CN102891027B - Button ring of handheld device - Google Patents
Button ring of handheld device Download PDFInfo
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- CN102891027B CN102891027B CN201110204004.8A CN201110204004A CN102891027B CN 102891027 B CN102891027 B CN 102891027B CN 201110204004 A CN201110204004 A CN 201110204004A CN 102891027 B CN102891027 B CN 102891027B
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- held device
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Abstract
The invention discloses a button ring of a handheld device, and particularly relates to a button device arranged on the back of the handheld device, wherein the button device comprises a pedestal, a bottom plate, a button and a circuit module; a holding space capable of being covered by the bottom plate is concavely arranged at the front side of the pedestal; a ring part with a lateral finger hole is convexly arranged at the rear side of the pedestal, and a sidewall surface place of the finger hole adjacent to the substrate is provided with a through groove; the button is located in the through groove and convexly extended to the finger hole; the circuit module is located on the surface of a circuit board in the holding space and electrically connected with a push switch, wherein the push switch is used for triggering the button; and the circuit board is connected with one or more than one connector electrically, wherein the connectors electrically contact to a plurality of conductive contacts on the back of the handheld device. According to the button ring, one finger of the user passing through the finger hole can press the button, so that the circuit module transmits a signal to the handheld device, thereby operating the predetermined functions; and meanwhile, the ring part can form a stop when the handheld device is slipped off, thereby realizing the purposes of being used more conveniently, reducing the damage probability and decreasing the maintenance frequency.
Description
Technical field
The invention provides a kind of button finger ring of hand-held device, especially refer in hand-held device back side installing pushbutton unit, user can be by pointing the finger-hole through finger ring portion on pedestal, and with the button of finger presses finger-hole sidewall, allow circuit module transmission signal to hand-held device operate the function of the most often using, to promote ease of use, to reduce and damage probability and reduce maintenance frequency.
Background technology
Press, along with science and technology is constantly progressive, computer has become a part indispensable in life, but after palmtop computer is developed by manufacturer, because palmtop computer has structure gently, thin, short, the advantage of little and carrying convenience, and there is again account, run-length management, record communication data, amusement, the functions such as online, at Computer application, use just and be greatly improved, not only many people bring into use palmtop computer, to facilitate, carry, for the enterprise that is widely used computer, palmtop computer is also to have effect easy to use.
Especially for enterprise, aspect storage, logistics, because staff cannot be sitting in desk always, so general desktop PC or mobile computer all cannot allow staff in the middle use of walking about, but along with network and system, generally used to reach simplify manpower, information flow fast and the accurate object of calculating by enterprise, palmtop computer just just meets the demand of enterprise.For this reason, manufacturer just develops has the palmtop computer that reads bar code or less radio-frequency label, allow staff can be in walking about hand-held palmtop computer, and need to read bar code or radio frequency label time, again by palmtop computer near or the thing that aims at the mark, and press surperficial button and carry out reading operation.
But because the outward appearance of palmtop computer, shape and size are all similar to mobile phone, palmtop computer upper surface has screen and plural button, user is when gripping palmtop computer, to utilize the centre of the palm against the palmtop computer back side, thumb is positioned at palmtop computer sidewall, another four fingers are positioned at the another sidewall of palmtop computer, under so hand-held posture, if user will be with allowing palmtop computer carry out functional operation with proficiency pressing keys, just need to convert hand-held posture, and there is effect inconvenient to use, moreover, because user not only can walk about, more may carry out other action (as moves, check or the article etc. of taking), just often produce the situation of palmtop computer landing or disengaging, cause palmtop computer to damage.
To this, large multi-vendorly just for the resistance to aspect of falling, many improvement have been made, but palmtop computer is electronic product after all, through after repeatedly dropping, still can produce the problem of damage, so, the best mode of head it off avoids palmtop computer to drop exactly, improvement is made for this problem by Bian You manufacturer, to be provided with microscler elastomeric belt body at the palmtop computer back side, while allowing user by general hand-held posture, four fingers and part palm are through elastomeric belt body, while allowing palmtop computer towards or away from the slippage of tiger's jaw direction, elastomeric belt body is for can backstop living palmtop computer, allow palmtop computer can not depart from hand, but when this mode is carried out functional operation in user's pressing keys, still need to convert hand-held posture and there is inconvenient disappearance.
In addition, Yi You manufacturer develops rifle type handgrip, by rifle type handgrip, be installed in the palmtop computer back side and be electrically connected, while allowing user be in one's hands armed type handgrip, can directly press the button arranging on rifle type handgrip and carry out functional operation, with this, reach effect easy to use, but rifle type handgrip cannot solve the problem of palmtop computer landing, and rifle type handgrip has more disappearance bulky, with high costs.
Current palmtop computer in actual use, still exists disappearance to be improved, as:
One), during the general easy landing of palmtop computer, and hand-held palmtop computer, with pressing keys is very inconvenient on the other hand, be the disappearance that there is easy damage, uses trouble.
Two) when elastomeric belt body is installed at this palmtop computer back side, because hand posture is to be same as general gripping posture, so the very inconvenient disappearance of pressing keys still exists.
Three), when rifle type handgrip is installed at this palmtop computer back side, palmtop computer is easily landing still, and rifle type handgrip has again disappearance bulky, with high costs.
Above-mentioned known palmtop computer, because having problems and disappearance, this is the inventor and the target place of being engaged in this journey improvement that dealer desires most ardently.
Summary of the invention
The object of the present invention is to provide a kind of button finger ring of hand-held device of easy to use, shatter-resistant.
For achieving the above object, the button finger ring of hand-held device provided by the invention, this pushbutton unit comprises pedestal, base plate, button and circuit module, wherein:
This pedestal the place ahead is for being concaved with accommodation space, and this pedestal rear convexes with the finger ring portion of tool side direction finger-hole, and is provided with in the side wall surface place of contiguous this pedestal of this finger-hole the groove that runs through that is communicated to this accommodation space;
This base plate is this accommodation space covering in this pedestal, then on this base plate, is equipped with one or more open-work;
This button is to have to be positioned at this pedestal this runs through the base portion of groove, and this base portion rear side is to be extended with the press section protruding out in this finger-hole;
This circuit module is to have be installed in this accommodation space of this pedestal and support the circuit board that is affixed on this base plate, contiguous this of this circuit board runs through the push switch triggering while being electrically connected with for this button press on surface of groove, then on this circuit board, is electrically connected with one or more and towards this base plate, extends and pass respectively this open-work and extend out to outside connector.
The button finger ring of described hand-held device, wherein, these finger ring portion two sidewalls of this pedestal connect this pedestal place for having flaring portion, and this runs through groove for this flaring portion of a contiguous side, this base plate top convexes with to be inserted this and runs through the oblique projection seat in groove, in this oblique projection seat, there is the face that tiltedly supports towards this finger-hole, and this circuit module is resisted against for being extended with on this circuit board that on this base plate, this tiltedly supports swash plate of face, on this swash plate surface, is electrically connected with this push switch.
The button finger ring of described hand-held device, wherein, this of this pedestal runs through groove side wall surface and has scalariform stopper section in contiguous this finger-hole one side, and this base portion front side periphery of this button is extended with the flange that is scalariform and is held in this stopper section.
The button finger ring of described hand-held device, wherein, this pedestal is provided with more than two or two location divisions in this left and right place of finger ring portion, this location division has the perforation of inserting and extend this accommodation space outside for positioning component, this base plate left and right side is also concaved with two or two and aligns above this pedestal hollow slots that respectively this location division is passed for this positioning component, and this circuit board left and right side of this circuit module is concaved with and aligns this hollow slots respectively for plural recess that respectively this positioning component passes.
The button finger ring of described hand-held device, wherein, this pedestal can convex with one or more holding division in upper side wall or lower wall.
The button finger ring of hand-held device provided by the invention, also comprises that pushbutton unit and confession pushbutton unit are installed in the hand-held device at the back side, wherein:
This pushbutton unit comprises pedestal, base plate, button and circuit module, wherein this pedestal the place ahead is for being concaved with accommodation space, this pedestal rear convexes with the finger ring portion of tool side direction finger-hole, and be provided with in the side wall surface place of contiguous this pedestal of this finger-hole the groove that runs through that is communicated to this accommodation space, this base plate is this accommodation space covering in this pedestal, on this base plate, be equipped with again one or more open-work, this button is to have to be positioned at this pedestal this runs through the base portion of groove, and this base portion rear side is to be extended with the press section protruding out in this finger-hole, this circuit module is to have be installed in this accommodation space of this pedestal and support the circuit board that is affixed on this base plate, this circuit board is close to the push switch triggering while being electrically connected with for this button press on this surface of running through groove, on this circuit board, being electrically connected with one or more extends and passes respectively this open-work towards this base plate and extend out to outside connector again,
This hand-held device back side is to be provided with for each connector of this circuit module complex conduction contact in electrical contact.
The button finger ring of described hand-held device, wherein, these finger ring portion two sidewalls of this pedestal connect this pedestal place for having flaring portion, and this runs through groove for this flaring portion of a contiguous side, this base plate top convexes with to be inserted this and runs through the oblique projection seat in groove, in this oblique projection seat, there is the face that tiltedly supports towards this finger-hole, and this circuit module is resisted against for being extended with on this circuit board that on this base plate, this tiltedly supports swash plate of face, on this swash plate surface, is electrically connected with this push switch.
The button finger ring of described hand-held device, wherein, this of this pedestal runs through groove side wall surface and has scalariform stopper section in contiguous this finger-hole one side, and this base portion front side periphery of this button is extended with the flange that is scalariform and is held in this stopper section.
The button finger ring of described hand-held device, wherein, this pedestal is left in this finger ring portion, right place is provided with two or two above location divisions, this location division has the perforation of inserting and extend this accommodation space outside for positioning component, this base plate left and right side is also concaved with two or two and aligns above this pedestal hollow slots that respectively this location division is passed for this positioning component, this circuit board left and right side of this circuit module is concaved with and aligns this hollow slots respectively for plural recess that respectively this positioning component passes, the hand-held device back side is to be provided with to be positioned at these conductive junction point two sides of plural number for this positioning component respectively fixing two or two above fixed parts.
The button finger ring of described hand-held device, wherein, this pedestal can convex with one or more holding division in upper side wall or lower wall, this hand-held device back side is the alignment grooves that can be concaved with this conductive junction point of accommodating plural number and two or two above these fixed parts, and is concaved with the fixing slot for respectively this holding division inserts in the corresponding upper side wall of this alignment grooves or lower wall place.
Effect of the present invention is:
1) this pushbutton unit is installed in the hand-held device back side, user can carry out grasp hand-held by general fashion, wherein a finger is through the finger-hole of pushbutton unit, allow hand-held device depart from while gripping and can support hand-held device, and the button of finger presses finger-hole side wall surface, just can allow circuit module transmission signal to hand-held device carry out predetermined function, allow user not need to change the posture of holding and press the button of hand-held device front surface, and then reach easy to use, reduce damage probability and reduce maintenance frequency.
2) this pushbutton unit, for base plate, button and circuit module are assembled on pedestal, again because pedestal is only slightly larger than finger, allows pushbutton unit have characteristic simple in structure, assembly is few, and then reduces manufacturing cost, weight reduction and reduced volume.
3) this pushbutton unit can be utilized the above positioning components of two or two to get loose and leave two, the hand-held device back side or two above fixed parts, allow pushbutton unit fast dismantling from hand-held device, just the pushbutton unit of replaceable one-tenth tool different size finger-hole, braces or rifle type handgrip, user just can change according to individual user demand, and then improving product applicability.
Accompanying drawing explanation
Fig. 1 is the stereo appearance figure of pushbutton unit of the present invention.
Fig. 2 is the three-dimensional exploded view of pushbutton unit of the present invention.
Fig. 3 is another three-dimensional exploded view of pushbutton unit of the present invention.
Fig. 4 is the stereo appearance figure before pushbutton unit of the present invention and hand-held device assembling.
Fig. 5 is the stereo appearance figure after pushbutton unit of the present invention and hand-held device assembling.
Fig. 6 is the stereo appearance figure of the present invention while using.
Main element symbol description in accompanying drawing:
1 pushbutton unit; 11 pedestals; 110 accommodation spaces; 111 finger ring portions; 1111 finger-holes; 1112 flaring portions; 112 run through groove; 1121 stopper sections; 113 location divisions; 1131 perforation; 1132 positioning components; 114 holding divisions; 12 base plates; 1211 tiltedly support face; 122 open-works; 123 hollow slots; 13 buttons; 131 base portions; 132 press sections; 133 flanges; 14 circuit modules; 141 circuit boards; 1411 swash plates; 1412 recesses; 142 push switches; 121 oblique projection seats; 143 connectors; 2 hand-held devices; 21 fixed parts; 22 contacts; 23 alignment grooves; 24 fixing slots.
Embodiment
The technology used in the present invention means and structure thereof, hereby draw and illustrate with regard to preferred embodiment of the present invention that in detail its features and functions is as follows, in order to understanding completely.
Refer to shown in Fig. 1, Fig. 2, Fig. 3, for stereo appearance figure, three-dimensional exploded view and another three-dimensional exploded view of pushbutton unit of the present invention, in figure, can know and find out, its pushbutton unit 1 comprises pedestal 11, base plate 12, button 13 and circuit module 14, wherein:
These pedestal 11 the place aheads are for being concaved with accommodation space 110, pedestal 11 rears convex with the finger ring portion 111 of tool side direction finger-hole 1111, and finger ring portion 111 2 sidewalls connect pedestal 11 places for having flaring portion 1112, and in the place, side wall surface top of the contiguous pedestals 11 of finger-hole 1111, be provided be communicated to accommodation space 110 run through groove 112, the side wall surface that runs through groove 112 contiguous finger-holes 1111 has scalariform stopper section 1121, and pedestal 11 is in finger ring portion 111 left sides, right place is provided with two or two above location divisions 113, location division 113 has the perforation 1131 of inserting and extend accommodation space 110 outsides for positioning component 1132.
This base plate 12 is for covering the accommodation space 110 in pedestal 11, and base plate 12 tops convex with inserts the oblique projection seat 121 running through in groove 112, tiltedly in projection seat 121, there is the face 1211 that tiltedly supports towards finger-hole 1111, on base plate 12, be equipped with one or more open-work 122, base plate 12 left and right sides are also concaved with two or two and align above the hollow slots 123 that pedestal 11 each location divisions 113 are passed for positioning component 1132 again.
This button 13 is positioned at for having the base portion 131 that pedestal 11 runs through groove 112, and base portion 131 rear sides are to be extended with the press section 132 protruding out in finger-hole 1111, base portion 131 front side peripheries are extended with and are scalariform and are held in the flange 133 that runs through groove 112 stopper sections 1121.
This circuit module 14 is installed in pedestal 11 accommodation spaces 110 and supports the circuit board 141 that is affixed on base plate 12 for having, and circuit module 14 is resisted against the oblique swash plate 1411 that supports face 1211 of oblique projection seat 121 on base plate 12 for being extended with on circuit board 141, circuit board 141 left and right sides are concaved with and align the plural recess 1412 that each hollow slots 123 is passed for each positioning component 1132, swash plate 1411 is contiguous runs through the push switch 142 triggering when being electrically connected with button 13 on the surface of groove 112 and pressing, on circuit board 141, being electrically connected with one or more extends and passes each open-work 122 towards base plate 12 and extend out to outside connector 143 again.
Refer to shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, for the stereo appearance figure before stereo appearance figure, three-dimensional exploded view, another three-dimensional exploded view, pushbutton unit and the hand-held device assembling of pushbutton unit of the present invention and the stereo appearance figure after assembling, in figure, can know and find out, this pushbutton unit 1 is for being installed on hand-held device 2, hand-held device 2 back sides are to be provided with two or two above fixed parts 21, its fixed part 21 can be screw or perforation, and between the above fixed parts 21 of two or two for being provided with complex conduction contact 22; This pushbutton unit 1 is for being installed in hand-held device 2 back sides, the positioning component 1132 that pushbutton unit 1 utilizes 11 2 of pedestals or two to pass above base plate 12 each hollow slots 123 aligns and is locked in the interior formation of the portion of being relatively fixed 21 location, and circuit module 14 extend out to one or more connectors 143 outside base plate 12 each open-works 122, for relative with the hand-held device 2 one or more conductive junction points 22 in the back side, just forming in electrical contactly, just completing Assembly Action.
In addition, hand-held device 2 back sides are for can be concaved with alignment grooves 23, more than two or two fixed part 21 and complex conduction contacts 22 are arranged in alignment grooves 23, its alignment grooves 23 is shaped as the pedestal 11 that is same as pushbutton unit 1, just can form really and align by inserting alignment grooves 23 modes during pushbutton unit 1 assembling, one or more connector 143 and conductive junction point 22 can really be aligned form in electrical contact.
Refer to Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Fig. 6, three-dimensional exploded view for pushbutton unit of the present invention, another three-dimensional exploded view, stereo appearance figure before pushbutton unit and hand-held device assembling, the stereo appearance figure when stereo appearance figure after assembling and use, in figure, can know and find out, when this hand-held device 2 uses, user is with being hold by one hand hand-held device 2, allow palm be positioned at hand-held device 2 back sides, and allow thumb and other four finger lay respectively at hand-held device 2 left sides, right side wall, and with finger wherein through the finger-hole 1111 of hand-held device 2 back button devices 1, allow user maintain the posture of holding originally, and this finger can utilize the press section 132 of pressing the interior button 13 of finger-hole 1111 to carry out the push switch 142 of circuits for triggering module 14, produce thus signal and by one or more connector 143, signal transferred in hand-held device 2 via each corresponding conductive junction point 22, user can be according to individual user demand, in hand-held device 2, set the function the most often used and press the predetermined function of rear execution for button 13, with this, reach the effect of shortcut.
Due to the plural button of hand-held device 2 all position on front surface, and user's thumb or other four finger will be from hand-held device 2 left sides, right side wall extends front surface, and to carry out pressing keys be very dumb, inconvenient, and only can be pressed into again the button of periphery, if be pressed into central button or will press easily, user just needs to change the posture of holding, finger-hole 1111 and button 13 by pushbutton unit 1, just can allow user by keyboard shortcut, control the most often predetermined function of use of hand-held device 2 startups, with this, reduce the number of times that changes the posture of holding, and then reach effect easy to use.
And if user is when grasp hand-held 2, while allowing hand-held device 2 depart from because of reasons such as collision or hand cunnings, because finger is wherein through the finger-hole 1111 of hand-held device 2 back button devices 1, just can utilize this finger to support hand-held device 2, can avoid hand-held device 2 to drop or collide, and then can reduce and damage probability and reduce maintenance frequency; Separately, because pushbutton unit 1 is simple in structure, assembly is few, volume is little, make manufactured materials with minimizing, and then can reduce manufacturing cost, weight reduction.
Moreover, because hand-held device 2 back sides are for having plural fixed part 21 and conductive junction point 22, if user is because of the reason of individual use habit or hand size, and need to change the pushbutton unit 1 of tool different size finger-hole 1111, or release button device 1 changes into while installing traditional rifle type handgrip or braces, just more than two or two positioning components 1132 in pushbutton unit 1 can be got loose and leave two, hand-held device 2 back side or two above fixed parts 21, now just pushbutton unit 1 can be separated to change operation, with this, just can allow hand-held device 2 meet different users's use habit, and then reach the applicability of the hand-held device 2 that promotes tool pushbutton unit 1.
Refer to Fig. 4, shown in Fig. 5, for the stereo appearance figure before pushbutton unit of the present invention and hand-held device assembling, stereo appearance figure after assembling, in figure, can know and find out, the pedestal 11 of this pushbutton unit 1 can convex with one or more holding division 114 in upper side wall or lower wall, 2 of hand-held devices are concaved with fixing slot 24 in the corresponding upper side wall of alignment grooves 23 or lower wall, when pushbutton unit 1 is assembled, just can each holding division 114 be inserted in each fixing slot 24 of alignment grooves 23 pedestal 11 inclination modes, allow pedestal 11 enter in alignment grooves 23 pedestal 11 turns again, not only can allow pedestal 11 facilitate contraposition to insert alignment grooves 23, and beat in the time of can avoiding pedestal 11 turn and cannot insert the problem of alignment grooves 23, moreover, by more than two or two positioning components 1132, allow pushbutton unit 1 be fixed on after hand-held device 2, because of a left side, each holding division 114 of each positioning component 1132 of right side and upper side wall or lower wall, allow pushbutton unit 1 and hand-held device 2 locate and can not move or turn by more than location at 3, and then there is the effect of certain location.
Above-mentioned hand-held device 2 is a palmtop computer, it can have the function of mobile phone (2G or 3G), GPS (Global Position System) (GPS), wireless transmission (bluetooth or wireless network) or data acquisition (reading one-dimensional bar code, two-dimensional bar, image file, RFID label, magnetic stripe card or IC-card etc.), and hand-held device 2 front surfaces can have screen and plural button, its hand-held device 2 at least has the function of computer and data acquisition, yet relevant hand-held device 2 is known technology, and this thin portion forms non-main points of the present invention, hereby repeats no more.
Above-mentioned pushbutton unit 1 can be equipped with above or below the contiguous pedestals 11 of finger ring portion 111 and run through groove 112, and it is contiguous or away from running through groove 112 1 sides that two of pedestal 11 left and right two sides or two above 113 of location divisions can be positioned at, its function that only tool supplies button 13 installings and is fixed on hand-held device 2 for each positioning component 1132, non-so limit to scope of the present invention, as utilize other modification and equivalent structure to change, all should in like manner be contained within the scope of the claim of the present patent application.
The button finger ring of the hand-held device of the invention described above when reality is used, for thering is following advantage, as:
One) this pushbutton unit 1 is installed in behind hand-held device 2 back sides, user can carry out grasp hand-held 2 by general fashion, wherein can be through the finger-hole 1111 of pushbutton unit 1 once finger, just can utilize the button 13 of these finger presses finger-hole 1111 side wall surfaces, allow circuit module 14 transmission signals to hand-held device 2, make hand-held device 2 carry out the predetermined function that user the most often uses, allow user not need to change the button that the posture of holding is pressed hand-held device 2 front surfaces.
Two) during this user's grasp hand-held 2, because finger is wherein through the finger-hole 1111 of hand-held device 2 back button devices 1, when the reasons such as collision or hand cunning allow hand-held device 2 depart from gripping, just can utilize this finger to support hand-held device 2, avoid hand-held device 2 to drop or collide.
Three) this pushbutton unit 1 is for to be assembled in base plate 12, button 13 and circuit module 14 on pedestal 11, the volume of pedestal 11 is cumulative volumes of pushbutton unit 1, and pedestal 11 is only slightly larger than finger, thus the characteristic that pushbutton unit 1 has is simple in structure, assembly is few, make manufactured materials with minimizing.
Four) this pushbutton unit 1 can be utilized the above positioning components 1132 of two or two to get loose and leave two, hand-held device 2 back side or two above fixed parts 21, by pushbutton unit 1 fast dismantling from hand-held device 2, just the pushbutton unit 1 of replaceable one-tenth tool different size finger-hole 1111, braces or rifle type handgrip, allow hand-held device 2 meet different users's use habit by this.
Therefore, the present invention is the button finger ring mainly for hand-held device, and the pedestal of pushbutton unit 1 11 accommodation space 110 covers can be established to base plate 12, on finger-hole 1111 sidewalls of pedestal 11 rear finger ring portions 111, run through 112 installing buttons 13 of groove, and in the interior installing circuit module 14 of pedestal 11 accommodation space 110, while allowing user's grasp hand-held 2, a finger is through finger-hole 1111, remove and can allow hand-held device 2 depart from while gripping, utilize this finger to support hand-held device 2, also can pass through the button 13 of these finger presses finger-hole 1111 side wall surfaces, allow circuit module 14 transmission signals to hand-held device 2 carry out the predetermined function the most often using, allow user not need to change the posture of holding, to promote ease of use, reducing damage probability and reducing maintenance frequency is main key protection point, only, the foregoing is only preferred embodiment of the present invention, non-so limit to interest field of the present invention, therefore such as use simple and easy modification and the equivalent structure that specification of the present invention and accompanying drawing content are done to change, all should in like manner be contained within the scope of claim of the present invention.
Claims (10)
1. a button finger ring for hand-held device, comprises pushbutton unit and supplies pushbutton unit to be installed in the hand-held device at the back side, and this pushbutton unit comprises pedestal, base plate, button and circuit module, wherein:
This pedestal the place ahead is for being concaved with accommodation space, and this pedestal rear convexes with the finger ring portion of tool side direction finger-hole, and is provided with in the side wall surface place of contiguous this pedestal of this finger-hole the groove that runs through that is communicated to this accommodation space;
This base plate is this accommodation space covering in this pedestal, then on this base plate, is equipped with one or more open-work;
This button is to have to be positioned at this pedestal this runs through the base portion of groove, and this base portion rear side is to be extended with the press section protruding out in this finger-hole;
This circuit module is to have be installed in this accommodation space of this pedestal and support the circuit board that is affixed on this base plate, contiguous this of this circuit board runs through the push switch triggering while being electrically connected with for this button press on surface of groove, then on this circuit board, is electrically connected with one or more and towards this base plate, extends and pass respectively this open-work and extend out to outside connector.
2. the button finger ring of hand-held device as claimed in claim 1, wherein, these finger ring portion two sidewalls of this pedestal connect this pedestal place for having flaring portion, and this runs through groove for this flaring portion of a contiguous side, this base plate top convexes with to be inserted this and runs through the oblique projection seat in groove, in this oblique projection seat, there is the face that tiltedly supports towards this finger-hole, and this circuit module is resisted against for being extended with on this circuit board that on this base plate, this tiltedly supports swash plate of face, on this swash plate surface, is electrically connected with this push switch.
3. the button finger ring of hand-held device as claimed in claim 1, wherein, this of this pedestal runs through groove side wall surface and has scalariform stopper section in contiguous this finger-hole one side, and this base portion front side periphery of this button is extended with the flange that is scalariform and is held in this stopper section.
4. the button finger ring of hand-held device as claimed in claim 1, wherein, this pedestal is provided with more than two or two location divisions in this left and right place of finger ring portion, this location division has the perforation of inserting and extend this accommodation space outside for positioning component, this base plate left and right side is also concaved with two or two and aligns above this pedestal hollow slots that respectively this location division is passed for this positioning component, and this circuit board left and right side of this circuit module is concaved with and aligns this hollow slots respectively for plural recess that respectively this positioning component passes.
5. the button finger ring of hand-held device as claimed in claim 4, wherein, this pedestal can convex with one or more holding division in upper side wall or lower wall.
6. a button finger ring for hand-held device, comprises that pushbutton unit and confession pushbutton unit are installed in the hand-held device at the back side, wherein:
This pushbutton unit comprises pedestal, base plate, button and circuit module, wherein this pedestal the place ahead is for being concaved with accommodation space, this pedestal rear convexes with the finger ring portion of tool side direction finger-hole, and be provided with in the side wall surface place of contiguous this pedestal of this finger-hole the groove that runs through that is communicated to this accommodation space, this base plate is this accommodation space covering in this pedestal, on this base plate, be equipped with again one or more open-work, this button is to have to be positioned at this pedestal this runs through the base portion of groove, and this base portion rear side is to be extended with the press section protruding out in this finger-hole, this circuit module is to have be installed in this accommodation space of this pedestal and support the circuit board that is affixed on this base plate, this circuit board is close to the push switch triggering while being electrically connected with for this button press on this surface of running through groove, on this circuit board, being electrically connected with one or more extends and passes respectively this open-work towards this base plate and extend out to outside connector again,
This hand-held device back side is to be provided with for each connector of this circuit module complex conduction contact in electrical contact.
7. the button finger ring of hand-held device as claimed in claim 6, wherein, these finger ring portion two sidewalls of this pedestal connect this pedestal place for having flaring portion, and this runs through groove for this flaring portion of a contiguous side, this base plate top convexes with to be inserted this and runs through the oblique projection seat in groove, in this oblique projection seat, there is the face that tiltedly supports towards this finger-hole, and this circuit module is resisted against for being extended with on this circuit board that on this base plate, this tiltedly supports swash plate of face, on this swash plate surface, is electrically connected with this push switch.
8. the button finger ring of hand-held device as claimed in claim 6, wherein, this of this pedestal runs through groove side wall surface and has scalariform stopper section in contiguous this finger-hole one side, and this base portion front side periphery of this button is extended with the flange that is scalariform and is held in this stopper section.
9. the button finger ring of hand-held device as claimed in claim 6, wherein, this pedestal is left in this finger ring portion, right place is provided with two or two above location divisions, this location division has the perforation of inserting and extend this accommodation space outside for positioning component, this base plate left and right side is also concaved with two or two and aligns above this pedestal hollow slots that respectively this location division is passed for this positioning component, this circuit board left and right side of this circuit module is concaved with and aligns this hollow slots respectively for plural recess that respectively this positioning component passes, the hand-held device back side is to be provided with to be positioned at these conductive junction point two sides of plural number for this positioning component respectively fixing two or two above fixed parts.
10. the button finger ring of hand-held device as claimed in claim 9, wherein, this pedestal can convex with one or more holding division in upper side wall or lower wall, this hand-held device back side is the alignment grooves that can be concaved with this conductive junction point of accommodating plural number and two or two above these fixed parts, and is concaved with the fixing slot for respectively this holding division inserts in the corresponding upper side wall of this alignment grooves or lower wall place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110204004.8A CN102891027B (en) | 2011-07-21 | 2011-07-21 | Button ring of handheld device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110204004.8A CN102891027B (en) | 2011-07-21 | 2011-07-21 | Button ring of handheld device |
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| CN102891027A CN102891027A (en) | 2013-01-23 |
| CN102891027B true CN102891027B (en) | 2014-12-10 |
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| CN201110204004.8A Expired - Fee Related CN102891027B (en) | 2011-07-21 | 2011-07-21 | Button ring of handheld device |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US1667067A (en) * | 1927-08-29 | 1928-04-24 | Chesley Frank | Moistening device |
| US4020527A (en) * | 1976-01-02 | 1977-05-03 | Neill Wilbur J O | Grip for a hand held portable device |
| CN101465225A (en) * | 2007-12-19 | 2009-06-24 | 宏达国际电子股份有限公司 | Input device and hand-held electronic device |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20020067342A1 (en) * | 2000-12-05 | 2002-06-06 | Proper Kenneth W. | Computer mouse |
| JP2005293512A (en) * | 2004-04-05 | 2005-10-20 | Itsuo Kumazawa | Finger-worn type data input device |
| JP2011035810A (en) * | 2009-08-05 | 2011-02-17 | Hirono Tekkosho:Kk | Mobile terminal holder |
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2011
- 2011-07-21 CN CN201110204004.8A patent/CN102891027B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US1667067A (en) * | 1927-08-29 | 1928-04-24 | Chesley Frank | Moistening device |
| US4020527A (en) * | 1976-01-02 | 1977-05-03 | Neill Wilbur J O | Grip for a hand held portable device |
| CN101465225A (en) * | 2007-12-19 | 2009-06-24 | 宏达国际电子股份有限公司 | Input device and hand-held electronic device |
Non-Patent Citations (2)
| Title |
|---|
| JP特开2005-293512A 2005.10.20 * |
| JP特开2011-35810A 2011.02.17 * |
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| CN102891027A (en) | 2013-01-23 |
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