CN205857899U - The location of a kind of relative slide mechanism and unlocking structure and awn frame column agency - Google Patents
The location of a kind of relative slide mechanism and unlocking structure and awn frame column agency Download PDFInfo
- Publication number
- CN205857899U CN205857899U CN201620652037.7U CN201620652037U CN205857899U CN 205857899 U CN205857899 U CN 205857899U CN 201620652037 U CN201620652037 U CN 201620652037U CN 205857899 U CN205857899 U CN 205857899U
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- China
- Prior art keywords
- lockhole
- location
- latch
- rotary body
- unlocking structure
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model discloses the location of relative slide mechanism and unlocking structure and awn frame column agency.This location and unlocking structure, between be connected to the most relatively to slide first and second, this first is provided with the first lockhole, this structure includes a latch that can be slidably connected at second along the second direction intersecting at first direction, whether inserts the first lockhole to realize location or to unlock by latch Sliding Control latch；This structure also includes a rotary body that can rotate around second direction, and this rotary body is provided with guiding slope, and this latch is convexly equipped with lug, and this lug is abutted against guiding slope, this lug and guiding slope and is abutted against cooperation so that being rotated by rotary body and latch can being driven to slide.It has the advantage that user operation is rotated body and rotates, and is rotated by rotary body and drives latch or sliding pin to slide to realize unlocking or location, can effectively prevent hands from being crushed, compact conformation, simple, and latch or sliding pin length can be shorter, save production cost.
Description
Technical field
This utility model relates to the location of a kind of relative slide mechanism and unlocking structure and awn frame column agency.
Background technology
The location of relative slide mechanism and unlocking structure, this slide mechanism includes first and second mutually slided,
Such as awn frame column agency, this column agency includes column and the slide being slidably connected on column, and this column such as includes upper boom
And lower beam, this upper boom and lower beam energy sliding extension connect, this slide mechanism as between column and slide, or, upper boom and lower beam it
Between.This location and unlocking structure is existing mainly two classes:
One class is: latch structure, and this first is provided with the first lockhole, and this structure includes that one can be along intersecting at first direction
Second direction be slidably connected at the latch of second, whether insert the first lockhole by latch Sliding Control latch fixed to realize
Position or unblock.The slip of user's Non-follow control latch, this Non-follow control such as: latch end sets ring, and user's pressing bolt makes to insert
Pin insertion the first lockhole is to realize interlocking, and user extracts latch by ring and departs from the first lockhole to realize lock-off.User needs
Realizing location by push action or unlock, finger may be clipped to by the slip of first and second, exist and crush possibility,
There is potential safety hazard, unlock by extracting realization, operation inconvenience.
Another kind of: latch catch, first and second is respectively equipped with the first lockhole and the second lockhole, this first
Inside being provided with snap-on, this snap-on one end is installed in first, and the other end is provided with projection, and this projection is under snap-on its own resilient effect
Protrude outside the first lockhole and the second lockhole can be inserted, whether inserting the second lockhole by projection and realize location or unlock.By pressing
Belling post makes projection inside contract, and projection departs from the second lockhole and realizes unlocking, or projection inserts the second lockhole under elastic force effect and realizes
Interlocking.Operate for convenience, existing also can slidable button be set on second as required, or, the goods of furniture for display rather than for use that can swing
(axis of oscillation vertical first and the glide direction of second, the telescopic direction of vertical projection), utilizes button or goods of furniture for display rather than for use contact
Projection.User needs realize location by push action or unlock, and finger may be gripped to (such as button and the slip of first
Between or goods of furniture for display rather than for use and the swing of first between), exist and crush possibility, there is potential safety hazard.
Utility model content
This utility model provides the location of relative slide mechanism and unlocking structure and awn frame column agency, which overcomes
Relative to the deficiency existing for the location of slide mechanism and unlocking structure in background technology.
One of this utility model technical scheme used solving its technical problem is:
The location of relative slide mechanism and unlocking structure, be connected to first and second can the most relatively slided
Between part, this first is provided with the first lockhole, and this structure includes that one can slide even along the second direction intersecting at first direction
It is connected on the latch of second, whether inserts the first lockhole to realize location or to unlock by latch Sliding Control latch；This structure
Also including a rotary body that can rotate around second direction, this rotary body is provided with guiding slope, and this latch is convexly equipped with lug, this lug
It is abutted against guiding slope, this lug and guiding slope and is abutted against cooperation so that being rotated by rotary body and latch can being driven to slide.
Among one embodiment: this rotary body is external member, this rotary body is socketed latch, and guiding slope is located at rotary body inwall.
Among one embodiment: this latch has can insert inserting end and inserting the head end of end, this head dorsad of the first lockhole
The end flexible body of end face contact, this elasticity physical ability makes latch be subject to by head end and points to the elastic force inserting end.
Among one embodiment: be installed with solid seat outside this second, this solid seat or second and solid seat are provided with the second lockhole, should
Gu seat terminal surface is arranged with the chute run through inside and outside the second lockhole, this lug is slidably connected chute, and this latch slides through second
Lockhole and adaptive first lockhole, this rotary body turning set is connected on outside solid seat.
Among one embodiment: this solid seat end is installed with gland, sets elastomer between this gland and latch.
Among one embodiment: be also connected with lid on this rotary body and connect the turn-knob of the second lockhole, set between this turn-knob and latch
Elastomer.
This utility model solves the two of the technical scheme used of its technical problem:
The location of relative slide mechanism and unlocking structure, be connected to first and second can the most relatively slided
Between part, this first and second is respectively equipped with the first lockhole and the second lockhole, is provided with snap-on in this first, this snap-on
One end is installed in first, and the other end is provided with projection, this projection protrude under snap-on its own resilient effect the first lockhole outer and
The second lockhole can be inserted, whether insert the second lockhole by projection and realize location or unlock；This structure also includes that one can the company of slip
Connecing sliding pin and the rotary body that can rotate of second around sliding pin glide direction, this rotary body is provided with guiding slope, and this sliding pin is convex
Being provided with lug, this lug is abutted against guiding slope, this lug and guiding slope and is abutted against cooperation so that being rotated by rotary body and can driving sliding pin
Slide, by sliding pin slip contact projection to control whether projection inserts the second lockhole.
Among one embodiment: this rotary body is external member, this rotary body is socketed sliding pin, and guiding slope is located at rotary body inwall.
Among one embodiment: be installed with solid seat outside this first, this second lockhole is located at second and consolidates on seat, this solid seat
Terminal surface is arranged with the chute run through inside and outside the second lockhole, and this lug is slidably connected chute, and this sliding pin slides through the second lockhole
And adaptive first lockhole, this rotary body turning set is connected on outside solid seat.
Among one embodiment: be also connected with lid on this rotary body and connect the turn-knob of solid seat the second lockhole.
This utility model solves the three of the technical scheme used of its technical problem:
Awn frame column agency, including column and slide, this slide is slidably connected on column, and this slide constitutes second
Part, this column constitutes first；It is provided with above-mentioned location and unlocking structure between this first and second.
This utility model solves the four of the technical scheme used of its technical problem:
Awn frame column agency, including column and slide, this slide is slidably connected on column, and this column includes the most sliding
Dynamic flexible upper boom and lower beam, this lower beam constitutes first, and this upper boom constitutes second；It is provided with between this first and second
Above-mentioned location and unlocking structure.
The technical program is compared with background technology, and it has the advantage that
User operation is rotated body and rotates, and is rotated by rotary body and drives latch or sliding pin slip to realize unlocking or fixed
Position, can effectively prevent hands from being crushed, compact conformation, novelty, appearance looks elegant, simple in construction, and latch or sliding pin length can be shorter, joint
About production cost, is suitable for factory's batch production.
Rotary body is external member, rotary body socket latch, and guiding slope is located at rotary body inwall, compact conformation, has further
Effect avoids hands to be crushed.
Lug is slidably connected chute, and latch slides through the second lockhole and adaptive first lockhole, and rotary body turning set is connected on
Gu outside seat, compact conformation, it is ensured that latch glide direction.
Gu seat end is installed with gland, setting elastomer between gland and latch, rotary body rotates convenient, compact conformation.
Also it is connected with lid on rotary body and connects the turn-knob of the second lockhole, set elastomer between turn-knob and latch, facilitate user to grasp
Make.
Accompanying drawing explanation
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.
Fig. 1 is location and the schematic perspective view of unlocking structure of embodiment one.
Fig. 2 is location and the perspective exploded view of unlocking structure of embodiment one.
Fig. 3 is location and the generalized section of unlocking structure of embodiment one.
Fig. 4 is the schematic perspective view of the rotary body of embodiment one.
Fig. 5 is one of profile of rotary body of embodiment one.
Fig. 6 is the two of the profile of the rotary body of embodiment one.
Fig. 7 is location and the application example of unlocking structure of embodiment one, two.
Fig. 8 is location and the schematic perspective view of unlocking structure of embodiment two.
Fig. 9 is location and the perspective exploded view of unlocking structure of embodiment two.
Figure 10 is location and the generalized section of unlocking structure of embodiment two.
Figure 11 is location and the schematic perspective view of unlocking structure of embodiment three.
Figure 12 is location and the perspective exploded view of unlocking structure of embodiment three.
Figure 13 is location and the schematic perspective view of unlocking structure of embodiment four.
Figure 14 is location and the perspective exploded view of unlocking structure of embodiment four.
Detailed description of the invention
Embodiment one
The location of relative slide mechanism and unlocking structure, refer to Fig. 1 to Fig. 6, and being connected to can be the most sliding
Between dynamic first and second, this first such as column 10, this second slide being such as slidably connected on column 10 20,
This slide 20 is slidably socketed on column 10, and this first direction is along column 10 length direction.This column 10 is provided with the first lock
Hole 11.
This structure includes a latch 30 that can be slidably connected at slide 20 along the second direction intersecting at first direction, and this is the years old
Whether two directions are as along vertical pillars 10 length direction, inserted the first lockhole 11 to realize by latch 30 Sliding Control latch 30
Location or unblock.This latch 30 has can insert inserting end and inserting the head end of end dorsad of the first lockhole 11, and this latch 30 wraps
Include a shank and two and be respectively and fixedly connected to the lug 31 of shank head end both sides.
Being installed with solid seat 21 outside this slide 20, this slide 20 and solid seat 21 are provided with the second lockhole 22, this second lockhole 22 by
Slide 20 inwall passes to solid seat 21 terminal surface, this solid seat 21 end face be arranged with two run through the second lockhole 22 (corresponding solid seat 21
Part) inside and outside chute 23.Among the present embodiment, as a example by first and second socket, but it is not limited thereto, according to need
Also can be arranged side by side；The second above-mentioned lockhole runs through second and solid seat, but does not the most limit with this, as required, can only pass through
Fastening seat, second direction is along solid seat and first direction side by side.This two lug 31 adaptation is slidably connected two chutes 23, thinks latch
30 slide provides guiding, and this latch 30 slides through the second lockhole 22 and adaptive first lockhole 11 can insert the first lockhole 11
In.
This structure also includes a rotary body 40 that can rotate around second direction, and this rotary body 40 is external member, this rotary body 40
It is socketed in outside solid seat 21, because latch is positioned at solid seat, namely is socketed in outside latch.Among the present embodiment as a example by with solid seat,
But be not limited thereto, the most also can without solid seat, or, solid seat is considered the part of second, this latch can be straight
Connecing and be slidably connected second, this rotation physical ability is directly rotationally connected second.
This rotary body 40 is provided with guiding slope 41, and this lug 31 is abutted against guiding slope 41, and this lug 31 and guiding slope 41 are abutted against
Coordinate so that being rotated by rotary body and latch can being driven to slide.This guiding slope is located at rotary body inwall, and it can be protruding, or
It is, groove that this guiding domatic shape is as spiral, but is not limited thereto system, as long as axially can follow when can circumferentially change
Change.
Preferably, this latch 30 head end flexible body of end face contact 50, this elastomer 50 can make latch 30 be referred to by by head end
To the elastic force of insertion end, so that insertion the first key-hole situation can be maintained at, it is maintained at interlocking state, with when aliging the first lockhole
Can be automatically inserted into.But it is not limited thereto, is groove as used guiding slope, then can control latch by rotating and insert or pull out
Go out, or, as used user's Manual press operation latch to realize inserting, rotate realization and extract.
Preferably, this solid seat 21 end is installed with gland 24, as said that gland 24 is fixed on solid seat 21, this bullet by screw 241
Gonosome 50 is located between gland 24 and latch 30 head end.This gland can realize contact elastomer, latch can be avoided again to depart from solid
Reservation, appearance looks elegant, it is to avoid hands crushes.But being not limited thereto, as required, rotary body 40 can be connected with a turn-knob 60, should
Turn-knob 60 lid connects the opening of solid seat, and this elastomer 50 is located between turn-knob 60 and latch 30 head end, is rotated by turn-knob 60 and rotates
Body 40, user-friendly, contact elastomer can be realized, latch can be avoided again to depart from fixing seat, appearance looks elegant, it is to avoid hands presss from both sides
Wound.Of course, it is possible to not only include gland but also include turn-knob 60, elastomer 50 is located between gland 24 and latch 30 head end, turn-knob 60
Lid connects gland 24.Connection between this turn-knob 60 and rotary body 40 is such as: the solid seat of perisporium socket of turn-knob 60, this perisporium and rotary body
Set between periphery wall and can mounting or dismounting connect, as snapped connection, this interface arrangment such as: run through inside and outside perisporium 61 end face of turn-knob 60 is recessed
Slot to make way 62, form between slot to make way 62 that band is elastic unsettled, unsettled sets draw-in groove 63；This rotary body periphery wall is provided with
The auxiliary section 42 of corresponding slot to make way 62, is somebody's turn to do the part projection fastener 43 between auxiliary section 42, and this fastener and draw-in groove fit in buckle
Structure.
Embodiment two
In the location of relative slide mechanism and unlocking structure, refer to Fig. 8 to Figure 10, this slide mechanism is with embodiment one not
It is with part: this slide mechanism includes mutually being socketed and retractable telescoping tube, including be connected to can be the most relative
Slide first and second between, this first such as lower beam 10 ', this second be such as slidably connected on lower beam 10 ' upper
Bar 20 ', this fixed external member in upper boom 20 ' lower end 25, this upper boom 20 ' is slidably socketed at lower beam 10 ', and this first direction is along flexible side
To.This location and unlocking structure are identical with embodiment one.
Refer to Fig. 7, embodiment one and the location of embodiment two and unlocking structure such as applied at awn frame column agency A,
This column agency A includes that a lower beam, a upper boom and are slidably connected at the slide of upper boom, location between this lower beam and upper boom and
Unlocking structure as use embodiment two structure, constitute between this lower beam and upper boom retractable column, this slide and upper boom it
Between location and unlocking structure as use embodiment two structure.
The column top of this awn frame is installed with solid seat, connects and has shears to pitch mechanism B, each cut between every two adjacent upright
Knife and fork mechanism includes at least two shears fork group being rotationally connected of connecting, and each shears fork group includes that middle part is rotatably connected
Connecting rod, shears fork mechanism B there are four outer ends, four outer ends are rotationally connected solid seat and the slide of two adjacent upright respectively
On.
This awn frame also includes ceiling mechanism, this ceiling mechanism include a footstock C and some groups connect each column respectively
Solid seat and rotation bar group D of footstock.This rotation bar group includes that one first end is rotationally connected the first bull stick of footstock, one first end
Being rotationally connected the second bull stick of first bull stick the second end, this second bull stick the second end is rotationally connected the solid seat of column.This each turn
Connecting a brace E between the slide of the column of lever group and correspondence, the lower end of this brace E is rotationally connected slide, and upper end rotates even
Connect the middle part of the second bull stick.
Embodiment three
The location of relative slide mechanism and unlocking structure, refer to Figure 11, Figure 12, and it exists with embodiment one difference
In: it is respectively equipped with the first lockhole 11 and the second lockhole 22 on this column 10 and slide 20, is provided with snap-on 70 in this column 10, this bullet
Detaining 70 one-tenth class V-arrangements, one end is fixed in column 10 inwall, and the other end is provided with projection 71, and this projection 71 is after snap-on 70 is installed because of V-arrangement
Protrude under its own resilient effect that pressurized produces outside the first lockhole 11 and can insert in the second lockhole 22, whether being inserted by projection 71
Enter the second lockhole 22 realize location or unlock.This structure also includes that a sliding pin 30 ' and that can be slidably connected slide 20 can be around cunning
The rotary body 40 that pin 30 ' rotates, this sliding pin 30 ' structure is identical with embodiment one sliding pin structure, all has shank and lug 31 '；
This rotary body 40 structure is identical with embodiment one rotation body structure.Cooperation is abutted against so that being revolved by rotary body in this lug and guiding slope
Whether turning drives sliding pin 31 ' to slide, inside contracted with control projection by sliding pin 31 ' slip contact projection 71, inside contract, exit the
Two lockholes, do not inside contract, and insert the second lockhole.
Being installed with solid seat outside this slide 20, the structure of this solid seat is identical with embodiment one.Preferably, this solid seat 21 end is fixed
Having gland 24, rotary body 40 to be connected with a turn-knob 60, turn-knob 60 lid connects gland 24.Connection between this turn-knob 60 and rotary body 40
As: the solid seat of perisporium socket of turn-knob 60, set between this perisporium and rotary body periphery wall and can mounting or dismounting connect, as snapped connection.Because of bullet
Detain self band elastic, interlocking state can be maintained at, be maintained at insertion the second key-hole situation, the second lockhole can be automatically inserted into, because of
This can omit the elastomer setting embodiment one.Embodiment four
In the location of relative slide mechanism and unlocking structure, refer to Figure 13, Figure 14, this slide mechanism is with embodiment four not
It is with part: this slide mechanism includes mutually being socketed and retractable telescoping tube, including be connected to can be the most relative
Slide first and second between, this first such as lower beam 10 ', this second be such as slidably connected on lower beam 10 ' upper
Bar 20 ', this upper boom 20 ' is slidably socketed at lower beam 10 ', and this first direction is along telescopic direction.This location and unlocking structure and reality
Execute example one identical.
The above, only this utility model preferred embodiment, therefore can not limit what this utility model was implemented according to this
Scope, the equivalence change i.e. made according to this utility model the scope of the claims and description and modification, all should still belong to this practicality new
In the range of type contains.
Claims (12)
1. the location of relative slide mechanism and a unlocking structure, be connected to first and can the most relatively slided
Between two, this first is provided with the first lockhole, and this structure includes that one can slide along the second direction intersecting at first direction
Being connected to the latch of second, whether insert the first lockhole by latch Sliding Control latch and with realization location or unlock, it is special
Levying and be: this structure also includes a rotary body that can rotate around second direction, this rotary body is provided with guiding slope, this latch projection
Having lug, this lug is abutted against guiding slope, this lug and guiding slope and is abutted against cooperation so that being rotated by rotary body and latch can being driven sliding
Dynamic.
The location of a kind of relative slide mechanism the most according to claim 1 and unlocking structure, it is characterised in that: this rotary body
It is located at rotary body inwall for external member, this rotary body socket latch, and guiding slope.
The location of a kind of relative slide mechanism the most according to claim 2 and unlocking structure, it is characterised in that: this latch has
Have and can insert inserting end and inserting the head end of end, this head end flexible body of end face contact, this elasticity physical ability dorsad of the first lockhole
Make latch be subject to by head end and point to the elastic force inserting end.
The location of a kind of relative slide mechanism the most according to claim 2 and unlocking structure, it is characterised in that: this second
Being installed with outward solid seat, this solid seat or second and solid seat are provided with the second lockhole, and this solid seat terminal surface is arranged with and runs through the second lockhole
Inside and outside chute, this lug is slidably connected chute, and this latch slides through the second lockhole and adaptive first lockhole, and this rotary body turns
Move and be socketed in outside solid seat.
The location of a kind of relative slide mechanism the most according to claim 4 and unlocking structure, it is characterised in that: this solid seat end
End is installed with gland, sets elastomer between this gland and latch.
The location of a kind of relative slide mechanism the most according to claim 4 and unlocking structure, it is characterised in that: this rotary body
On be also connected with lid and connect the turn-knob of the second lockhole, set elastomer between this turn-knob and latch.
7. the location of relative slide mechanism and a unlocking structure, be connected to first and can the most relatively slided
Between two, this first and second is respectively equipped with the first lockhole and the second lockhole, is provided with snap-on in this first, this bullet
Button one end is installed in first, and the other end is provided with projection, and this projection protrudes outside the first lockhole under snap-on its own resilient effect
And the second lockhole can be inserted, and whether insert the second lockhole by projection and realize location or unlock, it is characterised in that: this structure is also wrapped
Including a sliding pin and that can be slidably connected second can be around the rotary body of sliding pin glide direction rotation, and this rotary body is provided with guiding
Slope, this sliding pin is convexly equipped with lug, and this lug is abutted against guiding slope, this lug and guiding slope and is abutted against cooperation so that being rotated by rotary body
Sliding pin can be driven to slide, by sliding pin slip contact projection to control whether projection inserts the second lockhole.
The location of a kind of relative slide mechanism the most according to claim 7 and unlocking structure, it is characterised in that: this rotary body
It is located at rotary body inwall for external member, this rotary body socket sliding pin, and guiding slope.
The location of a kind of relative slide mechanism the most according to claim 8 and unlocking structure, it is characterised in that: this first
Being installed with outward solid seat, this second lockhole is located at second and consolidates on seat, and this solid seat terminal surface is arranged with and runs through inside and outside the second lockhole
Chute, this lug is slidably connected chute, and this sliding pin slides through the second lockhole and adaptive first lockhole, this rotary body turning set
It is connected on outside solid seat.
The location of a kind of relative slide mechanism the most according to claim 8 and unlocking structure, it is characterised in that: this rotation
Also it is connected with lid on body and connects the turn-knob of solid seat the second lockhole.
11. 1 kinds of awn frame column agencies, including column and slide, this slide is slidably connected on column, and this slide constitutes the
Two, this column constitutes first, it is characterised in that: it is provided with according to described in claim 1 or 7 between this first and second
Location and unlocking structure.
12. 1 kinds of awn frame column agencies, including column and slide, this slide is slidably connected on column, and this column includes phase
The upper boom of mutual sliding extension and lower beam, this lower beam constitutes first, and this upper boom constitutes second, it is characterised in that: this first
And be provided with according to the location described in claim 1 or 7 and unlocking structure between second.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620652037.7U CN205857899U (en) | 2016-06-27 | 2016-06-27 | The location of a kind of relative slide mechanism and unlocking structure and awn frame column agency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620652037.7U CN205857899U (en) | 2016-06-27 | 2016-06-27 | The location of a kind of relative slide mechanism and unlocking structure and awn frame column agency |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205857899U true CN205857899U (en) | 2017-01-04 |
Family
ID=57636281
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620652037.7U Withdrawn - After Issue CN205857899U (en) | 2016-06-27 | 2016-06-27 | The location of a kind of relative slide mechanism and unlocking structure and awn frame column agency |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205857899U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106382052A (en) * | 2016-06-27 | 2017-02-08 | 鹭谱达（厦门）户外用品有限公司 | Relative slide mechanism positioning and unlocking structure, and awning frame column mechanism |
-
2016
- 2016-06-27 CN CN201620652037.7U patent/CN205857899U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106382052A (en) * | 2016-06-27 | 2017-02-08 | 鹭谱达（厦门）户外用品有限公司 | Relative slide mechanism positioning and unlocking structure, and awning frame column mechanism |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170104 Effective date of abandoning: 20190426 |