CN103429029B - Perform the control device of the motion module open mode of electronic ware - Google Patents
Perform the control device of the motion module open mode of electronic ware Download PDFInfo
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- CN103429029B CN103429029B CN201210162981.0A CN201210162981A CN103429029B CN 103429029 B CN103429029 B CN 103429029B CN 201210162981 A CN201210162981 A CN 201210162981A CN 103429029 B CN103429029 B CN 103429029B
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- motion module
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- electronic ware
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- performing electronic
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Abstract
The control device of a kind of motion module open mode performing electronic ware, this electronic ware includes a motion module and a body module；This control device is arranged on the path of motion module motion, including a carrier with stop part and the combination of an elastomer.The carrier that makes of this elastomer normality is positioned at a primary importance, and when carrier is pressed, allows carrier move towards a second position.Further, after this control device allows that motion module crosses this stop part, i.e. operational movement module performs rotation (open mode)；Improve prior art execution rotation open mode and need to expose rotating shaft, affect the situation of visual appearance.
Description
Technical field
The present invention is related to the control device of a kind of motion module open mode performing electronic ware；Particularly
Refer to a kind of application one carrier and the combination of elastomer, when motion module is by carrier, i.e. allow that operator holds
Row rotates the invention of (open mode).
Background technology
The slip lid system that application is reciprocally moveable because of external force or slides freely, is fitted on electronic ware, example
Such as mobile phone, notebook computer, PDA, digital camera, e-book etc. so that it is slip lid parts are movable
And there is open and close effect, it has been prior art.
This kind of slide module or the commonly used movable stand of assembly, interlock plate, multiple flexible member, gearing traction
Wire rod or the cooperation of the assembly such as guide rails of design F-SP, assist this slide module produce open,
Close motion.In order to increase the action of slide module, prior art has disclosed one the most makes slide module have shifting
The dynamic structure with rotary action；Such as, No. 96215002 " tool sliding and the pivot structure of spinfunction ",
No. 96205828 " sliding assembly and pivot structure (two) thereof " Patent Case etc., it is provided that feasible enforcement
Example.
Prior art also discloses a kind of structure making slide module have movement and rotary action；Such as,
US 2008/0174942 A1 " HANDHELD ELECTRONIC DEVICE " (is same as TaiWan, China
No. 96102224 " portable electric device ") Patent Case, it is provided that a specific embodiment.At this
In embodiment, it comprises a body with input block and a display part；And, a bindiny mechanism, pivot
Connect this body and display part.This bindiny mechanism comprises at least one rotating shaft, is fixed on this internal；One first plate
Part connects this display part；And, one second plate, it is connected with this first plate in sliding manner；Further,
This second plate at least while being fixed in this rotating shaft.It is somebody's turn to do when the display part on the first plate slides into exposure
During rotating shaft, this display part rotates relative to this body.
One about above-described embodiment in the problem of operation, motion and structure design aspect is, in response to electronics device
Thing is light and handy, the considering of the shape-designing trend of slimming and internal structure thereof and space configuration kenel, this display
Portion must slide into after this rotating shaft is exposed, and could start to operate the pattern of this display part rotating opening, impact
The visual appearance of whole electronic ware, and this situation to be not us desired.
For representational, these reference materials show and exist at relevant slide module or its relevant coupling unit
Use and the situation of structure design aspect.If this slide module of overline design consideration (or motion module) and
Associated component structure, and above-mentioned application scenarios so that it is be different from prior art, will can change making of it
By kenel, the means such as range of application increasing it, and it is different from prior art；Substantially, not only can design
The effect that one structure is simplified is provided, also improves the operational movement mode influences whole electronics device of prior art simultaneously
The situations such as the visual appearance of thing.And these problems are not the most specifically taught or are disclosed in above-mentioned Patent Case.
Summary of the invention
Whence is, the main object of the present invention is i.e. to provide a kind of motion module performing electronic ware to open mould
The control device of formula, with improve prior art perform rotate open mode need to expose rotating shaft, affect visual appearance
Situation.This electronic ware includes a motion module being reciprocally moveable and a body module；This control device
It is arranged on the path of motion module motion, including a carrier with stop part and the combination of an elastomer.
The carrier that makes of this elastomer normality is positioned at a primary importance, and when carrier is pressed, allows carrier towards one
Two position motions.Further, after this control device allows that motion module crosses this stop part, i.e. operational movement mould
Block performs rotation (open mode).
The control device of the motion module open mode of electronic ware, this carrier and elasticity is performed according to the present invention
Body is arranged on inside a groove room；Described groove room is formed in this body module.This motion module is provided with one
Limiting unit, motion module toward dynamic make limiting unit arrive carrier time, limiting unit can the stop part of loaded body be blocked；
And, compounding practice motion module rotates or rises, and allows limiting unit cross stop part, and completes motion module
Rotation open mode.
Perform the control device of the motion module open mode of electronic ware according to the present invention, this motion module and
A rotating shaft, and the pedestal of a pivot joint rotating shaft it is provided with between body module.Described pedestal and motion module group
Close, make motion module form the kenel moved back and forth freely along pedestal；Further, in the restriction of motion module
Portion arrives after carrier stop part, and compounding practice motion module, with rotating shaft for axle fulcrum or rising, allows restriction
Stop part is crossed in portion, and completes the rotation open mode of motion module.
For reaching above-mentioned purpose, the control device of a kind of motion module open mode performing electronic ware of the present invention,
Wherein, this electronic ware includes:
One motion module and a body module, and this two intermodule can relative movement；
One limiting unit, is arranged on this electronic ware；
This control device is arranged on the path of this motion module and this body intermodule relative movement, including:
One carrier and the combination of an elastomer, enable carrier be displaced into a primary importance and a second position it
Between；And
This control device, after this limiting unit arrives carrier positions, allows that motion module performs with body intermodule
Open mode.
The control device of the described motion module open mode performing electronic ware, wherein, this carrier has
One stop part.
The control device of the described motion module open mode performing electronic ware, wherein, this carrier and bullet
Gonosome is arranged on inside a groove room；Described groove room is formed on this electronic ware.
The control device of the described motion module open mode performing electronic ware, wherein, this elastomer is
The kenel of one helical spring；And
This elastomer allowable carrier when carrier is pressed moves towards this second position.
The control device of the described motion module open mode performing electronic ware, wherein, this groove room is formed
There are at least one cave and a recess.
The control device of the described motion module open mode performing electronic ware, wherein, this carrier is arranged
There are at least one arm and the finger being formed on arm.
The control device of the described motion module open mode performing electronic ware, wherein, this carrier is arranged
There is at least one column, assemble this elastomer.
The control device of the described motion module open mode performing electronic ware, wherein, this carrier is arranged
There is at least one column, assemble this elastomer；This carrier is also equipped with at least one arm and the finger being formed on arm
Portion；
This electronic ware is provided with a groove room, at least one is formed at the cave on groove room and at least one recess；
The column of this carrier and elastomer are installed in the cave of this groove room；And
The finger of this arm is combined on this groove room recess.
The control device of the described motion module open mode performing electronic ware, wherein, this motion module
And between body module, it is provided with a rotating shaft, and the pedestal of a pivot joint rotating shaft.
The control device of the described motion module open mode performing electronic ware, wherein, this body module
It is provided with an alcove, this rotating shaft equipped.
The control device of the described motion module open mode performing electronic ware, wherein, this limiting unit sets
Put in motion module, be formed adjacent on the position of user end.
The control device of the described motion module open mode performing electronic ware, wherein, this limiting unit becomes
The kenel of one fin.
The control device of the described motion module open mode performing electronic ware, wherein, this pedestal has
One attachment.
The control device of the described motion module open mode performing electronic ware, wherein, this attachment becomes
One channel section kenel, is fitted on a conduit.
The control device of the described motion module open mode performing electronic ware, wherein, this conduit is arranged
On the position of motion module side.
The control device of the described motion module open mode performing electronic ware, wherein, this motion module
And between pedestal, it is provided with one first elastic device and one second elastic device.
The control device of the described motion module open mode performing electronic ware, wherein, this motion module
It is provided with a track；
This track comprises a first paragraph, the turn of bilge of a connection first paragraph and the second segment of a connection turn of bilge；
This pedestal is provided with one first guide groove and one second guide groove；
This first elastic device and the second elastic device are respectively provided with a fixing end, and a tache motorice；
This fixing end is fixed on pedestal；The tache motorice of this first elastic device be articulated in motion module track and
On first guide groove of pedestal；And
The tache motorice of this second elastic device is articulated on the track of motion module and the second guide groove of pedestal.
The control device of the described motion module open mode performing electronic ware, wherein, this motion module
And there is between body module a spacing.
The control device of the described motion module open mode performing electronic ware, wherein, this groove room is formed
In this body module.
The control device of the described motion module open mode performing electronic ware, wherein, this groove room is formed
In this body module.
The control device of the described motion module open mode performing electronic ware, wherein, this pedestal is formed
The kenel of one plate object.
The control device of the described motion module open mode performing electronic ware, wherein, this body module
There is an information input area.
The control device of the described motion module open mode performing electronic ware, wherein, this limiting unit arrives
When reaching this carrier, limiting unit and stop part are formed interferes.
The invention have the advantage that
1. this motion module, body module or its relevant coupling unit structure design and membership credentials by overline
Design consideration so that it is be different from prior art；Further, have also been changed its use kenel and range of application,
And it is different from prior art；Substantially, the effect that a structure is simplified is also provided.Such as, this carrier and
The combination of elastomer, and make carrier may move being arranged on inside groove room in primary importance and the second position；
And, this limiting unit and the fit structure etc. of carrier stop part.
The most compared to existing technologies, above-mentioned motion module is in dynamic stroke, and application limiting unit and carrier hinder
The cooperation of stopper, make motion module in the position having not arrived rotating shaft, i.e. must operational movement module rotate (or
Rise), and the movement of routing motion module and rotating operation, improve prior art and perform to rotate and open
Pattern need to expose rotating shaft, affects the situation of visual appearance.
The novelty that had for the present invention, feature, and other purposes and effect, will hereinafter coordinate
The elaborate of appended accompanying drawing, and tend to understanding；As shown in the figure:
Accompanying drawing explanation
Fig. 1 is the STRUCTURE DECOMPOSITION schematic diagram of the present invention；
Fig. 2 is that motion module of the present invention covers the structural grouping schematic diagram in body module；Dotted portion in figure
Show this groove room and the position of limiting unit；And, this track, first and second guide groove of pedestal and first,
The situation of two elastic device configurations；
Fig. 3 is the partial structurtes cross-sectional schematic of the present invention；Depict this motion module toward dynamic stroke, this limit
The situation that portion processed loaded body stop part blocks；
Fig. 4 is an operation embodiment schematic diagram of the present invention；Show that this motion module is toward dynamic stroke, this limit
Portion processed arrives the situation of carrier stop part；And, this first and second elastic device and pedestal first and second guide groove etc.
The situation of the relevant position of part；
Fig. 5 is an operation embodiment schematic diagram of the present invention；Depict this motion module of operation rotate or rise,
Limiting unit is made to cross the situation of carrier stop part；
Fig. 6 is the another operation embodiment schematic diagram of the present invention；Show past (shifting) of operational movement module
Moving and rotate, and limiting unit leaves carrier, elastomer releases energy, and makes carrier return to the situation of primary importance.
Description of reference numerals: 10-electronic ware；11-motion module；12-body module；13-limiting unit；14-
Alcove；15-conduit；16-track；16a-first paragraph；16b-turn of bilge；16c-second segment；17-groove room；18-
Cave；9-recess；20-controls device；21-carrier；22-elastomer；23-arm；24-finger；25-column；
26-stop part；30-rotating shaft；40-pedestal；41-the first guide groove；42-the second guide groove；43-attachment；50-
One elastic device；51, the fixing end of 61-；52,62-tache motorice；60-the second elastic device；S-spacing.
Detailed description of the invention
Referring to Fig. 1, the present invention performs the control device of the motion module open mode of electronic ware, including one
Electronic ware and one controls the combination of device；Generally represent with Ref. No. 10,20 respectively.Electronic ware 10
Including motion module 11 and a body module 12；(such as, body module 12 has an information input area
Keyboard).In a feasible embodiment, in order to make to obtain between motion module 11 and body module 12
Can relative movement and the effect of rotation, be provided with a rotating shaft 30 between this motion module 11 and body module 12,
Pedestal 40 with a pivot joint rotating shaft 30.In the embodiment used, body module 12 is provided with an alcove 14,
This rotating shaft 30 equipped.And, this motion module 11 includes the limiting unit 13 of one one-tenth fin kenel, is formed
On the position of user end.
Fig. 1 shows that pedestal 40 forms the kenel of a plate object, has the connection of a U-shaped like section kenel
Portion 43, equipped one is arranged on the conduit 15 on motion module 11 side.Therefore, conduit 15 can be relative to base
The attachment 43 of frame 40, makes motion module 11 along pedestal 40 relative movement；And, in motion module
11 toward when moving a setting position (this part the most also can be described), and motion module 11 is allowed
Perform to rotate or ascending motion with rotating shaft 30 for axle fulcrum.
Fig. 1, Fig. 2 also illustrate and are provided with one first elastic device 50 between this motion module 11 and pedestal 40
With one second elastic device 60.Specifically, this motion module 11 is provided with a track 16；Track 16 comprises
One first paragraph 16a, a turn of bilge 16b and connecting first paragraph 16a connect the second segment 16c of turn of bilge 16b.
This pedestal 40 is provided with one first guide groove 41 and one second guide groove 42；And, this first and second elastic device 50,
60 are respectively provided with one fixes end 51,61, and a tache motorice 52,62.This fixing end 51,61 is fixed on base
On frame 40.This tache motorice 52 is articulated in the track 16 of motion module 11 and the first guide groove 41 of pedestal 40
On；This tache motorice 62 is articulated on the track 16 of motion module 11 and the second guide groove 42 of pedestal 40.
Refer to Fig. 1, this control device 20 is arranged between this motion module 11 with this body module 12 relative
On the path of movement, including the carrier 21 with stop part 26 and a combination for an elastomer 22.This carrier
21 and elastomer 22 be arranged on inside a groove room 17；Elastomer 22 selects the kenel of a helical spring, normality
The carrier 21 that makes of property is positioned at a primary importance, and when carrier 21 is pressed, allows carrier 21 towards a second
Put motion.
Specifically, this groove room 17 is formed in this body module 12, is formed with at least one cave 18 and recessed
Portion 19.This carrier 21 is provided with at least one arm 23 and the finger 24 being formed on arm 23；This carrier 21 sets
It is equipped with at least one column 25(numbering and is indicated in Fig. 3), it is used for assembling this elastomer 22.Therefore, Fig. 3
Where it is particularly shown that the column 25 of carrier 21 and elastomer 22 are installed in the cave 18 of this groove room 17；Further,
The finger 24 of this arm 23 is combined on this groove room recess 19.In principle, Fig. 3 describes carrier 21 and coordinates bullet
The position of gonosome 22 is defined as primary importance.
Refer to Fig. 2, it is shown that motion module 11 covers the situation in body module 12, define motion mould
Block 11 is positioned at initial position.At this moment, the tache motorice 52 of the first elastic device 50 is positioned at track first paragraph 16a's
End points and the position of the first guide groove 41 zone line；The tache motorice 62 of the second elastic device 60 is positioned at track turn of bilge
16b and the position close to the second guide groove 42 end points, form the energy storage state of stretching.
Refer to Fig. 2, Fig. 4, when motion module 11 stress is toward time dynamic, this first and second elastic device 50,60
Tache motorice 52,62 drawn by track 16, the tache motorice of the first elastic device 50 52 is relatively from track the
One section of 16a forms the energy storage state of stretching through turn of bilge 16b(the first elastic device 50), move to second segment 16c
The position of (the first elastic device 50 forms de-energized state)；At this moment, the tache motorice 52 of the first elastic device 50 because of
It is positioned at the position of track second segment 16c, and the first elastic device 50 forms de-energized state, therefore this tache motorice
On 52 endpoint locations being located adjacent to the first guide groove 41.The tache motorice 62 of this second elastic device 60 is relatively from rail
Road turn of bilge 16b(the second elastic device 60 forms the energy storage state of stretching), move to second segment 16c(second
Elastic device 60 forms de-energized state) position；At this moment, the tache motorice 62 of the second elastic device 60 is because being positioned at rail
The position of road second segment 16c, and the second elastic device 60 forms de-energized state, therefore this tache motorice 62 is
It is located adjacent on the endpoint location of the second guide groove 42.Such as, the situation that Fig. 4 is described.
Substantially, the track 16 of this motion module 11 coordinates first and second elastic device 50,60 and pedestal 40
First and second guide groove 41,42, can allow user operational movement module 11 time obtain one labour-saving effect.Can
It is appreciated that, applies other carriage also can make to reach phase between motion module 11 with body module 12
Effect to movement.
Referring to Fig. 3, Fig. 4, depict this motion module 11 stress past dynamic, limiting unit 13 arrives this carrier
The position of 21 and situation.When limiting unit 13 arrives the position of carrier 21, limiting unit 13 can loaded body 21
Stop part 26 block (or limiting unit 13 and stop part 26 are formed and interfere)；A preferred embodiment
In, between this motion module 11 and body module 12, there is a distance s.Described distance s provides user
Operational movement module 11, with rotating shaft 30 as fulcrum, produces and rotates or rise, make this limiting unit 13 cross stop
Portion 26；Such as, the situation that Fig. 5 is described.
Fig. 5 also show 13 times ballast carriers 21 of this limiting unit, makes carrier 21 move towards the second position, and
Elastomer 22 is forced to store the situation of energy.Therefore, along with the dynamic and rotation toward (shifting) of motion module 11
Operation (such as, the situation that Fig. 6 is described), and complete the rotation open mode of motion module 11.Fig. 6
Also show when limiting unit 13 leaves carrier 21, elastomer 22 discharges the energy of previously accumulation, makes carrier
21 situations returning to primary importance.
For representational, the control device of this motion module open mode performing electronic ware has possessing
Under conditions of assisted movement module 11 operational movement, compared to existing technologies, have and following consider bar
Part and advantage:
1. this motion module 11, body module 12 or its relevant coupling unit structure design and membership credentials
By overline design consideration so that it is be different from prior art；Further, have also been changed its use kenel and application
Scope, and it is different from prior art；Substantially, the effect that a structure is simplified is also provided.Such as, should
Carrier 21 and the combination of elastomer 22, and make carrier 21 may move setting in primary importance and the second position
Put inside groove room 17；And, this limiting unit 13 and the fit structure etc. of carrier stop part 26.
The most compared to existing technologies, above-mentioned motion module 11, in dynamic stroke, applies limiting unit 13 He
The cooperation of carrier stop part 26, makes motion module 11 in the position having not arrived rotating shaft 30, i.e. must operate
Motion module 11 rotates (or rise), and the movement of routing motion module 11 and rotating operation, improves
Prior art performs to rotate open mode need to expose rotating shaft, affects the situation of visual appearance.
Therefore, the invention provides the control device of a motion module open mode effectively performing electronic ware,
Its space kenel is different from prior art, and has advantage incomparable in prior art, presents quite
Big progress, has the most filled part and has met the important document of patent of invention.
But, the above, the only possible embodiments of the present invention, not it is used for limiting the present invention real
The scope executed, the most all impartial changes made according to scope of the present invention patent and modification, it is all the present invention special
The contained lid of profit scope.
Claims (21)
1. the control device of the motion module open mode performing electronic ware, it is characterised in that this electronics
Implements include:
One motion module and a body module, and this two intermodule can relative movement；
One limiting unit, is arranged on this electronic ware；
This control device is arranged on the path of this motion module and this body intermodule relative movement, including:
One carrier and the combination of an elastomer, enable carrier be displaced into a primary importance and a second position it
Between；And
This control device, after this limiting unit arrives carrier positions, allows that motion module performs with body intermodule
Open mode；
A rotating shaft, and the pedestal of a pivot joint rotating shaft, this pedestal it is provided with between this motion module and body module
There is an attachment.
2. the control device of the motion module open mode performing electronic ware as claimed in claim 1, it is special
Levying and be, this carrier has a stop part.
3. the control device of the motion module open mode performing electronic ware as claimed in claim 1, it is special
Levying and be, this carrier and elastomer are arranged on inside a groove room；Described groove room is formed on this electronic ware.
4. the control device of the motion module open mode performing electronic ware as claimed in claim 1, it is special
Levying and be, this elastomer is the kenel of a helical spring；And
This elastomer allowable carrier when carrier is pressed moves towards this second position.
5. the control device of the motion module open mode performing electronic ware as claimed in claim 3, it is special
Levying and be, this groove room is formed with at least one cave and a recess.
6. the control device of the motion module open mode performing electronic ware as claimed in claim 1, it is special
Levying and be, this carrier is provided with at least one arm and the finger being formed on arm.
7. the control device of the motion module open mode performing electronic ware as claimed in claim 1, it is special
Levying and be, this carrier is provided with at least one column, assembles this elastomer.
8. the control device of the motion module open mode performing electronic ware as claimed in claim 1, it is special
Levying and be, this carrier is provided with at least one column, assembles this elastomer；This carrier is also equipped with at least one
Arm and the finger being formed on arm；
This electronic ware is provided with a groove room, at least one is formed at the cave on groove room and at least one recess；
The column of this carrier and elastomer are installed in the cave of this groove room；And
The finger of this arm is combined on this groove room recess.
9. the control device of the motion module open mode performing electronic ware as claimed in claim 1, it is special
Levying and be, this body module is provided with an alcove, this rotating shaft equipped.
10. the control device of the motion module open mode performing electronic ware as claimed in claim 1, its
Being characterised by, this limiting unit is arranged in motion module, is formed adjacent on the position of user end.
The control device of the 11. motion module open modes performing electronic ware as claimed in claim 1, its
Being characterised by, this limiting unit becomes the kenel of a fin.
The control device of the 12. motion module open modes performing electronic ware as claimed in claim 1, its
Being characterised by, this attachment becomes a channel section kenel, is fitted on a conduit.
The control device of the 13. motion module open modes performing electronic ware as claimed in claim 12, its
Being characterised by, this conduit is arranged on the position of motion module side.
The control device of the 14. motion module open modes performing electronic ware as claimed in claim 1, its
It is characterised by, between this motion module and pedestal, is provided with one first elastic device and one second elastic device.
The control device of the 15. motion module open modes performing electronic ware as claimed in claim 14, its
Being characterised by, this motion module is provided with a track；
This track comprises a first paragraph, the turn of bilge of a connection first paragraph and the second segment of a connection turn of bilge；
This pedestal is provided with one first guide groove and one second guide groove；
This first elastic device and the second elastic device are respectively provided with a fixing end, and a tache motorice；
This fixing end is fixed on pedestal；The tache motorice of this first elastic device be articulated in motion module track and
On first guide groove of pedestal；And
The tache motorice of this second elastic device is articulated on the track of motion module and the second guide groove of pedestal.
The control device of the 16. motion module open modes performing electronic ware as claimed in claim 14, its
It is characterised by that there is between this motion module and body module a spacing.
The control device of the 17. motion module open modes performing electronic ware as claimed in claim 3, its
Being characterised by, this groove room is formed in this body module.
The control device of the 18. motion module open modes performing electronic ware as claimed in claim 8, its
Being characterised by, this groove room is formed in this body module.
The control device of the 19. motion module open modes performing electronic ware as claimed in claim 1, its
Being characterised by, this pedestal forms the kenel of a plate object.
The control device of the 20. motion module open modes performing electronic ware as claimed in claim 1, its
Being characterised by, this body module has an information input area.
The control device of the 21. motion module open modes performing electronic ware as claimed in claim 2, its
Being characterised by, when this limiting unit arrives this carrier, limiting unit and stop part are formed interferes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210162981.0A CN103429029B (en) | 2012-05-23 | 2012-05-23 | Perform the control device of the motion module open mode of electronic ware |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210162981.0A CN103429029B (en) | 2012-05-23 | 2012-05-23 | Perform the control device of the motion module open mode of electronic ware |
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| Publication Number | Publication Date |
|---|---|
| CN103429029A CN103429029A (en) | 2013-12-04 |
| CN103429029B true CN103429029B (en) | 2016-08-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210162981.0A Active CN103429029B (en) | 2012-05-23 | 2012-05-23 | Perform the control device of the motion module open mode of electronic ware |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103887102B (en) * | 2014-03-18 | 2015-12-30 | 苏州达方电子有限公司 | A kind of keyboard |
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| CN101470490A (en) * | 2007-12-27 | 2009-07-01 | 鸿富锦精密工业（深圳）有限公司 | Flip type electronic apparatus outer casing |
| CN201986311U (en) * | 2011-03-09 | 2011-09-21 | 新日兴股份有限公司 | Sliding type hinge device and portable device |
| CN202679848U (en) * | 2012-05-23 | 2013-01-16 | 富世达股份有限公司 | Controlling device of executing motion module starting mode of electronic device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012089684A (en) * | 2010-10-20 | 2012-05-10 | Hitachi Kokusai Electric Inc | Door opening/closing mechanism |
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2012
- 2012-05-23 CN CN201210162981.0A patent/CN103429029B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101470490A (en) * | 2007-12-27 | 2009-07-01 | 鸿富锦精密工业（深圳）有限公司 | Flip type electronic apparatus outer casing |
| CN201986311U (en) * | 2011-03-09 | 2011-09-21 | 新日兴股份有限公司 | Sliding type hinge device and portable device |
| CN202679848U (en) * | 2012-05-23 | 2013-01-16 | 富世达股份有限公司 | Controlling device of executing motion module starting mode of electronic device |
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|---|---|
| CN103429029A (en) | 2013-12-04 |
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