CN201383533Y

CN201383533Y - Universal mobile phone battery charger

Info

Publication number: CN201383533Y
Application number: CN200920300791U
Authority: CN
Inventors: 田红兵
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-02-24
Filing date: 2009-02-24
Publication date: 2010-01-13
Anticipated expiration: 2019-02-24

Abstract

The utility model relates to a universal mobile phone battery charger, which comprises a box body used for accommodating a battery and a circuit board, wherein the battery is arranged on the upper surface of the box body and the circuit board is arranged in the box body. A movable battery baffle, a fixed battery baffle and baffle locating nuts are arranged on the box body, wherein the baffle locating nuts are arranged on the two sides of the box body, and linked with the battery baffles; a movable anode/electrode metallic moving contact is arranged above the box body; the moving contact is connected and linked with the locating nuts at the top part of the box body; a concealable power plug is arranged on the back surface of the box body; a USB (universal serial bus) socket and a USB plug connected with the USB socket are also arranged on the box body; and the USB plug is connected with a pair of charging pincers. The universal battery charger is applied to various phone batteries with contacts in different positions of a plane surface or an end surface, and can be used for locating the phone batteries of different sizes within the application range, therefore the problems of the traditional universal phone battery charger that the location between the contact and the battery is difficult, and the battery looses and falls off easily are solved, and the charging operation of the phone battery is more convenient.

Description

The general mobile phone battery charger

Technical field

The utility model relates to a kind of battery charger for mobile phone, refer in particular to and a kind ofly can adjust out-put supply contact position and battery in place baffle position, have USB jack and USB plug charging clamp, can adapt to the general mobile phone battery charger of all size standard mobile phone battery.

Background technology

The general mobile phone battery charger also has only a kind of model at present, it is by adjusting the out-put supply contact position, and reaching purpose to the battery charge of different sizes, different contact positions with a big clamp self-contained battery, cumbersome with this charger fixed contact and battery location, and the loosening easily contact that breaks away from of battery, each charging all will be reorientated battery and contact, uses very inconvenient.

Summary of the invention

The purpose of this utility model is improved at problem that exists in the background technology and shortcoming, provide a kind of and can laterally adjust the out-put supply contact position, vertically adjust the battery in place baffle plate, have USB jack and subsidiary USB plug charging clamp, can adapt to the general mobile phone battery charger of all size standard mobile phone battery.

The technical solution of the utility model is a kind of charger that comprises following structure of structure:

The box body of carrying battery and a circuit board, and battery is installed in the upper surface of box body, and circuit board is arranged in the box body;

Box body is provided with a mobile battery baffle plate and a self-contained battery baffle plate and is located at the box body both sides and the baffle plate setscrew nut of battery baffle plate interlock;

The top of box body is provided with movably both positive and negative polarity metal mobile contact, and mobile contact is connected interlock with the setscrew nut that is located at the box body top;

The back side of box body is provided with suppressible attaching plug;

The USB plug that box body also is provided with USB socket and is connected with USB socket, and USB plug connects a pair of charging clamp.

The beneficial effects of the utility model:

The utility model is by adjusting and location out-put supply contact, can adapt to the different plane of all places distance or the battery of mobile phone of end face contact, can locate accommodation with interior big or small battery of mobile phone by adjusting the location moving stop, to only adjusting once with a kind of battery charge, just become the boxlike charger that conforms to battery size, make charging next time very convenient, the charging clamp that has USB plug can be given the charging mobile phone battery of all size, this power line can also with have other charger that meets industry unified standard USB jack and cooperate, give the charging mobile phone battery of different sizes, the utility model has solved traditional common type battery charger for mobile phone contact and battery in place difficulty, the problem of loose or dislocation makes charging mobile phone battery become convenient easily.

Description of drawings

Fig. 1 is the utility model general assembly drawing

Fig. 2 is that Figure 1B is to view

Fig. 3 is that Fig. 1 C is to view

Fig. 4 is that Fig. 1 D is to view

Fig. 5 is that Fig. 2 E is to view

Embodiment

By Fig. 1 to 5 as can be known, the utility model comprises:

The box body of carrying battery and a circuit board 11, and battery is installed in the upper surface of box body, and circuit board 11 is arranged in the box body;

Box body is provided with a mobile battery baffle plate 19 and a self-contained battery baffle plate 29 and is located at the box body both sides and the baffle plate setscrew nut 10 of battery baffle plate 19 interlocks;

The top of box body is provided with movably both positive and negative polarity metal mobile contact, and mobile contact is connected interlock with the setscrew nut 25 that is located at the box body top;

The back side of box body is provided with suppressible attaching plug 16;

The USB plug 24 that box body also is provided with USB socket 23 and is connected with USB socket 23, and USB plug connects a pair of charging clamp.

Both positive and negative polarity metal mobile contact described in the utility model comprises the outstanding plane mobile contact 8 on plane and the end face mobile contact 7 of outstanding end face gone up, its midplane mobile contact 8 and end face mobile contact 7 are the homopolarity mobile contact, and box body is provided with positive and negative two pairs of mobile contacts.Described attaching plug 16 is arranged in the hiding groove 42 at the box body back side, and attaching plug 16 is connected by the interior circuit board 11 of power contact head 43 and box body.Described charging clamp divides two of both positive and negative polarities, and the shape symmetry, and the charging clamp comprises train wheel bridge 37 and lower plate 31, and lower plate 31 is provided with homopolarity planar contact 33 and end face contact 34.Described charger box body also is provided with both positive and negative polarity change over switch 22 and charged state indicator light 26.

Process structure of the present utility model:

The utility model goes out a box body that makes progress with a distal process of charger loam cake 28, this box body has an out-put supply end face contact shifting chute 40 on and the plane that links to each other vertical with the last plane of loam cake 28, on plane on the loam cake 28, have an out-put supply planar contact shifting chute 5 with the symmetrical position of end face contact shifting chute 40, two metal mobile contacts of both positive and negative polarity are arranged respectively in end face contact shifting chute 40 and the planar contact shifting chute 5, the outstanding contact of going up the plane is a plane mobile contact 8, the contact of outstanding end face is an end face mobile contact 7, the end face mobile contact 7 of homopolarity, plane mobile contact 8 and contact fixed head 1 are as a whole, contact fixed head 1 links to each other with an end of out-put supply lead 6, contact fixed head 1 is fixed on the contact movable block 2, a contact positioning screw is arranged on the contact movable block 2, this screw rod links to each other with setscrew nut 25 by the contact positioning screw shifting chute 3 on the loam cake 28, contact movable block 2 is positioned in the charger loam cake 28 by contact motion track bar 4, on the plane vertical limit an outstanding plane and a battery baffle plate 29 vertical with last plane gone up is arranged on the charger loam cake 28, a battery moving stop 19 that can vertically move is arranged on the plane on the charger loam cake 28, the two ends of moving stop 19 are separately fixed on two symmetrical running fix plates 12, running fix plate 12 is in charger inside, its end has a raised face that makes progress, this raised face is fixing by hold-down screw 20 by baffle plate shifting chute on the plane on the charger loam cake 28 21 and moving stop 19, the other end has the running fix screw rod of a side direction, the running fix screw rod links to each other with baffle plate setscrew nut 10 by the baffle plate running fix groove 13 on charger loam cake 28 sides, two of 6 fens both positive and negative polarities of out-put supply lead, its end is connected with charger circuit board 11, charged state indicator light 26 is arranged on the circuit board 11, both positive and negative polarity change over switch 22 and USB socket 23, charged state indicator light 26, both positive and negative polarity change over switch 22 and USB socket 23 are passed through the end face and the exterior of charger lower cover 18 respectively, have the input attaching plug on the outerplanar of charger lower cover 18 and hide groove 42, in hiding groove 42, can hide input attaching plug 16, input attaching plug 16 lower ends are input power contact heads 43, the lower end of input attaching plug 16 communicates with charger inside, by 90 ° of rotation input attaching plugs 16, input power contact head 43 just contacts with the input power supply contact flat spring 15 of charger inside, input power supply contact flat spring 15 is connected with circuit board 11, input attaching plug 16 and input power supply contact flat spring 15 are by plug shell fragment positioning pressuring plate 14 location, plug shell fragment positioning pressuring plate 14 is fixed in the charger lower cover 18 by pressing plate hold-down screw 17, charger lower cover 18, charger loam cake 28 and circuit board 11 are connected and fixed by lid hold-down screw 41.One end of the charging out-put supply line 38 that is equipped with charger is USB plug 24, the other end connects the battery charge clamp, the charging clamp divides two of both positive and negative polarities, and shape is symmetry mutually, the train wheel bridge 37 of battery charge clamp is connected by clamping plate connecting axle 36 with lower plate 31, clamping plate connecting axle 36 middle parts are twined by tension spring 39, tension spring 39 two ends are separately fixed on train wheel bridge 37 and the lower plate 31, train wheel bridge 37 is equipped with the anti-slip rubber 30 on outstanding chuck plane with the chuck position of lower plate 31, the elastic metallic contact blade is equipped with in lower plate 31 inside, one end of contact blade be connected with charging out-put supply line 38, the other end is planar contact 33 and end face contact 34, contact blade is located by 31 pairs of folders of contact location-plate 32 and lower plate, and is fixed together by hold-down screw 35.

Operation principle of the present utility model:

Earlier loosening out-put supply contact setscrew nut 25 and baffle plate setscrew nut 10, adjust out-put supply contact position and fixing according to the battery contact position, with the battery floor plane, contact direction end face and side simultaneously with the last plane of charger, paste mutually with battery baffle plate 29 on end face contact shifting chute 40 planes, promote moving stop 19, moving stop 19 and battery end face are adjacent to, and fixed dam setscrew nut 10, connect the input power supply and begin charging, allow size battery in addition to charge to exceeding with charging out-put supply line 38, when using charging out-put supply line 38 to charge, earlier both positive and negative polarity clamp power contact head is contacted with the battery plus-negative plate contact respectively, and clamping battery, the USB plug 24 of charging out-put supply line 38 other ends is inserted in the charger USB socket 23, connected the input power supply and just begin charging.When using the utility model to give charging mobile phone battery, can locate charging contact and battery fast, and be difficult for loose or dislocation, to with a battery charge the time, can not remake any adjustment, it is just chargeable only need to be pressed into the battery energized, and the charging out-put supply line that has USB plug can also be used with other charging device.

Embodiment described in the utility model only is the description that preferred implementation of the present utility model is carried out; be not that the utility model design and scope are limited; do not breaking away under the preceding topic of the utility model design philosophy; engineers and technicians make the technical solution of the utility model in this area various modification and improvement; all should fall into protection range of the present utility model; the technology contents that the utility model is asked for protection all is documented in claims.

Claims

1. general mobile phone battery charger is characterized in that comprising:

The box body of carrying battery and a circuit board (11), and battery is installed in the upper surface of box body, and circuit board (11) is arranged in the box body;

Box body is provided with a mobile battery baffle plate (19) and a self-contained battery baffle plate (29) and is located at the box body both sides and the baffle plate setscrew nut (10) of battery baffle plate (19) interlock;

The top of box body is provided with movably both positive and negative polarity metal mobile contact, and mobile contact is connected interlock with the setscrew nut that is located at the box body top (25);

The back side of box body is provided with suppressible attaching plug (16);

The USB plug (24) that box body also is provided with USB socket (23) and is connected with USB socket (23), and USB plug connects a pair of charging clamp.

2. general mobile phone battery charger according to claim 1, it is characterized in that described both positive and negative polarity metal mobile contact comprises the outstanding plane mobile contact (8) on plane and the end face mobile contact (7) of outstanding end face gone up, its midplane mobile contact (8) and end face mobile contact (7) are the homopolarity mobile contact, and box body is provided with positive and negative two pairs of mobile contacts.

3. general mobile phone battery charger according to claim 1 is characterized in that described attaching plug (16) is arranged in the hiding groove (42) at the box body back side, and attaching plug (16) is connected by the interior circuit board (11) of power contact head (43) and box body.

4. general mobile phone battery charger according to claim 1, it is characterized in that described charging clamp divides two of both positive and negative polarities, and the shape symmetry, the charging clamp comprises train wheel bridge (37) and lower plate (31), lower plate (31) is provided with homopolarity planar contact (33) and end face contact (34).

5. general mobile phone battery charger according to claim 1 is characterized in that described charger box body also is provided with both positive and negative polarity change over switch (22) and charged state indicator light (26).