CN101950996A - All-round charger for mobile phone battery - Google Patents
All-round charger for mobile phone battery Download PDFInfo
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- CN101950996A CN101950996A CN2010102656996A CN201010265699A CN101950996A CN 101950996 A CN101950996 A CN 101950996A CN 2010102656996 A CN2010102656996 A CN 2010102656996A CN 201010265699 A CN201010265699 A CN 201010265699A CN 101950996 A CN101950996 A CN 101950996A
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- mobile phone
- slide plate
- chute
- locking
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Abstract
The invention provides an all-round charger for a mobile phone battery. The charger mainly comprises a shell, a circuit board, an indicating lamp, an adjustable electrode and a power supply plug, as well as USB ports which can be arranged according to requirement, wherein the shell is provided with 2 fixed envelops which are vertical to each other, and one of the fixed envelops is provided with the adjustable electrode. The charger is characterized in that the shell is provided with an adjustable stop; and the adjustable stop or the fixed envelop is provided with a telescopic elastic body. The all-round charger has the advantages of accurate position, firm fixing and convenient use, the adjusted positions of the adjustable electrode and the adjustable stop in the first time are convenient for assembling the mobile phone battery when the battery is charged next time. The all-round charger is suitable for charging mobile phone batteries in various models.
Description
Affiliated technical field
The invention belongs to the communication technical field of electronic products, be specifically related to battery charger for mobile phone.
Background technology
The structure of popular mobile phone universal charger is a lot of on the market, major part is the clamping plate type charger, be that battery of mobile phone is clamped by plastic grip, the charger electrode is two discerptible fork forms, battery is installed at every turn all will be removed to aim at the electrode of charger and the electrode of battery of mobile phone again.The area of clamp is less, and it is relatively poor that battery is installed firmness, and careless slightly battery of mobile phone will move the dislocation electrode and do not contact in being inserted into the process of supply socket, need repeat above-mentioned action once more, again and again is very much trouble.For addressing this problem, the charger that adopts two to locate enclosings and a flexible enclosing structure of elastic force is also arranged, the 3rd the flexible enclosing of elastic force is to lean on the spring of back or torsionspring to support the maintenance sliding extension, but can not fix everywhere.Lay at every turn and put into after battery of mobile phone need be moved the flexible enclosing of elastic force, the flexible enclosing of elastic force suppresses battery of mobile phone by the elastic force of spring.Very big for bigger battery of mobile phone sliding distance, move quite effort, be subjected to the telescopic spring quantitative limitation, the sliding distance of the flexible enclosing of elastic force can not be too big, thereby allow the size of the battery of mobile phone of installation to be restricted, just powerless for bigger battery of mobile phone.The charger of the flexible enclosing structure of this in addition elastic force also can't charge for the battery of mobile phone of electrode on big plane.
Summary of the invention
The present invention is intended to overcome the weak point that exists in the above-mentioned technology, and a kind of battery of mobile phone universal charger is provided.The measure of taking is as follows:
1, since lack when laying battery on the charger can be for reference locating surface, all need artificial visual aligning to clamp battery of mobile phone when battery of mobile phone is installed at every turn, all to repeat this action at every turn, the installation site is not only inaccurate but also inconvenient.So need on the shell of charger, be provided with can location for reference fixedly enclosing.Mutually perpendicular two fixing enclosings are set on shell, and one of them fixedly is provided with adjustable electrode on the enclosing.Adjustable electrode can be adjusted according to the electrode position of the battery of mobile phone of different size, makes the output electric weight of charger be input to battery of mobile phone reliably by adjustable electrode.
2, battery of mobile phone specification difference, size is also different, and the 3rd enclosing need be made the location retaining of position adjustable, and can fix everywhere.Chute can be set on shell, and the slide plate 8 that is slidingly connected in the chute, slide plate 8 are provided with the adjustable location retaining that can fix everywhere.
3, after making adjustable location retaining adjust the position, be fixed up according to the size of battery of mobile phone, the side of chute is provided with fixed teeth, adjustable location is blocked the self-locking tooth is set, and spring compression is set self-locking tooth and fixed teeth are locked mutually, makes adjustable location retaining fixing in place.
4, in order to make the battery of mobile phone fixation, need on adjustable location retaining or one of them location enclosing, telescopic resilience body 5 be set, by the elastic force or the enough clamping forces of spring maintenance of elastomeric material.
Technical scheme
The technical solution adopted for the present invention to solve the technical problems is:
A kind of battery of mobile phone universal charger, mainly comprise shell 1, circuit board 13, indicator light 16, adjustable electrode 11, attaching plug 17, also USB interface 26 can be set as required, mutually perpendicular two fixing enclosings 15 are set on the shell 1, one of them adjustable electrode 11 that fixedly is slidingly connected on the enclosing 15, it is characterized in that: be provided with on the shell 1 that the position can be adjusted and fixing adjustable location retaining 4 everywhere, adjustable location retaining 4 or fixedly on the enclosing 15 telescopic resilience body 5 is set.
Described adjustable location retaining 4 is slidingly connected, and locking is sliding to keep off 18, and the sliding retaining 18 of locking connects locking spring 19.
The structure of described adjustable location retaining 4 is that the loam cake 2 of shell 1 is provided with chute 10, the side of chute 10 is provided with fixed teeth 9, slide plate 8 is slidingly connected in the chute 10, the fixedly connected body 20 that is located by connecting on the slide plate 8, the sliding retaining 18 of locking that is slidingly connected on the body 20 that is located by connecting, fixedly connected self-locking block 6 and self-locking tooth 7 and connect locking spring 19 on the sliding retaining 18 of locking.
The structure of described adjustable location retaining 4 is that the loam cake 2 of shell 1 is provided with chute 10, the side of chute 10 is provided with fixed teeth 9, slide plate 8 is slidingly connected in the chute 10, the fixedly connected body 20 that is located by connecting on the slide plate 8, the body 20 middle parts fluting that is located by connecting is slidingly connected and inserts 30, sliding 30 1 sides of inserting are provided with self-locking tooth 7, and sliding 30 other ends of inserting connect locking spring 19.
Described fixed teeth 9 is arranged on side, bottom surface, end face or the back side of described chute 10.
The structure of described adjustable location retaining 4 is that the loam cake 2 of shell 1 is provided with chute 10, slide plate 8 is slidingly connected in the chute 10, the fixedly connected body 20 that is located by connecting on the slide plate 8, be located by connecting and sliding slot 31 and swash plate 32 be set on the body 20, oblique sliding wedge 33 is slidingly connected in the sliding slot 31, tiltedly the top of sliding wedge 33 is provided with the inclined-plane, and tiltedly the bottom of sliding wedge 33 is provided with self-locking tooth 7 or plastic cement friction plate, and tiltedly the other end of sliding wedge 33 connects locking spring 19.
The structure of described adjustable location retaining 4 is that the loam cake 2 of shell 1 is provided with chute 10, slide plate 8 is slidingly connected in the chute 10, slide plate 8 middle parts are provided with the opening of perforation, open bottom is provided with inclined plane groove 34, wedge slide plate 35 is slidingly connected on the slide plate 8, wedge slide plate 35 both sides are provided with wedge sheet 36, and the wedge sheet 36 of wedge slide plate 35 both sides is installed in the wedge-shaped crevice between slide plate 8 bottom inclined plane grooves 34 and chute 10 bottom surfaces, the wedge slide plate 35 fixedly connected bodies 20 that are located by connecting.
The structure of described adjustable location retaining is that the loam cake 2 of shell 1 is provided with chute 10, slide plate 8 is slidingly connected in the chute 10, the body 20 that is located by connecting is set on the slide plate 8, and the body 20 that is located by connecting is provided with the locking mechanism that includes but not limited to the quick latch segment of cam, screw and nut, lever, latch, gear.
Described telescopic resilience body 5 is the arc or the curved body of rat, and telescopic resilience body 5 backs connect coil tension spring 23.
Described telescopic resilience body 5 is and adjustable location retaining 4 or fixing enclosing 15 elastic sheet 29, rubber blanket 14 or the plastic elastomeric 37 of fixedlying connected.
Beneficial effect
Battery of mobile phone universal charger of the present invention has following beneficial effect:
1. accurate positioning.Two fixedly enclosing and the location that adjustable location keeps off are arranged, can both accurately be in place when battery of mobile phone being installed at every turn.
2. fixed.Adopt three location, and be provided with telescopic resilience body or spring clamping, battery is installed very firm, and when the plug supply socket, battery can not get loose.
3. be suitable for the battery of different size.The position can be adjusted according to the size of battery of mobile phone in the position of adjustable location retaining, can adapt to the battery of mobile phone location of different size.
4. be suitable for dissimilar batteries.Adjustable location keeps off or fixedly is provided with the telescopic resilience body on the enclosing, but holding electrode is at the various batteries of mobile phone of battery small end face.The sliding retaining of the locking that has been slidingly connected is blocked in adjustable location, can move along fixedly enclosing in-plane perpendicular to the adjustable electrode place, can holding electrode at the various batteries of mobile phone on big plane, almost be fit to all charging mobile phone batteries, really accomplished all-round charger.
5. clamping is laborsaving.Though also will be at the battery of mobile phone on big plane as the flexible enclosing of aforesaid elastic force for electrode, need move the sliding retaining of locking when laying battery at every turn, but because the thickness of battery of mobile phone is more or less the same, the amount of moving is very little, thereby it is all very light to get up for the battery of mobile phone clamping of all thickness.Adjustable location retaining or fixedly the side of enclosing be provided with the telescopic resilience body, the stroke of telescopic resilience body is very little, and strength changes not quite, satisfies clamping the frictional force that battery of mobile phone do not get loose and get final product.Need the distance of clamping very short, thereby use very laborsaving.
6. easy to use.Adjustable location retaining and adjustable electrode only need be adjusted the position first, only need lay by the position location when later on battery of mobile phone being installed to get final product, and be very convenient even in the dark also can install charging mobile phone battery, for daily life offers convenience.
Description of drawings
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is the structural representation of the most preferred embodiment of battery of mobile phone universal charger of the present invention.
Fig. 2 is the solid assembling schematic diagram that the most preferred embodiment of battery of mobile phone universal charger of the present invention splits structure.
Fig. 3 is that battery of mobile phone universal charger of the present invention is the perspective view of electrode at the charging mobile phone battery of long end face.
Fig. 4 is that battery of mobile phone universal charger of the present invention is the perspective view of electrode at the charging mobile phone battery of short end face.
Fig. 5 is that battery of mobile phone universal charger of the present invention is the perspective view of electrode at the charging mobile phone battery on big plane.
Fig. 6 be battery of mobile phone universal charger of the present invention sliding inserted type side lock toothing adjustable location retaining perspective view.
Fig. 7 be battery of mobile phone universal charger of the present invention oblique sliding wedge type bottom lock toothing adjustable location retaining perspective view.
Fig. 8 be battery of mobile phone universal charger of the present invention wedge slide sheet type rubbing surface latch-up structure adjustable location retaining perspective view.
1-shell among the figure, the 2-loam cake, box under the 3-, 4-is adjustable, and the location keeps off, 5-telescopic resilience body, 6-self-locking block, 7-self-locking tooth, 8-slide plate, the 9-fixed teeth, 10-chute, 11-adjustable electrode, 12-adjustable electrode contact, the 13-circuit board, the 14-rubber blanket, 15-is enclosing fixedly, the 16-indicator light, 17-attaching plug, the sliding retaining of 18-locking, 19-locking spring, the 20-body that is located by connecting, 21-dodges groove, 22-lock-in line, 23-coil tension spring, 24-locking groove, the 25-self-locking grooves, 26-USB interface, 27-battery electrode, 28-battery of mobile phone, the 29-elastic sheet, 30-is sliding to be inserted, the sliding slot of 31-, the 32-swash plate, the oblique sliding wedge of 33-, 34-inclined plane groove, 35-wedge slide plate, 36-wedge sheet, 37-plastic elastomeric.
Embodiment
Now in conjunction with the accompanying drawings the present invention is further described in detail.
Most preferred embodiment one of the present invention:
As shown in Figure 1 and Figure 2, battery of mobile phone universal charger of the present invention mainly comprises shell 1, circuit board 13, indicator light 16, adjustable electrode 11, attaching plug 17, also USB interface 26 can be set as required, insert data wire and be connected on the mobile phone, can also the battery in the mobile phone be charged.
Battery specification difference, size is also different, and the 3rd enclosing need be made the adjustable location retaining 4 of position adjustable.Can be fixed up at any time after adjust the position of adjustable location retaining 4, adjustable location retaining 4 with above-mentioned two fixedly enclosing 15 surround three fences that hold battery, battery of mobile phone is accurately located.
In order to make battery fixing more firm, at adjustable location retaining 4 slidably telescopic resilience body 5 is set, and keeps certain clamping force by spring 23.Telescopic resilience body 5 also can be set in one of them fixedly on the enclosing 15.On telescopic resilience body 5 is relatively fixed enclosing 15, rubber blanket 14 is set, to increase frictional force.In the fence that arranging batteries to three enclosing surrounds, telescopic resilience body 5 relies on the coil tension spring 23 of back that battery of mobile phone 28 is pressed against on the rubber blanket 14, and armrest machine battery 28 is fixed battery of mobile phone with the frictional force that rubber blanket 14 produces.Can not become flexible after the adjustable electrode contact 12 of battery electrode 27 and charger contacts, keep stable electrically contacting.
As shown in Figure 2, in the loam cake 2 of shell 1 chute 10 is set, slide plate 8 is slidingly connected in the chute 10, chute 10 two bottom sides are provided with groove, the both sides of slide plate 8 are provided with thin slice, and the thin slice of slide plate 8 both sides is stuck in the groove of chute 10 bottoms, slide plate 8 is slided in chute 10 and can not take off voluntarily.The fixedly connected body 20 that is located by connecting is provided with groove and connects locking spring 19 on the body 20 that is located by connecting on the slide plate 8.Groove 21 is dodged in the body 20 middle parts setting that is located by connecting, and dodges telescopic resilience body 5 is set in the groove 21.The structure of telescopic resilience body 5 is the arc of protrusion of surface, and the arc back is provided with coil tension spring 23.The sliding retaining 18 of locking that is slidingly connected on the body 20 is located by connecting, the sliding retaining of locking 18 inside are provided with locking groove 24, be located by connecting and lock-in line 22 be set on the body 20, the locking groove 24 of the sliding retaining of locking 18 inside and the lock-in line 22 on the body 20 that is located by connecting are buckled together and can not come off out and form and be slidingly connected, the sliding retaining 18 of the locking Elastic Sliding on the body 20 that is being located by connecting under locking spring 19 promotes.One side of the sliding retaining 18 of locking is offered gap so that lay telescopic resilience body 5.
Be fixed up after making adjustable location retaining 4 adjust to correct position according to the size of battery, fixedly connected self-locking block 6 on the sliding retaining 18 of locking is provided with self-locking tooth 7 on the self-locking block 6, the slip self-locking grooves 25 of self-locking block 6 on slide plate 8 in.The side of the chute 10 of loam cake 2 is provided with fixed teeth 9, match with the self-locking tooth 7 on the sliding retaining 18 of locking, self-locking tooth and fixed teeth 9 are locked mutually, the self-locking block 6 that is connected as a single entity with self-locking tooth 7 is locked in slide plate 8 in the chute 10 that has fixed teeth 9, thereby makes adjustable location retaining 4 be fixed on the position that needs.
For the using method of electrode: as shown in Figure 3, Figure 4 at the battery of mobile phone of small end face, initial charge, the sliding retaining 18 of locking of adjustable location retaining 4 is spurred to the direction away from charger adjustable electrode 11, self-locking tooth 7 on the sliding retaining 18 of locking breaks away from the fixed teeth 9 of chute 10, move adjustable location retaining 4 to outermost position, make distance between the rubber blanket 14 on the adjustable location retaining 4 and the enclosing 15 that is relatively fixed greater than the width of battery of mobile phone 28; Make battery of mobile phone electrode 27 put into battery towards the direction of charger adjustable electrode 11, side with battery of mobile phone 28 leans against on the rubber blanket 14 earlier, the adjustable location of inside again slip retaining 4 also is close to the battery another side, telescopic resilience body 5 on the adjustable location retaining 4 is pushed up back and is pressed on the battery of mobile phone 28 by battery of mobile phone 28, and armrest machine battery 28 is fixed battery of mobile phone with the frictional force that rubber blanket 14 produces; Unclamp the sliding retaining 18 of locking, the sliding retaining 18 of locking is under the promotion of locking spring 19, and the self-locking tooth 7 of the sliding retaining 18 of locking and the fixed teeth 9 of chute 10 are locked mutually, makes adjustable location retaining 4 fixing; Stir the handle of adjustable electrode 11, battery electrode 27 relative positions are adjusted in adjustable electrode contact 12, promote battery of mobile phone 28 again and slide to adjustable electrode contact 12, battery electrode 27 be fixed up immediately after adjustable electrode contact 12 contacts, keep stable electrically contacting.During charging later on, only need battery of mobile phone 28 is filled between adjustable location retaining 4 and the rubber blanket 14, after inwardly promoting battery of mobile phone 28 again and making battery electrode 27 and adjustable electrode contact 12 contacts, fixedly charge immediately.
For the using method of electrode: as shown in Figure 5 at the battery of mobile phone on big plane, the sliding retaining 18 of locking of adjustable location retaining 4 is spurred to the direction away from adjustable electrode 11, self-locking tooth 7 on the sliding retaining 18 of locking breaks away from chute 10 internal fixation teeth 9, makes sliding retaining 18 of locking and adjustable electrode 11 keep enough distances; Battery of mobile phone 28 is erected, make battery electrode 27 put into battery towards adjustable electrode 11 directions, plane, battery electrode 27 place leans against fixedly on the enclosing 15, and the small end face of battery leans against another fixedly rubber blanket 14 on the enclosing 15; Battery electrode 27 relative positions are adjusted in the adjustable electrode contact 12 of charger; The sliding retaining 18 of locking of adjustable location retaining 4 is slided into and adjustable electrode contact 12 relative positions, unclamp the sliding retaining 18 of locking again, the sliding retaining 18 of locking direction to adjustable electrode 11 under the promotion of locking spring 19 is slided, the sliding retaining 18 of locking finally compresses another big plane of battery of mobile phone 28, the electrode 27 that makes battery keeps stable electrically contacting with fixing immediately after the adjustable electrode contact 12 of charger contacts.
The present invention provides other several typical organization plans again.On the basis of aforementioned concepts structure, become other embodiment of the present invention through being equal to replace:
Embodiment two:
As shown in Figure 6, telescopic resilience body 5 on the described adjustable location retaining 4 also can be and the sliding elastic sheet 29 of fixedlying connected on 18 that keeps off of locking, elastic sheet 29 is the arc of protrusion of surface or curved sheets, utilize the pliability of plastic material to play the effect of elastic telescopic, identical with coil tension spring 23 effects of aforesaid telescopic resilience body 5 and back.For replenishing the elastic force of elastic sheet 29, also coil tension spring 23 can be set at the back of elastic sheet 29, keep long-term enough chucking powers.
The sliding retaining 18 of locking that is slidingly connected on the body 20 is located by connecting, the sliding retaining of locking 18 inside are provided with locking groove 24, be located by connecting and lock-in line 22 be set on the body 20, the locking groove 24 of the sliding retaining of locking 18 inside and the lock-in line 22 on the body 20 that is located by connecting are buckled together and can not come off out and form and be slidingly connected, the sliding retaining 18 of locking is Elastic Sliding on the body 20 that is being located by connecting under locking spring 19 promotions, for the battery of mobile phone 28 of electrode on the big plane of battery, can be on the cell thickness direction clamping charging mobile phone battery.
After making adjustable location retaining 4 adjust to correct position, be fixed up according to the size of battery, the side of the chute 10 of loam cake 2 is provided with fixed teeth 9, insert 30 self-locking tooth 7 matches with the cunning of adjustable location retaining 4, self-locking tooth 7 and fixed teeth 9 are locked mutually, lock tooth 7 is suitable with the tooth angle of inclination of fixed teeth 9, so that enough self-lock forces are provided, guarantee that the battery fixation does not get loose, when applying enough big motive force, can move again simultaneously and adjust the position, thereby make adjustable location retaining 4 be fixed on the position that needs.
Embodiment three:
As shown in Figure 7, chute 10 is set in loam cake 2, slide plate 8 is slidingly connected in the chute 10, slide plate 8 is provided with the body 20 that is located by connecting, being located by connecting is provided with sliding slot 31 and swash plate 32 on the body 20, the oblique sliding wedge 33 that is slidingly connected in the sliding slot 31, and tiltedly the top of sliding wedge 33 is provided with the inclined-plane, tiltedly the bottom of sliding wedge 33 is provided with self-locking tooth 7, and tiltedly the other end of sliding wedge 33 connects locking spring 19.Tiltedly fit with the swash plate 32 on the body 20 that is located by connecting in the inclined-plane on sliding wedge 33 tops, and can slide along the inclined-plane.
The body 20 that is located by connecting is provided with lock-in line 22, the sliding retaining 18 of the locking that is slidingly connected on the body 20 that is located by connecting, and the sliding retaining 18 of locking wraps in oblique sliding wedge 33 and locking spring 19 in the sliding slot 31 on the body 20 that is located by connecting.The sliding retaining of locking 18 inside are provided with locking groove 24, the locking groove 24 of the sliding retaining of locking 18 inside and the lock-in line 22 on the body 20 that is located by connecting are buckled together and can not come off out and form and be slidingly connected, the sliding retaining 18 of locking is Elastic Sliding on the body 20 that is being located by connecting under locking spring 19 promotions, for the battery of mobile phone 28 of electrode on the big plane of battery, can be on the cell thickness direction clamping charging mobile phone battery.
Be fixed up after making adjustable location retaining 4 adjust to correct position according to the size of battery, the end face of chute 10 bottoms of loam cake 2 is provided with fixed teeth 9.Tiltedly sliding wedge 33 is under the promotion of locking spring 19, tiltedly fit with the swash plate 32 on the body 20 that is located by connecting in the inclined-plane on sliding wedge 33 tops, and slide along the inclined-plane, moves to oblique below, tiltedly the self-locking tooth 7 of sliding wedge 33 bottoms leans the fixed teeth 9 of chute 10 bottoms, and self-locking tooth 7 and fixed teeth 9 are locked mutually.Locking spring 19 provides suitable coupling mechanism force, guarantees the position that adjustable location retaining 4 fixedly secures when clamping battery at needs.Applying the position that to adjust mobile adjustable location retaining 4 under the enough big thrust promotion again simultaneously, thereby making adjustable location retaining 4 fixing everywhere.
The self-locking tooth 7 of aforementioned structure replaces to the plastic cement friction plate on plane, the fixed teeth 9 of chute 10 bottoms develops into the numerous number of teeth just becomes the plane, locking spring 19 promotes oblique sliding wedge 33 and constitutes friction pair by swash plate 32 oblique plastic cement friction plate contact chute 10 baseplanes that compress the bottom down, produce enough frictional force, can realize that equally the position can be adjusted and fixing function everywhere.
On the adjustable location retaining 4 telescopic resilience body 5 can be set, and on the fixedly enclosing 15 over there telescopic resilience body 5 be set.Telescopic resilience body 5 adopts whippy rubber blanket 14 to be attached to the fixedly side of enclosing 15, fixedly enclosing 15 closes on the cambered surface of side for slightly outwards heaving of rubber blanket 14, the back is provided with dodges gap, with guarantee rubber blanket 14 and fixedly the side of enclosing 15 sufficient resilience space is arranged when compressing battery.Produce enough frictional force between rubber blanket 14 and the battery of mobile phone, to guarantee the firm grip of battery of mobile phone.
Embodiment four:
As shown in Figure 8, chute 10 is set in loam cake 2, the slide plate 8 that is slidingly connected in the chute 10, slide plate 8 middle parts are provided with the opening of perforation, and open bottom is provided with inclined plane groove 34, constitutes wedge-shaped crevice between the inclined plane groove 34 of slide plate 8 bottoms and chute 10 baseplanes.The wedge slide plate 35 that is slidingly connected on the slide plate 8, wedge slide plate 35 both sides are provided with wedge sheet 36, and the boss on wedge slide plate 35 tops passes behind the opening that slide plate 8 middle parts connect and with the body 20 that is located by connecting fixedlys connected, and can connect fastening with screw or snap close.The wedge sheet 36 of wedge slide plate 35 both sides is installed in the wedge-shaped crevice between inclined plane groove 34 and chute 10 baseplanes.During mobile wedge slide plate 35, when wedge sheet 36 thickness during less than wedge-shaped crevice, do not produce wedging power, slide plate 8 can be free to slide in chute 10; When wedge sheet 36 thickness during greater than wedge-shaped crevice, just produce enough wedging power, slide plate 8 just is fixed in the chute 10.
The body 20 that is located by connecting is provided with lock-in line 22, and the inner fluting of the body 20 of being located by connecting is provided with locking spring 19, and the sliding retaining 18 of the locking that is slidingly connected on the body 20 that is located by connecting, the sliding retaining of locking 18 wrap in locking spring 19 in the body 20 that is located by connecting.The sliding retaining of locking 18 inside are provided with locking groove 24, the locking groove 24 of the sliding retaining of locking 18 inside and the lock-in line 22 on the body 20 that is located by connecting are buckled together and can not come off out and form and be slidingly connected, the sliding retaining 18 of locking is Elastic Sliding on the body 20 that is being located by connecting under locking spring 19 promotions, for the battery of mobile phone 28 of electrode on the big plane of battery, can be on the cell thickness direction clamping charging mobile phone battery.
After making adjustable location retaining 4 adjust to correct position, be fixed up according to the size of battery, outwards retaining 18 is slided in pulling locking earlier, be located by connecting body 20 and wedge slide plate 35 of drive moves to the direction that wedge-shaped crevice increases, wedge sheet 36 thickness are less than wedge-shaped crevice, wedging power is eliminated, and moves adjustable location retaining 4 to the position that needs.Oppositely promote the sliding retaining 18 of locking again, be located by connecting body 20 and wedge slide plate 35 of drive moves to the direction that wedge-shaped crevice reduces, wedge sheet 36 thickness will be greater than wedge-shaped crevice, produce enough big wedging power, slide plate 8 just is fixed in the chute 10 by 35 wedgings of wedge slide plate, thereby adjustable location retaining 4 is fixed on the position that needs.
On the adjustable location retaining 4 telescopic resilience body 5 can be set, and on the fixedly enclosing 15 over there telescopic resilience body 5 be set.Telescopic resilience body 5 is whippy rubber or elastomeric plastic elastomeric 37, and plastic elastomeric 37 surfaces can be provided with the cambered surface or the curved surface of projection, are convenient to laying of battery of mobile phone 28.Plastic elastomeric 37 can produce certain plastic deformation when clamping battery of mobile phone 28, produce enough frictional force between plastic elastomeric 37 and the battery of mobile phone 28, and battery of mobile phone 28 is fixedly secured at charge position.
Except aforementioned structure, the structure of described adjustable location retaining 4 can also be: the loam cake 2 of shell 1 is provided with chute 10, slide plate 8 is slidingly connected in the chute 10, the fixedly connected body 20 that is located by connecting on the slide plate 8, the body 20 that is located by connecting is provided with the locking mechanism that includes but not limited to the quick latch segment of cam, screw and nut, lever, latch, gear, can adjust and fixing everywhere function with the position of realizing adjustable location retaining 4.These locking mechanisms all are to know technology usually, and no longer accompanying drawing is exhaustive.
The above; only be the preferable embodiment of the present invention; protection scope of the present invention is not limited thereto; any those of ordinary skill in the art are in the technical scope that the present invention discloses; be equal to replacement or change according to technical scheme of the present invention and inventive concept, all answer letter to cover within protection range of the present invention.
Claims (10)
1. battery of mobile phone universal charger, mainly comprise shell (1), circuit board (13), indicator light (16), adjustable electrode (11), attaching plug (17), also USB interface (26) can be set as required, mutually perpendicular two fixing enclosings (15) are set on the shell (1), one of them adjustable electrode (11) that fixedly is slidingly connected on the enclosing (15), it is characterized in that: the adjustable location retaining (4) that the position can be adjusted and fix everywhere is set on the shell (1), and adjustable location keeps off (4) or fixedly on the enclosing (15) telescopic resilience body (5) is set.
2. battery of mobile phone universal charger according to claim 1 is characterized in that: described adjustable location retaining (4) is slidingly connected and locks sliding retaining (18), and sliding keep off (18) of locking connect locking spring (19).
3. battery of mobile phone universal charger according to claim 1, it is characterized in that: the structure of described adjustable location retaining (4) is that the loam cake (2) of shell (1) is provided with chute (10), the side of chute (10) is provided with fixed teeth (9), slide plate (8) is slidingly connected in the chute (10), slide plate (8) is gone up the fixedly connected body that is located by connecting (20), the sliding retaining of locking (18) that is slidingly connected on the body (20) that is located by connecting, the sliding retaining of locking (18) is gone up fixedly connected self-locking block (6) and self-locking tooth (7) and is connected locking spring (19).
4. battery of mobile phone universal charger according to claim 1, it is characterized in that: the structure of described adjustable location retaining (4) is that the loam cake (2) of shell (1) is provided with chute (10), the side of chute (10) is provided with fixed teeth (9), slide plate (8) is slidingly connected in the chute (10), slide plate (8) is gone up the fixedly connected body that is located by connecting (20), body (20) the middle part fluting that is located by connecting is slidingly connected and inserts (30), sliding (30) one sides of inserting are provided with self-locking tooth (7), and sliding (30) other end of inserting connects locking spring (19).
5. according to claim 3 and 4 described battery of mobile phone universal chargers, it is characterized in that: described fixed teeth (9) is arranged on side, bottom surface, end face or the back side of described chute (10).
6. battery of mobile phone universal charger according to claim 1, it is characterized in that: the structure of described adjustable location retaining (4) is that the loam cake (2) of shell (1) is provided with chute (10), slide plate (8) is slidingly connected in the chute (10), slide plate (8) is gone up the fixedly connected body that is located by connecting (20), be located by connecting and sliding slot (31) and swash plate (32) be set on the body (20), oblique sliding wedge (33) is slidingly connected in the sliding slot (31), tiltedly the top of sliding wedge (33) is provided with the inclined-plane, tiltedly the bottom of sliding wedge (33) is provided with self-locking tooth (7) or plastic cement friction plate, and tiltedly the other end of sliding wedge (33) connects locking spring (19).
7. battery of mobile phone universal charger according to claim 1, it is characterized in that: the structure of described adjustable location retaining (4) is that the loam cake (2) of shell (1) is provided with chute (10), slide plate (8) is slidingly connected in the chute (10), slide plate (8) middle part is provided with the opening of perforation, open bottom is provided with inclined plane groove (34), wedge slide plate (35) is slidingly connected on the slide plate (8), wedge slide plate (35) both sides are provided with wedge sheet (36), the wedge sheet (36) of wedge slide plate (35) both sides is installed in the wedge-shaped crevice between slide plate (8) bottom inclined plane groove (34) and chute (10) bottom surface, the fixedly connected body that is located by connecting of wedge slide plate (35) (20).
8. battery of mobile phone universal charger according to claim 1, it is characterized in that: the structure of described adjustable location retaining is that the loam cake (2) of shell (1) is provided with chute (10), slide plate (8) is slidingly connected in the chute (10), slide plate (8) is gone up the body (20) that is located by connecting is set, and the body that is located by connecting (20) setting includes but not limited to the locking mechanism of the quick latch segment of cam, screw and nut, lever, latch, gear.
9. battery of mobile phone universal charger according to claim 1 is characterized in that: described telescopic resilience body (5) is the arc of rat or curved body, and telescopic resilience body (5) back connects coil tension spring (23).
10. battery of mobile phone universal charger according to claim 1 is characterized in that: described telescopic resilience body (5) is and adjustable location retaining (4) or fixing enclosing (15) elastic sheet (29), rubber blanket (14) or the plastic elastomeric (37) of fixedlying connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102656996A CN101950996A (en) | 2010-08-21 | 2010-08-21 | All-round charger for mobile phone battery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010102656996A CN101950996A (en) | 2010-08-21 | 2010-08-21 | All-round charger for mobile phone battery |
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| Publication Number | Publication Date |
|---|---|
| CN101950996A true CN101950996A (en) | 2011-01-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010102656996A Pending CN101950996A (en) | 2010-08-21 | 2010-08-21 | All-round charger for mobile phone battery |
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| Country | Link |
|---|---|
| CN (1) | CN101950996A (en) |
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102332610A (en) * | 2011-09-07 | 2012-01-25 | 东华大学 | Electrode clamp layout structure of battery lug in battery charging and discharging equipment and method |
| CN102427257A (en) * | 2011-10-31 | 2012-04-25 | 鸿富锦精密工业（深圳）有限公司 | Charging holder |
| CN102723759A (en) * | 2012-06-27 | 2012-10-10 | 郑少民 | Charger for battery of mobile phone |
| CN103166287A (en) * | 2013-02-28 | 2013-06-19 | 华为终端有限公司 | Base of mobile electronic terminal appliance |
| CN103167759A (en) * | 2011-12-13 | 2013-06-19 | 神讯电脑(昆山)有限公司 | Compound protection structure and fixedly supporting module thereof |
| WO2014100965A1 (en) * | 2012-12-25 | 2014-07-03 | Nokia Corporation | A cover and apparatus for locking the cover |
| CN104459215A (en) * | 2013-09-20 | 2015-03-25 | 天津中电华利电器科技集团有限公司 | Detecting platform clamp for miniature circuit breaker |
| CN106142122A (en) * | 2016-09-14 | 2016-11-23 | 苏州驱指自动化科技有限公司 | Multi-function rotating fitting |
| CN107872086A (en) * | 2017-11-17 | 2018-04-03 | 李正梅 | Store boxlike charger |
| CN112325127A (en) * | 2020-11-11 | 2021-02-05 | 四川盖亚影院有限公司 | Projector lifting structure for cinema |
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2010
- 2010-08-21 CN CN2010102656996A patent/CN101950996A/en active Pending
Cited By (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102332610A (en) * | 2011-09-07 | 2012-01-25 | 东华大学 | Electrode clamp layout structure of battery lug in battery charging and discharging equipment and method |
| CN102427257A (en) * | 2011-10-31 | 2012-04-25 | 鸿富锦精密工业（深圳）有限公司 | Charging holder |
| CN103167759A (en) * | 2011-12-13 | 2013-06-19 | 神讯电脑(昆山)有限公司 | Compound protection structure and fixedly supporting module thereof |
| CN103167759B (en) * | 2011-12-13 | 2016-01-20 | 神讯电脑(昆山)有限公司 | Combined protective structure and fastening assembly thereof |
| CN102723759A (en) * | 2012-06-27 | 2012-10-10 | 郑少民 | Charger for battery of mobile phone |
| WO2014100965A1 (en) * | 2012-12-25 | 2014-07-03 | Nokia Corporation | A cover and apparatus for locking the cover |
| CN103166287B (en) * | 2013-02-28 | 2016-03-09 | 华为终端有限公司 | The base of mobile electronic terminal device |
| CN103166287A (en) * | 2013-02-28 | 2013-06-19 | 华为终端有限公司 | Base of mobile electronic terminal appliance |
| CN104459215A (en) * | 2013-09-20 | 2015-03-25 | 天津中电华利电器科技集团有限公司 | Detecting platform clamp for miniature circuit breaker |
| CN106142122A (en) * | 2016-09-14 | 2016-11-23 | 苏州驱指自动化科技有限公司 | Multi-function rotating fitting |
| CN106142122B (en) * | 2016-09-14 | 2018-12-14 | 苏州驱指自动化科技有限公司 | Multi-function rotating fitting |
| CN107872086A (en) * | 2017-11-17 | 2018-04-03 | 李正梅 | Store boxlike charger |
| CN112325127A (en) * | 2020-11-11 | 2021-02-05 | 四川盖亚影院有限公司 | Projector lifting structure for cinema |
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Application publication date: 20110119 |