CN200976368Y

CN200976368Y - Electricity conducting structure

Info

Publication number: CN200976368Y
Application number: CNU200620157720XU
Authority: CN
Inventors: 林资智
Original assignee: Altek Corp
Current assignee: Altek Corp
Priority date: 2006-11-03
Filing date: 2006-11-03
Publication date: 2007-11-14
Anticipated expiration: 2016-11-03

Abstract

The utility model discloses a conductive structure, comprising a negative contact and a positive contact, wherein the contacts are respectively positioned on the opposite sides of the block for electric devices. A battery is able to output a negative/positive signal, when the negative/positive electrode is contacting with the negative/positive contact in order to detach the positive contact from the negative contact.

Description

Structure electrically conducts

Technical field

The utility model relates to a kind of structure that electrically conducts, and particularly relates to a kind of structure that electrically conducts that is applied to electronic installation and electrically connects with battery.

Background technology

Current high-tech brings human considerable convenience, in the epoch that this information circulates fast, portable electronic product has become in the work or indispensable product in the life, day by day popularize as computer (Computer), the relevant product of communication (Communication), consumer electronics (Consumer Electronics), its portable characteristic brings the user very big facility.

Present being seen portable electronic devices, as portable electronic products such as digital camera, MP3 player and electronic translators, except using the source of plug as electric power, can carry and use for the convenience of the users, also design has the form by the required electric power of dry cell or rechargeable battery supplies electrons device.The battery tray structure of known portable electronic devices, be to be embedded with a spring and an electroconductive elastic sheet respectively at the pedestal two ends of electronic installation, and spring and electroconductive elastic sheet electrically connect with electronic installation respectively, in the time of in battery is installed on pedestal, the negative pole end of battery electrically contacts mutually with spring, and the positive terminal of battery electrically contacts with electroconductive elastic sheet by the elastic force of spring, makes battery be fixed in the pedestal closely, and form a conducting state, to provide electronic installation work required electric energy.

Spring and electroconductive elastic sheet in the battery tray structure of known technology are represented the cathode and anode directions that is electrically connected to electronic installation respectively, and the user must indicate according to the installation on the battery tray, and the positive and negative of battery extremely inserted in the battery tray with correct direction.But, though manufacturer is the clear installation direction that indicates battery on the housing of electronic installation, but electronic product is unfamiliar with or can't be differentiated the positive and negative extreme user of battery, old young user such as electrical equipment knowledge deficiency, still have accidentally with the positive and negative extreme misconnection opposite location of battery may, to form state of insulation between electronic installation and the battery this moment, make battery can't provide electronic installation required power for operation, even cause installation direction mistake because of battery, make the spring of battery tray structure produce stress deformation, and then cause spring electrically to contact with the negative pole end of battery accurately.

When the user finds that the installation direction of battery is the opposite way round, after all batteries must being taken out one by one, reinstall to the tram again, this will expend the unnecessary time in the operation that removes and installs a plurality of batteries, not enough and be unfamiliar with for the user of electronic product for electrical equipment knowledge, not only wasted valuable time, and inconvenience very.

Summary of the invention

The purpose of this utility model is to provide a kind of structure that electrically conducts, the battery that improves known technology must electrically contact with electrical contact point mutually with the installation direction of appointment, cause the user easily battery to be mounted to the opposite way round, and the user need the overspending time to confirm and the defective of changing the battery installation direction.

To achieve these goals, the utility model provides a kind of structure that electrically conducts, and is arranged in the pedestal of an electronic installation, and at least one battery with positive terminal and negative pole end is installed in the pedestal.The structure that electrically conducts include one be arranged at pedestal one side the negative pole contact and one and the negative pole contact be arranged at the anodal contact of pedestal the same side, and anodal contact normality is resisted against the negative pole contact, and negative pole contact and anodal contact have first pin and second pin that electrically connects with electronic installation respectively.When battery was installed in the pedestal, battery optionally electrically contacted with the negative pole contact with negative pole end, and exported a negative-going signal by first pin and second pin; Perhaps, battery electrically contacts with anodal contact with positive terminal, and pushes against anodal contact and separate with the negative pole contact, and exports a forward signal by second pin.

Effect of the present utility model is that the positive and negative of battery extremely optionally electrically contacts with anodal contact or negative pole contact, to export corresponding forward signal or negative-going signal, the feasible structure that electrically conducts does not have electrical directivity, battery is installed in the pedestal of electronic installation, to prevent being unfamiliar with the user of the opering characteristic of electric apparatus with the battery setup error with any direction.

Below in conjunction with the drawings and specific embodiments the utility model is described in detail, but not as to qualification of the present utility model.

Description of drawings

Figure 1A is installed on the schematic perspective view of electronic installation for first embodiment of the present utility model;

Figure 1B is installed on the schematic perspective view of electronic installation for first embodiment of the present utility model;

Fig. 2 A is the schematic perspective view that second embodiment of the present utility model is installed on electronic installation;

Fig. 2 B is the schematic perspective view that second embodiment of the present utility model is installed on electronic installation;

Fig. 3 is a schematic perspective view of the present utility model;

Fig. 4 A is the utility model and the electrical schematic perspective view that contacts of the negative pole end of battery;

Fig. 4 B is the utility model and the electrical floor map that contacts of the negative pole end of battery;

Fig. 5 A is the utility model and the electrical schematic perspective view that contacts of the positive terminal of battery; And

Fig. 5 B is the utility model and the electrical floor map that contacts of the positive terminal of battery.

Wherein, Reference numeral:

100 structures that electrically conduct

110 negative pole contacts

111 first pins

112 negative pole butting sections

1121 butt sheets

120 anodal contacts

121 second pins

122 elastic portion

123 utmost point butting sections

1231 chondritics

200 electronic installations

210 pedestals

220 batteries

Embodiment

The structure that electrically conducts disclosed in the utility model, be applied in the electronic installation, and electrically conduct mutually with battery, to provide electronic installation work required electric energy, wherein said electronic installation comprises but is not limited to digital camera, translating machine, MP3 player and PDA etc. installs the dry cell or the portable electronic devices of rechargeable battery.

Figure 1A, Figure 1B and Fig. 3 are applied to the schematic perspective view of the schematic perspective view of electronic installation and the structure that electrically conducts for the utility model.As shown in the figure, two structures 100 that electrically conduct of the utility model first embodiment are arranged at the two opposite sides of the pedestal 210 of an electronic installation 200 respectively, pedestal 210 is in order to install a battery 220 with positive terminal and negative pole end, two structures 100 that electrically conduct have a negative pole contact 110 that is arranged at pedestal 210 1 sides respectively, and one be positioned at the anodal contact 120 of pedestal 210 the same sides with negative pole contact 110, and anodal contact 120 normalities are resisted against negative pole contact 110, and mutually electrically contact, negative pole contact 110 and anodal contact 120 have respectively one with electronic installation 200 electrical first pin 111 and second pins 121 that contact.

Fig. 2 A, Fig. 2 B and Fig. 3 are applied to the schematic perspective view of the schematic perspective view of electronic installation and the structure that electrically conducts for the utility model.As shown in the figure, the pedestal 210 of the utility model second embodiment can be installed two batteries 220 with positive terminal and negative pole end, and four structures 100 that electrically conduct are arranged at the two opposite sides of the pedestal 210 of an electronic installation 200 respectively, and each structure 100 that electrically conducts has a negative pole contact 110 that is arranged at pedestal 210 1 sides respectively, and one and negative pole contact 110 be positioned at the anodal contact 120 of pedestal 210 the same sides, and anodal contact 120 normalities are resisted against negative pole contact 110, and mutually electrically contact, negative pole contact 110 and anodal contact 120 have respectively one with electronic installation 200 electrical first pin 111 and second pins 121 that contact.

As shown in Figure 3, wherein negative pole contact 110 has a negative pole butting section 112 that electrically contacts with the negative pole end of battery 220, anodal contact 120 have one with the electrical anodal butting section 123 that contacts of the positive terminal of battery 220, and anodal contact 120 also has an elastic portion 122, so that an elastic force that is parallel to battery 220 installation directions to be provided, anodal butting section 123 is by the elastic force of elastic portion 122 and normality is resisted against negative pole butting section 112, and electrically contact mutually.In addition, there is the contact pin of balancing or cancel each other 1121 negative pole butting section 112 with respect to a side vertical extent of battery 220, and the corresponding respectively both sides that are arranged at negative pole butting section 112 of the contact pin 1121 of balancing or cancel each other, and anodal butting section 123 convexes with a chondritic 1231 with respect to a side of battery 220.

Fig. 4 A and Fig. 4 B are structure and electrical schematic perspective view and the floor map that contacts of the negative pole end of battery of electrically conducting of the present utility model.As shown in the figure, when battery 220 electrically contacts with the negative pole butting section 112 of negative pole contact 110 mutually with negative pole end, the contact pin 1121 of balancing or cancel each other of negative pole butting section 112 promptly is resisted against the negative pole end of battery 220, because negative pole contact 110 and anodal contact 120 are the electric connection state, therefore the negative pole end of battery 220 will be exported a negative-going signal to electronic installation by first pin 111 of negative pole contact 110 and second pin 121 of anodal contact 120.

Fig. 5 A and Fig. 5 B are structure and electrical schematic perspective view and the floor map that contacts of the positive terminal of battery of electrically conducting of the present utility model.As shown in the figure, when battery 220 electrically contacts with the anodal butting section 123 of anodal contact 120 mutually with positive terminal, the positive terminal of battery 220 promptly is resisted against on the chondritic 1231 of anodal butting section 123, and push against anodal butting section 123 simultaneously, this moment, the elastic portion 122 of anodal contact 120 promptly was subjected to force compresses, and drive anodal contact 120 and be separated from each other with negative pole contact 110, the positive terminal of battery 220 will be exported a forward signal to electronic installation by second pin 121 of anodal contact 120.

Please refer to Figure 1A and Figure 1B, wherein battery 220 can be installed in the pedestal 210 of electronic installation 200 by any direction, the positive terminal of battery 220 pushes against in an anodal contact 120 that electrically conducts structure 100 wherein, and export a forward signal, negative pole end then electrically contacts with the negative pole contact 110 of pedestal 210 opposite sides, and export a negative-going signal, make and form a conducting state between electronic installation 200 and the battery 220.

Please refer to Fig. 2 A and Fig. 2 B, wherein two batteries 220 can any direction, but that must satisfy two batteries 220 positive and negatively extremely is provided with in the pedestal 210 that direction is installed on electronic installation 200 with reciprocal, the positive terminal of two batteries 220 pushes against respectively in the anodal contact 120 that is arranged at pedestal 210 two opposite sides, thereby export a forward signal, the negative pole end of two batteries 220 then electrically contacts with the negative pole contact 110 of pedestal 210 two opposite sides, and export a negative-going signal, so that form a conducting state between electronic installation 200 and two batteries 220.If the user is installed on two batteries 220 in the pedestal 220 with same direction accidentally, the user only need change the installation direction of one of them battery 220, need not the time of user's loading and unloading battery 220 has been saved in all dismountings from pedestal 210 of two batteries 220.

The disclosed structure that electrically conducts of the utility model, by the negative pole contact that is arranged at the pedestal two opposite sides and anodal contact switched conductive circuit optionally, to export corresponding forward signal or negative-going signal, battery can be installed by any direction, and must must not be installed in the pedestal with specific direction by limiting battery, to prevent the to differentiate problem generation of the user of battery plus-negative plate with the battery setup error, and the problem of installation direction mistake takes place during as if many Battery packs of installation, the user only need change the installation direction of one of them battery, has saved user's affirmation and has changed the time that battery is provided with direction.

Certainly; the utility model also can have other various embodiments; under the situation that does not deviate from the utility model spirit and essence thereof; those of ordinary skill in the art can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the utility model.

Claims

1, a kind of structure that electrically conducts is arranged in the pedestal of an electronic installation, and at least one battery with positive terminal and negative pole end of this pedestal installation, it is characterized in that, includes:

One negative pole contact is arranged at this pedestal one side, and this negative pole contact has first pin that electrically connects with this electronic installation; And

One anodal contact is arranged at the same side of this pedestal with this negative pole contact, and normality is resisted against this negative pole contact, and should the positive pole contact has second pin that electrically connects with this electronic installation;

Wherein this battery optionally electrically contacts with this negative pole contact with this negative pole end, and this first pin and this second pin are exported a negative-going signal, or electrically contact with this positive pole contact with this positive terminal, and push against this positive pole contact and separate with this negative pole contact, and this second pin is exported a forward signal.

2, the structure that electrically conducts according to claim 1, it is characterized in that, this positive pole contact also has one and applies the elastic portion of elastic force in this positive pole contact, and should positive pole contact normality be resisted against this negative pole contact, or is separated from each other with this negative pole contact.

3, the structure that electrically conducts according to claim 1, it is characterized in that, this negative pole contact also has a negative pole butting section that electrically contacts with the negative pole end of this battery, and should the positive pole contact also has an anodal butting section that electrically contacts with the positive terminal of this battery, this positive pole butting section normality is resisted against this negative pole butting section, and electrically contact mutually.

4, the structure that electrically conducts according to claim 3 is characterized in that, this negative pole butting section is extended with at least one butt sheet that electrically contacts with the negative pole end of this battery with respect to a side of this battery.

5, the structure that electrically conducts according to claim 3, it is characterized in that, this positive pole butting section is convexly equipped with a chondritic that electrically contacts with the positive terminal of this battery with respect to a side of this battery, the positive terminal of this battery is resisted against this chondritic, this positive pole butting section and this negative pole bearing part from.