having cut to sheet metal
Finish；
When needing to adjust cut direction, starting pneumatic cylinder 40 pushes third Coupling Shaft 51 to slide to the right, the 4th taper wheel 47 with
5th taper wheel 56 is disengaged from, the second taper wheel 44 is disengaged from rear third taper wheel 46 and the 5th with two-sided taper wheel 38 and bores
The engagement of cincture 56, the first taper wheel 43 are engaged with two-sided taper wheel 38, at this point, the first electricity of starting favourable turn 53 can drive rotor 13
It rotates backward, to carry out reverse cut work；
When needing replacing rotor 13, the second electricity of starting favourable turn 23 drives first to be spirally connected bar 21 and third is spirally connected the rotation of bar 62,
Third be spirally connected bar 62 drive locking block 63 rise, due to the press active force of spring 73, the second sliding seat 65 slide to the right up to
Bevel edge chamber 67 is abutted with locking block 63, at this point, slide bar 69 is detached from socket 76 and flushes with 34 right side wall of installing port, meanwhile, first
The bar 21 that is spirally connected drives the first sliding seat 20 to glide and the second splined shaft 54 is made to completely disengage the second spline chamber 57, at this point, not understanding
Outer starting rotor 13 rotates, and then, manually extracts rotor 13 from the first splined shaft 72 out.
The beneficial effects of the present invention are: sheet metal is fixedly mounted on clamping connection seat when needing to process sheet metal
On, starting the first electricity favourable turn drives rotor rotation, then starts third electricity favourable turn and drives production frame body decline, until to metal plate
Material cutting finishes；To quickly carry out cutting work to sheet metal, increase working efficiency.
When needing to adjust cut direction, starting pneumatic cylinder pushes third Coupling Shaft to slide to the right, the 4th taper wheel and the
Five taper wheels are disengaged from, the second taper wheel and two-sided taper wheel be disengaged from rear third taper wheel engaged with the 5th taper wheel,
First taper wheel is engaged with two-sided taper wheel, at this point, starting the first electricity favourable turn can drive rotor to rotate backward, to carry out anti-
To cutting work；And then without being manually adjusted direction to sheet metal, manual working step is effectively reduced.
When needing replacing rotor, starting the second electricity favourable turn drives first to be spirally connected bar and third is spirally connected bar rotation, third
The bar that is spirally connected drives locking block to rise, and due to the press active force of spring, the second sliding seat slides to the right until bevel edge chamber and interlocking
Block abuts, at this point, slide bar is detached from socket and flushes with installing port right side wall, meanwhile, first is spirally connected under bar the first sliding seat of drive
Slide and the second splined shaft made to completely disengage the second spline chamber, at this point, will not accidental activation rotor rotation, then, manually by rotor
It is extracted out from the first splined shaft, so that fast rotor is replaced, without manually being dismounted other tools,
And will not the rotation of accidental activation rotor, replacement operation is simple and efficient.
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 Crosscut production line for metal sheet materials, including production frame body and the lifting list being arranged on the downside of the production frame body
Member, it is characterised in that: be equipped with installing port in the production frame body bottom end face, be equipped with rotor, the rotor in the installing port
Left and right sides end face center is symmetrically installed with flange, is equipped with the first spline chamber, right side in the flange left end face in left side
The flange right end face in be equipped with socket, extend up and down in the production frame body on the left of the installing port and be equipped with first and pass
Chamber is connect, first biography, which connects to be rotatably assorted on the downside of chamber, is equipped with the first Coupling Shaft, and first Coupling Shaft outer surface is installed with
First leather strap wheel, the first Coupling Shaft right end protrudes into the installing port and end is installed with the first splined shaft, described
First splined shaft is connect with the first spline chamber spline fitted, and first biography connects the connection of chamber roof and connects chamber equipped with the second biography,
Second biography connects intracavitary be rotatably assorted and is equipped with the second Coupling Shaft, and second Coupling Shaft outer surface is installed with the second leather strap
Wheel, transmission is fitted with tension band, the second Coupling Shaft appearance between the second leather strap wheel and the first leather strap wheel
Face is installed with two-sided taper wheel, and second biography connects the connection of chamber roof and connects chamber equipped with third biography, and second biography connects in chamber left side
Pneumatic cylinder is installed in wall, the pneumatic cylinder right-hand end power is fitted with piston rod, the piston rod right end rotation
It is fitted with the first taper wheel to engage with two-sided taper wheel, the first taper wheel right end face is installed with third and turns
Spindle, the third pass the tune for connecing and being equipped in chamber right end face and protruding into the third Coupling Shaft and connect hole, the third switching
Axis outer surface is installed with the second taper wheel to engage with two-sided taper wheel, and the third on the right side of the second taper wheel turns
Spindle outer surface is installed with third taper wheel, the 4th taper wheel respectively, and the third biography connects the peace that is rotatably assorted in the end surface of bottom of chamber
Equipped with reducing sleeve, the reducing sleeve top is installed with the 5th cone to engage with the third taper wheel or the 4th taper wheel
Cincture, is equipped with the second spline chamber in the reducing sleeve bottom end face, and the reducing sleeve bottom end connection is equipped with extended up and down
First sliding chamber, described first, which slips intracavitary be slidably installed, the first sliding seat, in the described first sliding top end surface
Equipped with the first electricity favourable turn, the first electricity favourable turn top power is fitted with the second splined shaft, second splined shaft and institute
State the connection of the second spline chamber spline fitted, a described first sliding bottom end face screw-internal thread fit is equipped with first and is spirally connected bar, institute
It states the first bar bottom end power that is spirally connected and is fitted with the second electricity favourable turn, it is sliding that the second electricity favourable turn is fixedly arranged on described first
In the wall of bottom of chamber, the second electricity favourable turn bottom end power is fitted with the switching mechanism to dismount rotor.
2. a kind of Crosscut production line for metal sheet materials according to claim 1, it is characterised in that: the lifting unit includes base
Seat, the interior bilateral symmetry of the pedestal top end surface are equipped with third electricity and make a connection, and the third electricity favourable turn top power is fitted with
Second is spirally connected bar, and described second bar that is spirally connected is threadedly engaged with the production frame body bottom end and connect, left and right pair in the production frame body
Claim to be equipped with limit chamber, being slidably installed in the limit chamber has limited block, and the limit chamber bottom wall connection is equipped with through slot, described
Being slidably installed in through slot has joint arm, and the joint arm top end is fixedly connected with bottom end with the limited block bottom end face
It is fixedly connected with the pedestal top end surface.
3. a kind of Crosscut production line for metal sheet materials according to claim 1 or 2, it is characterised in that: the pedestal top end
Face is equipped with clamping connection seat, and the clamping connection seat and the rotor are opposite up and down.
4. a kind of Crosscut production line for metal sheet materials according to claim 1, it is characterised in that: the switching mechanism includes upper
Lower extension is set to the second sliding chamber of the second electricity favourable turn bottom end, and the second sliding bottom of chamber wall connection is equipped with left and right and extends
The third of setting slips chamber, and described second, which slips intracavitary be slidably installed, locking block, the locking block screw-internal thread fit peace
It is spirally connected bar equipped with third, the third bar that is spirally connected is connected by power with the second electricity favourable turn, and the third is slipped intracavitary sliding and matched
Conjunction is equipped with the second sliding seat, and the interlocking with the mating connection of the locking block is equipped in the described second sliding top end surface
Chamber, the interlocking chamber left side wall, which is equipped with, presses the bevel edge chamber being equipped with, the second sliding seat with the locking block bottom face
Left end face, which is rotatably assorted, is equipped with slide bar, the slide bar protrude into the installing port and with the mating connection of the socket,
The third, which is slipped, is equipped with groove in chamber inner left wall, push up between the groove left side wall and the second sliding left end face
Press-fit is equipped with spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810932387.2A CN109014419A (en) | 2018-08-16 | 2018-08-16 | A kind of Crosscut production line for metal sheet materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810932387.2A CN109014419A (en) | 2018-08-16 | 2018-08-16 | A kind of Crosscut production line for metal sheet materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109014419A true CN109014419A (en) | 2018-12-18 |
Family
ID=64630611
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810932387.2A Withdrawn CN109014419A (en) | 2018-08-16 | 2018-08-16 | A kind of Crosscut production line for metal sheet materials |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109014419A (en) |
-
2018
- 2018-08-16 CN CN201810932387.2A patent/CN109014419A/en not_active Withdrawn
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| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181218 |
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| WW01 | Invention patent application withdrawn after publication |