CN203277529U

CN203277529U - Battery distributor

Info

Publication number: CN203277529U
Application number: CN201320328682XU
Authority: CN
Inventors: 朱成绩
Original assignee: NINGBO SONGJIANG BATTERY CO Ltd
Current assignee: NINGBO SONGJIANG BATTERY CO Ltd
Priority date: 2013-06-08
Filing date: 2013-06-08
Publication date: 2013-11-06
Anticipated expiration: 2023-06-08

Abstract

The utility model discloses a battery distributor. The battery distributor is characterized by comprising a chamber, wherein the chamber is capable of containing a new battery, one end of the chamber is provided with a battery inlet, and the end of the new battery is provided with a battery outlet; the battery inlet and the battery outlet are respectively provided with a claw I and a claw II which are respectively provided with a retainer I and a retainer II; the retainer I and the retainer II control the moving direction of the battery in the chamber by virtue of inclined front edges I and II and horizontal trail edge I and II; a segmenting device slides in the chamber so as to separate the new battery from the waste battery. The battery distributor provided by the utility model is simple and durable, is low in the manufacture and service cost, is capable of distributing new batteries and storing waste batteries to be recycled, and is simple to operate.

Description

Battery dispenser

Technical field

The utility model relates to a kind of common electric supply installation, particularly a kind of battery dispenser.

Background technology

In recent years, the battery of small-sized disc shape still keeps relatively complicated diffusion so far as those development that are called as " button cell ", usually is widely used small portable electronic device in this class battery.Although these battery manufactures are advanced and in use can life-saving, the desirable property that keeps this supply is still pointed in the restriction in current battery life-span, if this electronic equipment overuses.Its manufacturing purpose of most of dispenser device known in the prior art is for distributing non-electronic product such as tablet etc.In order to store and to distribute battery and the equipment development made is quick, this equipment is disclosed in the relevant patent of the U.S..Its configured in one piece is circular, depends on two rotations, the circular element of snap into engagement, and one of them has defined single chamber entrance of the removal of the installation of a new battery and used batteries.Although this distributor provides a device that is suitable for storing a plurality of batteries, it does not provide an indication of staying new cell number wherein, and because only have an opening, the used batteries meeting of storage and the new battery of staying in distributor are obscured.

The utility model content

The purpose of this utility model has been to provide a kind of battery dispenser through improvement, in order to solve above-mentioned existing issue.

The technical solution of the utility model is as follows: a kind of battery dispenser is characterized in that: described distributor has comprised a chamber, and this chamber can hold new battery, and the one end has the battery entrance, and an end has battery outlet port; Claw one and claw two are arranged respectively on described battery entrance and battery outlet port, retainer one and retainer two are arranged respectively on it; Described retainer one and leading edge one and the leading edge two of retainer two by tilting, horizontal trailing edge one and trailing edge two have been controlled the moving direction of battery in chamber; The partitioning device that can slide in described chamber is separated this new battery from refuse battery.

There is the elastic tongue piece of a v shape otch next corresponding with chamber on described partitioning device top, and also has the reinforcing cross bar in partitioning device.

There is a upwardly extending pin can go deep into rectilinear orbit in chamber on described elastic tongue piece.

Described chamber comprises sidewall, roof and diapire, and guide rail is arranged on diapire, extends to whole diapire.

Also comprised paired auxiliary oblique angle on described distributor, it is near the battery entrance.

The beneficial effects of the utility model are: simple and durable, and manufacturing cost and use cost is cheap, and the new battery that can distribute and storage used batteries are to recycle, and are simple to operate.

Description of drawings

Fig. 1 is the vertical view of the battery dispenser of the utility model example;

Fig. 2 demonstrates the entrance of the distributor in Fig. 1 and a rearview of internal structure;

Fig. 3 is the side sectional view of seeing from the 3-3 direction; Fig. 4 is the bottom view of distributor in Fig. 1; Fig. 5 is a perspective view that has demonstrated the partitioning device of distributor;

Fig. 6 is the cutaway view that in Fig. 5, partitioning device is seen from the 6-6 direction.

Fig. 7 is the side sectional view that is similar to Fig. 3, demonstrates the operation of distributor in Fig. 1.

Indicate in figure: 2, chamber, 4, the battery entrance, 6, battery outlet port, 8, claw one, 10, claw two, 12, retainer one, 14, retainer two, 16, leading edge one, 18, leading edge two, 20, trailing edge one, 22, trailing edge two, 24, new battery, 26, refuse battery, 28, partitioning device, 30, elastic tongue piece, 32, pin, 34, rectilinear orbit, 36, reinforce cross bar, 38, sidewall, 40, roof, 42, diapire, 44, guide rail, 46, auxiliary oblique angle, wherein 3-3 and 6-6 are direction.

Embodiment

By reference to the accompanying drawings, the utility model is described in further detail.

As shown in the figure, the utility model battery dispenser is characterized in that: described distributor has comprised a chamber 2, and this chamber can hold new battery 24, and the one end has battery entrance 4, one ends and has battery outlet port 6; Claw 1 and claw 2 10 are arranged respectively on described battery entrance 4 and battery outlet port 6, retainer 1 and retainer 2 14 are arranged respectively on it; Described retainer 1 and leading edge one 16 and the leading edge two 18 of retainer 2 14 by tilting, horizontal trailing edge 1 and trailing edge 2 22 have been controlled the moving direction of chamber 2 interior batteries; The interior partitioning device 28 that can slide of described chamber 2 should be separated from refuse battery 26 by new battery 24.There is the elastic tongue piece 30 of a v shape otch corresponding with chamber 2 on described partitioning device 28 tops, and also has the cross bar 36 of reinforcing in partitioning device 28.There is a upwardly extending pin 32 can go deep into rectilinear orbit 34 in chamber 2 on described elastic tongue piece 30.Described chamber 2 comprises sidewall 38, roof 40 and diapire 42, and guide rail 44 is arranged on diapire 42, extends to whole diapire 42.Also comprised paired auxiliary oblique angle 46 on described distributor, it is near battery entrance 4.

As shown in the figure, shown in distributor comprise a hollow body, this hollow body forms new battery 24(that a chamber 2 is used for holding straight line discharging side by side as shown in Figure 7).Chamber 2 can be also any other planform that can hold storage battery.This chamber 2 has a battery entrance 4 and a battery outlet port 6 that is separated from each other, and conveniently inserts simultaneously and extract battery.All be provided with the telescopic outpost of the tax office on battery entrance 4 and battery outlet port 6, to limit battery interior unidirectional the passing through of chamber 2.The leading edge 1 that tilts and the direction of leading edge 2 18 are pointed to battery outlet port 6 away from battery entrance 4, and horizontal trailing edge 1 and trailing edge 2 22 play the purpose that stops attempt to be moved to battery entrance 4.As shown in Figure 7, the cam function that leading edge 1 and leading edge 2 18 are carried out impels claw 1 and claw 2 10 with a direction bending away from chamber 2 inside, leaves and enter into chamber 2 to allow new battery 24 and refuse battery 26.One movably partitioning device 28 can be in the interior slip of chamber 2, for new battery is separated from refuse battery.The area of the cross section of partitioning device 28 definition is corresponding to the defined cross-sectional area of chamber 2, as shown in Figure 2, and the circular button cell that correspondence will be stored.Chamber 2 and partitioning device 28 are designed to the planform corresponding to such battery.The shape of partitioning device 28 preferred this batteries is passed through the motion of chamber 2 to facilitate it.Although this accompanying drawing is mainly concerned with " button cell ", this distributor and part thereof can be configured to receive other any battery structures placed side by side.As shown in Figure 5 and Figure 6, when partitioning device 28 is arranged in chamber, partitioning device 28 comprises an elastic tongue piece corresponding with chamber 2 30.This elastic tongue piece is a v shape otch that is positioned at the partitioning device top, to allow elastic tongue piece 30 bending (as shown in Figure 6) in vertical direction.A upwardly extending pin 32 is arranged on elastic tongue piece 30, stretch into the guiding in chamber 2, this guiding is rectilinear orbit 34 in the accompanying drawings.Elastic tongue piece 30 allows pin 32 deflections to allow partitioning device 28 by battery entrance 4 and the battery outlet port 6 of chamber 2.As shown in Figure 6, partitioning device 28 has reinforces cross bar 36 supporting the part around tongue piece 30, to keep the rigidity of this partitioning device when pin 32 deflection.Determine the direction of motion of partitioning device 28 by rectilinear orbit 34, and limited its movement in chamber 2.When chamber 2 is filled new battery 24 or refuse battery 26, be important to the movement limit of this partitioning device 28.In this case, partitioning device 28 will be arranged on the adjacent position of battery entrance 4 or battery outlet port 6, and drops beyond distributor must prevent him in use.Retainer 1 is connected with the end of retainer 2 14 with rectilinear orbit 34, and allowing cooperate with each other partitioning device 28 in reserved partition chamber 2 of these elements, the lower limb of partitioning device 28 leans against on separately retainer.

In preferred embodiment, chamber 2 is structures of a linear elongation, and this is conducive to hold linear pattern, battery placed side by side.The cross section of chamber 2 can be rectangle basically, as shown in Figure 2, is defined by the pair of parallel wooden partition, comprises sidewall 38, roof 40 and a parallel diapire 42 with it.This special configuration usually can adapt to well and hold most of batteries, because a lot of battery, is no matter " button cell " or other, and the cross section that its size just can be stored in an inside is in the container of essentially rectangular.The structure of battery entrance 4 just in time makes battery pack in chamber 2.On the battery entrance, 4 have one by the recessed structure of the fringe enclosing of roof 40 and diapire 42, to allow sidewall 38 as a benchmark that battery is inserted into the adjustment in chamber 2.Relative, also there is one on battery outlet port 6 by the protruding structure of the fringe enclosing of the diapire 42 of separately roof 40, to support to stay the new battery in chamber 2, with convenient, battery is removed from distributor outside and the sidewall of battery is exposed.Roof 40 and diapire 42 extend by this way, have prevented that stylish battery ejects in distributor too early in refuse battery is just being packed distributor into.Particularly " button cell " causes certain infringement thereby ejection too early may cause battery to drop to the ground.Certain additional function also can be arranged on distributor, assist to insert and to remove the battery in chamber 2.But friction-decreasing device is set to reduce the resistance of motion of battery on chamber 2 at least one wall inner surface.The position of this friction-decreasing device as shown in the figure, can have a guide rail at least on diapire 42, two guide rails 44 preferably, and it provides a surface of reducing friction, and new battery 24 and refuse battery 26 may can slide along this surface.In this explanation, guide rail 44 extends to whole diapire 42, comprises the field of claw 1 and claw 2 10.In the accompanying drawings, the retainer 1 of distributor and retainer 2 14 are exactly outstanding on guide rail 44, and therefore, this distributor has defined the paired retainer in each position.Another special structure of button cell distributor comprises paired auxiliary oblique angle 46, and its position is near the battery entrance 4 of the intersection of roof 40 and corresponding sidewall 38.Auxiliary inclined-plane 46 and sidewall 38, roof 40 and diapire 42 coordinate jointly to define and form corresponding with " button cell " cross sectional shape, thereby further guarantee the battery insertion chamber 2 of the disposal that these are unified.

For accurately, constantly show the quantity of chamber 2 interior new batteries, partitioning device is the distributor of first new battery being packed into, the boundary of the used batteries of packing into subsequently, it outside distributor as seen, so, the position display of the partitioning device relevant with container the quantity of new battery.In a preferred embodiment, the wall that at least one is transparent or window are along chamber 2, and partitioning device is to be made by non-transparent material, and outer surface is chromatic colour preferably.Container is made by transparent material fully, and as synthetic resin, the partitioning device of the inside can be by similar resin-like, and the material with bright pigment such as redness is made.Like this, the cell number in chamber 2, and new battery, the quantity of old and useless battery can be constantly monitorings and determine rapidly.

This distributor can be made by some initiation materials, and as suggestion, this material is natural resin and synthetic resin preferably.In the situation that case may be anyly to make transparent product by the material that does not contain natural colouring matter, be successfully applied to and made the copolymer that material of the present utility model comprises styrene and acrylonitrile.Partitioning device can adopt similar material, can be organic resin material.In adopting this organic resin material example, can adopt various well-known moulding processs, comprise extruding, punching press, injection moulding etc.All these processes and material compatibility with it further illustrates and the utility model has the advantage of, this special construction is easy to be made under the process of corresponding one-step shaping by two parts.Equally, assembling this device only need to insert partitioning device in container and can complete.Therefore, device of the present utility model both can be assembled sale, can separately sell again, or assemble a complete set of new battery and sold, and therefore, can be used as container, and storage and distributing equipment are sold.

The operation of distributor of the present utility model just is readily appreciated that with reference to accompanying drawing 7.The original upload work of this distributor is to complete by new battery 24 is inserted battery entrance 4 repeatedly, until the new battery 24 that inserts for the first time adjoins with the leading edge 2 18 of claw 2 10, the remaining enough residues of partitioning device 28 are inserted the space, so that sell 32 engagement rectilinear orbits 34.First this distributor of use comprises that refuse battery 26 is passed retainer 1 inserts entrances 4, and trailing edge 1 just can prevent that refuse battery 26 from dropping from battery entrance 4 like this.A power of the propulsion by inserting refuse battery 26 is transmitted by partitioning device 28, forces first new battery 24 to overcome the resistance of leading edge 2 18, thereby forces claw 2 10 with the direction evagination away from the inside of chamber 2.Therefore, new battery 24 allows from battery outlet port 6 outstanding, makes like this user be easy to battery is removed from distributor.As can be seen from Figure 7, along with removing of battery, claw 2 10 returns to chamber 2 and drives retainer 2 14 times in the position shown in Fig. 3, to suppress next adjacent new battery 24.

Claims

1. battery dispenser is characterized in that:

Described distributor has comprised a chamber (2), and this chamber can hold new battery (24), and the one end has battery entrance (4), and an end has battery outlet port (6);

Claw one (8) and claw two (10) are arranged respectively on described battery entrance (4) and battery outlet port (6), retainer one (12) and retainer two (14) are arranged respectively on it;

Described retainer one (12) and leading edge one (16) and the leading edge two (18) of retainer two (14) by tilting, horizontal trailing edge one (20) and trailing edge two (22) have been controlled the moving direction of the interior battery of chamber (2);

The partitioning device (28) that can slide in described chamber (2) should be separated from refuse battery (26) by new battery (24).

2. battery dispenser according to claim 1 is characterized in that: have the elastic tongue piece (30) of a v shape otch on described partitioning device (28) top corresponding with chamber (2), and also have reinforcing cross bar (36) in partitioning device (28).

3. battery dispenser according to claim 2 is characterized in that: have a upwardly extending pin (32) can go deep into rectilinear orbit (34) in chamber (2) on described elastic tongue piece (30).

4. battery dispenser according to claim 1, it is characterized in that: described chamber (2) comprises sidewall (38), roof (40) and diapire (42), and guide rail (44) is arranged on diapire (42), extends to whole diapire (42).

5. battery dispenser according to claim 1, is characterized in that: also comprised paired auxiliary oblique angle (46) on described distributor, its close battery entrance (4).