CN102548315A - Signal transmission mechanism - Google Patents
Signal transmission mechanism Download PDFInfo
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- CN102548315A CN102548315A CN2010105958470A CN201010595847A CN102548315A CN 102548315 A CN102548315 A CN 102548315A CN 2010105958470 A CN2010105958470 A CN 2010105958470A CN 201010595847 A CN201010595847 A CN 201010595847A CN 102548315 A CN102548315 A CN 102548315A
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- signal transmission
- transmission terminal
- rotating shaft
- sliding shoe
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Abstract
The invention relates to a signal transmission mechanism, which comprises a linking mechanism, a signal transmission terminal, a sliding block, a connecting rod and a locking block, wherein the linking mechanism is provided with a first rotation shaft, a second rotation shaft, a third rotation shaft, a first elastic assembly and a second elastic assembly; by the first rotation shaft and the first elastic assembly of the linking mechanism, the signal transmission terminal is unfolded in a rotating mode; when the signal transmission terminal is folded, the signal transmission terminal pushes the sliding block to ensure that the sliding block pushes the locking block to rotate, thus a locking sheet of the locking block locks the signal transmission terminal fixedly; and a cam of the connecting rod moves from an inclined plane of a sliding rail to a fixed point.
Description
Technical field
The present invention relates to a kind of signal transport sector, particularly a kind of rotary signal transport sector of opening and closing with the mode of pushing.
Background technology
For example main demand such as digital camera, digital camera, mobile phone, mobile computer or flat computer is compact and to require function to need complete for Portable 3C electronic product now; Have in light weight, volume is little, advantage such as powerful and easy to carry, liked by the consumer and generally used widely.
Portable electronic product for example digital camera and digital camera for the output of archives such as photo of taking or image; Usually must use signal transmssion line could be connected with other electronic installation or system, therefore except electronics, must carry a bars transmission line again to carry out transfer of data or charging.But when not having signal transmssion line, promptly can't carry out archives output or charging, very not convenient in the use.Therefore consider the convenience that the consumer uses, have always with portable electronic product directly with other products for example computer be connected to carry out the trend that data file is transmitted, to save the puzzlement that leaves behind signal transmssion line and can't be connected with computer.
Therefore; The present invention proposes to build in a kind of the Pop-up signal transport sector of portable electronic devices; Let the user need not carry a bars transmission line more in addition, and can carry out archives output or charging at any time, significantly improve the convenience that portable electronic devices uses.
This shows that above-mentioned existing signal transport sector obviously still has inconvenience and defective, and demands urgently further improving in structure and use.In order to solve the problem of above-mentioned existence; Relevant manufacturer there's no one who doesn't or isn't seeks solution painstakingly; But do not see always that for a long time suitable design is developed completion, and common product does not have appropriate structure to address the above problem, this obviously is the problem that the anxious desire of relevant dealer solves.Therefore how to found a kind of signal transport sector of new structure, real one of the current important research and development problem that belongs to, also becoming the current industry utmost point needs improved target.
Summary of the invention
Main purpose of the present invention is; Overcome the defective that existing signal transport sector exists; And a kind of signal transport sector of new structure is provided; Technical problem to be solved is to make it propose a kind of signal transport sector that can use or take in the mode of pushing the signal transmission terminal, can reach the purpose of opening or closing as long as push signal transmission terminal joint, simultaneously owing to do not need other construction of switch on using; Can make the portable electronic devices outward appearance succinct more and save the space, be very suitable for practicality.
Another object of the present invention is to; A kind of signal transport sector of new structure is provided, and technical problem to be solved is to make its Pop-up signal transport sector be applicable to that any use data line that needs is connected to carry out the portable electronic devices of transfer of data or charging with other electronic installation.The mode of utilizing Pop-up to design lets the user directly push the signal transmission terminal and makes its direct ejection.When taking in the signal transmission terminal, the user directly pushes the signal transmission terminal is accommodated in the portable electronic devices it, thereby is suitable for practicality more.
The object of the invention and solve its technical problem and adopt following technical scheme to realize.Interlinked mechanism according to signal transport sector of the present invention proposes has one first rotating shaft, one second rotating shaft, one the 3rd rotating shaft, one first elastic parts and one second elastic parts; One signal transmission terminal is by this first rotating shaft and this first elastic parts rotary expansion of this interlinked mechanism; One sliding shoe has a slide rail, and this slide rail comprises an at least one inclined-plane and a fixing point; One connecting rod has second end that first end and by the 3rd rotating shaft rotation has a cam; One Breech block has a locking sheet, by this second rotating shaft and the rotation of this second elastic parts of this interlinked mechanism; And wherein when this signal transmission terminal is taken in; This signal transmission terminal promotes this sliding shoe; Promote this Breech block rotation by this sliding shoe, so that this this signal transmission terminal of locking sheet locking of this Breech block, and move to this fixing point on this cam of this connecting rod this inclined-plane by this slide rail.
The object of the invention and solve its technical problem and also can adopt following technical measures further to realize.
Aforesaid signal transport sector, the said inclined-plane of wherein said this slide rail are a plurality of different differences of height inclined-planes.
Aforesaid signal transport sector, wherein said this sliding shoe are that one the 3rd elastic parts by this interlinked mechanism returns back to a home position behind this signal transmission terminal rotary expansion.
Aforesaid signal transport sector, wherein said this sliding shoe more comprises a block, and this signal transmission terminal is to promote this sliding shoe by this block.
Aforesaid signal transport sector, the direction of wherein said this signal transmission terminal rotary expansion is opposite with this Breech block direction of rotation.
Aforesaid signal transport sector, wherein said when this signal transmission terminal rotary expansion, this fixing point of this cam disengages, this sliding shoe mat the 3rd elastic parts moves, so that this signal transmission terminal breaks away from this locking sheet rotary expansion.
The object of the invention and solve its technical problem and also adopt following technical scheme to realize.Mechanism body according to portable electronic devices proposition of the present invention; And a signal transport sector, be arranged in this mechanism body, comprise: an interlinked mechanism has one first rotating shaft, one second rotating shaft, one the 3rd rotating shaft, one first elastic parts and one second elastic parts; One signal transmission terminal is by this first rotating shaft and this first elastic parts rotary expansion of this interlinked mechanism; One sliding shoe has a slide rail, and this slide rail comprises an at least one inclined-plane and a fixing point; One connecting rod has second end that first end and by the 3rd rotating shaft rotation has a cam; One Breech block has a locking sheet, by this second rotating shaft and the rotation of this second elastic parts of this interlinked mechanism; And wherein when this signal transmission terminal is taken in; This signal transmission terminal promotes this sliding shoe; Promote this Breech block rotation by this sliding shoe, so that this this signal transmission terminal of locking sheet locking of this Breech block, and move to this fixing point on this cam of this connecting rod this inclined-plane by this slide rail.
The object of the invention and solve its technical problem and also can adopt following technical measures further to realize.
Aforesaid portable electronic devices, wherein said this sliding shoe are that one the 3rd elastic parts by this interlinked mechanism returns back to a home position behind this signal transmission terminal rotary expansion.
Aforesaid portable electronic devices, wherein said this sliding shoe are that one the 3rd elastic parts by this interlinked mechanism returns back to a home position behind this signal transmission terminal rotary expansion.
The object of the invention and solve its technical problem and adopt following technical scheme to realize in addition again.Interlinked mechanism according to signal transport sector of the present invention proposes has one first rotating shaft, one second rotating shaft, one first elastic parts and one second elastic parts; One signal transmission terminal is by this first rotating shaft and this first elastic parts rotary expansion of this interlinked mechanism; One sliding shoe has a slide rail, and this slide rail comprises a fixing point; One connecting rod has second end that on this slide rail, moves as first end and of fulcrum; One Breech block has a locking sheet, by this second rotating shaft and the rotation of this second elastic parts of this interlinked mechanism; And wherein when this signal transmission terminal is taken in; This signal transmission terminal promotes this sliding shoe; Promote this Breech block rotation by this sliding shoe, so that this this signal transmission terminal of locking sheet locking of this Breech block, and this second end of this connecting rod moves to this fixing point of this slide rail.
The present invention compared with prior art has tangible advantage and beneficial effect.Can know that by above technical scheme major technique of the present invention thes contents are as follows:
For achieving the above object, the invention provides a kind of signal transport sector, comprise an interlinked mechanism, a signal transmission terminal, a sliding shoe, a connecting rod and a Breech block.Interlinked mechanism has first rotating shaft, second rotating shaft, the 3rd rotating shaft, first elastic parts and second elastic parts.The signal transmission terminal is by first rotating shaft of interlinked mechanism and the first elastic parts rotary expansion.Sliding shoe has a slide rail, and this slide rail comprises an at least one inclined-plane and a fixing point.Connecting rod has second end that first end and by the 3rd rotating shaft rotation has a cam.Breech block has a locking sheet, and Breech block is by second rotating shaft and the rotation of second elastic parts of interlinked mechanism.When the signal transmission terminal was taken in, the signal transmission terminal promoted sliding shoe, promoted the Breech block rotation by sliding shoe, so that the locking sheet of Breech block locking signal transmission terminal, and move to fixing point on the inclined-plane of the cam of connecting rod by slide rail.
In addition, for achieving the above object, the present invention also provides a kind of portable electronic devices, comprises a mechanism body and a signal transport sector.The signal transport sector is arranged in the mechanism body, and the signal transport sector comprises an interlinked mechanism, a signal transmission terminal, a sliding shoe, a connecting rod and a Breech block.Interlinked mechanism has one first rotating shaft, one second rotating shaft, one the 3rd rotating shaft, one first elastic parts and one second elastic parts.The signal transmission terminal is by first rotating shaft and the first elastic parts rotary expansion.Sliding shoe has a slide rail, and slide rail comprises an at least one inclined-plane and a fixing point.Connecting rod has one by first end of the 3rd rotating shaft rotation and have second end of a cam.Breech block has a locking sheet, by second rotating shaft and the rotation of second elastic parts.When the signal transmission terminal was taken in, the signal transmission terminal promoted sliding shoe, promoted the Breech block rotation by sliding shoe, so that the locking sheet of Breech block locking signal transmission terminal, and move to fixing point on the inclined-plane of the cam of connecting rod by slide rail.
By technique scheme, signal transport sector of the present invention has advantage and beneficial effect at least: the present invention is applicable to any need electric connection by transmission line and other electronic system, to reach the portable electronic devices of transfer of data or charging purpose.Use Pop-up signal transport sector of the present invention to carry or to use transmission line to carry out transfer of data or charging again.In portable electronic devices, increase the signal transport sector equally, let the portable electronic devices can be directly and external system or device, for example personal computer, mobile computer etc., directly binding need not re-use transmission line, and has improved the convenience in the use.In addition, Pop-up signal transport sector proposed by the invention carries except that improving, the transfer of data, convenience for charging, directly push the signal transmission terminal and can use or take in the signal transport sector, more increases the convenience of operation.Owing to use and not need other construction of switch, can make the portable electronic devices outward appearance succinct more and save the space.
In sum, the present invention comprises an interlinked mechanism, a signal transmission terminal, a sliding shoe, a connecting rod and a Breech block.Interlinked mechanism has first rotating shaft, second rotating shaft, the 3rd rotating shaft, first elastic parts and second elastic parts.The signal transmission terminal is by first rotating shaft of interlinked mechanism and the first elastic parts rotary expansion.When the signal transmission terminal was taken in, the signal transmission terminal promoted sliding shoe, promoted the Breech block rotation by sliding shoe, so that the locking sheet of Breech block locking signal transmission terminal, and move to fixing point on the inclined-plane of the cam of connecting rod by slide rail.The present invention has apparent progress technically, and has tangible good effect, really is a novelty, progress, practical new design.
Above-mentioned explanation only is the general introduction of technical scheme of the present invention; Understand technological means of the present invention in order can more to know; And can implement according to the content of specification, and for let above and other objects of the present invention, feature and advantage can be more obviously understandable, below special act preferred embodiment; And conjunction with figs., specify as follows.
Description of drawings
Fig. 1 shows the partial structure exploded view of the signal transport sector of portable electronic devices in one embodiment of the invention.
Fig. 2 shows another embodiment of slide rail and connecting rod on the sliding shoe of signal transport sector of the present invention.
Fig. 3 shows the sketch map after the signal transmission terminal of portable electronic devices in one embodiment of the invention ejects.
Fig. 4 shows the sketch map that the signal transmission terminal of portable electronic devices in one embodiment of the invention is taken in.
Fig. 5 shows that the signal transmission terminal is taken in the sketch map of locking in one embodiment of the invention.
100: signal transport sector 101: mechanism body
102: signal transmission terminal 103: main member
104: sliding shoe 105: slide rail
106: 107: the first ends of connecting rod
108: 109: the second ends of Breech block
110: elastic parts 111: fixing point
112: elastic parts 113: the locking sheet
114: elastic parts 115: catch
116: axle part 117: storage tank
118: rotating shaft 119: rotating shaft
120: screw 121: rotating shaft
122: screw 123: block
124: cam 126: summit
205: slide rail 206: connecting rod
Embodiment
Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention; Below in conjunction with accompanying drawing and preferred embodiment; To its embodiment of signal transport sector, structure, characteristic and the effect thereof that proposes according to the present invention, specify as after.
Signal transport sector in the embodiment of the invention is to be applied to portable electronic devices, but is not limited to portable electronic devices.Portable electronic devices comprises palmtop computer (Handheld PC), personal digital assistant (Personal Digital Assistant; PDA), digital music (MPEG Audio Layer 3; MP3) player, GPS (Global Positioning System; GPS), mobile communication device, digital camera, digital camera, but be not limited thereto, in any electronic installation of installing the signal transmission terminal all is included in.
See also shown in Figure 1ly, show the partial structure exploded view of the signal transport sector of portable electronic devices in one embodiment of the invention.Portable electronic devices comprises a signal transport sector 100 and a mechanism body 101, and 100 of signal transport sectors are arranged in the mechanism body 101.And the signal processing system of portable electronic devices (not illustrating), control system (not illustrating) and data storage system assemblies such as (not illustrating) all are arranged in the mechanism body 101.
As shown in Figure 1, signal transport sector 100 comprises a signal transmission terminal 102, a sliding shoe 104, a connecting rod 106 and a Breech block 108.Signal transport sector 100 more comprises a main member 103,110,112 and 114 and parts 116 of elastic parts.Signal transmission terminal 102 comprises universal serial bus (Universal Serial Bus, USB) interface signal transmission terminal or universal serial bus (IEEE 1394) interface signal transmission terminal, but be not limited thereto.Main member 103 can be the one ejection formation with mechanism body 101; Or lock each other or joint; Signal transmission terminal 102, axle part 116 are inserted in the rotating shaft 121 on the mechanism body 101 with elastic parts 110; And with a screw 120 axle spare 116, elastic parts 110 and signal transmission terminal 102 are locked on mechanism body 101, make the signal transmission terminal 102 can be by elastic parts 110 with 121 rotations of the rotating shaft on the mechanism body 101.
See also Fig. 1, Breech block 108 comprises a locking sheet 113 and a catch 115.Breech block 108 is inserted in the rotating shaft 118 on the main member 103 with elastic parts 112, and Breech block 108 is rotated and 112 deformation of drive elastic parts by the rotating shaft 118 on the main member 103, utilizes the deformation recovery power of elastic parts 112 to get back to the preceding position of rotation simultaneously.In addition; Connecting rod 106 has one first end 107 and one second end 109; First end 107 is inserted in the rotating shaft 119 on the main member 103, and locks on main member 103 with first end 107 of a screw 122 with connecting rod 106, makes the rotating shaft 119 of connecting rod 106 on can main member 103 be pivot.Wherein elastic parts 110,112 can be a torsion spring.
Please consult Fig. 1 again, in one embodiment, second end 109 of connecting rod 106 has a cam 124; Sliding shoe 104 has a slide rail 105 and a block 123, and slide rail 105 comprises an at least one inclined-plane and a fixing point 111, and connecting rod 106 moves on the slide rail 105 of sliding shoe 104 by cam 124.Particularly, slide rail 105 comprises a plurality of different differences of height inclined-planes or angle of inclination different plane and fixing point 111.Sliding shoe 104 is disposed on the main member 103, and can on main member 103, move.For sliding shoe 104 can be moved back and forth, use an elastic parts 114 of conflicting with sliding shoe 104 on main member 103.Elastic parts 114 can be because of stressed deformation accumulation elasticity potential energy, when stopping to convert the elasticity potential energy into kinetic energy after stressed.Elastic parts 114 is disposed in the storage tank 117, and when sliding shoe 104 promoted because of signal transmission terminal 102, the elastic parts 114 in the storage tank 117 received force compresses and produces deformation.When signal transmission terminal 102 rotary expansions, the deformation recovery power of elastic parts 114 moves back to sliding shoe 104 and opens the beginning position.Wherein, elastic parts 114 comprises a spring; Second end of connecting rod 106 is on the inclined-plane of contact slide rail 105 and moves above that; The rotating shaft 121 of being inserted in of axle part 116, rotating shaft 118 and 119 and elastic parts 110,112 and 114 then constitute an interlinked mechanism.
Moreover, please consult Fig. 1, Fig. 3, Fig. 4 and Fig. 5 simultaneously, an embodiment of slide rail and connecting rod on the demonstration sliding shoe.The slide rail 105 of sliding shoe 104 comprises a plurality of different differences of height inclined-planes and fixing point 111; First end 107 of connecting rod 106 is inserted in rotating shaft 119 on the main member 103 with as fulcrum, and 109 at second end of connecting rod 106 moves on the slide rail 105 of sliding shoe 104 by cam 124.Consult Fig. 1 and Fig. 5 simultaneously, the bevel altitude of slide rail 105 is to gradually reduce to produce difference in height along counter clockwise direction, reverse so as to oppositely the moving of cam 124 of limiting rod 106, and the bevel altitude change direction of slide rail 105 is merely example, and unrestricted.
Fig. 2 shows another embodiment of slide rail and connecting rod on the sliding shoe.Consult simultaneously Fig. 1 and Fig. 2 clearly; Slide rail 205 comprises a plane 208 and a fixing point 211; Connecting rod 206 has one first end 207 and one second end, 209, the first ends 207 can be inserted in rotating shaft 119 on the main member 103 with as fulcrum, and also move above that on the plane of 209 contact slide rails 205 of second end.
Fig. 3 shows the sketch map after the signal transmission terminal of portable electronic devices in one embodiment of the invention ejects.Simultaneously with reference to figure 1 and Fig. 3; When user's desire is accommodated in portable electronic devices with signal transmission terminal 102; By imposing a revolving force to signal transmission terminal 102, the deformation that makes signal transmission terminal 102 be rotated and make elastic parts 110 to produce identical direction of rotation as pivot with the rotating shaft on the mechanism body 121.After signal transmission terminal 102 was taken in to the portable electronic devices, signal transmission terminal 102 could directly contact and then promote sliding shoe 104 past connecting rods 106 with the block 123 of sliding shoe 104 first end, 107 directions moved.Same sliding shoe 104 is elasticity of compression assembly 114 simultaneously; And produce relative motions with connecting rod 106; The cam 124 of second end 109 of connecting rod 106 moves to fixing point 111 from the summit 126 of the slide rail 105 of sliding shoe 104 at this moment, and the block 123 of sliding shoe 104 also can contact catch 115 drive Breech blocks 108 rotations of Breech block 108 simultaneously.Wherein the direction of signal transmission terminal 102 rotary expansions is opposite with Breech block 108 direction of rotation; When second end 109 of connecting rod 106 or cam 124 side through slide rail 105 gets into fixing point 111; Sliding shoe 104 is kept motionless because of second end 109 of connecting rod 106 or cam 124 are fixed in fixing point 111; And this moment Breech block 108 locking sheet 113 signal transmission terminal 102 is blocked fixing, take in action and the solid lock of signal transmission terminal 102 is accomplished.
Fig. 4 shows the sketch map that the signal transmission terminal of portable electronic devices in one embodiment of the invention is taken in.Consult Fig. 1 and Fig. 4 simultaneously; When user's desire uses signal transmission terminal 102 to carry out signal transmission or charging; Depressing signal transmission terminal 102 moves the direction of sliding shoe 104 trend rotating shafts 119 further elasticity of compression assembly 114; This moment, second end 109 or the cam 124 of connecting rod 106 can break away from fixing point 111; And because the restoring force of elastic parts 114 promotes sliding shoe 104 moves towards the direction away from rotating shaft 119, this moment connecting rod 106 second end 109 or cam 124 side through slide rail 105 till the summit 126 of slide rail 105.When sliding shoe 104 moves away from the direction of rotating shaft 119; Because second end 109 or the cam 124 of connecting rod 106 have broken away from fixing point 111; And sliding shoe 104 is moved because of the restoring force of elastic parts 114, sliding shoe returns back to a home position by elastic parts 114 behind signal transmission terminal 102 rotary expansions.Simultaneously since this moment sliding shoe 104 block 123 can't prop up Breech block 108 again catch 115 to stop Breech block 108 rotations; Therefore Breech block 108 will rotate because of the elastic restoring force of elastic parts 112; Make the joint opening of the locking sheet 113 separating signal transmission terminals 102 of Breech block 108; Cause signal transmission terminal 102 to remove solid lock, and make the signal transmission terminal 102 can be by elastic parts 110 rotary expansions.
Fig. 5 shows that the signal transmission terminal is taken in the sketch map of locking in one embodiment of the invention.As shown in Figure 5, when signal transmission terminal 102 because of the stressed process of taking in, signal transmission terminal 102 will rotate and when conflicting the block 123 of sliding shoe 104 simultaneously, the direction of sliding shoe 104 elastic parts 114 in 117 towards compressed configuration in storage tank moves.Consult Fig. 1 and Fig. 5 simultaneously; The block 123 of sliding shoe 104 promotes the catch 115 on the Breech block 108 simultaneously; Make Breech block 108 rotations; And the locking sheet 113 that drives Breech block 108 stretches in the joint opening of signal transmission terminal 102, and the restoring force through elastic parts 114 promotes sliding shoe 104 makes second end 109 or the cam 124 of connecting rod 106 contact at fixing point 111, can make the locking sheet 113 of Breech block 108 block signal transmission terminal 102 fixing.Wherein, the height of catch 115 can be higher or lower than sliding shoe 104 height or with sliding shoe 104 height such as grade.
Consult Fig. 2 and Fig. 5 simultaneously; If the slide rail of sliding shoe 104 is the slide rail 205 of Fig. 2 and uses connecting rod 206; Then elasticity of compression assembly 114 makes Breech block 108 rotations simultaneously when signal transmission terminal 102 rotates also; The locking sheet 113 that drives Breech block 108 is stretched in the joint opening of signal transmission terminal 102; Restoring force promotion sliding shoe 104 through elastic parts 114 makes second end 209 of connecting rod 206 contact at fixing point 211, makes the locking sheet 113 of Breech block 108 block signal transmission terminal 102 fixing.
Signal transport sector proposed by the invention mainly is to be made up of sliding shoe, Breech block, connecting rod, signal transmission terminal and interlinked mechanism with a plurality of rotating shafts and elastic parts.The mode that ejects design lets the user by directly pushing the signal transmission terminal signal transmission terminal directly ejected.When the user desires to take in the signal transmission terminal; Pushing the signal transmission terminal makes its rotation drive Breech block simultaneously and block the signal transmission terminal to promote sliding shoe; And utilize connecting rod fixedly sliding shoe Breech block is kept block the state of signal transmission terminal, moving of the rotation of signal transmission terminal and Breech block and sliding shoe then carried out through interlinked mechanism.When user's desire is used the signal transmission terminal, push the signal transmission terminal once more and make the connecting rod sliding shoe that is standing, the unlocking piece blocks the state of signal transmission terminal simultaneously, and the signal transmission terminal is mat interlinked mechanism rotary expansion then.
The above only is preferred embodiment of the present invention, is not the present invention is done any pro forma restriction; Though the present invention discloses as above with preferred embodiment; Yet be not in order to limiting the present invention, anyly be familiar with the professional and technical personnel, in not breaking away from technical scheme scope of the present invention; When the technology contents of above-mentioned announcement capable of using is made a little change or is modified to the equivalent embodiment of equivalent variations; In every case be the content that does not break away from technical scheme of the present invention, to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of technical scheme of the present invention according to technical spirit of the present invention.
Claims (10)
1. signal transport sector is characterized in that it comprises:
One interlinked mechanism has one first rotating shaft, one second rotating shaft, one the 3rd rotating shaft, one first elastic parts and one second elastic parts;
One signal transmission terminal is by this first rotating shaft and this first elastic parts rotary expansion of this interlinked mechanism;
One sliding shoe has a slide rail, and this slide rail comprises an at least one inclined-plane and a fixing point;
One connecting rod has second end that first end and by the 3rd rotating shaft rotation has a cam;
One Breech block has a locking sheet, by this second rotating shaft and the rotation of this second elastic parts of this interlinked mechanism; And
Wherein when this signal transmission terminal is taken in; This signal transmission terminal promotes this sliding shoe; Promote this Breech block rotation by this sliding shoe, so that this this signal transmission terminal of locking sheet locking of this Breech block, and move to this fixing point on this cam of this connecting rod this inclined-plane by this slide rail.
2. signal transport sector according to claim 1, the said inclined-plane that it is characterized in that this slide rail are a plurality of different differences of height inclined-planes.
3. signal transport sector according to claim 1 is characterized in that this sliding shoe is that one the 3rd elastic parts by this interlinked mechanism returns back to a home position behind this signal transmission terminal rotary expansion.
4. signal transport sector according to claim 1 is characterized in that this sliding shoe more comprises a block, and this signal transmission terminal is to promote this sliding shoe by this block.
5. signal transport sector according to claim 1 is characterized in that the direction of this signal transmission terminal rotary expansion is opposite with this Breech block direction of rotation.
6. signal transport sector according to claim 3 is characterized in that when this signal transmission terminal rotary expansion, and this fixing point of this cam disengages, this sliding shoe borrow the 3rd elastic parts to move, so that this signal transmission terminal breaks away from this locking sheet rotary expansion.
7. portable electronic devices is characterized in that it comprises:
One mechanism body; And
One signal transport sector is arranged in this mechanism body, comprises:
One interlinked mechanism has one first rotating shaft, one second rotating shaft, one the 3rd rotating shaft, one first elastic parts and one second elastic parts;
One signal transmission terminal is by this first rotating shaft and this first elastic parts rotary expansion of this interlinked mechanism;
One sliding shoe has a slide rail, and this slide rail comprises an at least one inclined-plane and a fixing point;
One connecting rod has second end that first end and by the 3rd rotating shaft rotation has a cam;
One Breech block has a locking sheet, by this second rotating shaft and the rotation of this second elastic parts of this interlinked mechanism; And
Wherein when this signal transmission terminal is taken in; This signal transmission terminal promotes this sliding shoe; Promote this Breech block rotation by this sliding shoe, so that this this signal transmission terminal of locking sheet locking of this Breech block, and move to this fixing point on this cam of this connecting rod this inclined-plane by this slide rail.
8. portable electronic devices according to claim 7 is characterized in that when this signal transmission terminal rotary expansion, and this fixing point of this cam disengages is so that this signal transmission terminal breaks away from this locking sheet rotary expansion.
9. portable electronic devices according to claim 7 is characterized in that this sliding shoe is that one the 3rd elastic parts by this interlinked mechanism returns back to a home position behind this signal transmission terminal rotary expansion.
10. signal transport sector is characterized in that it comprises:
One interlinked mechanism has one first rotating shaft, one second rotating shaft, one first elastic parts and one second elastic parts;
One signal transmission terminal is by this first rotating shaft and this first elastic parts rotary expansion of this interlinked mechanism;
One sliding shoe has a slide rail, and this slide rail comprises a fixing point;
One connecting rod has second end that on this slide rail, moves as first end and of fulcrum;
One Breech block has a locking sheet, by this second rotating shaft and the rotation of this second elastic parts of this interlinked mechanism; And
Wherein when this signal transmission terminal is taken in; This signal transmission terminal promotes this sliding shoe; Promote this Breech block rotation by this sliding shoe, so that this this signal transmission terminal of locking sheet locking of this Breech block, and this second end of this connecting rod moves to this fixing point of this slide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010595847.0A CN102548315B (en) | 2010-12-16 | 2010-12-16 | Signal transmission mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010595847.0A CN102548315B (en) | 2010-12-16 | 2010-12-16 | Signal transmission mechanism |
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| CN102548315A true CN102548315A (en) | 2012-07-04 |
| CN102548315B CN102548315B (en) | 2014-11-05 |
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| CN102548315B (en) | 2014-11-05 |
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