CN104165259A - Rotating type photo frame support device - Google Patents
Rotating type photo frame support device Download PDFInfo
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- CN104165259A CN104165259A CN201310182082.1A CN201310182082A CN104165259A CN 104165259 A CN104165259 A CN 104165259A CN 201310182082 A CN201310182082 A CN 201310182082A CN 104165259 A CN104165259 A CN 104165259A
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- 239000000758 substrate Substances 0.000 claims description 15
- 230000000452 restraining effect Effects 0.000 claims description 14
- 238000006073 displacement reaction Methods 0.000 claims description 11
- 230000000149 penetrating effect Effects 0.000 claims description 3
- 238000000034 method Methods 0.000 description 2
- 230000000007 visual effect Effects 0.000 description 2
- 230000003796 beauty Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
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Abstract
A rotating type photo frame support device comprises a photo frame back shell, a pivotal support, a rotating shaft, a locking mechanism, a rotating disc, a pivotal mechanism and a lock breaking mechanism. The locking mechanism comprises elastic pieces and a locking plate constantly abutted by the elastic pieces, the locking plate is provided with four locking protruding blocks, the rotating disc comprises a rotating disc body, a rotating shaft hole and four locking holes, the rotating disc body and the locking plate are arranged at an interval, the rotating shaft penetrates the rotating shaft hole, the locking protruding blocks penetrate the locking holes, the pivotal mechanism is arranged on one side of the rotating disc body, and the lock breaking mechanism is arranged on the rotating disc and comprises a button piece. The button piece can be pressed and shifted, the button piece is provided with four lock breaking protruding blocks which can penetrate the locking holes, the button piece can shift between a lock breaking position and a locking position relative to the rotating disc body in the first direction, when the button piece is arranged at the locking position, the lock breaking protruding blocks are away from the locking holes, rotation of the rotating disc body is limited by the locking protruding blocks, when the button piece is arranged at the lock breaking position, the lock breaking protruding blocks penetrate the locking holes, and the rotating disc is not limited by the locking protruding blocks and can rotate.
Description
Technical field
The present invention relates to a kind of rotary photo frame holder device, refer to especially a kind of rotary photo frame holder device for display device.
Background technique
Along with scientific and technological progress, LCD Display, by Ge great display manufacturer, is for example used in, on various electronic equipments: on the products such as mobile phone, notebook computer, personal computer, tablet PC, so in the life of display device arround having goed deep into.In addition, corresponding to display screen, also developed the various housings that hold display screen, some housings are partially functional uses, and the housing also having is inclined to one side visual sense of beauty design.For example: refer to Fig. 1, existing a kind of picture frame bracket device 9 is for installing a display screen (not shown), this picture frame bracket device 9 has one for installing photo frame body 91 and the support 92 that can open or fold with respect to this photo frame body 91 of this display screen, utilize such mechanism's mode, when user wants to erect this picture frame bracket device 9, as long as open this support 92, make folder one angle between this support 92 and this photo frame body 91, what both can work in coordination is supported in a plane, and this picture frame bracket device 9 is erected.But current this design, some dullness that still seems, further goes to promote the function of more convenience, and being one is worth the direction of making great efforts.
Summary of the invention
The object of the present invention is to provide a kind of rotary photo frame holder device that can rotate and can fix rotational position.
So rotary photo frame holder device of the present invention, comprises a photo frame shell on the back and a pivot brackets, a rotating shaft, a locked mechanism, a rotating disk, a pivot and a lock-off mechanism.
This photo frame shell on the back comprises a backboard.This rotating shaft is vertically fixed in this backboard a parallel first direction.This locked mechanism be fixed in this backboard and with this rotating shaft interval, and this locked mechanism comprises that one is parallel to the elastic component of this first direction, and one along this first direction and this backboard interval and the permanent locking board that is subject to this elastic component contact, this locking board has the four locking projections that extend away from this backboard.This rotating disk comprises that one connects this turntable body with the turntable body of this locking board parallel interval, one and for this rotating shaft rotary shaft hole that this turntable body can rotate taking this rotating shaft as axle that stretches through, and four connect these turntable body and with this rotary shaft hole interval and the locking hole that supplies described locking projection to stretch through respectively.This pivot is arranged at a side of this turntable body.This pivot brackets comprises that one can coordinate this photo frame shell on the back to be supported in the rack body of a plane, and a pivot part that is positioned at rack body one end and this pivot pivot joint, makes this rack body can be with respect to this turntable body pivotable.This lock-off mechanism is arranged on this rotating disk, and comprise that one can stressed pressing and towards the push button element of this turntable body displacement, this push button element has four and extends and can stretch through to lock-off projection that should locking hole towards this turntable body, this push button element can be with respect to the displacement between a lock-off position and a locking position of this turntable body along this first direction, when this push button element is positioned at this locking position, this lock-off projection leaves this locking hole, this locking projection is subject to this elastic component contact and is positioned at this locking hole, make the rotation of this turntable body be subject to the restriction of this locking projection, when this push button element is positioned at this lock-off position, this push button element is stressed, this lock-off projection is stretched in this locking hole, and this locking projection is pushed up from this locking hole, make this turntable body not be subject to the restriction of this locking projection and can rotate.
Preferably, this elastic component of this locked mechanism has a column and and is sheathed on the spring on this column, this locking board has the locking board body that a perseverance is supported by this spring top, and the hole that stretches through that connects this locking board body and stretch through for this column with this locking projection interval, this locking projection is to face away from the direction of this backboard and extend away from one of this backboard from this locking board body, when this push button element is positioned at this lock-off position, this locking board body is towards this backboard direction displacement, and this column is positioned at this hole that stretches through.
Preferably, this locked mechanism also comprise one be fixed in this backboard of this photo frame shell on the back and with the substrate of this locking board body along this first direction parallel interval, this column is to extend towards this locking board body from this substrate, and the two ends of this spring are difference this substrate of contact and this locking board body.
Preferably, this substrate of this locked mechanism has a substrate center hole of passing for this rotating shaft, the locking board center hole that this locking board also has this locking board body of a perforation and passes for this rotating shaft, described locking projection is to be symmetrically distributed in around this locking board center hole, described lock-off projection is to be symmetrically distributed in around this rotary shaft hole of this turntable body, in the corresponding described locking hole of each locking projection corresponding one, in the corresponding described locking hole of each lock-off projection corresponding one.
Preferably, this locked mechanism also comprises the elastic component of other three these locking boards of contact, and the hole that stretches through of other three these locking board bodies of perforation, described elastic component is to be symmetrically distributed in around this substrate center hole, the described hole that stretches through is to be symmetrically distributed in around this locking board center hole with described locking projection compartment of terrain, in the hole that stretches through described in the column correspondence of each elastic component corresponding one.
Preferably, this rotating disk also has a pivot joint wall that vertically extends and supply this pivot to arrange from this turntable body, this photo frame shell on the back also comprises a limited wall extending towards this substrate of this locked mechanism from this backboard, and one by this limited wall around the spacing space forming, this rotating disk also comprises a limited post extending towards this backboard from this turntable body, this limited post perseverance is positioned at this spacing space, limits this rotating disk and rotates in certain scope.
Preferably, this lock-off mechanism also comprise one be fixed on this turntable body and around this push button element around part, should prevent in order to spacing this push button element that this push button element from departing from around part.
Preferably, this push button element of this lock-off mechanism also has one and is positioned at this push button element body around part, and the limiting stopper extending from this push button element body side, this lock-off projection is that the one side towards this turntable body is extended from this push button element body, should around part have one around this push button element body and be fixed in this turntable body and cover this pivot around part body, and one from should be around root edge inside part body towards the restraining groove away from this turntable body depression, this limiting stopper is positioned at this restraining groove, and the space of this restraining groove is enough to make this limiting stopper at this first direction top offset.
Preferably, this rotary photo frame holder device also comprises another and is arranged at the pivot that this turntable body opposite side is covered around part body by this, this of this lock-off mechanism also have two around part, and lateral direction penetratings should be around the opening of part body respectively, this pivot brackets also has another pivot part, this rack body has an arc support body that is positioned at this lock-off mechanism periphery, and one by this arc support body central authorities towards the microscler support body extending away from this lock-off mechanism, this two pivot part is arranged at respectively two ends of this arc support body and passes this this two opening around part, an and wherein corresponding pivot joint of each pivot part and described pivot.
Preferably, this push button element of this lock-off mechanism also has other three limiting stoppers, should also there are other three restraining grooves around part, described limiting stopper is to extend from this push button element body side symmetrically, and each limiting stopper is positioned at wherein corresponding one of described restraining groove.
Beneficial effect of the present invention is: disclosed this rotating disk of rotary photo frame holder device of the present invention, this pivot brackets can be rotated taking this rotating shaft as axle, increase the usage mode of rotary photo frame holder device of the present invention, in addition, then coordinate this locked mechanism and this lock-off mechanism, in the time that this pivot brackets rotates to a certain position, can be certain fix and can disorderly not turn, meanwhile, this push button element of this lock-off mechanism also very convenient user is pressed, therefore really can reach object of the present invention.
Brief description of the drawings
Fig. 1 is a stereogram, and existing a kind of picture frame bracket device is described;
Fig. 2 is a stereogram, and an embodiment of rotary photo frame holder device of the present invention is described;
Fig. 3 is a three-dimensional exploded view, and this embodiment of rotary photo frame holder device of the present invention is described;
Fig. 4 is a three-dimensional exploded view, and another visual angle of this embodiment of rotary photo frame holder device of the present invention is described, and in figure, has omitted a photo frame shell on the back and a pivot brackets;
Fig. 5 is a planimetric map, and the mode of this embodiment's of a rotary photo frame holder device of the present invention pivot brackets rotation is described;
Fig. 6 is a sectional view along VI-VI straight line in Fig. 5;
Fig. 7 is a sectional view, illustrates that this embodiment's of a rotary photo frame holder device of the present invention push button element is positioned at a locking position;
Fig. 8 is a sectional view, illustrates that this push button element of this embodiment of rotary photo frame holder device of the present invention is positioned at a lock-off position;
Fig. 9 is the partial enlarged drawing of Fig. 7;
Figure 10 is the partial enlarged drawing of Fig. 8;
Figure 11 is a stereogram, and this pivot brackets state of pivotable outward of this embodiment of rotary photo frame holder device of the present invention is described.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in detail.
Consult Fig. 2, Fig. 3 and Fig. 4, the disclosed rotary photo frame holder device of the present invention is to apply to a display screen 8, and an embodiment of rotary photo frame holder device of the present invention comprises a photo frame shell on the back 1, a rotating shaft 2, a locked mechanism 3, a rotating disk 4, two pivots 5, a pivot brackets 6 and a lock-off mechanism 7.
This photo frame shell on the back 1 comprises a backboard 11, a limited wall 12 extending towards this locked mechanism 3 from this backboard 11, and one by this limited wall 12 around the spacing space 13 forming.This rotating shaft 2 is vertically fixed in this backboard 11 parallel first direction X.
This locked mechanism 3 be fixed in this backboard 11 and with these rotating shaft 2 intervals, and this locked mechanism 3 comprises that one is fixed in the substrate 31 of this backboard 11, four elastic components 32 that are parallel to this first direction X, and one along this first direction X and this backboard 11 intervals and the permanent locking board 33 that is subject to described elastic component 32 contacts.
Specifically, this locking board 33 has a perseverance and is subject to described elastic component 32 contacts and the locking board body 331 along this first direction X and this substrate 31 parallel interval, the one locking board center hole 332 that connects this locking board body 331 and pass for this rotating shaft 2, four are symmetrically distributed in around this locking board center hole 332, and this locking board body 331 is away from the one side of this backboard 11 certainly, towards the locking projection 334 extending away from these backboard 11 directions, four connect this locking board body 331 and are symmetrically distributed in this locking board center hole 332 hole 333 that stretches through around with described locking projection 334 compartment of terrains.This substrate 31 has a substrate center hole 311 of passing for this rotating shaft 2, and described elastic component 32 is to be symmetrically distributed in around this substrate center hole 311.And each elastic component 32 has a column 321 extending towards this locking board body 331 from this substrate 31, and the spring 322 being sheathed on this column 321, and in the hole 333 that stretches through described in the column 321 of each elastic component 32 can corresponding stretch through corresponding one, the two ends of described spring 322 are these substrates 31 and this locking board body 331 of contact respectively.
This rotating disk 4 comprise one with the turntable body 41, of these locking board 33 parallel interval connect this turntable body 41 and for this rotating shaft 2 stretch through make rotary shaft hole that this turntable body 41 can rotate taking this rotating shaft 2 as axle 42, four these turntable body 41 of perforation and with the locking hole 43, two at these rotary shaft hole 42 intervals respectively from the vertical in the same way pivot joint wall 44 that extends and supply this pivot 5 to arrange in these turntable body 41 both sides, and one extend and the permanent limited posts 45 that are positioned at this spacing space 13 towards this backboard 11 from this turntable body 41, rotate in certain scope to limit this rotating disk 4.In the described locking projection 334 of each locking hole 43 confession, one of correspondence stretches through.This two pivot 5 is arranged at respectively the described pivot joint wall 44 of this turntable body 41.
This pivot brackets 6 comprises that one can coordinate this photo frame shell on the back 1 to be supported in the rack body 62 of a plane, and two respectively with the pivot part 61 of described pivot 5 pivot joints, make this rack body 62 can be with respect to these turntable body 41 pivotables as shown in Fig. 7 and Figure 11.Specifically, this rack body 62 has an arc support body 621 that is positioned at these lock-off mechanism 7 peripheries, and one by this arc support body 621 central authorities towards the microscler support body 622 extending away from this lock-off mechanism 7, this two pivot part 61 is arranged at respectively two ends of this arc support body 621, and the wherein corresponding pivot joint of each pivot part 61 and described pivot 5.
Get back to and consult Fig. 3 and Fig. 4, be noted that this rotating shaft 2 is in contrast to one end of fixing this backboard 11, also have a lock firmware 21 can locking in this rotating shaft 2 in contrast to one end of fixing this backboard 11, the displacement in order to spacing this rotating disk 4 on this first direction X.
This lock-off mechanism 7 is arranged on this rotating disk 4, and comprises that one can stressed pressing and towards the push button element 71 of these turntable body 41 displacements, and one be fixed on this turntable body 41 and around this push button element 71 around part 72.This push button element 71 has one and is positioned at the limiting stopper 713 that this push button element body 711 around part 72, four symmetries extend from these push button element body 711 sides, and four this rotary shaft hole 42 lock-off projections 712 around that face this turntable body 41 and extend and be symmetrically distributed in this turntable body 41 from this push button element body 711 towards one of this turntable body 41.Each lock-off projection 712 can corresponding stretch through in described locking hole 43 corresponding one.
Should around part 72 have one around this push button element body 711 and be fixed in this turntable body 41 and cover described pivot 5 around part body 721, two openings 723 that lateral direction penetrating should pass around part body 721 and for two ends of this arc support body 621 respectively, and four respectively from should be around part body 721 inner side root edges towards the restraining groove 722 that cave in away from this turntable body 41, each limiting stopper 713 is positioned at wherein corresponding one of described restraining groove 722, make this prevent that in order to spacing this push button element 71 this push button element 71 from departing from around part 72, and the space of each restraining groove 722 is enough to make a corresponding limiting stopper 713 at this first direction X top offset, in other words, the distance of parallel this first direction of each restraining groove 722 X depression, can be greater than the length on parallel this first direction of each limiting stopper 713 X, make described limiting stopper 713 be subject to spacing, but can be along this first direction X displacement in limited space, meaning, this push button element 71 can be with respect to the displacement between a lock-off position and a locking position of this turntable body 41 along this first direction X.
Next the mode of this embodiment's operation with the start of rotary photo frame holder device of the present invention is described.
Consult Fig. 5, when user to make this pivot brackets 6 taking this rotating shaft 2 when axle rotates, because this pivot brackets 6 is to be arranged on this rotating disk 4, so as long as this rotating disk 4 can rotate taking this rotating shaft 2 as axle, this pivot brackets 6 just can be rotated taking this rotating shaft 2 as axle.
Consult Fig. 7 and Fig. 9, in the time that user does not press this push button element 71 of this lock-off mechanism 7, this push button element 71 is positioned at this locking position, this locking board 33 of this locked mechanism 3 is owing to being subject to the contact of described elastic component 32, so can make the described locking projection 334 of this locking board 33 stretch through respectively into the described locking hole 43 of this rotating disk 4, make the rotation of this turntable body 41 be subject to the restriction of this locking projection 334, and then this pivot brackets 6 cannot be rotated taking this rotating shaft 2 as axle, simultaneously, also lock-off projection 712 described in contact respectively of described locking projection 334, make described lock-off projection 712 leave this locking hole 43.
Consult Fig. 8 and Figure 10, when will making this pivot brackets 6, user rotates taking this rotating shaft 2 as axle, as long as the application of force is pinned this push button element 71 of this lock-off mechanism 7, this push button element 71 can towards this rotating disk 4 near and be positioned at this lock-off position, described lock-off projection 712 is stressed to be stretched in this locking hole 43, and described locking projection 334 is pushed up from this locking hole 43, make this turntable body 41 not be subject to the restriction of this locking projection 334 and can rotate, and then this pivot brackets 6 can be rotated taking this rotating shaft 2 as axle, simultaneously, because this locking board body 331 is towards these backboard 11 direction displacements, hole 333 meetings that stretch through described in this locking board 33 be stretched through by described column 321, in other words, the described column 321 of this elastic component 32 can stretch through respectively this locking board 33 described in the hole 333 that stretches through, and described column 321 is stretched through in hole 333 described in laying respectively at.
It is worth mentioning that, pin this push button element 71 and rotate this turntable body 41, while making the not corresponding described locking projection 334 of described locking hole 43, now this turntable body 41 is in certain rotating range, the restriction of locked mechanism 3 will be subject to, but once the position that this turntable body 41 is forwarded to the corresponding described locking projection 334 of described locking hole 43, described locking projection 334 can be subject to the contact of described elastic component 32, and described locking projection 334 is stretched into respectively in described locking hole 43, and push the former described lock-off projection 712 that is positioned at described locking hole 43 open, make this push button element 71 return locking position, and the rotation of this turntable body 41 is also subject to the locking location of this locked mechanism 3 once again.In addition, get back to Fig. 5, this limited post 45 of this rotating disk 4, because perseverance is located in this spacing space 13, so even if this push button element 71 is positioned at this lock-off position, this rotating disk 4 still can be subject to stopping of this limited wall 12, thereby restriction can only be rotated in certain scope.
In sum, disclosed this rotating disk 4 of rotary photo frame holder device of the present invention, this pivot brackets 6 can be rotated taking this rotating shaft 2 as axle, increased the usage mode of rotary photo frame holder device of the present invention, in addition, coordinate again this locked mechanism 3 and this lock-off mechanism 7, in the time that this pivot brackets 6 rotates to a certain position, can be certain fix and can not rotate again, simultaneously, this push button element 71 of this lock-off mechanism 7 also very convenient user is pressed, therefore really can reach object of the present invention.
An only above described person, it is only preferred embodiment of the present invention, when not limiting scope of the invention process with this, the simple equivalence of generally doing according to the claims in the present invention and invention description content changes and modifies, and all still remains within the scope of the patent.
Claims (10)
1. rotary photo frame holder device comprises a photo frame shell on the back and a pivot brackets, it is characterized in that:
This rotary photo frame holder device also comprises a rotating shaft, a locked mechanism, a rotating disk, a pivot and a lock-off mechanism;
This photo frame shell on the back comprises a backboard;
This rotating shaft is vertically fixed in this backboard a parallel first direction;
This locked mechanism be fixed in this backboard and with this rotating shaft interval, and this locked mechanism comprises that one is parallel to the elastic component of this first direction, and one along this first direction and this backboard interval and the permanent locking board that is subject to this elastic component contact, this locking board has four locking projections that extend away from this backboard;
This rotating disk comprises that one connects this turntable body with the turntable body of this locking board parallel interval, one and for this rotating shaft rotary shaft hole that this turntable body can rotate taking this rotating shaft as axle that stretches through, and four connect these turntable body and with this rotary shaft hole interval and the locking hole that supplies described locking projection to stretch through respectively;
This pivot is arranged at a side of this turntable body;
This pivot brackets comprises that one can coordinate this photo frame shell on the back to be supported in the rack body of a plane, and a pivot part that is positioned at rack body one end and this pivot pivot joint, makes this rack body can be with respect to this turntable body pivotable;
This lock-off mechanism is arranged on this rotating disk, and comprise that one can stressed pressing and towards the push button element of this turntable body displacement, this push button element has four and extends and can stretch through to lock-off projection that should locking hole towards this turntable body, this push button element can be with respect to the displacement between a lock-off position and a locking position of this turntable body along this first direction, when this push button element is positioned at this locking position, described lock-off projection leaves described locking hole, described locking projection is subject to this elastic component contact and lays respectively in described locking hole, make the rotation of this turntable body be subject to the restriction of described locking projection, when this push button element is positioned at this lock-off position, this push button element is stressed, described lock-off projection is stretched in described locking hole, and described locking projection is pushed up from described locking hole, make this turntable body not be subject to the restriction of described locking projection and can rotate.
2. rotary photo frame holder device as claimed in claim 1, it is characterized in that: this elastic component of this locked mechanism has a column and and is sheathed on the spring on this column, this locking board has the locking board body that a perseverance is supported by this spring top, and the hole that stretches through that connects this locking board body and stretch through for this column with this locking projection interval, each locking projection is to face away from the direction of this backboard and extend away from one of this backboard from this locking board body, when this push button element is positioned at this lock-off position, this locking board body is towards this backboard direction displacement, and this column is positioned at this hole that stretches through.
3. rotary photo frame holder device as claimed in claim 2, it is characterized in that: this locked mechanism also comprise one be fixed in this backboard of this photo frame shell on the back and with the substrate of this locking board body along this first direction parallel interval, this column is to extend towards this locking board body from this substrate, and the two ends of this spring are difference this substrate of contact and this locking board body.
4. rotary photo frame holder device as claimed in claim 3, it is characterized in that: this substrate of this locked mechanism has a substrate center hole of passing for this rotating shaft, the locking board center hole that this locking board also has this locking board body of a perforation and passes for this rotating shaft, described locking projection is to be symmetrically distributed in around this locking board center hole, described lock-off projection is to be symmetrically distributed in around this rotary shaft hole of this turntable body, in the corresponding described locking hole of each locking projection corresponding one, in the corresponding described locking hole of each lock-off projection corresponding one.
5. rotary photo frame holder device as claimed in claim 4, it is characterized in that: this locked mechanism also comprises the elastic component of other three these locking boards of contact, and the hole that stretches through of other three these locking board bodies of perforation, described elastic component is to be symmetrically distributed in around this substrate center hole, the described hole that stretches through is to be symmetrically distributed in around this locking board center hole with described locking projection compartment of terrain, in the hole that stretches through described in the column correspondence of each elastic component corresponding one.
6. rotary photo frame holder device as claimed in claim 5, it is characterized in that: this rotating disk also has a pivot joint wall that vertically extends and supply this pivot to arrange from this turntable body, this photo frame shell on the back also comprises a limited wall extending towards this substrate of this locked mechanism from this backboard, and one by this limited wall around the spacing space forming, this rotating disk also comprises a limited post extending towards this backboard from this turntable body, this limited post perseverance is positioned at this spacing space, limits this rotating disk and rotates in certain scope.
7. the rotary photo frame holder device as described in claim 1 or 5, is characterized in that: this lock-off mechanism also comprise one be fixed on this turntable body and around this push button element around part, should prevent in order to spacing this push button element that this push button element from departing from around part.
8. rotary photo frame holder device as claimed in claim 7, it is characterized in that: this push button element of this lock-off mechanism also has one and is positioned at this push button element body around part, and the limiting stopper extending from this push button element body side, this lock-off projection is that the one side towards this turntable body is extended from this push button element body, should around part have one around this push button element body and be fixed in this turntable body and cover this pivot around part body, and one from should be around root edge inside part body towards the restraining groove away from this turntable body depression, this limiting stopper is positioned at this restraining groove, and the space of this restraining groove is enough to make this limiting stopper at this first direction top offset.
9. rotary photo frame holder device as claimed in claim 8, it is characterized in that: this rotary photo frame holder device also comprises another and is arranged at the pivot that this turntable body opposite side is covered around part body by this, this of this lock-off mechanism also have two around part, and lateral direction penetratings should be around the opening of part body respectively, this pivot brackets also has another pivot part, this rack body has an arc support body that is positioned at this lock-off mechanism periphery, and one by this arc support body central authorities towards the microscler support body extending away from this lock-off mechanism, this two pivot part is arranged at respectively two ends of this arc support body and passes this this two opening around part, an and wherein corresponding pivot joint of each pivot part and described pivot.
10. rotary photo frame holder device as claimed in claim 9, it is characterized in that: this push button element of this lock-off mechanism also has other three limiting stoppers, should also there are other three restraining grooves around part, described limiting stopper is symmetrical to extend from this push button element body side, and each limiting stopper is positioned at wherein corresponding one of described restraining groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310182082.1A CN104165259B (en) | 2013-05-16 | 2013-05-16 | Rotary photo frame holder device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310182082.1A CN104165259B (en) | 2013-05-16 | 2013-05-16 | Rotary photo frame holder device |
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| CN104165259A true CN104165259A (en) | 2014-11-26 |
| CN104165259B CN104165259B (en) | 2016-03-16 |
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| CN201310182082.1A Active CN104165259B (en) | 2013-05-16 | 2013-05-16 | Rotary photo frame holder device |
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| US10522612B1 (en) | 2018-09-28 | 2019-12-31 | Wistron Corporation | Fixing structure and electronic displaying apparatus therewith |
| CN115033055A (en) * | 2021-03-03 | 2022-09-09 | 研华股份有限公司 | Portable electronic device |
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| CN202228871U (en) * | 2011-09-23 | 2012-05-23 | 青岛海信电器股份有限公司 | Supporting device of flat panel display product and flat panel display product |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10522612B1 (en) | 2018-09-28 | 2019-12-31 | Wistron Corporation | Fixing structure and electronic displaying apparatus therewith |
| CN115033055A (en) * | 2021-03-03 | 2022-09-09 | 研华股份有限公司 | Portable electronic device |
| CN115033055B (en) * | 2021-03-03 | 2023-07-21 | 研华股份有限公司 | Portable electronic device |
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| Publication number | Publication date |
|---|---|
| CN104165259B (en) | 2016-03-16 |
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Effective date of registration: 20171208 Address after: 100176, No. three, No. 106, Hai Lu, Beijing economic and Technological Development Zone, Beijing Patentee after: AOC display technology (China) Co., Ltd. Address before: Chinese No. 108 Wai Yip Street, Kwun Tong Kowloon Hongkong Sibao International Building 12 floor 1208-16 room Patentee before: Guanjie Investment Co., Ltd. |
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