CN205701323U - A kind of portable laser template stretches tight the specific purpose tool of net coated side glue-line - Google Patents
A kind of portable laser template stretches tight the specific purpose tool of net coated side glue-line Download PDFInfo
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- CN205701323U CN205701323U CN201620335967.XU CN201620335967U CN205701323U CN 205701323 U CN205701323 U CN 205701323U CN 201620335967 U CN201620335967 U CN 201620335967U CN 205701323 U CN205701323 U CN 205701323U
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- glue
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- scraper plate
- claw
- driving groove
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Abstract
The utility model discloses a kind of portable laser template to stretch tight the specific purpose tool of net coated side glue-line, include the tool body of scraper plate and support seat；It is provided with, in described support seat, the click-on mechanism that workbench can be fixed on；Tool body is arranged on support seat by determining angle skid；The advantage of utility model is: simple in construction, can be arranged on different workbench by click-on mechanism, determining angle skid can make tool body keep certain angle of inclination to slide on the table, so thickness of face glue-line is accurately controlled, not only can save the materials of resin glue, and, it is ensured that grenadine and the bonding effect of screen frame, as required this specific purpose tool can be arranged on different workbench at any time simultaneously, reduce the cost of equipment.
Description
Technical field
This utility model relates to SMT laser template technical field, the specific purpose tool of the net coated side glue-line that stretches tight in particular to a kind of portable laser template.
Background technology
It is fixing that the grenadine of existing SMT laser template tensioned state and screen frame use resin glue to glued joint, and described splicing is fixing to be achieved with the face glue-line being coated on grenadine periphery surface by the primer layer being coated on screen frame.
In the existing technique of coated side glue-line, for avoiding resin glue to be adhered to grenadine non-splicing region and screen frame side, need, at grenadine edge, non-splicing district and screen frame side hand paste masking tape, after face glue-line coats, to throw off masking tape again.
There is following open defect in above-mentioned glue-line coating processes: first, pastes masking tape time-consuming, and masking tape consumption is big；Second, the standard of hand paste masking tape is difficult to control to, and causes face glue-line width to differ, has potential off-grid risk.
For above-mentioned technical problem, application publication number is that the utility application of CN102773193A discloses a kind of portable laser template and stretches tight the specific purpose tool of net coated side glue-line, main body is constituted by the scraper plate of handle and connection handle bottom, scraper plate bottom width is equal to face glue-line width, scraper plate side is provided with baffle plate, baffle plate is provided with the protuberance relative to scraper plate bottom, baffle plate is provided with, in the side of its corresponding scraper plate, the glue back flow plate that width is 1/4 to 1/3 scraper plate bottom width, glue back flow plate bottom is connected mutually with scraper plate bottom, between the plate face of glue back flow plate and scraper plate, there is 15-30 ° of angle.The baffle plate of this specific purpose tool and protuberance thereof make scraper plate be positioned glue-line position, grenadine face, and scraper plate bottom width is face glue-line width, and the face glue-line width therefore using this instrument to be formed is consistent.Glue back flow plate contributes to returning gluing district again after the glue being gathered in scraper plate bottom flows to the top of scraper plate along its surface, makes the thickness of face glue-line uniformly and consistent.
Although above-mentioned specific purpose tool can remove the operation of hand paste masking tape from, the advantage significantly improving production efficiency, but, above-mentioned specific purpose tool is in practical operation, and the spacing between scraper plate base and grenadine is completely by operator's hand control.It is excessive or too small that spacing between hand control scraper plate base and grenadine may result in described spacing；If excessive, the thickness of grenadine face glue-line is thicker, not only wastes, it is also possible to cause the defective of product；If too small, the thickness of grenadine face glue-line is scraped the thinnest by scraper plate base, and grenadine and screen frame can not get glueing joint fixing effect.
The shortcoming existed for such scheme, existing technology improves proprietary instrument, make it can be adjusted the angle of proprietary instrument by the transmission of rack-and-pinion, so spacing between scraper plate base and grenadine just can be as desired to be adjusted, the proprietary instrument that the most manual move angle is fixed carries out gluing, the thickness of above-mentioned scheme grenadine with the obvious advantage face glue-line can accomplish relatively uniform, it is to avoid grenadine face bondline thickness either large or small and the product quality problem that causes.But still there is certain problem in this above-mentioned scheme, the i.e. motility of specific purpose tool, i.e. specific purpose tool can be used only on a fixing workbench, if needing specific purpose tool to be installed on other workbench, being accomplished by being processed this workbench for installation special tool, the mode so taken time and effort adds cost.
Utility model content
The purpose of this utility model is not enough for prior art, it is provided that a kind of portable dedicated instrument being flexibly mounted on different operating platform.
For reaching above-mentioned purpose, this utility model provides a kind of portable laser template and stretches tight the specific purpose tool of net coated side glue-line, includes the tool body of scraper plate, supports seat, determines angle skid and click-on mechanism；Described tool body is made up of the scraper plate of handle and connection handle bottom；The width of described scraper plate bottom is equal to face glue-line width, and the right side of described scraper plate is provided with the baffle plate being perpendicular to scraper plate, and described baffle plate is provided with the protuberance relative to scraper plate bottom；The left side wall of described baffle plate is provided with glue back flow plate, glue back flow plate is perpendicular to baffle plate, the width of glue back flow plate is 1st/to three/4th of scraper plate width, angle between glue back flow plate and scraper plate is between 15 degree to 30 degree, glue back flow plate bottom is close to scraper plate bottom, and glue back flow plate bottom is higher than scraper plate bottom；Described glue back flow plate is provided with the flanging engaged with baffle plate, and flanging and baffle plate are provided with the threaded fastener being allowed to fastening；Described glue back flow plate is hypotenuse relative to the top of another side of its flanging；
Described support seat front side wall offers horizontal chute, horizontal driving groove, vertical Left Drive groove and vertical right driving groove；Described chute is positioned at described support seat front side wall top；Driving groove is positioned at described support seat front side wall bottom；Described Left Drive groove and right driving groove are positioned at described chute both sides and the top of driving groove；Described click-on mechanism includes actuating device, left jamming claw group and right jamming claw group；Described actuating device includes the first worm gear, worm screw group；Described first worm gear is articulated in before and after driving groove on wall by central rotating shaft；Described worm screw group is the first worm screw, a pair second worm screws and drive link；Described drive link is laterally articulated on driving groove two medial wall；Described first worm screw is fixed on the middle part of drive link；A pair second worm screw symmetries are fixed on drive link two ends；Described left jamming claw group is identical with right jamming claw group structure；Described left jamming claw group is arranged in Left Drive groove；Described right jamming claw group is arranged in right driving groove；Described left jamming claw group and right jamming claw group include the second worm gear, left-right turning screw rod, upper clipping claw and lower claw；Described left-right turning screw rod is vertically articulated on Left Drive groove top and bottom sidewall；Extension, described left-right turning screw rod bottom is inserted in driving groove and is fixed with the second worm gear；Described second worm gear and the second worm engaging；Described upper clipping claw includes the first horizontal part, the first vertical component effect and the second horizontal part；Described first horizontal part is vertically fixed on the first vertical component effect left surface top；Second horizontal part is vertically fixed on the first vertical component effect right flank bottom；Described upper clipping claw is zigzag；Described lower claw includes the 3rd horizontal part, the second vertical component effect and the 4th horizontal part；Described 3rd horizontal part is vertically fixed on the second vertical component effect left surface bottom；4th horizontal part is vertically fixed on the second vertical component effect right flank top；Described lower claw is inverted zigzag；Described upper clipping claw and lower claw distribution symmetrical above and below；Described upper clipping claw and lower claw are screwed onto left-handed portion and the dextrorotation portion of left-right turning screw rod respectively by the feed screw nut of the second horizontal part and the 4th horizontal part；The width of the second horizontal part and the 4th horizontal part is identical with the groove width of Left Drive groove and right driving groove；It is inserted with slide block in described chute；Slip front face is fixed with rotary middle spindle；Slip front face offers the jack circle centered by rotary middle spindle；Jack circle is made up of some isodiametric jacks；The protuberance of described baffle plate is articulated on rotary middle spindle；The protuberance of described baffle plate offers the spliced eye identical with jack circle jack diameter.
Preferred as technique scheme, the central rotating shaft front end face of described first worm gear is fixed with rotary handle.
Preferred as technique scheme, the rear end face of described baffle plate and the first vertical component effect and the second vertical component effect left surface are coplanar.
Preferred as technique scheme, is all vertically fixed guide rod in Left Drive groove and right driving groove；Guide rod passes the second horizontal part and the 4th horizontal part.
Preferred as technique scheme, is inserted with connecting rod in the spliced eye of described protuberance.
Preferred as technique scheme, slide block is by the little cuboid in front and the big cuboid at rear is fixing forms, and slide block cross section is in the convex lain on one's side.
The beneficial effects of the utility model are: simple in construction, can be arranged on different workbench by click-on mechanism, determining angle skid can make tool body keep certain angle of inclination to slide on the table, so thickness of face glue-line is accurately controlled, not only can save the materials of resin glue, and, it is ensured that grenadine and the bonding effect of screen frame, as required this specific purpose tool can be arranged on different workbench at any time simultaneously, reduce the cost of equipment.
Accompanying drawing explanation
Fig. 1 is the structural representation faced of the present utility model；
Fig. 2 is profile A-A structural representation of the present utility model；
Fig. 3 is profile B-B structural representation of the present utility model；
Fig. 4 is the structural representation faced of slide block 41 of the present utility model；
In figure, 10, tool body；11, handle；12, scraper plate；13, baffle plate；131, protuberance；14, glue cylinder manifold；141, flanging；142, hypotenuse；20, seat is supported；201, chute；202, driving groove；203, Left Drive groove；204, right driving groove；30, click-on mechanism；31, rotary handle；32, central rotating shaft；33, the first worm gear；34, drive link；341, the first worm screw；342, the second worm screw；35, left-right turning screw rod；351, guide rod；36, the second worm gear；37, lower claw；371, the 3rd horizontal part；372, the second vertical component effect；373, the 4th horizontal part；38, upper clipping claw；381, the first horizontal part；382, the first vertical component effect；383, the second horizontal part；40, angle skid is determined；41, slide block；411, rotary middle spindle；412, big cuboid；413, jack circle；42, connecting rod.
Detailed description of the invention
As shown in Figure 1 and Figure 2, a kind of portable laser template stretches tight the specific purpose tool of net coated side glue-line, includes the tool body 10 of scraper plate 12, supports seat 20, determines angle skid 40 and click-on mechanism 30；Described tool body 10 is made up of the scraper plate 12 of handle 11 and connection handle bottom；The width of described scraper plate 12 bottom is equal to face glue-line width, and the right side of described scraper plate 12 is provided with the baffle plate 13 being perpendicular to scraper plate 12, and described baffle plate 13 is provided with the protuberance 131 relative to scraper plate 12 bottom；The left side wall of described baffle plate 13 is provided with glue back flow plate 14, glue back flow plate 14 is perpendicular to baffle plate, the width of glue back flow plate 14 is 1st/to three/4th of scraper plate 12 width, angle between glue back flow plate 14 and scraper plate 12 is between 15 degree to 30 degree, glue back flow plate 14 bottom is close to scraper plate 12 bottom, and glue back flow plate 14 bottom is higher than scraper plate 12 bottom；Described glue back flow plate 14 is provided with the flanging 141 engaged with baffle plate 13, and flanging 141 and baffle plate 13 are provided with the threaded fastener being allowed to fastening；The top of another side of described glue back flow plate 14 its flanging 141 relative is hypotenuse 142；
As shown in FIG. 1 to 3, described support seat 20 front side wall offers horizontal chute 201, horizontal driving groove 202, vertical Left Drive groove 203 and vertical right driving groove 204；Described chute 201 is positioned at described support seat 20 front side wall top；Driving groove 202 is positioned at described support seat 20 front side wall bottom；Described Left Drive groove 203 and right driving groove 204 are positioned at described chute 201 both sides and the top of driving groove 202；Described click-on mechanism 30 includes actuating device, left jamming claw group and right jamming claw group；Described actuating device includes the first worm gear 33, worm screw group；Described first worm gear 33 is articulated in before and after driving groove 202 on wall by central rotating shaft 32；Described worm screw group is the first worm screw 341, a pair second worm screws 342 and drive link 34；Described drive link 34 is laterally articulated on 202 liang of medial walls of driving groove；Described first worm screw 341 is fixed on the middle part of drive link 34；A pair second worm screw 342 symmetries are fixed on drive link 34 two ends；Described left jamming claw group is identical with right jamming claw group structure；Described left jamming claw group is arranged in Left Drive groove 203；Described right jamming claw group is arranged in right driving groove 204；Described left jamming claw group and right jamming claw group include the second worm gear 36, left-right turning screw rod 35, upper clipping claw 38 and lower claw 37；Described left-right turning screw rod 35 is vertically articulated on Left Drive groove 203 top and bottom sidewall；Extension, described left-right turning screw rod 35 bottom is inserted in driving groove 202 and is fixed with the second worm gear 36；Described second worm gear 36 engages with the second worm screw 342；Described upper clipping claw 38 includes the first horizontal part the 381, first vertical component effect 382 and the second horizontal part 383；Described first horizontal part 381 is vertically fixed on the first vertical component effect 382 left surface top；Second horizontal part 383 is vertically fixed on the first vertical component effect 382 right flank bottom；Described upper clipping claw 38 is in zigzag；Described lower claw 37 includes the 3rd horizontal part the 371, second vertical component effect 372 and the 4th horizontal part 373；Described 3rd horizontal part 371 is vertically fixed on the second vertical component effect 372 left surface bottom；4th horizontal part 373 is vertically fixed on the second vertical component effect 372 right flank top；Described lower claw 37 is in inverted zigzag；Described upper clipping claw 38 and lower claw 37 distribution symmetrical above and below；Described upper clipping claw 38 and lower claw 37 are screwed onto left-handed portion and the dextrorotation portion of left-right turning screw rod 35 respectively by the feed screw nut of the second horizontal part 383 and the 4th horizontal part 373；Second horizontal part 383 is identical with the groove width of Left Drive groove 203 and right driving groove 204 with the width of the 4th horizontal part 373；It is inserted with slide block 41 in described chute 201；Slide block 41 front end face is fixed with rotary middle spindle 411；Slide block 41 front end face offers the jack circle 413 centered by rotary middle spindle 411；Jack circle 413 is made up of some isodiametric jacks；The protuberance 131 of described baffle plate 13 is articulated on rotary middle spindle 411；The protuberance 131 of described baffle plate 13 offers the spliced eye identical with jack circle 413 jack diameter.
As in figure 2 it is shown, central rotating shaft 32 front end face of described first worm gear 33 is fixed with rotary handle 31.
As in figure 2 it is shown, the rear end face of described baffle plate 13 and the first vertical component effect 382 and the second vertical component effect 372 left surface are coplanar.
As it is shown on figure 3, Left Drive groove 203 and right driving groove 204 are all vertically fixed guide rod 351；Guide rod 351 is through the second horizontal part 383 and the 4th horizontal part 373.
As it is shown in figure 1, the spliced eye of described protuberance 131 is inserted with connecting rod 42.
As shown in Figure 2, Figure 4 shows, slide block 41 is fixed formed by the little cuboid in front and the big cuboid 412 at rear, and slide block 41 cross section is in the convex lain on one's side.
During concrete operations, the stretch tight workflow of specific purpose tool of net coated side glue-line of portable laser template described in the utility model is as follows:
The first step, when being used for coated side glue-line on a workbench, is placed on workbench side specific purpose tool, makes workbench between upper clipping claw 38 and lower claw 37；Operation rotary handle 31, rotary handle 31 drives central rotating shaft 32, central rotating shaft 32 drives the first worm gear 33, first worm gear 33 drives the second worm gear 342 by drive link 34, second worm gear 342 drives left-right turning screw rod 35, left-right turning screw rod 35 drives upper clipping claw 38 relative with lower claw 37 and goes, before final clamping, guarantee that the trailing flank of the first vertical component effect 382 and the second vertical component effect 372 presses close to workbench side, finally making upper clipping claw 38 and lower claw 37 clamping table, specific purpose tool is just fixed on this workbench.
Second step, extract connecting rod 42, throw main body 10 the most as required, after tool body 10 arrives suitable angle, connecting rod 42 is inserted in the spliced eye of described protuberance 131, connecting rod 42 front end is inserted in one of them jack of jack circle 413 of slide block 41 front end face, and such tool body 10 angle is fixed, i.e. the angle of scraper plate 12 is fixed.
3rd step, artificial mobile tool body 10, owing to slide block 41 is plugged in chute 201, tool body 10 can be along table translation, i.e. scraper plate 12 translates, resin glue on glue-line longitudinal midline position, face is assembled in scraper plate bottom and is evenly applied to formation face, grenadine edge glue-line, and the distance between described scraper plate 12 bottom and grenadine is i.e. the thickness of face glue-line；
4th step, when the resin glue being gathered in scraper plate 12 bottom gets more and more, resin glue is by up and flow to blade surface and return the gluing position of grenadine along glue back flow plate 14.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, the most all will change, this specification content should not be construed as restriction of the present utility model.
Claims (6)
1. portable laser template stretches tight a specific purpose tool for net coated side glue-line, includes the tool body (10) of scraper plate (12), supports seat (20), determines angle skid (40) and click-on mechanism (30)；Described tool body (10) is made up of the scraper plate (12) of handle (11) and connection handle bottom；The width of described scraper plate (12) bottom is equal to face glue-line width, the right side of described scraper plate (12) is provided with the baffle plate (13) being perpendicular to scraper plate (12), and described baffle plate (13) is provided with the protuberance (131) relative to scraper plate (12) bottom；The left side wall of described baffle plate (13) is provided with glue back flow plate (14), glue back flow plate (14) is perpendicular to baffle plate, the width of glue back flow plate (14) is 1st/to three/4th of scraper plate (12) width, angle between glue back flow plate (14) and scraper plate (12) is between 15 degree to 30 degree, glue back flow plate (14) bottom is close to scraper plate (12) bottom, and glue back flow plate (14) bottom is higher than scraper plate (12) bottom；Described glue back flow plate (14) is provided with the flanging (141) engaged with baffle plate (13), and flanging (141) and baffle plate (13) are provided with the threaded fastener being allowed to fastening；The top of described glue back flow plate (14) another side of its flanging (141) relatively is hypotenuse (142)；It is characterized in that:
Described support seat (20) front side wall offers horizontal chute (201), horizontal driving groove (202), vertical Left Drive groove (203) and vertical right driving groove (204)；Described chute (201) is positioned at described support seat (20) front side wall top；Driving groove (202) is positioned at described support seat (20) front side wall bottom；Described Left Drive groove (203) and right driving groove (204) are positioned at described chute (201) both sides and the top of driving groove (202)；Described click-on mechanism (30) includes actuating device, left jamming claw group and right jamming claw group；Described actuating device includes the first worm gear (33), worm screw group；Described first worm gear (33) is articulated in before and after driving groove (202) on wall by central rotating shaft (32)；Described worm screw group is the first worm screw (341), a pair second worm screws (342) and drive link (34)；Described drive link (34) is laterally articulated on driving groove (202) two medial wall；Described first worm screw (341) is fixed on the middle part of drive link (34)；A pair second worm screw (342) symmetries are fixed on drive link (34) two ends；Described left jamming claw group is identical with right jamming claw group structure；Described left jamming claw group is arranged in Left Drive groove (203)；Described right jamming claw group is arranged in right driving groove (204)；Described left jamming claw group and right jamming claw group include the second worm gear (36), left-right turning screw rod (35), upper clipping claw (38) and lower claw (37)；Described left-right turning screw rod (35) is vertically articulated on Left Drive groove (203) top and bottom sidewall；Described left-right turning screw rod (35) extension, bottom is inserted in driving groove (202) and is fixed with the second worm gear (36)；Described second worm gear (36) is engaged with the second worm screw (342)；Described upper clipping claw (38) includes the first horizontal part (381), the first vertical component effect (382) and the second horizontal part (383)；Described first horizontal part (381) is vertically fixed on the first vertical component effect (382) left surface top；Second horizontal part (383) is vertically fixed on the first vertical component effect (382) right flank bottom；Described upper clipping claw (38) is in zigzag；Described lower claw (37) includes the 3rd horizontal part (371), the second vertical component effect (372) and the 4th horizontal part (373)；Described 3rd horizontal part (371) is vertically fixed on the second vertical component effect (372) left surface bottom；4th horizontal part (373) is vertically fixed on the second vertical component effect (372) right flank top；Described lower claw (37) is in inverted zigzag；Described upper clipping claw (38) and lower claw (37) distribution symmetrical above and below；Described upper clipping claw (38) and lower claw (37) are screwed onto left-handed portion and the dextrorotation portion of left-right turning screw rod (35) respectively by the feed screw nut of the second horizontal part (383) and the 4th horizontal part (373)；Second horizontal part (383) is identical with the groove width of Left Drive groove (203) and right driving groove (204) with the width of the 4th horizontal part (373)；Slide block (41) it is inserted with in described chute (201)；Slide block (41) front end face is fixed with rotary middle spindle (411)；Slide block (41) front end face offers the jack circle (413) centered by rotary middle spindle (411)；Jack circle (413) is made up of some isodiametric jacks；The protuberance (131) of described baffle plate (13) is articulated on rotary middle spindle (411)；The protuberance (131) of described baffle plate (13) offers the spliced eye identical with jack circle (413) jack diameter.
A kind of portable laser template the most according to claim 1 stretches tight the specific purpose tool of net coated side glue-line, it is characterised in that: central rotating shaft (32) front end face of described first worm gear (33) is fixed with rotary handle (31).
A kind of portable laser template the most according to claim 1 stretches tight the specific purpose tool of net coated side glue-line, it is characterised in that: the rear end face of described baffle plate (13) and the first vertical component effect (382) and the second vertical component effect (372) left surface are coplanar.
A kind of portable laser template the most according to claim 1 stretches tight the specific purpose tool of net coated side glue-line, it is characterised in that: Left Drive groove (203) and right driving groove (204) are all vertically fixed guide rod (351)；Guide rod (351) passes the second horizontal part (383) and the 4th horizontal part (373).
A kind of portable laser template the most according to claim 1 stretches tight the specific purpose tool of net coated side glue-line, it is characterised in that: the spliced eye of described protuberance (131) is inserted with connecting rod (42).
A kind of portable laser template the most according to claim 1 stretches tight the specific purpose tool of net coated side glue-line, it is characterized in that: slide block (41) is fixed formed by the little cuboid in front and the big cuboid (412) at rear, and slide block (41) cross section is in the convex lain on one's side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620335967.XU CN205701323U (en) | 2016-04-20 | 2016-04-20 | A kind of portable laser template stretches tight the specific purpose tool of net coated side glue-line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620335967.XU CN205701323U (en) | 2016-04-20 | 2016-04-20 | A kind of portable laser template stretches tight the specific purpose tool of net coated side glue-line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205701323U true CN205701323U (en) | 2016-11-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620335967.XU Expired - Fee Related CN205701323U (en) | 2016-04-20 | 2016-04-20 | A kind of portable laser template stretches tight the specific purpose tool of net coated side glue-line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205701323U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105728269A (en) * | 2016-04-20 | 2016-07-06 | 湖州国信物资有限公司 | Special portable tool for coating surface glue layer on laser template tensioning net |
-
2016
- 2016-04-20 CN CN201620335967.XU patent/CN205701323U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105728269A (en) * | 2016-04-20 | 2016-07-06 | 湖州国信物资有限公司 | Special portable tool for coating surface glue layer on laser template tensioning net |
| CN105728269B (en) * | 2016-04-20 | 2018-01-23 | 宣城安安橡塑有限责任公司 | A kind of specific purpose tool of the taut net coated side glue-line of portable laser template |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161123 Termination date: 20170420 |
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| CF01 | Termination of patent right due to non-payment of annual fee |