CN2854830Y

CN2854830Y - Single-line charger probe module

Info

Publication number: CN2854830Y
Application number: CNU2005201366350U
Authority: CN
Inventors: 罗贯诚
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-12-13
Filing date: 2005-12-13
Publication date: 2007-01-03
Anticipated expiration: 2015-12-13

Abstract

A single-row type probe module of charger is formed by arraying a plurality of probes into row, and integrating the probe row into a module. Each probe row is connected with a detection circuit and a charging circuit. The detection circuit is bi-directionally connected with a position control circuit, meanwhile the position control circuit and detection circuit are connected with a control IC, and the control IC controls the charging circuit. By mutual contact between the probe module and battery, the probes can detect electric quantity needed by battery, so as to form a universal charger that can charge batteries of various types.

Description

The charger probe module of single row type

Technical field

The utility model is a kind of charger probe module of single row type, is applicable to the portable lithium battery of all kinds of portable electronic products or the charger that similar structures replenishes electric weight.

Background technology

Because the progress of science and technology, thus the generation of multiple electronic product is arranged, increasing the convenience of life, with regard to the mobile phone of one of the most general present accompanied electronic product, mobile phone hold the almost grand occasion of intelligent's hand one machine of rate.

When buying mobile phone, all can be with the attached charger (trip fills or seat fills) of giving of battery, allow the electric power of battery when finishing using, can replenish electric weight at any time, but different labels or with the mobile phone of label different model, the pattern of battery is also inequality, so when mobile phone was changed, original charger promptly can't use, cause charger intact there is no to damage but can only pass on other people or situation about abandoning produce.

In addition, though the generation of universal charger is arranged on the market, this universal charger still needs the user to adjust the position of charging terminal voluntarily, or even after the specifications such as size of voltage, electric current, could charge, and causes some to be ignorant of the user's of electricity inconvenience.

The utility model is because the defective of said structure, hope can provide a kind of charger probe module of single row type, this charger can be used for the rechargeable battery of all kinds of portable electronic products, to form a kind of universal charger, consumption is popular to be used to provide, and desires to grind the motivation of wound for the utility model.

Summary of the invention

Main purpose of the present utility model is to provide a kind of charger probe module of single row type, and this module can be to the use of charging of all kinds of rechargeable batteries.

For reaching above-mentioned purpose, the charger probe module of the single row type that the utility model is designed, after arranging in a row by several probes, again probe is arranged in a row and formed a module, wherein this each probe row is connected with a circuit for detecting and a charging circuit, this circuit for detecting also is connected conducting with a position control circuit is two-way, this position control circuit and circuit for detecting and be connected simultaneously with a control IC (integrated circuit), and this control IC (integrated circuit) connects and the control charging circuit; By this, utilize being in contact with one another of battery and probe module, this probe can detect the required additional electric weight of this battery, makes this charger can be to the battery charge of various different types, to form a universal charger.

Constitute by above-mentioned technology, device of the present utility model has following practical advantage:

1, by the made charger of this probe module, makes the rechargeable battery of various different types all be replenished electric weight, make charger can form a kind of intelligent type universal charger.

2, probe module of the present utility model does not limit the electric weight that once only can replenish a battery, to detect the voltage and the magnitude of current that several rechargeable battery desires are replenished, make charger of the present utility model can once replenish the electric weight of a plurality of batteries through the circuit that is connected with probe module.

3, the utility model can solve the problem that universal charger needs the user to adjust voluntarily, and the rechargeable battery that is fit to various types replenishes electric weight.

But the detailed description of other characteristics of the present utility model and specific embodiment conjunction with figs. is further understood.

Description of drawings

Fig. 1 is the stereo appearance figure of the utility model embodiment.

Fig. 2 is the circuit box Organization Chart of the utility model embodiment.

Fig. 3 is the cut-away view of first application examples of the utility model probe.

Fig. 4 is another kenel cut-away view of first application examples of the utility model probe.

Fig. 5 is the cut-away view of second application examples of the utility model probe.

Fig. 6 is another kenel cut-away view of second application examples of the utility model probe.

Fig. 7 is the cut-away view of the 3rd application examples of the utility model probe.

Symbol description among the figure:

1 probe module

10 probes, 100 shell fragments

101 shell fragments

11 springs, 12 pads

130 perforation of 13 bases

20 circuit for detecting, 30 position control circuits

40 control IC, 50 charging circuits

60 current protecting circuit, 70 power supplys

80 batteries

Embodiment

See also Fig. 1, Fig. 5, the charger probe module of the utility model single row type, after mainly arranging in a row by plurality of probes 10, again these probes row is combined with a base 13, form a probe module 1, the shape of this each probe 10 can be made as sheet or needle-like (please consult Fig. 3 together), these probe 10 bottoms have installed a spring 11 again, this structure is inserted a top and is provided with in the sleeve 12 of perforation, be that a probe row who arranges combines with base 13 with five in the embodiment in figure 1, establish with the group of finishing probe module 1.

Consult Fig. 4, shown in Figure 6, this probe 10 also can be made as a L type, and this probe 10 can be made as needle-like or sheet equally, shell fragment 100 ends that these probe 10 rears are connected with and base 13 positioning combination.

Please consult Fig. 7 again, the probe 10 of this sheet or needle-like can be connected with a shell fragment 101 with kink, and this probe 10 pass base 13 tops than large perforation 130, and make the in addition end of spring leaf 101 be incorporated into base 13, make this probe 10 except that can moving up and down, also can all around move.

Each probe row on this probe module 1 all is connected with circuit for detecting 20 and charging circuit 50; as shown in Figure 2; this each probe row is the two-way conducting that is connected with circuit for detecting 20; this circuit for detecting 20 is the two-way conducting that is connected with a position control circuit 30 in addition; again; this position control circuit 30 and circuit for detecting 20 all are connected conducting with a control IC 40 is two-way, and this control IC 40 connects and control charging circuit 50, and this charging circuit 50 and probe are provided with a current protecting circuit 60 between arranging in addition simultaneously.

During use; power supply 70 provides electric energy to position control circuit 30; control IC 40 and charging circuit 50; when battery 80 charges with probe module 1 contrectation; this moment, control IC 40 made circuit for detecting 20 and position control circuit 30 start; with required voltage and the electric current of detecting battery 80; and detect probe 10 positions and the quantity that contacts with battery 80 2 electrodes; when position of learning probe 10 and quantity; the electric weight that this circuit for detecting 20 provides charging circuit 50 is shared out equally probe 10 quantity that contact into battery 80 electrodes; and after current protecting circuit 60; the electric weight that to divide equally is sent on the probe 10 that contacts with battery 80 electrodes, is all charged with the battery 80 that makes various different types.

Moreover; this probe module 1 does not also limit once can only be to a battery 80 chargings; when if desire is replenished the electric weight of two batteries simultaneously; only need contact with probe module 1 by two batteries; make required voltage and the electric current of circuit for detecting 20 detecting two batteries; and detect probe 10 positions and the quantity that contacts with the electrode of two batteries; when position of learning the probe 10 that contacts with two batteries and quantity; the electric weight that this circuit for detecting 20 is distinctly desired charging circuit 50 to offer two batteries is shared out equally probe 10 quantity into contacting with two battery electrodes; and after current protecting circuit 60, the electric weight that will divide equally is sent on the probe 10 that contacts with battery electrode.

The above person only is preferred embodiment of the present utility model, and when can not be in order to limit the enforceable scope of the utility model, all professional persons in this area obviously can do to change and modification, all should be considered as not breaking away from flesh and blood of the present utility model.

In sum, the utility model really can reach the intended purposes of utility model, and a kind of charger probe module of probe arranged type is provided, and has practical value undoubtedly, proposes patent application in accordance with the law.

Claims

1, a kind of charger probe module of single row type, it is characterized in that, after arranging in a row by several probes, again probe is arranged in a row and formed a module, wherein each probe is arranged and is connected with a circuit for detecting and a charging circuit, this circuit for detecting is connected with a position control circuit simultaneously, and this position control circuit and circuit for detecting are connected with a control IC again, and this control IC connects and the control charging circuit.

2, the charger probe module of single row type as claimed in claim 1, it is characterized in that this probe is made as needle-like, this probe base is provided with a spring, it is inserted a top and is provided with in the sleeve of perforation, and the sleeve that inside is provided with several probes and spring combines with a base.

3, the charger probe module of single row type as claimed in claim 1, it is characterized in that this probe is made as sheet, this probe base is provided with a spring, it is inserted a top and is provided with in the sleeve of perforation, and the sleeve that inside is provided with several probes and spring combines with a base.

4, the charger probe module of single row type as claimed in claim 1 is characterized in that, this probe is made as needle-like, and the probe rear is connected with a shell fragment, and several probes pass base, shell fragment in addition end then with the base positioning combination.

5, the charger probe module of single row type as claimed in claim 1 is characterized in that, this probe is made as sheet, and the probe rear is connected with a shell fragment, and several probes pass base, shell fragment in addition end then with the base positioning combination.

As the charger probe module of claim 4 or 5 described single row types, it is characterized in that 6, this shell fragment is provided with kink, and this base top is provided with bigger perforation, probe can be reached up and down all around move.

7, the charger probe module of single row type as claimed in claim 1 is characterized in that, the electric weight that this circuit for detecting can provide charging circuit is divided into through this position control circuit measures the number of probes that contacts with battery electrode.

8, the charger probe module of single row type as claimed in claim 1 is characterized in that, is provided with a current protecting circuit between this charging circuit and the probe in addition.