CN108655597A - A kind of novel stainless steel welded method - Google Patents
A kind of novel stainless steel welded method Download PDFInfo
- Publication number
- CN108655597A CN108655597A CN201810329984.6A CN201810329984A CN108655597A CN 108655597 A CN108655597 A CN 108655597A CN 201810329984 A CN201810329984 A CN 201810329984A CN 108655597 A CN108655597 A CN 108655597A
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- Prior art keywords
- slide slot
- sliding block
- motor
- chamber
- face
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K31/00—Processes relevant to this subclass, specially adapted for particular articles or purposes, but not covered by only one of the preceding main groups
- B23K31/02—Processes relevant to this subclass, specially adapted for particular articles or purposes, but not covered by only one of the preceding main groups relating to soldering or welding
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
- B23K37/04—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work
- B23K37/0426—Fixtures for other work
- B23K37/0435—Clamps
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Butt Welding And Welding Of Specific Article (AREA)
Abstract
The invention discloses a kind of novel stainless steel welded methods,Including pedestal and the bearing support being fixed at the top of the pedestal,The base bottom end face is installed with mounting plate,Through equipped with particle storage chamber in the pedestal on the left of the bearing support,It is arranged with clamping device in the top end surface of the pedestal of particle storage chamber front and rear sides,The first slide slot is equipped in the clamping device bottom end face,It is symmetrical in the clamping device top end surface to be equipped with the second slide slot,The second slide slot bottom end communicates setting with first slide slot,It is installed with guide bar in second slide slot,Clamping plate extended up and down is slidably connected on the guide bar,Extending end stretches out the top end surface of the clamping device at the top of the clamping plate,Clamping plate bottom extending end is put in first slide slot,It is wound with bouncing plate on the guiding rod outer surface of the clamping plate opposite side.
Description
Technical field
The present invention relates to technical field of welding equipment, specially a kind of novel stainless steel welded method.
Background technology
Currently, stainless steel work-piece uses extensively.Traditional bonding machine is in soldering stainless steel workpiece, by manually will be to be welded
After the workpiece that connects is fixed, then workpiece to be welded to plumb joint is pushed to weld by staff, there are great error,
And it is easy to cause processing error so that finished product accuracy reduction after processing is completed, quality decline influence subsequent use；And
By manually welding, it will take a lot of manpower and time, and artificial labor intensity is larger, leads to the drop of production efficiency
It is low, and the degree of danger of staff is bigger.
Invention content
It is in the prior art above-mentioned for overcoming the purpose of the present invention is to provide a kind of novel stainless steel welded method
Defect.
A kind of novel stainless steel welded method according to the present invention, including pedestal and be fixed at the top of the pedestal
Bearing support, the base bottom end face are installed with mounting plate, run through in the pedestal on the left of the bearing support and are deposited equipped with particle
Chamber is put, clamping device, the clamping dress are arranged in the top end surface of the pedestal of particle storage chamber front and rear sides
It is equipped with the first slide slot in bottom set end surface, it is symmetrical in the clamping device top end surface to be equipped with the second slide slot, it is described
Second slide slot bottom end communicates setting with first slide slot, and guide bar is installed in second slide slot, described
Clamping plate extended up and down is slidably connected on guide bar, extending end stretching is described clamping at the top of the clamping plate
The top end surface of device, clamping plate bottom extending end are put in first slide slot, the clamping plate opposite side
It is wound with bouncing plate on the guiding rod outer surface, is equipped in the pedestal on the downside of each clamping device and prolongs to the right
It stretches the first of setting and slides chamber, described the first of the front and rear sides parts for sliding on the right side of chamber between extending end are communicated equipped with second
Chamber is slided, described second, which slides the third for being communicated in intracavitary roof and being equipped with and being extended to the right, slides chamber, and the third slides
Extended segment is located at the relative position of the bearing support bottom on the right side of chamber, and first slide slot and described first slide between chamber
It is rotatably assorted in part and is connected with the first extended up and down steering shaft, extending end puts in institute at the top of first steering shaft
It states in the first slide slot and is rotatably assorted with the first slide slot inner roof wall and connect, described first in first slide slot
It is circumferentially installed with rope-winding wheel in steering shaft, is installed with rope between the rope-winding wheel and the clamping plate of the left and right sides, institute
It states the first steering shaft bottom end and is installed with and put in the described first toothed wheel for sliding intracavitary, described on rear side of the toothed wheel
One, which slides intracavitary, is slidably connected with the first extended sliding block of left and right, the first sliding block front end face be equipped with
The tooth form item that the toothed wheel power is connected, described second, which slides intracavitary, is slidably connected with and first sliding block
Second sliding block of right side extending end secure fit connection, the third slide intracavitary be slidably connected with bottom end with
The third sliding block of the second sliding block bottom end face secure fit connection, the third sliding block screw-internal thread fit are connected with
The first extended spiral shell shape bar of left and right, the first spiral shell shape bar right side extending end and the first motor power are connected,
The second motor is installed in the third sliding block right end face on the upside of the first spiral shell shape bar, second motor is right
Side end be connected by power has the first taper cone pulley stretched out outside the third sliding block right end face, and landing is equipped in the bearing support
The outside of device, first motor is additionally provided with shield rest device.
It is fixed to stretch out the clamping plate opposite side outside the top end surface of the clamping device for further technical solution
There is antifriction piece.
Further technical solution, first motor outer surface are slided embedded in the third on the right side of chamber in inner wall admittedly,
Extending end, which with the third slides chamber inner left wall and is rotatably assorted, on the left of the first spiral shell shape bar connect.
Further technical solution, the lifting gear include that the third being arranged in the bearing support left end face slides
Slot and rotatable mating connection are arranged slides the second steering shaft between chamber in the third slide slot and the third, described
Second steering shaft bottom end be connected by power, which has, puts in the second taper cone pulley that the third slides intracavitary, in the third slide slot
It is rotatably assorted and is connected with the second spiral shell shape bar that bottom end is connect with the second steering shaft top end secure fit, described
Screw-thread fit is connected with the 4th sliding block on two spiral shell shape bars, is equipped with and the 4th sliding block secure fit on the left of the bearing support
The crossbeam of connection is rotatably assorted in the crossbeam and is connected with bonding machine, and the outside at the top of the bonding machine is enclosed with and the cross
The sheath of back end surface secure fit connection.
Further technical solution, the bonding machine bottom end are oppositely arranged with the particle storage chamber.
Further technical solution, the shield rest device include antivibration pad and radiating fin, and the antivibration pad is arranged in institute
It states the top and bottom of the first motor and is fixedly connected with first motor, the radiating fin is arranged described first
It the front-end and back-end of motor and is fixedly connected with first motor, the outside of second motor is also correspondingly arranged
There is the shield rest device.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by the way that the work piece processed will be needed to exist
On bearing support between the clamping plate of the left and right sides, then, rotated by first Motor Control the first spiral shell shape bar, by the first spiral shell shape
Bar drives the second sliding block of third sliding block and third sliding block bottom to slide into the second right-most position for sliding intracavitary,
At this point, third sliding block drives the first taper cone pulley and the second taper cone pulley power to be connected, meanwhile, by the second sliding block drive the
One sliding block right end utmostly puts in second and slides intracavitary, at this time by the tooth form band moving teeth shape on front side of the first sliding block
Wheel rotation drives the first steering shaft and rope-winding wheel to rotate by toothed wheel, meanwhile, drive the rope of the left and right sides to twine by rope-winding wheel
It is around on rope-winding wheel, at this point, the pressure on top surface for making rope that clamping plate be driven to overcome bouncing plate, makes to be located at the clamping plate on the outside of bearing support
It drives antifriction piece to be abutted against with workpiece, at this point, the second motor of control drives the rotation of the first taper cone pulley, is driven by the first taper cone pulley
Second taper cone pulley and the second steering axes, and the rotation of the second spiral shell shape bar is driven by the second steering shaft, by the second spiral shell shape bar band
The dynamic 4th sliding block gradually bottom direction sliding in third slide slot, at this point, driving the weldering on crossbeam by the 4th sliding block
The sliding gradually downward that picks carries out welding job, can realize the clamping work for automatically controlling the workpiece for needing to process, meanwhile, it can be real
Lifting welding job is now automatically controlled, is greatly improved work efficiency, and improves the safety of workpiece welding processing.
Description of the drawings
Fig. 1 is the external structure schematic diagram of the present invention；
Fig. 2 is the vertical view of pedestal in the present invention；
Fig. 3 is the structural schematic diagram of " A-A " in Fig. 2 of the present invention；
Fig. 4 is shield rest device structural schematic diagram in the present invention.
Specific implementation mode
With reference to Fig. 1-4, the present invention is described in detail.
Referring to Fig.1-4, a kind of novel stainless steel welded method according to an embodiment of the invention, including pedestal 6 and
It is fixed on the bearing support 5 at 6 top of the pedestal, 6 bottom end face of the pedestal is installed with mounting plate 601,5 left side of the bearing support
The pedestal 6 in through be equipped with particle storage chamber 65, the top end of the pedestal 6 of 65 front and rear sides of particle storage chamber
It is arranged with clamping device 8 in face, the first slide slot 82 is equipped in 8 bottom end face of the clamping device, the clamping device 8 pushes up
It is symmetrical in end surface to be equipped with the second slide slot 81,81 bottom end of the second slide slot and 82 phase of the first slide slot
It is logical to be arranged, it is installed with guide bar 811 in second slide slot 81, is slidably connected on the guide bar 811 downward
The clamping plate 813 of setting is stretched, 813 top extending end of the clamping plate stretches out the top end surface of the clamping device 8, the folder
813 bottom extending end of solid plate is put in first slide slot 82, the guide bar 811 of 813 opposite side of the clamping plate
Bouncing plate 812 is wound on outer surface, being equipped with extension to the right in the pedestal 6 of 8 downside of each clamping device sets
First set slides chamber 62, and described the first of the front and rear sides parts slided between 62 right side extending end of chamber are communicated equipped with second
Slide chamber 63, described second slides to communicate in 63 inner roof wall of chamber and slides chamber 64 equipped with third extended to the right, and described the
Three slide the relative position that 64 right side extended segment of chamber is located at 5 bottom of the bearing support, first slide slot 82 and described first
It slides to be rotatably assorted in the part between chamber 62 and is connected with the first extended up and down steering shaft 624, first steering shaft
624 top extending ends put in first slide slot 82 and are rotatably assorted with 82 inner roof wall of the first slide slot and connect,
Rope-winding wheel 821, the rope-winding wheel 821 and a left side are circumferentially installed in first steering shaft 624 in first slide slot 82
Rope 822 is installed between the clamping plate 813 of right both sides, 624 bottom end of the first steering shaft, which is installed with, to be put in
Described first slides the toothed wheel 622 in chamber 62, and described the first of 622 rear side of the toothed wheel slides the company of being slidably matched in chamber 62
It is connected to the first extended sliding block 621 of left and right, 621 front end face of the first sliding block is equipped with and the toothed wheel 622
The tooth form item 623 that power is connected, described second slides and is slidably connected in chamber 63 and first sliding block 621 is right
Second sliding block 631 of side extending end secure fit connection, the third, which slides, is slidably connected with bottom end in chamber 64
The third sliding block 641 that is connect with second sliding block, 631 bottom end face secure fit is held, in the third sliding block 641
Screw-thread fit is connected with the first extended spiral shell shape bar 642 of left and right, the 642 right side extending end of the first spiral shell shape bar and first
643 power of motor is connected, fixed in 641 right end face of third sliding block of 642 upside of the first spiral shell shape bar
There is the second motor 644, second motor, 644 right end be connected by power, which has, stretches out 641 right side of the third sliding block
The first taper cone pulley 645 outside end face, the bearing support 5 is interior to be equipped with lifting gear, and the outside of first motor 643 is also set up
There is shield rest device.
Valuably or illustratively, it is equal to stretch out 813 opposite side of the clamping plate outside the top end surface of the clamping device 8
It is installed with antifriction piece 814, to improve the firmness for the clamping of workpiece for needing to weld.
Valuably or illustratively, 643 outer surface of the first motor is slided embedded in the third in 64 right side of chamber admittedly
In wall, the 642 left side extending end of the first spiral shell shape bar, which with the third slides 64 inner left wall of chamber and is rotatably assorted, to be connect, to
Improve the operation stability of the first motor 643.
Valuably or illustratively, the lifting gear includes that the third being arranged in 5 left end face of the bearing support is slided
Row slot 51 and rotatable mating connection are arranged slides second turn between chamber 64 in the third slide slot 51 and the third
To axis 646, second steering shaft, 646 bottom end be connected by power, which has, to be put in the third and slides the second taper cone pulley in chamber 64
647, being rotatably assorted in the third slide slot 51 is connected with bottom end and matches with 646 top end of the second steering shaft fixation
The second spiral shell shape bar 511 of connection is closed, screw-thread fit is connected with the 4th sliding block 512, the bearing on the second spiral shell shape bar 511
5 left side of frame is equipped with the crossbeam 513 being connect with 512 secure fit of the 4th sliding block, and be rotatably assorted connection in the crossbeam 513
There is a bonding machine 514, the outside at 514 top of the bonding machine is enclosed with to be connect with 513 top end surface secure fit of the crossbeam
Sheath 515 automatically controls lifting welding job to realize, substantially increases working efficiency and the safety of welding.
Valuably or illustratively, 515 bottom end of the bonding machine is oppositely arranged with the particle storage chamber 65.
Valuably or illustratively, the shield rest device includes antivibration pad 6431 and radiating fin 6432, the antivibration pad
6431 are arranged in the top and bottom of first motor 643 and are fixedly connected with first motor 643, the heat dissipation
Fin 6432 is arranged in the front-end and back-end of first motor 643 and is fixedly connected with first motor 643, described
Radiating fin 6432 is absorbing and distribute the heat that first motor 643 generates at runtime, the antivibration pad 6431
To reduce the shaking force that first motor 643 generates at runtime to prevent first motor 643 from running
When the shaking force that generates it is excessive and the present apparatus is caused to be shaken, the outside of second motor 644 is also correspondingly provided with described
Protect rest device.
When original state, third sliding block 641 is located at third and slides left-most position in chamber 64, at this point, third is made to slide
Row block 641 drives the first taper cone pulley 645 utmostly far from the second taper cone pulley 647, meanwhile, so that third sliding block 641 is driven the
Two sliding blocks 631 are located at second and slide left-most position in chamber 63, at this point, driving the first sliding block by the second sliding block 631
621, which are fully located at first, slides in chamber 62, meanwhile, clamping plate 813 is made 813 maximum journey of clamping plate by 812 pressure on top surface of bouncing plate
Degree is located at the outermost locations in the second slide slot 81, at this point, the 4th sliding block 512 is located at the top in third slide slot 51
Position.
When needing processing, it would be desirable to the work piece of processing is on the bearing support 5 between left and right sides clamping plate 813,
Then, the rotation of the first spiral shell shape bar 642 is controlled by the first motor 643, third sliding block 641 is driven by the first spiral shell shape bar 642
And the second sliding block 631 of 641 bottom of third sliding block slides into second and slides right-most position in chamber 63, at this point,
Three sliding blocks 641 drive the first taper cone pulley 645 and 647 power of the second taper cone pulley to be connected, meanwhile, by the second sliding block 631
It drives 621 right end of the first sliding block utmostly to put in second to slide in chamber 63, at this time by 621 front side of the first sliding block
Tooth form item 623 drives toothed wheel 622 to rotate, and drives the first steering shaft 624 and rope-winding wheel 821 to rotate by toothed wheel 622, together
When, drive the rope 822 of the left and right sides to be wound on rope-winding wheel 821 by rope-winding wheel 821, at this point, rope 822 is made to drive clamping plate
813 overcome the pressure on top surface of bouncing plate 812, make the clamping plate 813 for being located at 5 outside of bearing support that antifriction piece 814 be driven to offset with workpiece
It connects, at this point, the second motor 644 of control drives the rotation of the first taper cone pulley 645, the second taper cone pulley is driven by the first taper cone pulley 645
647 and second steering shaft 646 rotate, and by the second steering shaft 646 drive the second spiral shell shape bar 511 rotate, by the second spiral shell shape bar
511 drive bottom direction sliding of the 4th sliding block 512 gradually in third slide slot 51, at this point, by 512 band of the 4th sliding block
Bonding machine 514 on dynamic crossbeam 513 slides gradually downward carries out welding job.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by the way that the work piece processed will be needed to exist
On bearing support between the clamping plate of the left and right sides, then, rotated by first Motor Control the first spiral shell shape bar, by the first spiral shell shape
Bar drives the second sliding block of third sliding block and third sliding block bottom to slide into the second right-most position for sliding intracavitary,
At this point, third sliding block drives the first taper cone pulley and the second taper cone pulley power to be connected, meanwhile, by the second sliding block drive the
One sliding block right end utmostly puts in second and slides intracavitary, at this time by the tooth form band moving teeth shape on front side of the first sliding block
Wheel rotation drives the first steering shaft and rope-winding wheel to rotate by toothed wheel, meanwhile, drive the rope of the left and right sides to twine by rope-winding wheel
It is around on rope-winding wheel, at this point, the pressure on top surface for making rope that clamping plate be driven to overcome bouncing plate, makes to be located at the clamping plate on the outside of bearing support
It drives antifriction piece to be abutted against with workpiece, at this point, the second motor of control drives the rotation of the first taper cone pulley, is driven by the first taper cone pulley
Second taper cone pulley and the second steering axes, and the rotation of the second spiral shell shape bar is driven by the second steering shaft, by the second spiral shell shape bar band
The dynamic 4th sliding block gradually bottom direction sliding in third slide slot, at this point, driving the weldering on crossbeam by the 4th sliding block
The sliding gradually downward that picks carries out welding job, can realize the clamping work for automatically controlling the workpiece for needing to process, meanwhile, it can be real
Lifting welding job is now automatically controlled, is greatly improved work efficiency, and improves the safety of workpiece welding processing.
Those skilled in the art can define, can in the case of not departing from overall spirit and the design of the present invention
To make the various modifications for above example.It each falls within protection scope of the present invention.The protection scheme of the present invention
It is subject to claims appended hereto.
Claims (6)
1. a kind of novel stainless steel welded method, including pedestal and the bearing support that is fixed at the top of the pedestal, feature
It is：The base bottom end face is installed with mounting plate, is stored through equipped with particle in the pedestal on the left of the bearing support
Chamber is arranged with clamping device, the clamping device in the top end surface of the pedestal of particle storage chamber front and rear sides
It is equipped with the first slide slot in bottom end face, it is symmetrical in the clamping device top end surface to be equipped with the second slide slot, described the
Two slide slot bottom ends communicate setting with first slide slot, and guide bar is installed in second slide slot, described to lead
Draw and be slidably connected with clamping plate extended up and down on bar, extending end stretches out the clamping dress at the top of the clamping plate
The top end surface set, clamping plate bottom extending end are put in first slide slot, the institute of the clamping plate opposite side
It states and is wound with bouncing plate on guiding rod outer surface, be equipped in the pedestal on the downside of each clamping device and extend to the right
First be arranged slides chamber, and described the first of the front and rear sides parts for sliding on the right side of chamber between extending end are communicated equipped with the second cunning
An actor's rendering of an operatic tune, described second, which slides the third for being communicated in intracavitary roof and being equipped with and being extended to the right, slides chamber, and the third slides chamber
Right side extended segment is located at the relative position of the bearing support bottom, and first slide slot and described first slide the portion between chamber
It is rotatably assorted in point and is connected with the first extended up and down steering shaft, extending end is put in described at the top of first steering shaft
It is rotatably assorted in first slide slot and with the first slide slot inner roof wall and connect, described first turn in first slide slot
It is circumferentially installed with rope-winding wheel on axis, rope is installed between the rope-winding wheel and the clamping plate of the left and right sides, it is described
First steering shaft bottom end, which is installed with, puts in the described first toothed wheel for sliding intracavitary, and described first on rear side of the toothed wheel
It slides intracavitary and is slidably connected with the first extended sliding block of left and right, the first sliding block front end face is equipped with and institute
The tooth form item of toothed wheel power mating connection is stated, described second, which slides intracavitary, is slidably connected with and first sliding block right side
Second sliding block of side extending end secure fit connection, the third slide intracavitary and are slidably connected with bottom end and institute
The third sliding block of the second sliding block bottom end face secure fit connection is stated, the third sliding block screw-internal thread fit is connected with a left side
The first extended spiral shell shape bar of the right side, the first spiral shell shape bar right side extending end and the first motor power are connected, institute
It states and is installed with the second motor in the third sliding block right end face on the upside of the first spiral shell shape bar, on the right side of second motor
End be connected by power has the first taper cone pulley stretched out outside the third sliding block right end face, and landing is equipped in institute's bearing support
The outside of device, first motor is additionally provided with shield rest device.
2. a kind of novel stainless steel welded method according to claim 1, it is characterised in that：Stretch out the clamping device
Top end surface outside the clamping plate opposite side be installed with antifriction piece.
3. a kind of novel stainless steel welded method according to claim 1, it is characterised in that：Outside first motor
Surface is slided embedded in the third on the right side of chamber in inner wall admittedly, and extending end slides chamber with the third on the left of the first spiral shell shape bar
Inner left wall is rotatably assorted connection.
4. a kind of novel stainless steel welded method according to claim 1, it is characterised in that：The lifting gear includes
Third slide slot in the bearing support left end face is set and rotatable be connected is arranged in the third slide slot
The second steering shaft between chamber is slided with the third, the second steering shaft bottom end be connected by power puts in the third
The second taper cone pulley of intracavitary is slided, is rotatably assorted in the third slide slot and is connected with bottom end and second steering shaft top
Second spiral shell shape bar of portion end secure fit connection, screw-thread fit is connected with the 4th sliding block on the second spiral shell shape bar, described
It is equipped with the crossbeam being connect with the 4th sliding block secure fit on the left of bearing support, is rotatably assorted in the crossbeam and is connected with welding
Machine, the outside at the top of the bonding machine are enclosed with the sheath being connect with cross rail top end face secure fit.
5. a kind of novel stainless steel welded method according to claim 4, it is characterised in that：The welding motor spindle end
End is oppositely arranged with the particle storage chamber.
6. a kind of novel stainless steel welded method according to claim 1, it is characterised in that：The shield rest device includes
Antivibration pad and radiating fin, the antivibration pad be arranged the top and bottom of first motor and with first motor
It is fixedly connected, the radiating fin is arranged in the front-end and back-end of first motor and fixes company with first motor
It connects, the outside of second motor is also correspondingly provided with the shield rest device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810329984.6A CN108655597A (en) | 2018-04-13 | 2018-04-13 | A kind of novel stainless steel welded method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810329984.6A CN108655597A (en) | 2018-04-13 | 2018-04-13 | A kind of novel stainless steel welded method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108655597A true CN108655597A (en) | 2018-10-16 |
Family
ID=63783399
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810329984.6A Withdrawn CN108655597A (en) | 2018-04-13 | 2018-04-13 | A kind of novel stainless steel welded method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108655597A (en) |
-
2018
- 2018-04-13 CN CN201810329984.6A patent/CN108655597A/en not_active Withdrawn
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| PB01 | Publication | ||
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| WW01 | Invention patent application withdrawn after publication | ||
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Application publication date: 20181016 |