CN101673857B - Side-contact type charger base - Google Patents
Side-contact type charger base Download PDFInfo
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- CN101673857B CN101673857B CN2009101531276A CN200910153127A CN101673857B CN 101673857 B CN101673857 B CN 101673857B CN 2009101531276 A CN2009101531276 A CN 2009101531276A CN 200910153127 A CN200910153127 A CN 200910153127A CN 101673857 B CN101673857 B CN 101673857B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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Abstract
The invention relates to a side-contact type charger base comprising a base body, wherein the base body is provided with a holding groove (11) used for being inserted by the body of a mobile phone; the right side (11-1) of the holding groove (11) is provided with a first and a second through hole (1-2 and 1-3) capable of being penetrated by a first and a second charging contact (2-3 and 2-4); the charger base is characterized in that: the base body is internally provided with a first sliding block (2) capable of sliding left and right, a first elastic part (4) and a stroke controller (5), wherein the first sliding block (2) can slide left and right; the first charging contact (2-3) and the second charging contact (2-4) are fixedly connected with the first sliding block (2); the first sliding block (2) is also provided with a first inclined plane (2-2); a first end of the first elastic part (4) props against the first sliding block (2) at a first end and has the trend of forcing the first sliding block (2) to move right; the bottom of the stroke controller (5) is provided with a boss (5-3) penetrating out of a step hole (1-7) at the bottom of the holding groove; and the upper part of the stroke controller (5) is provided with a second inclined plane (5-1) matched with the first inclined plane (2-2). Compared with the prior art, the side-contact type charger base do not scrape the side shell of the mobile phone in use.
Description
Technical field
The present invention relates to a kind of side-contact type charger base that is used for to cell-phone charging.
Background technology
Side-contact type charger is mainly used in the cell-phone charging that is provided with the charging copper sheet to those sides, this side-contact type charger generally comprises the base body, this base body is provided with the holding tank that inserts for handset, be provided with the charging circuit mainboard that can link to each other in the base body with civil power, the right flank of holding tank is provided with two charging contacts that expose to outside the base body, two charging contacts are electrically connected with the charging circuit mainboard and control positive-negative polarity by the charging circuit mainboard, this this two charging contacts are after mobile phone inserts the base holding tank, thereby contact with two charging copper sheets of mobile phone side respectively and give cell-phone charging
But, in the existing side-contact type charger, two charging contacts all are fixedly installed on the base body, and be exposed to all the time outside the base body, because the charging contact generally all is that metal material is made, when needs were given cell-phone charging, mobile phone was in the process of the holding tank that inserts the base body, the charging contact is easy to the side of hand set machine shell is scratched, thereby the overall appearance of hand set machine shell is impacted.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of side-contact type charger base that can not scratch the hand set machine shell side at above-mentioned prior art.
The present invention solves the problems of the technologies described above the technical scheme that is adopted: this side-contact type charger base, include a base body, this base body is provided with the holding tank that inserts for handset, be provided with the charging circuit mainboard that can link to each other in the base body with civil power, the right flank of holding tank is provided with first through hole and second through hole that can supply the first charging contact and the second charging contact to pass, the described first charging contact and the second charging contact are electrically connected with described charging circuit mainboard and control positive-negative polarity by described charging circuit mainboard, thereby the described first charging contact and the second charging contact can contact respectively with two charging copper sheets on the mobile phone side and give cell-phone charging, it is characterized in that: described holding tank bottom is provided with stepped hole, and described base body interior is provided with
First slide block, can horizontally slip and be arranged on described base body interior, fixedly connected with this first slide block with the second charging contact in the described first charging contact, the described first charging contact and the second charging contact can pass described first through hole and second through hole and part and be exposed to outside the base body when described first slide block takes place to left dislocation, and the described first charging contact and the second charging contact can all be positioned within the base body when displacement to the right takes place described first slide block; Also has first inclined-plane on described first slide block;
First elastic component, first end and first slide block offset, and have the trend that forces described first slide block to move right;
Journey controller, the trip controller bottom is provided with the boss that passes described holding tank bottom stage hole; Described journey controller top is provided with second inclined-plane that matches with described first inclined-plane, and described journey controller is when having the described boss of pressed by external force to move down, second inclined-plane on the journey controller pushes first inclined-plane on first slide block, thereby forces described first slide block to take place to left dislocation.
As improvement, also comprise in the base body of the present invention
Button mechanism, this button mechanism comprises the button mechanism body, and this button mechanism body is provided with buckle and the button that partly is exposed to outside the base body, and this button mechanism body is provided with the 5th inclined-plane and the 6th inclined-plane;
Second elastic component contacts with the buckle of described button mechanism, and have the button that forces on the described button mechanism all the time part be exposed to trend outside the base body;
The free end of the described first charging contact has first crimp that matches with described the 5th inclined-plane, and the free end of the described second charging contact has second crimp that matches with described the 6th inclined-plane;
Described button mechanism is when having the described button down of pressed by external force to move, and the 5th inclined-plane on the button mechanism pushes the free end of the first charging contact, thereby forces described first contact to be subjected to displacement to the right; The free end of the 6th inclined-plane extruding second charging contact on the button mechanism, thus force described second contact to be subjected to displacement to the right.
Also be provided with first convex tendon on described first slide block, the right flank of described holding tank is provided with the third through-hole that can supply described first convex tendon to pass, described first convex tendon can pass described third through-hole when described first slide block takes place to left dislocation and part is exposed to outside the base body, and described first convex tendon can all be positioned within the base body when displacement to the right takes place described first slide block.
Also be provided with the 3rd crimp of fixedlying connected with described first convex tendon on described first slide block, described button mechanism body is provided with the 7th inclined-plane that matches with described the 3rd crimp;
Described button mechanism is when having the described button down of pressed by external force to move, and the 7th inclined-plane on the button mechanism pushes the 3rd crimp, thereby forces described first convex tendon to be subjected to displacement to the right.
Described base body interior also is provided with
Second slide block, can horizontally slip is arranged on described base body interior, and second end of described first elastic component and described second slide block offset, and have the trend that forces described second slide block to be moved to the left.
Also be provided with the 3rd inclined-plane on described second slide block; The top of described journey controller is a bite glyph framework, adopt described second inclined-plane excessively to be connected between this square shape frame upper side inwall and the right side inwall, adopt between described square shape frame upper side inwall and the inner left wall with the 4th inclined-plane that described the 3rd inclined-plane matches excessively to be connected; And described journey controller is when having the described boss of pressed by external force to move down, and the 4th inclined-plane on the journey controller pushes the 3rd inclined-plane on second slide block, thereby forces described second slide block that displacement to the right takes place.
Described second slide block is provided with second convex tendon and the 3rd convex tendon, the left surface of described holding tank is provided with the fourth hole and the fifth hole that can supply second convex tendon and the 3rd convex tendon to pass, described second convex tendon and the 3rd convex tendon can pass described fourth hole and fifth hole when displacement to the right takes place described second slide block and part is exposed to outside the base body, and described second convex tendon and the 3rd convex tendon can all be positioned within the base body when described second slide block takes place to left dislocation.
Also be provided with the 4th crimp of fixedlying connected, the 5th crimp of fixedlying connected on described second slide block with described the 3rd convex tendon with described second convex tendon,
Described button mechanism body is formed U type structure by limit, left side, middle fillet and right edge, described button and buckle are arranged on the middle fillet of button mechanism body, described the 5th inclined-plane and the 6th inclined-plane are arranged on the right edge of button mechanism body, and the limit, left side of described button mechanism body is provided with the 8th inclined-plane and the 9th inclined-plane that matches with described the 4th crimp and the 5th crimp;
Described button mechanism is when having the described button down of pressed by external force to move, the 8th inclined-plane on the button mechanism pushes the 4th crimp, thereby force described second convex tendon to be subjected to displacement left, the 9th inclined-plane on the button mechanism pushes the 5th crimp, thereby forces described the 3rd convex tendon to be subjected to displacement left.
Compared with prior art, the invention has the advantages that: by mechanism provided by the invention, under nature, the first charging contact and the second charging contact are in the inside of base body all the time under the resilient force of first elastic component; And if only if when mobile phone is inserted into the bottommost of base body holding tank, the mobile phone bottom surface is pushed the boss of journey controller downwards, journey controller triggers the first charging contact and the second charging contact is subjected to displacement again left then, thereby two charging copper sheets of the first charging contact and second charging contact and the mobile phone side are contacted to cell-phone charging; Avoid mobile phone to insert in the base body holding tank process problem that the hand set machine shell side is scratched by two charging contacts.
Description of drawings
Fig. 1 is the perspective view one (seeing from left to right) of the embodiment of the invention;
Fig. 2 is the perspective view two (seeing from right to left) of the embodiment of the invention;
The explosive view one of Fig. 3 embodiment of the invention (positive angle);
Fig. 4 is embodiment of the invention explosive view two (a backsight angle);
Fig. 5 removes base body back cover rear section assembling perspective view (backsight angle) for the embodiment of the invention;
Fig. 6 is provided with the mobile phone perspective view one (seeing from left to right) of charging copper sheet for side in the embodiment of the invention;
Fig. 7 is provided with the mobile phone perspective view two (seeing from right to left) of charging copper sheet for side in the embodiment of the invention;
Fig. 8 is for removing the setting plane (backsight angle) under nature behind the base body back cover in the embodiment of the invention;
Fig. 9 be among Fig. 8 A-A to cutaway view;
Figure 10 be among Fig. 8 B-B to cutaway view;
Figure 11 is for removing the setting plane (backsight angle) after mobile phone inserts the holding tank bottommost behind the base body back cover in the embodiment of the invention;
Figure 12 be among Figure 11 C-C to cutaway view;
Figure 13 be among Figure 12 D-D to cutaway view.
Embodiment
Embodiment describes in further detail the present invention below in conjunction with accompanying drawing.
Side-contact type charger base shown in Fig. 1～5, comprise base body by fore shell 1 and back cover 9 combinations, the base body is provided with the holding tank 11 that inserts for handset, the base body is provided with guide lugs 12 in the left and right sides of holding tank 11, is provided with charging circuit mainboard 8, first slide block 2, second slide block 3, first elastic component 4, journey controller 5, button mechanism, second elastic component 7 that can link to each other with civil power in the base body; Wherein the back side of fore shell 1 is provided with the guide runner 1-1 of two horizontally sets; Two slide guide limit 2-1 are set on first slide block 2, and the guide runner 1-1 on the back side of these two slide guide limit 2-1 and fore shell 1 cooperates, and first slide block 2 can be horizontally slipped in the base body interior; Two slide guide limit 3-1 also are set on second slide block 3, and the guide runner 1-1 on the back side of these two slide guide limit 3-1 and fore shell 1 cooperates, and second slide block 3 also can be horizontally slipped in the base body interior; First end of first elastic component 4 and first slide block 2 offset, and second end of first elastic component 4 and second slide block 3 offset, and have and force described first slide block 2 to move right and force the trend of described second slide block 3 to left movement; The right flank 11-1 of holding tank 11 is provided with the first through hole 1-2 and the second through hole 1-3 that can supply the first charging contact 2-3 and the second charging contact 2-4 to pass; The first charging contact 2-3 is fixedlyed connected with this first slide block 2 with the second charging contact 2-4, and the first charging contact 2-3 and the second charging contact 2-4 can pass the first through hole 1-2 and the second through hole 1-3 and part and be exposed to outside the base body when first slide block 2 takes place to left dislocation, and the first charging contact 2-3 and the second charging contact 2-4 can all be positioned within the base body when displacement to the right takes place first slide block 2; The first charging contact 2-3 and second charging contact 2-4 and the charging circuit mainboard 8 are electrically connected by soft electric wire and by charging circuit mainboard 8 their positive-negative polarities of control, contact 2-4 can contact respectively to cell-phone charging with two copper sheets that charge on the mobile phone side thereby the first charging contact 2-3 and second charges; Also have the first inclined-plane 2-2, the first convex tendon 2-5 on first slide block 2, the right flank 11-1 of described holding tank 11 is provided with the third through-hole 1-4 that can supply the first convex tendon 2-5 to pass, the described first convex tendon 2-5 can pass described third through-hole 1-4 when described first slide block 2 takes place to left dislocation and part is exposed to outside the base body, and the described first convex tendon 2-5 can all be positioned within the base body when displacement to the right takes place described first slide block 2; Described second slide block 3 is provided with the second convex tendon 3-3 and the 3rd convex tendon 3-4, the left surface 11-2 of described holding tank 11 is provided with the fourth hole 1-5 and the fifth hole 1-6 that can supply the second convex tendon 3-3 and the 3rd convex tendon 3-4 to pass, described second convex tendon 3-3 and the 3rd convex tendon 3-4 can pass described fourth hole 1-5 and fifth hole 1-6 when displacement to the right takes place described second slide block 3 and part is exposed to outside the base body, and the described second convex tendon 3-3 and the 3rd convex tendon 3-4 can all be positioned within the base body when described second slide block 2 takes place to left dislocation; Also be provided with the 3rd inclined-plane 3-2 on described second slide block 3; The top of described journey controller 5 is a bite glyph framework, adopt between this square shape frame upper side inwall and the right side inwall with first slide block 2 on the second inclined-plane 5-1 that matches of the first inclined-plane 2-2 excessively be connected, employing excessively is connected with the 4th inclined-plane 5-2 that the 3rd inclined-plane 3-2 on described second slide block 3 matches between described square shape frame upper side inwall and the inner left wall; And described journey controller is when having the described boss of pressed by external force to move down, the 4th inclined-plane 5-2 on the journey controller pushes the 3rd inclined-plane 3-2 on second slide block 2, and the trip controller 5 bottoms are provided with two boss 5-3 that pass the stepped hole 1-7 on holding tank 11 bottom surfaces respectively; Described journey controller 5 is when having the described boss 5-3 of pressed by external force to move down, the second inclined-plane 5-1 on the journey controller 5 pushes the first inclined-plane 2-2 on first slide block 2, the 4th inclined-plane 5-2 on the journey controller 5 pushes the 3rd inclined-plane 3-2 on second slide block 3, thereby forces described first slide block 2 to take place to left dislocation and force described second slide block 3 that displacement to the right takes place.
Button mechanism comprises by limit, left side, middle fillet and right edge forms U type button mechanism body 6, the middle fillet of this button mechanism body 6 is provided with buckle 6-2 and the button 6-1 that partly is exposed to outside the base body, and these button mechanism body 6 right edge are provided with the 5th inclined-plane 6-3, the 6th inclined-plane 6-4 and the 7th inclined-plane 6-5; This limit, button mechanism body left side is provided with the 8th inclined-plane 6-6 and the 9th inclined-plane 6-7; Second elastic component 7 contacts with the buckle 6-2 of described button mechanism, and have the button 6-1 that forces on the described button mechanism all the time part be exposed to trend outside the base body.
In addition, the free end of the described first charging contact 2-3 has the first crimp 2-6 that matches with described the 5th inclined-plane 6-3, and the free end of the described second charging contact 2-4 has the second crimp 2-7 that matches with described the 6th inclined-plane 6-4; Be fixedly connected with the 3rd crimp 2-8 with the first convex tendon 2-5 on described first slide block 2, the 3rd crimp 2-8 matches with the 7th inclined-plane 6-5 on described button mechanism body 6 right edge; When described button mechanism when having the described button 6-1 of pressed by external force to move down, the free-ended first crimp 2-6 of the 5th inclined-plane 6-3 on the button mechanism extruding first charging contact 2-3, thus force the described first contact 2-3 to be subjected to displacement to the right; The free-ended second crimp 2-7 of the 6th inclined-plane 6-4 extruding second charging contact 2-4 on the button mechanism, thus force the described second contact 2-4 to be subjected to displacement to the right; The 7th inclined-plane 6-5 on the button mechanism pushes the 3rd crimp 2-8, thereby forces the described first convex tendon 2-5 to be subjected to displacement to the right.
Also be provided with the 4th crimp 3-5 of fixedlying connected, the 5th crimp 3-6 of fixedlying connected on described second slide block 2 with described the 3rd convex tendon 3-4 with the described second convex tendon 3-3, the 4th crimp 3-5 matches with described the 8th inclined-plane 6-6, and the 5th crimp 3-6 matches with described the 9th inclined-plane 6-7; Described button mechanism is when having the described button 1-1 of pressed by external force to move down, the 8th inclined-plane 6-6 on the button mechanism pushes the 4th crimp 3-5, thereby force the described second convex tendon 3-4 to be subjected to displacement left, the 9th inclined-plane 6-7 on the button mechanism pushes the 5th crimp 3-6, thereby forces described the 3rd convex tendon 3-4 to be subjected to displacement left.
In the present embodiment, first elastic component 4 is a coil type spring, and second elastic component 7 is shaft-like spring.
It more than is the concrete structure of side-contact type charger base in the embodiment of the invention.
The present invention in use, be mainly used in to the cell-phone charging that the charging copper sheet is set on the right flank, mobile phone 10 right flanks during the present invention uses are provided with two charging copper sheet 10-1,10-2, preferably, this mobile phone right flank also is provided with pit 10-3, left surface also is provided with pit 10-4, shown in Fig. 6-7.
The present invention is under nature, have only two the step 5-3 of journey controller 5 and the button 6-1 of button mechanism partly to be exposed to outside the base body, at this moment promptly, have only two the step 5-3 of journey controller 5 and the button 6-1 of button mechanism partly to be exposed within the holding tank 11; And the charging of first on first slide block 2 contact 2-3, second charging contact 2-4, the first convex tendon 2-5, the second convex tendon 3-3 on second slide block 3, the second convex tendon 3-4, these several parts all are positioned within the base body, shown in Fig. 8,9,10 owing to the elastic acting force of first elastic component.
And the holding tank 11 that inserts the base body when mobile phone 10 arrives after the bottommost always, mobile phone bottom surface 10-5 pushes two step 5-3 of journey controller 5, thereby journey controller 5 is moved down, at this moment the second inclined-plane 5-1 on the journey controller 5 pushes the first inclined-plane 2-2 on first slide block 2, thereby displacement left takes place in the elastic acting force that makes first slide block 2 overcome first elastic component, the first charging contact 2-3 of at this moment fixedlying connected and the second charging contact 2-4 passes the first through hole 1-2 and the second through hole 1-3 and part is exposed to outside the base body with first slide block 2, thus at this moment two charging contacts just can contact with two charging copper sheets of mobile phone 10 right flanks and make mobile phone enter charged state; Simultaneously, the first convex tendon 2-5 on first slide block 2 also passes third through-hole 1-4 and part is exposed to outside the base body, and at this moment the first convex tendon 2-5 just can match with the pit 10-3 of mobile phone 10 right flanks, and mobile phone 10 is locked on the base body; In addition, the 4th inclined-plane 5-2 on the journey controller 5 pushes the 3rd inclined-plane 3-2 on second slide block 3, thereby displacement to the right takes place in the elastic acting force that makes second slide block 3 overcome first elastic component, at this moment second convex tendon 3-3 on second slide block 3 and the 3rd convex tendon 3-4 also pass fourth hole 1-5 and fifth hole 1-6 respectively, the second convex tendon 3-3 just can match with the pit 10-4 of mobile phone 10 left surfaces, the 3rd convex tendon 3-4 matches with mobile phone left surface 10-6, mobile phone 10 is locked on the base body firmly, shown in Figure 11,12,13.
After mobile phone 10 chargings finish, customer need is pushed the button 6-1 on the base body, the elastic force that button mechanism overcomes second elastic component moves down, the 5th inclined-plane 6-3 on the button mechanism body 6 promotes the first crimp 2-6, the 6th inclined-plane 6-4 promotes the second crimp 2-7 and moves to the right, the 7th inclined-plane 6-5 promotes the 3rd crimp 2-8 and moves to the right, the 8th inclined-plane 6-6 promotes the 4th crimp 3-5 and moves to the left, the 9th inclined-plane 6-7 promotes the 5th crimp 3-6 and moves to the left, makes mobile phone be recharged the device base and unclamps.This moment first slide block 2 and second slide block 3 under first elastic component 4 promotes respectively to the right be moved to the left, the first inclined-plane 2-2 promotes the second inclined-plane 5-1, the 3rd inclined-plane 3-2 and promotes the 4th inclined-plane 5-2 journey controller 5 is moved up, be totally released thereby make mobile phone 10 be recharged device base body, charger base returns to nature.
In the literal of foregoing description, about left, to the right, downwards, to first-class term position, all are left and right, upper and lower under the situation of positive angle base body.
Claims (7)
1. side-contact type charger base, include a base body, this base body is provided with the holding tank (11) that inserts for handset, be provided with the charging circuit mainboard (8) that can link to each other in the base body with civil power, the right flank (11-1) of holding tank (11) is provided with first through hole (1-2) and second through hole (1-3) that can supply the first charging contact (2-3) and the second charging contact (2-4) to pass, the described first charging contact (2-3) and the second charging contact (2-4) are electrically connected with described charging circuit mainboard (8) and control positive-negative polarity by described charging circuit mainboard (8), the described first charging contact (2-3) and the second charging contact (2-4) thus can contact respectively to cell-phone charging with two charging copper sheets on the mobile phone side, it is characterized in that: described holding tank (11) bottom is provided with stepped hole (1-7), and described base body interior is provided with
First slide block (2), can horizontally slip and be arranged on described base body interior, fixedly connected with this first slide block (2) with the second charging contact (2-4) in the described first charging contact (2-3), the described first charging contact (2-3) and the second charging contact (2-4) can pass described first through hole (1-2) and second through hole (1-3) and part and be exposed to outside the base body when described first slide block (2) takes place to left dislocation, and described first contact (2-4) of charging, contact (2-3) and second of charging can all be positioned within the base body when displacement to the right takes place described first slide block (2); Also has first inclined-plane (2-2) on described first slide block (2);
First elastic component (4), first end and first slide block (2) offset, and have the trend that forces described first slide block (2) to move right;
Journey controller (5), the trip controller (5) bottom is provided with the boss (5-3) that passes described holding tank bottom stage hole (1-7); Described journey controller (5) top is provided with second inclined-plane (5-1) that matches with described first inclined-plane (2-2), and described journey controller (5) is having the described boss of pressed by external force (5-3) when moving down, first inclined-plane (2-2) on second inclined-plane (5-1) extruding first slide block (2) on the journey controller (5), thus force described first slide block (2) to take place to left dislocation;
Button mechanism, this button mechanism comprises button mechanism body (6), this button mechanism body (6) is provided with buckle (6-2) and part is exposed to button (6-1) outside the base body, and this button mechanism body is provided with the 5th inclined-plane (6-3) and the 6th inclined-plane (6-4);
Second elastic component (7) contacts with the buckle (6-2) of described button mechanism, and have the button (6-1) that forces on the described button mechanism all the time part be exposed to trend outside the base body;
The free end of the described first charging contact (2-3) has first crimp (2-6) that matches with described the 5th inclined-plane (6-3), and the free end of the described second charging contact (2-4) has second crimp (2-7) that matches with described the 6th inclined-plane (6-4);
Described button mechanism is having the described button of pressed by external force (6-1) when moving down, the 5th inclined-plane (6-3) extruding first charging contact (2-3) free-ended first crimp (2-6) on the button mechanism, thus force described first contact (2-3) to be subjected to displacement to the right; The 6th inclined-plane (6-4) extruding second charging contact (2-4) free-ended second crimp (2-7) on the button mechanism, thus force described second contact (2-4) to be subjected to displacement to the right.
2. side-contact type charger base according to claim 1, it is characterized in that: also be provided with first convex tendon (2-5) on described first slide block (2), the right flank of described holding tank (11) is provided with the third through-hole (1-4) that can supply described first convex tendon (2-5) to pass, described first convex tendon (2-5) can pass described third through-hole (1-4) when described first slide block (2) takes place to left dislocation and part is exposed to outside the base body, and described first convex tendon (2-5) can all be positioned within the base body when displacement to the right takes place described first slide block (2).
3. side-contact type charger base according to claim 2, it is characterized in that: also be provided with the 3rd crimp (2-8) of fixedlying connected with described first convex tendon (2-5) on described first slide block (2), described button mechanism body (6) is provided with the 7th inclined-plane (6-5) that matches with described the 3rd crimp (2-8);
Described button mechanism is having the described button of pressed by external force (6-1) when moving down, the 7th inclined-plane (6-5) extruding the 3rd crimp (2-8) on the button mechanism, thus force described first convex tendon (2-5) to be subjected to displacement to the right.
4. side-contact type charger base according to claim 1 is characterized in that: described base body interior also is provided with
Second slide block (3), can horizontally slip is arranged on described base body interior, and second end of described first elastic component (4) and described second slide block (3) offset, and have the trend that forces described second slide block (3) to be moved to the left.
5. side-contact type charger base according to claim 4 is characterized in that: also be provided with the 3rd inclined-plane (3-2) on described second slide block (3); The top of described journey controller (5) is a bite glyph framework, adopt described second inclined-plane (5-1) transition to be connected between this square shape frame upper side inwall and the right side inwall, employing is connected with the 4th inclined-plane (5-2) transition that described the 3rd inclined-plane (3-2) matches between described square shape frame upper side inwall and the inner left wall; And described journey controller (5) is having the described boss of pressed by external force (5-3) when moving down, the 3rd inclined-plane (3-2) on the 4th inclined-plane (5-2) extruding second slide block (3) on the journey controller (5), thus force described second slide block (3) that displacement to the right takes place.
6. side-contact type charger base according to claim 4, it is characterized in that: described second slide block (3) is provided with second convex tendon (3-3) and the 3rd convex tendon (3-4), the left surface (11-2) of described holding tank (11) is provided with the fourth hole (1-5) and the fifth hole (1-6) that can supply second convex tendon (3-3) and the 3rd convex tendon (3-4) to pass, described second convex tendon (3-3) and the 3rd convex tendon (3-4) can pass described fourth hole (1-5) and fifth hole (1-6) when displacement to the right takes place described second slide block (3) and part is exposed to outside the base body, and described second convex tendon (3-3) and the 3rd convex tendon (3-4) can all be positioned within the base body during to left dislocation in described second slide block (3) generation.
7. side-contact type charger base according to claim 6 is characterized in that:
Also be provided with the 4th crimp (3-5) of fixedlying connected, the 5th crimp (3-6) of fixedlying connected on described second slide block (3) with described the 3rd convex tendon (3-4) with described second convex tendon (3-3);
Described button mechanism body (6) is formed U type structure by limit, left side, middle fillet and right edge, described button (6-1) and buckle (6-2) are arranged on the middle fillet of button mechanism body (1), described the 5th inclined-plane (6-3) and the 6th inclined-plane (6-4) are arranged on the right edge of button mechanism body, and the limit, left side of described button mechanism body (1) is provided with the 8th inclined-plane (6-6) and the 9th inclined-plane (6-7) that matches with described the 4th crimp (3-5) and the 5th crimp (3-6);
Described button mechanism is having the described button of pressed by external force (6-1) when moving down, the 8th inclined-plane (6-6) extruding the 4th crimp (3-5) on the button mechanism, thereby force described second convex tendon (3-3) to be subjected to displacement left, the 9th inclined-plane (6-7) extruding the 5th crimp (3-6) on the button mechanism, thus force described the 3rd convex tendon (3-4) to be subjected to displacement left.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2009101531276A CN101673857B (en) | 2009-09-17 | 2009-09-17 | Side-contact type charger base |
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| CN2009101531276A CN101673857B (en) | 2009-09-17 | 2009-09-17 | Side-contact type charger base |
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| Publication Number | Publication Date |
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| CN101673857A CN101673857A (en) | 2010-03-17 |
| CN101673857B true CN101673857B (en) | 2011-08-31 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2014000220A1 (en) * | 2012-06-28 | 2014-01-03 | 华为终端有限公司 | Terminal device foundation and communication device |
| CN104146771B (en) * | 2014-07-18 | 2017-03-29 | 小米科技有限责任公司 | Wearable device and its manufacture method |
| US9615791B2 (en) | 2014-07-18 | 2017-04-11 | Xiaomi Inc. | Wearable device and method for manufacturing the same |
| CN107069892B (en) * | 2017-06-05 | 2018-05-01 | 江苏天隆富信息技术有限公司 | A kind of charging fixing device of smart mobile phone |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2523031Y (en) * | 2002-01-08 | 2002-11-27 | 蔡良成 | Locating device of mobile phone charger |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2523031Y (en) * | 2002-01-08 | 2002-11-27 | 蔡良成 | Locating device of mobile phone charger |
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| CN101673857A (en) | 2010-03-17 |
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Owner name: TCL COMMUNICATION (NINGBO) CO., LTD. Free format text: FORMER OWNER: SAGEM MOBILES RESEARCH AND DEVELOPMENT (NINGBO) CO., LTD. Effective date: 20120523 |
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