CN207205608U - A kind of chemical industry electrolytic cell switching mechanism - Google Patents
A kind of chemical industry electrolytic cell switching mechanism Download PDFInfo
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- CN207205608U CN207205608U CN201720953806.1U CN201720953806U CN207205608U CN 207205608 U CN207205608 U CN 207205608U CN 201720953806 U CN201720953806 U CN 201720953806U CN 207205608 U CN207205608 U CN 207205608U
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Abstract
The technical field of chemical industry electrolysis groove processing is the utility model is related to, more particularly to a kind of chemical industry electrolytic cell switching mechanism, it is rotated without staff in welding and checkout procedure around workbench, improves operating efficiency；First electrolytic cell is overturn without staff when electrolytic cell bottom is welded or examined simultaneously, then is welded or is examined, mitigates the labor intensity of staff；And welded without staff's hand by part, improve security performance；Including workbench；Also include lower reducing motor and place plate, lower rotary shaft is provided with the top output port of lower reducing motor；Also include left telescope motor, right telescope motor, left electric expansion bar, right electric expansion bar, left reducing motor and right reducing motor, right electric expansion bar left end is provided with right clamp；Also include fixing device, four groups of poles, top plate, slide rail, two groups of Electric Motor Wheels and sliding block, steel wire rope is wound with Electric Motor Wheel on two groups.
Description
Technical field
The technical field of chemical industry electrolysis groove processing is the utility model is related to, is overturn more particularly to a kind of chemical industry electrolytic cell
Mechanism.
Background technology
It is well known that electrolytic cell is after welding, staff is needed to being detected at electrolytic cell welding assembly, to check
The defects of being misplaced with the presence or absence of welding, be unwelded；Chemical industry electrolytic cell is a kind of ancillary staff to electricity with welding testing agency
The servicing unit that solution groove is welded and examined, it is widely used in chemical field；Existing chemical industry electrolytic cell is used
Welding testing agency includes workbench, and supporting leg is provided with workbench bottom front left side, left rear side, forward right side and right lateral side；
This chemical industry electrolytic cell with welding testing agency using when electrolytic cell part need to be only placed on to workbench top, then it is entered
Row welding, tests again after the completion of welding；This chemical industry electrolytic cell finds electrolytic cell with the use of welding testing agency
Four sides be required for being welded and examined, cause staff weld and checkout procedure in must constantly around workbench carry out
Rotate, operating efficiency decreases, and notice can not be absorbed on electrolytic cell completely；Simultaneously to be carried out to electrolytic cell bottom
Welding is examined, then needs staff first to be overturn to electrolytic cell, then is welded or examined, and adds the labor of staff
Fatigue resistance；And staff needs hand to be welded by part, and security is relatively low.
Utility model content
In order to solve the above technical problems, the utility model provide it is a kind of without staff weld and checkout procedure in around
Workbench is rotated, and improves operating efficiency；It is simultaneously first without staff when electrolytic cell bottom is welded or examined
Electrolytic cell is overturn, then is welded or is examined, mitigates the labor intensity of staff；And take zero without staff's hand
Part is welded, and improves the chemical industry electrolytic cell switching mechanism of security performance.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, including workbench, it is workbench bottom front left side, left back
Supporting leg is provided with side, forward right side and right lateral side；Also include lower reducing motor and place plate, the workbench top is provided with
First standing groove, lower reducing motor are arranged in the first standing groove, and lower rotation is provided with the top output port of lower reducing motor
Axle, the placement plate are arranged on lower rotary shaft top；Also include left telescope motor, right telescope motor, left electric expansion bar, right electricity
Dynamic expansion link, left reducing motor and right reducing motor, the is provided with workbench top left area and right half area
Two standing grooves, left telescope motor and right telescope motor are separately positioned in two group of second standing groove, and the top of left telescope motor is defeated
Go out on end to be provided with and move to left lever, and left supporting plate is provided with moving to left lever top, the left reducing motor is arranged on left supporting plate
Top, left rotation shaft is provided with the right part output end of left reducing motor, left electric expansion bar is arranged on left rotation shaft right-hand member, and
Left electric expansion bar right-hand member is provided with left clamp, right move lever is provided with the top output port of the right telescope motor, and
Right supporting plate is provided with right move lever top, the right reducing motor is arranged on right supporting plate top, and the left part of right reducing motor is defeated
Going out on end and be provided with right rotation shafts, the right electric expansion bar is arranged on right rotation shafts left end, and in right electric expansion bar left end
It is provided with right clamp；Also include fixing device, four groups of poles, top plate, slide rail, two groups of Electric Motor Wheels and sliding block, four groups of poles
Be separately positioned in workbench top front left side, left rear side, forward right side and right lateral side, and four groups of pole tops respectively with top plate bottom
End front left side, left rear side, forward right side connect with right lateral side, and the top plate bottom is provided with standing groove, and slide rail, which is arranged on, to be put
Put in groove, Electric Motor Wheel is respectively symmetrically set at left and right sides of on front side of slide rail on two groups, and steel wire rope is wound with Electric Motor Wheel on two groups, and
The direction of windings of two groups of steel wire ropes on the contrary, the sliding block is arranged on slide rail bottom, and sliding block left and right ends respectively with the left and right sides
Steel wire rope connects, and the fixing device is arranged on sliding block bottom.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, the fixing device include screwed pipe, threaded rod, rolling
Pearl bearing, upper mounted plate, left fixed plate and right fixed plate, the sliding block bottom are provided with the first standing groove, and ball bearing is set
In the first standing groove, the screwed pipe top is inserted into ball bearing, and simultaneously spiral shell is filled to screwed pipe bottom to the insertion of threaded rod top
End is internal, and fixed plate is arranged on threaded rod bottom, and left fixed plate and right fixed plate are separately positioned on upper mounted plate bottom
The left and right sides.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to the first fixed spring, the first fixed plate,
Two fixed springs and the second fixed plate, first fixed spring and the second fixed spring are separately positioned on the first fixed plate right-hand member
With the second fixed plate left end, first fixed plate is arranged on the first fixed spring right-hand member, and it is solid that the second fixed plate is arranged on second
Determine spring left end.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to limiting plate, the limiting plate are enclosed on screw thread
On the outside of pipe and in the first standing groove, the first limiting plate left end, right-hand member, front-end and back-end respectively with left side in the first standing groove
Wall bottom, interior right side wall bottom, interior front side wall bottom connect with interior rear wall bottom.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to lower carrier plate, left supported plate and right supported plate, it is described
Lower carrier plate, which is arranged on, places plate top, and the left supported plate is arranged on the downside of left clamp right-hand member, and right supported plate is arranged on right clamp left end
Downside, and left supported plate and right supported plate thickness are respectively less than lower carrier plate thickness.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, the first fixed plate right-hand member and the second fixed plate are left
End is provided with the first antiskid plate, and left clamp right-hand member and right clamp left end are provided with the second antiskid plate, and described two group second
Antiskid plate bottom is connected with the right side of left supported plate top left hand and right supported plate top respectively.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to four groups of support bars and four groups of rollers, it is described
Four groups of support bars, which are separately positioned on, to be placed in plate bottom front left side, left rear side, forward right side and right lateral side, and four groups of rollers are set respectively
Four groups of support bar bottoms, the workbench top is provided with annular groove, and four groups of support bar bottoms are inserted into annular groove
It is interior, and the equal annular groove inner bottom wall contact in four groups of roller bottoms.
The beneficial effects of the utility model are compared with prior art：By above-mentioned setting, lower reducing motor control can be passed through
Placement plate in lower rotary shaft processed is rotated, and so as to drive electrolytic cell to be rotated, is being welded and is being examined without staff
During rotated around workbench, improve operating efficiency；Simultaneously when electrolytic cell bottom is welded or examined, pass through control
Make left electric expansion bar and right electric expansion bar is extended, clamping is carried out to electrolytic cell, then passes through left reducing motor and the right side
Reducing motor controls left clamp and right clamp to be rotated simultaneously, so as to drive electrolytic cell to be overturn, without staff's hand
Dynamic upset, mitigate the labor intensity of staff；And part can be welded by fixing device ancillary staff, improve
Security performance.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is structural representation when fixing device uses；
Fig. 3 is Fig. 1 A portions partial enlarged drawing；
Marked in accompanying drawing：1st, workbench；2nd, supporting leg；3rd, lower reducing motor；4th, plate is placed；5th, left telescope motor；6th, left electricity
Dynamic expansion link；7th, right reducing motor；8th, left supporting plate；9th, right move lever；10th, right clamp；11st, pole；12nd, top plate；13rd, slide rail；
14th, Electric Motor Wheel；15th, sliding block；16th, steel wire rope；17th, screwed pipe；18th, threaded rod；19th, ball bearing；20th, upper mounted plate；21st,
One fixed plate；22nd, the second fixed spring；23rd, limiting plate；24th, lower carrier plate；25th, left supported plate；26th, the first antiskid plate；27th, second
Antiskid plate；28th, support bar；29th, roller.
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is used to illustrate the utility model, but is not limited to the scope of the utility model.
As shown in Figure 1 to Figure 3, a kind of chemical industry electrolytic cell switching mechanism of the present utility model, including workbench 1, work
Supporting leg 2 is provided with platform bottom front left side, left rear side, forward right side and right lateral side；Also include lower reducing motor 3 and place plate 4,
Workbench top is provided with the first standing groove, and lower reducing motor is arranged in the first standing groove, the top output of lower reducing motor
Lower rotary shaft is provided with end, plate is placed and is arranged on lower rotary shaft top；Also include left telescope motor 5, right telescope motor, left electricity
Dynamic expansion link 6, right electric expansion bar, left reducing motor and right reducing motor 7, in workbench top left area and right half area
The second standing groove is provided with, left telescope motor and right telescope motor are separately positioned in two group of second standing groove, the flexible electricity in a left side
It is provided with the top output port of machine and moves to left lever, and left supporting plate 8 is provided with moving to left lever top, left reducing motor is arranged on
Left supporting plate top, left rotation shaft is provided with the right part output end of left reducing motor, left electric expansion bar is arranged on left rotation shaft
Right-hand member, and left electric expansion bar right-hand member is provided with left clamp, it is provided with right move lever on the top output port of right telescope motor
9, and right supporting plate is provided with right move lever top, right reducing motor is arranged on right supporting plate top, and the left part of right reducing motor is defeated
Go out on end and be provided with right rotation shafts, right electric expansion bar is arranged on right rotation shafts left end, and is set in right electric expansion bar left end
There is right clamp 10；Also include fixing device, four groups of poles 11, top plate 12,13, two groups of Electric Motor Wheels 14 of slide rail and sliding block 15, four groups
Pole is separately positioned in workbench top front left side, left rear side, forward right side and right lateral side, and four groups of pole tops respectively with top
Plate bottom front left side, left rear side, forward right side are connected with right lateral side, and top plate bottom is provided with standing groove, and slide rail, which is arranged on, to be put
Put in groove, Electric Motor Wheel is respectively symmetrically set at left and right sides of on front side of slide rail on two groups, and steel wire rope 16 is wound with Electric Motor Wheel on two groups,
And the direction of winding of two groups of steel wire ropes is on the contrary, sliding block is arranged on slide rail bottom, and sliding block left and right ends respectively with left and right sides steel
Cord connects, and fixing device is arranged on sliding block bottom；By above-mentioned setting, can be controlled by lower reducing motor in lower rotary shaft
Place plate rotated, so as to drive electrolytic cell to be rotated, without staff weld and checkout procedure in around workbench
Rotated, improve operating efficiency；Simultaneously when electrolytic cell bottom is welded or examined, by controlling left electric expansion bar
Extended with right electric expansion bar, clamping is carried out to electrolytic cell, then passes through left reducing motor and the same time control of right reducing motor
Make left clamp and right clamp is rotated, so as to drive electrolytic cell to be overturn, without staff's manual overturning, mitigate work
The labor intensity of personnel；And part can be welded by fixing device ancillary staff, improve security performance.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, fixing device include screwed pipe 17, threaded rod 18, rolling
Pearl bearing 19, upper mounted plate 20, left fixed plate and right fixed plate, sliding block bottom are provided with the first standing groove, and ball bearing is set
In the first standing groove, screwed pipe top is inserted into ball bearing, and simultaneously spiral shell is filled in screwed pipe bottom the insertion of threaded rod top
Portion, upper mounted plate are arranged on threaded rod bottom, and left fixed plate and right fixed plate are separately positioned at left and right sides of upper mounted plate bottom；
By above-mentioned setting, by existing threaded connection relation between threaded rod and screwed pipe, spiral shell can be driven by rotated threaded tubular
Rasp bar moves up and down, and so as to which fixing device highly be adjusted, improves adaptability, reduction uses limitation.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to the first fixed spring, the first fixed plate 21,
Second fixed spring 22 and the second fixed plate, the first fixed spring and the second fixed spring be separately positioned on left fixed plate right-hand member and
Right fixed plate left end, the first fixed plate are arranged on the first fixed spring right-hand member, and the second fixed plate is arranged on the second fixed spring left side
End；By above-mentioned setting, electrolytic cell plate part can be fixed by spring effect, without staff's handheld board
Shape part is welded, and improves security performance.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to limiting plate 23, limiting plate is enclosed on screwed pipe
Outside and in the first standing groove, the first limiting plate left end, right-hand member, front-end and back-end respectively with left side wall in the first standing groove
Bottom, interior right side wall bottom, interior front side wall bottom connect with interior rear wall bottom；By above-mentioned setting, ball bearing can be entered
Row is blocked and protected, and avoids it from being come off because of Action of Gravity Field.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to lower carrier plate 24, left supported plate 25 and right supported plate,
Lower carrier plate, which is arranged on, places plate top, and left supported plate is arranged on the downside of left clamp right-hand member, and right supported plate is arranged on the downside of right clamp left end,
And left supported plate and right supported plate thickness are respectively less than lower carrier plate thickness；By above-mentioned setting, can pass through when being overturn to electrolytic cell
Left supported plate and right supported plate are supported to electrolytic cell, improve steadiness during electrolytic cell upset.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, the first fixed plate right-hand member and the second fixed plate left end are equal
The first antiskid plate 26 is provided with, left clamp right-hand member and right clamp left end are provided with the second antiskid plate 27, and two group second anti-skidding
Plate bottom is connected with the right side of left supported plate top left hand and right supported plate top respectively；By above-mentioned setting, frictional force can be increased, improved
Use reliability.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, in addition to four groups of support bars 28 and four groups of rollers 29,
Four groups of support bars, which are separately positioned on, to be placed in plate bottom front left side, left rear side, forward right side and right lateral side, and four groups of rollers are set respectively
Four groups of support bar bottoms, workbench top is provided with annular groove, and four groups of support bar bottoms are inserted into annular groove, and
The equal annular groove inner bottom wall contact in four groups of roller bottoms；By above-mentioned setting, it can be supported to placing plate, mitigate and place plate pair
The pressure of lower motor, so as to be protected to lower motor, while also improve steadiness when placing plate rotation.
A kind of chemical industry electrolytic cell switching mechanism of the present utility model, electrolytic cell part is placed on placement by it when in use
Plate top, then holds threaded rod and fixing device is highly adjusted rotated threaded tubular, passes through fixing device after regulating
Part is clamped, so as to which ancillary staff is welded, can control two groups of Electric Motor Wheels to drive cunning simultaneously in welding process
Fixing device on block is moved left and right, while controls lower reducing motor to drive electrolytic cell to be rotated, ancillary staff
Its surrounding is welded, is then controlled simultaneously by left telescope motor and right telescope motor again and moves to left lever and right move lever band
Move left reducing motor and right reducing motor move down, control left electric expansion bar and right electric expansion bar to be extended afterwards,
Clamping is carried out to electrolytic cell, then controls left clamp and right clamp to be turned simultaneously by left reducing motor and right reducing motor
Dynamic, so as to drive electrolytic cell to be overturn, ancillary staff welds to its bottom, is tested again i.e. after the completion of welding
Can.
Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model technical principle is not departed from, some improvement and modification can also be made, these change
Enter and also should be regarded as the scope of protection of the utility model with modification.
Claims (7)
1. a kind of chemical industry electrolytic cell switching mechanism, including workbench（1）, workbench（1）Before bottom front left side, left rear side, the right side
Supporting leg is provided with side and right lateral side（2）；Also include lower reducing motor（3）With placement plate（4）, the workbench（1）Top
It is provided with the first standing groove, lower reducing motor（3）It is arranged in the first standing groove, lower reducing motor（3）Top output port on
It is provided with lower rotary shaft, the placement plate（4）It is arranged on lower rotary shaft top；Characterized in that, also include left telescope motor
（5）, right telescope motor, left electric expansion bar（6）, right electric expansion bar, left reducing motor and right reducing motor（7）, the work
Make platform（1）The second standing groove, left telescope motor are provided with top left area and right half area（5）With right telescope motor point
It is not arranged in two group of second standing groove, left telescope motor（5）Top output port on be provided with and move to left lever, and moving left
Bar top is provided with left supporting plate（8）, the left reducing motor is arranged on left supporting plate（8）Top, the right part output of left reducing motor
Left rotation shaft, left electric expansion bar are provided with end（6）Left rotation shaft right-hand member is arranged on, and in left electric expansion bar（6）Right-hand member
Left clamp is provided with, right move lever is provided with the top output port of the right telescope motor（9）, and in right move lever（9）Top
End is provided with right supporting plate, the right reducing motor（7）It is arranged on right supporting plate top, right reducing motor（7）Left part output end on
Right rotation shafts are provided with, the right electric expansion bar is arranged on right rotation shafts left end, and is provided with right electric expansion bar left end
Right clamp（10）；Also include fixing device, four groups of poles（11）, top plate（12）, slide rail（13）, two groups of Electric Motor Wheels（14）And sliding block
（15）, four groups of poles（11）It is separately positioned on workbench（1）In top front left side, left rear side, forward right side and right lateral side, and
Four groups of poles（11）Top respectively with top plate（12）Bottom front left side, left rear side, forward right side connect with right lateral side, the top plate
（12）Bottom is provided with standing groove, slide rail（13）It is arranged in standing groove, Electric Motor Wheel on two groups（14）Respectively symmetrically set
Slide rail（13）At left and right sides of front side, Electric Motor Wheel on two groups（14）On be wound with steel wire rope（16）, and two groups of steel wire ropes（16）Around
Line is in opposite direction, the sliding block（15）It is arranged on slide rail（13）Bottom, and sliding block（15）Left and right ends respectively with left and right sides steel
Cord（16）Connection, the fixing device are arranged on sliding block（15）Bottom.
2. a kind of chemical industry electrolytic cell switching mechanism as claimed in claim 1, it is characterised in that the fixing device includes spiral shell
Line pipe（17）, threaded rod（18）, ball bearing（19）, upper mounted plate（20）, left fixed plate and right fixed plate, the sliding block（15）
Bottom is provided with the first standing groove, ball bearing（19）It is arranged in the first standing groove, the screwed pipe（17）Top is inserted into
Ball bearing（19）It is interior, threaded rod（18）Simultaneously spiral shell is filled to screwed pipe for top insertion（17）Bottom inner portion, fixed plate（20）
It is arranged on threaded rod（18）Bottom, left fixed plate and right fixed plate are separately positioned on upper mounted plate（20）At left and right sides of bottom.
3. a kind of chemical industry electrolytic cell switching mechanism as claimed in claim 2, it is characterised in that also fix bullet including first
Spring, the first fixed plate（21）, the second fixed spring（22）With the second fixed plate, first fixed spring and the second fixed spring
（22）It is separately positioned on the first fixed plate（21）Right-hand member and the second fixed plate left end, first fixed plate（21）It is arranged on first
Fixed spring right-hand member, the second fixed plate are arranged on the second fixed spring（22）Left end.
4. a kind of chemical industry electrolytic cell switching mechanism as claimed in claim 3, it is characterised in that also including limiting plate（23）,
The limiting plate（23）It is enclosed on screwed pipe（17）Outside and in the first standing groove, the first limiting plate（23）It is left end, right-hand member, preceding
End and rear end respectively with left side wall bottom, interior right side wall bottom, interior front side wall bottom and interior rear wall bottom in the first standing groove
Connection.
5. a kind of chemical industry electrolytic cell switching mechanism as claimed in claim 4, it is characterised in that also including lower carrier plate（24）、
Left supported plate（25）And right supported plate, the lower carrier plate（24）It is arranged on placement plate（4）Top, the left supported plate（25）It is arranged on left card
On the downside of plate right-hand member, right supported plate is arranged on right clamp（10）On the downside of left end, and left supported plate（25）Lower is respectively less than with right supported plate thickness
Plate（24）Thickness.
A kind of 6. chemical industry electrolytic cell switching mechanism as claimed in claim 5, it is characterised in that first fixed plate（21）
Right-hand member and the second fixed plate left end are provided with the first antiskid plate（26）, left clamp right-hand member and right clamp（10）Left end is provided with
Second antiskid plate（27）, and two group of second antiskid plate（27）Bottom respectively with left supported plate（25）Top left hand and right supported plate top
End right side connects.
7. a kind of chemical industry electrolytic cell switching mechanism as claimed in claim 6, it is characterised in that also including four groups of support bars
（28）With four groups of rollers（29）, four groups of support bars（28）It is separately positioned on placement plate（4）Bottom front left side, left rear side, the right side
On front side and right lateral side, four groups of rollers（29）It is separately positioned on four groups of support bars（28）Bottom, the workbench（1）Top is set
There are annular groove, four groups of support bars（28）Bottom is inserted into annular groove, and four groups of rollers（29）The equal annular groove in bottom
Inner bottom wall contacts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720953806.1U CN207205608U (en) | 2017-08-02 | 2017-08-02 | A kind of chemical industry electrolytic cell switching mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720953806.1U CN207205608U (en) | 2017-08-02 | 2017-08-02 | A kind of chemical industry electrolytic cell switching mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207205608U true CN207205608U (en) | 2018-04-10 |
Family
ID=61817318
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720953806.1U Expired - Fee Related CN207205608U (en) | 2017-08-02 | 2017-08-02 | A kind of chemical industry electrolytic cell switching mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207205608U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332985A (en) * | 2018-10-29 | 2019-02-15 | 李友新 | A kind of welding for steel structure device |
-
2017
- 2017-08-02 CN CN201720953806.1U patent/CN207205608U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332985A (en) * | 2018-10-29 | 2019-02-15 | 李友新 | A kind of welding for steel structure device |
| CN109332985B (en) * | 2018-10-29 | 2020-07-24 | 青岛林辉钢构有限公司 | Steel structure welding device |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180410 Termination date: 20180802 |