CN101426040B - Sliding cover mechanism, sliding cover method and electronic device applying the mechanism - Google Patents
Sliding cover mechanism, sliding cover method and electronic device applying the mechanism Download PDFInfo
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- CN101426040B CN101426040B CN2008100214096A CN200810021409A CN101426040B CN 101426040 B CN101426040 B CN 101426040B CN 2008100214096 A CN2008100214096 A CN 2008100214096A CN 200810021409 A CN200810021409 A CN 200810021409A CN 101426040 B CN101426040 B CN 101426040B
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- 230000005540 biological transmission Effects 0.000 claims abstract description 77
- 238000009434 installation Methods 0.000 claims description 41
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- 238000000429 assembly Methods 0.000 claims description 20
- 230000033001 locomotion Effects 0.000 claims description 3
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- 238000010586 diagram Methods 0.000 description 4
- 238000006073 displacement reaction Methods 0.000 description 2
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Abstract
A slip cover mechanism, a slip cover method and an electronic device using the slip cover mechanism. The user can press the key of the electronic device to break a first block piece away from a first raised line, and simultaneously start-up a transmission component to drive the slip cover to move from a first position to a second position, to achieve automatic slip cover effect. The present invention can achieve automatic slip cover effect by pressing keys. The electric drive may hold the fixed speed shift between the slip cover and the host mobile, whereby it greatly enhances the smoothness of the moving of the slip cover, simultaneously avoids the problem that the slip cover moves to a second position to knock with the host mobile; can increase the stability of hand-held electronic device of users, improve comfort feeling of the electronic device; and can reduce the loosing and breakage risk of the electronic device components and can improve the overall service life of electronic devices.
Description
Technical field
The invention belongs to use for electronic equipment sliding closure structure and sliding cover method, and the field of electronic devices of using this sliding closure structure, the concrete sliding closure structure of slip lid and the electronic installation of sliding cover method and this sliding closure structure of application automatically of relating to after a kind of pressing keys.
Background technology
Mobile phone is popularized apace in recent years, in various occasions, more and more can see the phenomenon of staff one machine.For in response to different consumer demands, the function of mobile phone constantly expands, and for example increases to take a picture or functions such as playing back music.And the expansion on function, the external form of mobile phone multiple different form also occurs and supplies consumer choice, like straight-plate-type, sliding cover type or cover-lifting type etc.Wherein sliding cover type mobile phone makes sliding cover type mobile phone receive numerous consumers' favor owing to have characteristics such as the little and large-screen of volume, makes that relatively the occupation rate of market of sliding cover type mobile phone is soaring year by year.In order to cater to consumer's hobby, industry is also by continually developing sliding cover type mobile phone miscellaneous.
Common on the market sliding cover type mobile phone is that display screen and function button are arranged on the slip lid at present, and assemblies such as numeric keypad and battery are arranged on the main frame.The user utilizes the function key on the slip lid can carry out the operation of partial function to mobile phone, and when the user need utilize numeric keypad to dial or write the news in brief action, need slip lid be sliped off, to manifest numeric keypad.Early stage slip lid mobile phone needs the user manually slip lid to be pushed into to slip off the position, greatly reduce convenience.In recent years, industry is to develop to utilize spring to provide slip lid to move power the semiautomatic cover-slid mobile phone that by this slip lid is flicked.Yet this kind semiautomatic cover-slid mobile phone still needs the user manually to execute thrust in slip lid, with pushing away a bit of distance on the slip lid, so that spring generation deformation and store a potential energy.Then elastic potential energy is converted into kinetic energy drive slip lid and moves, slip lid is ejected with an acceleration by spring.Slip lid ejects and can clash into main frame when sliping off the position, makes slip lid moment stop.This kind utilizes bump to stop the mode of slip lid, not only can clash into the sound, more can reduce the stability and the comfort level of user's hand held mobile phone, even can drop because of the excessive mobile phone that causes of the bump power of slip lid.Moreover the regular bump of this kind makes the assembly in the mobile phone get loose easily easily or damages, reduced the product tolerance of mobile phone.
Summary of the invention
The invention provides the electronic installation of a kind of sliding closure structure and sliding cover method and this sliding closure structure of application; It utilizes pressing button to start the mode of transmission component; Stably driving slip lid by transmission component moves; Effectively avoid slip lid to move to the bump sound when locating, and can promote the useful life of part, promoted the durability of product greatly.
The technical scheme that the present invention adopts is following:
A kind of sliding closure structure is characterized in that said sliding closure structure comprises:
One slip lid has a brake assemblies (movement confine assembly), and said brake assemblies comprises one first raised line;
One main frame, said slip lid is being displaced on this main frame between the primary importance and the second place, and said main frame has a start assembly, and this start assembly comprises:
One button is a side that is arranged at said main frame;
One first fastener is in order to clamping first raised line; And
One start key is arranged at the button homonymy of main frame; And
One transmission component is arranged between slip lid and the main frame, moves on main frame in order to drive slip lid, and said transmission component is electrically connected at said start key;
Wherein, when said slip lid is positioned at primary importance, push said button, button is pushed first fastener; With so that said first fastener breaks away from first raised line; Said button is the started by press key more synchronously, to start transmission component, moves towards the second place in order to drive slip lid.
Concretely, said transmission component comprises:
One gear is arranged on the said main frame;
One tooth bar is provided with on the said slip lid, and the wheel and rack interlock is provided with; And
One driver part is electrically connected at a power supply, rotates in order to driven gear;
Wherein, when the driver part driven gear rotated, tooth bar moved with respect to gear, so that slip lid moves with respect to main frame.
Said transmission component also comprises:
At least one slide rail is arranged on the main frame, and said slip lid moves with respect to said main frame along slide rail.
Said start key is electrically connected at said driver part, and said driver part is a micro motor.
Said brake assemblies more comprises one second raised line, and said start assembly more comprises one second fastener, and second fastener is in order to clamping second raised line.
Said main frame also comprises:
One stop key is electrically connected at said transmission component, when said slip lid moves to the second place with respect to said main frame, and the second fastener clamping, second raised line, second raised line is pushed stop key in order to stop transmission component.
Said start assembly also comprises:
One elastic component, two ends are resisted against said main frame and said first fastener respectively, and this elastic component provides first fastener one restoring force, and when slip lid was positioned at primary importance, restoring force ejection first fastener was connected in first raised line.
A kind of electronic installation is characterized in that said electronic installation comprises:
One main frame;
One slip lid is in being displaced on the said main frame between the primary importance and the second place; And
One sliding closure structure comprises:
One brake assemblies is positioned on the slip lid, and said brake assemblies comprises one first raised line;
And
One start assembly is positioned on the said main frame, and start assembly comprises:
One button is arranged at a side of main frame;
One first fastener is in order to clamping first raised line; And
One start key is arranged at the button homonymy of main frame; And
One transmission component is arranged between slip lid and the main frame, moves on main frame in order to drive slip lid, and said transmission component electrically connects start key;
Wherein, pressing keys when this slip lid is positioned at primary importance, button is pushed first fastener, and with so that first fastener breaks away from first raised line, button is the started by press key more synchronously, to start transmission component, moves towards the second place in order to drive slip lid.
Concretely, said transmission component comprises:
One gear is arranged on the said main frame;
One tooth bar is arranged on the said slip lid, and gear interlock tooth bar is provided with; And
One driver part is electrically connected at the power supply of electronic installation, rotates in order to driven gear;
Wherein, when the driver part driven gear rotated, tooth bar moved with respect to gear, so that slip lid moves with respect to main frame.
Said start key is electrically connected at driver part, and said driver part is a micro motor; Said transmission component further comprises at least one slide rail, is arranged on the said main frame, and slip lid moves with respect to main frame along slide rail.
Said brake assemblies also comprises one second raised line, and start assembly also comprises one second fastener, and second fastener is in order to clamping second raised line; When said slip lid moved to the second place, second fastener was connected in second raised line;
Said sliding closure structure more comprises:
One stop key is electrically connected at said transmission component, and when slip lid moved to the second place with respect to said main frame, second raised line was pushed this stop key to stop transmission component.
Said start assembly more comprises:
One elastic component, two ends are resisted against said main frame and said first fastener respectively, and elastic component offers first fastener, one restoring force, and when slip lid was positioned at primary importance, this restoring force ejection first fastener was connected in this first raised line.
A kind of sliding cover method is characterized in that said sliding cover method comprises:
One sliding closure structure is provided, comprises a slip lid, a main frame and a transmission component, said slip lid is in being displaced on the main frame between the primary importance and the second place, and transmission component is arranged between slip lid and the main frame, and main frame has the side that a button is positioned at main frame;
Push said button;
Driving slip lid by transmission component is moved towards the second place by primary importance; And
, slip lid stops transmission component when moving to this second place.
Concretely, provide in the step of sliding closure structure, said main frame also comprises first fastener; Be connected in first raised line of slip lid, and a start key, be electrically connected at transmission component; One side contacts of said button is in first fastener and start key, and the step of pressing keys also comprises:
Side by said button is pushed first fastener, with so that first fastener breaks away from first raised line; And
By the side while started by press key of button, in order to start transmission component.
Said transmission component comprises a driver part, is electrically connected at start key, starts driver part behind the side started by press key by button; Said main frame more comprises a stop key, is electrically connected at transmission component, in the step that stops this transmission component, pushes this stop key by second raised line that is provided with on the slip lid, to stop this transmission component.
Said transmission component more comprises a gear and a tooth bar, and gear is arranged on the main frame, and tooth bar is arranged on the slip lid; The wheel and rack interlock is provided with, and in the step that drives slip lid, said driver part driven gear rotates; Move with respect to gear to drive tooth bar, slip lid is moved with respect to main frame.
This sliding closure structure and electronic installation are pushed the button of sliding closure structure through the user; Make first fastener in the start assembly break away from first raised line; And start transmission component drive slip lid simultaneously and move to the second place, to reach the effect of automatic slip lid by primary importance.Start assembly all can be arranged on a side of main frame, can comprise button, start key, first fastener and elastic component, has automatic hold function when making slip lid move to the second place, and start assembly also can comprise second fastener.Brake assemblies can be arranged on the slip lid, comprises second raised line that first raised line that cooperates with first fastener and second fastener cooperate, and first raised line and second raised line are formed directly in a side inwall of slip lid.First fastener and first raised line cooperate the position between locking slip lid and the main frame, and a side of button is the started by press key and first fastener simultaneously, and start key and transmission component electrically connect.Transmission component can be driven by drive disk assembly so that produce the driving section of relative displacement between slip lid and main frame and form; Like this through the started by press key; Can second can make the relative displacement between transmission component driving and guiding slip lid and main frame through releases slip lid between brake assemblies and the start assembly and the locking between the main frame first.And through second raised line and second fastener; Can, slip lid and main frame lock the position of the two when relatively moving the second place; And but nationality is by a stop key that is provided with on the main frame; Touch this stop key by second fastener, thereby, realize that the action of drive disk assembly stops through the electric connection of stop key to transmission component.
The electronic installation of this sliding closure structure and this sliding closure structure of application can reach the effect of automatic slip lid through button; Can keep the constant speed between slip lid and the main frame to move through motorized motions; Promote the smoothness that slip lid moves greatly; Take place when simultaneously also having avoided slip lid to move to the second place and main frame between the problem of having clashed into, can increase the stability of user's hand-hold electronic device, improve the comfortableness of using electronic installation; And can reduce the probability that the electronic installation parts get loose and damage, promote the useful life of whole electronic installation.
Description of drawings
Fig. 1 is the three-dimensional exploded view of electronic installation embodiment among the present invention;
Fig. 2 is the rear structure view of slip lid among Fig. 1;
Fig. 3 is the electrical block diagram of electronic installation among Fig. 1;
Fig. 4 is the part enlarged diagram of electronic installation corresponding to the first fastener place;
Fig. 5 is the sketch map after button is pushed in the specific embodiment of the invention;
Fig. 6 is the structural representation when slip lid is positioned at primary importance in the specific embodiment of the invention;
Fig. 7 is the sketch map that slip lid is moved to the second place in the specific embodiment of the invention by primary importance;
Fig. 8 is the structural representation when slip lid is positioned at the second place in the specific embodiment of the invention.
Embodiment
In the electronic installation of this sliding closure structure and sliding cover method and this slip lid of application; The user can be by the button of pushing electronic installation; Make the fastener of winning break away from first raised line, and start transmission component simultaneously and drive slip lid and move to the second place, to reach the effect of automatic slip lid by primary importance.Below be to propose a preferred embodiment as detailed description of the present invention, present embodiment can't limit technical scope of the present invention only in order to explain as example.Moreover graphic among the embodiment also omits unnecessary assembly, shows technical characterstic of the present invention with clear.
Please see figures.1.and.2 simultaneously, Fig. 1 is the three-dimensional exploded view according to the electronic installation of preferred embodiment of the present invention; Fig. 2 is the rear structure view of slip lid among Fig. 1.In the present embodiment, electronic installation 100 mainly comprises main frame 11, slip lid 13 and sliding closure structure 10.Slip lid 13 can be in being displaced between the primary importance and the second place on the main frame 11.Sliding closure structure 10 comprises brake assemblies 130, start assembly 110 and transmission component 150.Brake assemblies 130 is positioned on the slip lid 13, comprises first raised line 137.Start assembly 110 is positioned on the main frame 11, comprises button 25, first fastener 17 and start key 21.Button 25 and start key 21 are arranged at the same side of main frame 11, and first fastener 17 is in order to clamping first raised line 137.Transmission component 150 is arranged between slip lid 13 and the main frame 11, moves on main frame 11 in order to drive slip lid 13, and aforesaid start key 21 is electrically connected at transmission component 150.Pressing keys 25 when slip lid 13 is positioned at primary importance; Button 25 is pushed first fastener 17, uses so that first fastener 17 breaks away from first raised line 137, and button 25 is started by press key 21 more synchronously; Starting transmission component 150, move towards the second place in order to drive slip lid 13.
Further, brake assemblies 130 more comprises second raised line 139, and start assembly 110 comprises that more second fastener 19 is with this second raised line 139 of clamping.In present embodiment, first fastener 17 and one second fastener 19 all are arranged on the main frame 11, and first raised line 137 and second raised line 139 all are positioned on the slip lid 13.When first fastener, 17 clampings, first raised line 137, slip lid 13 is fixed in primary importance, when second fastener, 19 clampings, second raised line 139, slip lid 13 is fixed in the second place.In addition, transmission component 150 mainly comprises gear 151, tooth bar 153 and driver part 155.Present embodiment middle gear 151 for example is to be arranged on the main frame 11, tooth bar 153 for example be utilize in the mould and inject (In-Mold Decoration, IMD) mode takes shape on the slip lid 13, gear 151 is to be snapped at tooth bar 153.Please be simultaneously with reference to Fig. 3, it has illustrated the electrical block diagram of electronic installation.Driver part 155 is electrically connected at the power supply 40 of electronic installation 100, and start key 21 is electrically connected at driver part 155.Driver part 155 for example is a small-sized electric motor, and starter rotates when started by press key 21.Gear 151 is connected in driver part 155, and rotates synchronously with driver part 155.When driver part 155 driven gears 151 rotated, tooth bar 153 moved with respect to gear 151, drives slip lid 13 by this and moves with respect to main frame 11.Moreover transmission component 150 more can comprise at least one slide rail 157, and transmission component 150 preferably comprises two slide rails 157 in the present embodiment, is arranged at the both sides on a surface of main frame 11 respectively, and slip lid 13 is connected in main frame 11 movably by slide rail 157.Slide rail 157 for example is to utilize the interior injection mode of mould to take shape on the main frame 11, and is preferably processed by metal material.When transmission component 150 drove slip lids 13 and moves, slip lid 13 moved with respect to main frame 11 along slide rail 157, the so fixing moving direction of slip lid 13, and can keep slip lid 13 and move smooth-goingly.
In addition, sliding closure structure 10 more comprises stop key 23, is electrically connected at transmission component 150.When slip lid 13 moved to the second place with respect to main frame 11, second raised line 139 was pushed stop key 23, to stop transmission component 150.Secondly, start assembly 110 more comprises elastic component 27, and the two ends of elastic component 27 are resisted against the main frame 11 and first fastener 17 respectively, and elastic component 27 can provide first fastener 17 1 restoring forces.When slip lid 13 was positioned at primary importance, this restoring force ejection first fastener 17 was connected in first raised line 137.Please with reference to Fig. 4, it has illustrated the part enlarged diagram of electronic installation corresponding to the first fastener place.Main frame 11 has one by keyway 11a, and button 25 is arranged at by in the keyway 11a.Button 25 has the first side 25a and the second side 25b, and the second side 25b is exposed to outside the main frame 11, and the first side 25a is contacted with first fastener 17 and start key 21 simultaneously.Please with reference to Fig. 5, it has illustrated the sketch map after button is pushed among Fig. 4.When button 25 receives when pushing, the first side 25a pushes first fastener 17 and start key 21 simultaneously.Pressing keys 25 when first fastener 17 is connected in first raised line 137 can make first fastener 17 break away from first raised line 137, starts transmission component 150 (being illustrated among Fig. 1) by started by press key 21 simultaneously, drives slip lid 13 and moves.In addition, stop key 23 is to be electrically connected at transmission component 150, more specifically is to be electrically connected at driver part 155, and is as shown in Figure 3.When slip lid 13 moves to the second place, second raised line 139 against and push stop key 23, to stop the action of transmission component 150.Moreover elastic component 27 for example is a spiral spring in the present embodiment, and its two ends are resisted against the main frame 11 and first fastener 17 respectively, in order to provide first fastener 17 1 restoring forces, makes first fastener 17 be connected in first raised line 137.Secondly, first fastener 17 for example is to be arranged on the main frame 11 via the mode that a pivot 33 is articulated in support 31 in the present embodiment.The first side 25a that receives button 25 when first fastener 17 pushes, and when perhaps receiving elastic component 27 ejections, can on support 31, do lever swing with respect to main frame 11, makes the fastener 17 of winning can repeat to break away from and clamping first raised line 137.According in the electronic installation 100 of preferred embodiment of the present invention, first fastener 17, second fastener 19, start key 21, stop key 23, button 25, elastic component 27 all are arranged on the same side of main frame 11.
Below be to elaborate with respect to the mode that main frame 11 slides between the primary importance and the second place to slip lid 13.Electronic installation 100 is to be that example is done explanation with a sliding cover type mobile phone in the present embodiment, and first fastener 17 and second fastener 19 are that example is done explanation with a grab respectively.Please be with reference to Fig. 6～Fig. 8, it has illustrated slip lid is moved to the second place by primary importance sketch map.At first, when slip lid 13 was positioned at primary importance, slip lid 13 coincides on main frame 11, and was as shown in Figure 6.This moment, first fastener 17 was connected in first raised line 137 of slip lid 13.When user's pressing keys 25, the first side 25a of button 25 pushes first fastener 17 and start key 21 simultaneously, makes the fastener 17 of winning break away from first raised line 137, and is as shown in Figure 5.
Then, start driver part 155 by started by press key 21.Driver part 155 driven gears 151 rotate, and then drive tooth bar 153 and move with respect to gear 151, make slip lid 13 move towards the second place along glide direction S, and are as shown in Figure 7.
When slip lid 13 moved to the second place, as shown in Figure 8, second raised line 139 of slip lid 13 was urged to stop key 23, uses the action that stops transmission component 150.Simultaneously second fastener 19 is connected in second raised line 139, uses fixedly slip lid 13 in the second place.So far accomplish step according to the sliding cover method of preferred embodiment of the present invention.This moment, electronic installation 100 exposed the keyboard 111 on the main frame 11, so that the user operates.
In addition on the one hand, slip lid 13 is moved back to the method for primary importance by the second place, at first oppositely force in slip lid 13 along glide direction S.By the toughness of second fastener, 19 materials, make second fastener 19 break away from second raised line 139.Then, continue along glide direction S oppositely force in slip lid 13, make slip lid 13 move back to primary importance, i.e. the position of slip lid 13 among Fig. 6.When slip lid 13 is positioned at primary importance, be provided in the restoring force of first fastener 17 by elastic component 27, ejection first fastener 17 again with 137 clampings of first raised line, so that slip lid 13 is fixed in primary importance.
In the electronic installation 100 of present embodiment; First and second fastener 17 and 19 is to be that example is done explanation with a grab respectively; Yet its technology system is not restricted to this, any can cooperation to reach the fixedly effect person of slip lid 13 with first, second raised line 137 and 139, all can be applicable to here.Moreover; Present embodiment middle gear 151 and driver part 155 are to be arranged on the main frame 11; Tooth bar 153 is to be arranged on the slip lid 13, and rotates by driver part 155 driven gears 151, and then the mode that drive tooth bar 153 moves drives slip lid 13; Yet gear 151 and driver part 155 also can be arranged on the slip lid 13, and tooth bar 153 also can be arranged on the main frame 11.Secondly, the quantity of slide rail 157 also is not restricted to two, and any slip lid 13 that lets is connected with main frame 11, and the configuration mode that lets slip lid 13 on main frame 11, slide smooth-goingly, all can be applicable to this.In addition; Electronic installation 100 is to be example with a sliding cover type mobile phone in the present embodiment; Right electronic installation 100 also can be personal digital assistant (Personal Digital Assistant; PDA), portable personal computer (Ultra Mobile Personal Computer, UMPC) or other have the electronic installation of sliding closure function.
In the present embodiment, sliding closure structure 10 describes with the mode that is applied in the electronic installation 100.So in another embodiment, slip lid and main frame also can be considered the part of sliding closure structure.That is to say that sliding closure structure system can comprise slip lid, main frame and transmission component, wherein brake assemblies and start assembly lay respectively on slip lid and the main frame.All start assembly startup transmission components that utilizes drive the slip lid slip, and utilize brake assemblies to stop transmission component, use the effect person who reaches automatic slip lid, are all the scope that the present invention is contained.
Above-mentioned according to the sliding closure structure that the specific embodiment of the invention disclosed and the electronic installation of sliding cover method and this sliding closure structure of application, utilize to be arranged at the transmission component between slip lid and the main frame, it is mobile on main frame to drive slip lid.When user's pressing keys, by the driver part driven gear, make tooth bar move relative to gear, move with respect to main frame to drive slip lid accordingly, make electronic installation can reach the effect of automatic slip lid.Drive slip lid by the driver part that for example is the small-sized electric motor in the electronic installation and move, make to keep constant speed to move when slip lid moves to the second place by primary importance, promoted the smooth-going degree that slip lid moves greatly.Moreover; After slip lid moved to the second place, driver part promptly stopped to drive slip lid, and the phenomenon of bump takes place when having avoided conventional slider to move to the location; Except the stability that can increase user's hand-hold electronic device; Also can improve the comfortableness that the user uses electronic installation, in addition more greatly reduce the chance that parts get loose and damage, promote the useful life of whole electronic installation.In addition, be connected in first, second raised line respectively, can respectively slip lid be fixed in first, second position, avoid slip lid to shake, promoted the quality of product by first, second fastener.
Claims (15)
1. sliding closure structure is characterized in that said sliding closure structure comprises:
One slip lid has a brake assemblies (movement confine assembly), and said brake assemblies comprises one first raised line;
One main frame, said slip lid is being displaced on this main frame between the primary importance and the second place, and said main frame has a start assembly, and this start assembly comprises:
One button is a side that is arranged at said main frame;
One first fastener is in order to clamping first raised line; And
One start key is arranged at the button homonymy of main frame; And
One transmission component is arranged between slip lid and the main frame, moves on main frame in order to drive slip lid, and said transmission component is electrically connected at said start key;
Wherein, when said slip lid is positioned at primary importance, push said button, button is pushed first fastener; With so that said first fastener breaks away from first raised line; Said button is the started by press key more synchronously, to start transmission component, moves towards the second place in order to drive slip lid.
2. sliding closure structure according to claim 1 is characterized in that said transmission component comprises:
One gear is arranged on the said main frame;
One tooth bar is provided with on the said slip lid, and the wheel and rack interlock is provided with; And
One driver part is electrically connected at a power supply, rotates in order to driven gear;
Wherein, when the driver part driven gear rotated, tooth bar moved with respect to gear, so that slip lid moves with respect to main frame.
3. sliding closure structure according to claim 2 is characterized in that said transmission component also comprises:
At least one slide rail is arranged on the main frame, and said slip lid moves with respect to said main frame along slide rail.
4. sliding closure structure according to claim 2 is characterized in that said start key is electrically connected at said driver part, and said driver part is a micro motor.
5. sliding closure structure according to claim 1 is characterized in that said brake assemblies more comprises one second raised line, and said start assembly more comprises one second fastener, and second fastener is in order to clamping second raised line.
6. sliding closure structure according to claim 5 is characterized in that said main frame also comprises:
One stop key is electrically connected at said transmission component, when said slip lid moves to the second place with respect to said main frame, and the second fastener clamping, second raised line, second raised line is pushed stop key in order to stop transmission component.
7. sliding closure structure according to claim 1 is characterized in that said start assembly also comprises:
One elastic component, two ends are resisted against said main frame and said first fastener respectively, and this elastic component provides first fastener one restoring force, and when slip lid was positioned at primary importance, restoring force ejection first fastener was connected in first raised line.
8. electronic installation is characterized in that said electronic installation comprises:
One main frame;
One slip lid is in being displaced on the said main frame between the primary importance and the second place; And
One sliding closure structure comprises:
One brake assemblies is positioned on the slip lid, and said brake assemblies comprises one first raised line;
And
One start assembly is positioned on the said main frame, and start assembly comprises:
One button is arranged at a side of main frame;
One first fastener is in order to clamping first raised line; And
One start key is arranged at the button homonymy of main frame; And
One transmission component is arranged between slip lid and the main frame, moves on main frame in order to drive slip lid, and said transmission component electrically connects start key;
Wherein, pressing keys when this slip lid is positioned at primary importance, button is pushed first fastener, and with so that first fastener breaks away from first raised line, button is the started by press key more synchronously, to start transmission component, moves towards the second place in order to drive slip lid.
9. electronic installation according to claim 8 is characterized in that said transmission component comprises:
One gear is arranged on the said main frame;
One tooth bar is arranged on the said slip lid, and gear interlock tooth bar is provided with; And
One driver part is electrically connected at the power supply of electronic installation, rotates in order to driven gear;
Wherein, when the driver part driven gear rotated, tooth bar moved with respect to gear, so that slip lid moves with respect to main frame.
10. electronic installation according to claim 9 is characterized in that said start key is electrically connected at driver part, and said driver part is a micro motor; Said transmission component further comprises at least one slide rail, is arranged on the said main frame, and slip lid moves with respect to main frame along slide rail.
11. electronic installation according to claim 8 is characterized in that said brake assemblies also comprises one second raised line, start assembly also comprises one second fastener, and second fastener is in order to clamping second raised line; When said slip lid moved to the second place, second fastener was connected in second raised line;
Said sliding closure structure more comprises:
One stop key is electrically connected at said transmission component, and when slip lid moved to the second place with respect to said main frame, second raised line was pushed this stop key to stop transmission component.
12. electronic installation according to claim 8 is characterized in that said start assembly more comprises:
One elastic component, two ends are resisted against said main frame and said first fastener respectively, and elastic component offers first fastener, one restoring force, and when slip lid was positioned at primary importance, this restoring force ejection first fastener was connected in this first raised line.
13. a sliding cover method is characterized in that said sliding cover method comprises:
One sliding closure structure is provided; Comprise a slip lid, a main frame and a transmission component, said slip lid is in being displaced on the main frame between the primary importance and the second place, and transmission component is arranged between slip lid and the main frame; Main frame has the side that a button is positioned at main frame, and said main frame also comprises:
First fastener is connected in first raised line of slip lid; And
One start key is electrically connected at transmission component, and a side contacts of said button is in first fastener and start key;
Push said button, the step of this pressing keys also comprises:
Side by said button is pushed first fastener, with so that first fastener breaks away from first raised line; And
By the side while started by press key of button, in order to start transmission component;
Driving slip lid by transmission component is moved towards the second place by primary importance; And
, slip lid stops transmission component when moving to this second place.
14. sliding cover method according to claim 13 is characterized in that said transmission component comprises a driver part, is electrically connected at start key, starts driver part behind the side started by press key by button; Said main frame more comprises a stop key, is electrically connected at transmission component, in the step that stops this transmission component, pushes this stop key by second raised line that is provided with on the slip lid, to stop this transmission component.
15. sliding cover method according to claim 14 is characterized in that said transmission component more comprises a gear and a tooth bar, gear is arranged on the main frame; Tooth bar is arranged on the slip lid; The wheel and rack interlock is provided with, and in the step that drives slip lid, said driver part driven gear rotates; Move with respect to gear to drive tooth bar, slip lid is moved with respect to main frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100214096A CN101426040B (en) | 2008-07-31 | 2008-07-31 | Sliding cover mechanism, sliding cover method and electronic device applying the mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008100214096A CN101426040B (en) | 2008-07-31 | 2008-07-31 | Sliding cover mechanism, sliding cover method and electronic device applying the mechanism |
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| Publication Number | Publication Date |
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| CN101426040A CN101426040A (en) | 2009-05-06 |
| CN101426040B true CN101426040B (en) | 2012-01-18 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102480859B (en) * | 2010-11-19 | 2014-08-13 | 宏达国际电子股份有限公司 | Handheld Electronic Devices |
| CN110086910A (en) * | 2019-04-29 | 2019-08-02 | 维沃移动通信有限公司 | Terminal device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2755874Y (en) * | 2004-10-15 | 2006-02-01 | 康佳集团股份有限公司 | Automatic skip cover mobile |
| CN1859450A (en) * | 2005-05-03 | 2006-11-08 | 乐金电子(中国)研究开发中心有限公司 | Automatic sliding cover type mobile communication terminal |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2755874Y (en) * | 2004-10-15 | 2006-02-01 | 康佳集团股份有限公司 | Automatic skip cover mobile |
| CN1859450A (en) * | 2005-05-03 | 2006-11-08 | 乐金电子(中国)研究开发中心有限公司 | Automatic sliding cover type mobile communication terminal |
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| CN101426040A (en) | 2009-05-06 |
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