CN204928291U

CN204928291U - Intelligence power module

Info

Publication number: CN204928291U
Application number: CN201520725601.9U
Authority: CN
Inventors: 张亚鹏
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-09-18
Filing date: 2015-09-18
Publication date: 2015-12-30
Anticipated expiration: 2025-09-18

Abstract

The utility model discloses an intelligence power module, including input port, detection module, response module, control module, timing module, output port and rechargeable battery, wherein input port and detection module electric connection, detection module, response module, timing module, output port and rechargeable battery is equal and control module electric connection, detection module detects input port's current input, and control module control rechargeable battery passes through the output port power supply, response module during operation, timing module control rechargeable battery's detection module 9. The utility model discloses can also can regard as circuit module integrated in the product as a solitary power, and it not only has multiple power supply mode, and can carry out various formula according to the demand of user and electronic product and supply power to being fit for using under various environment, thereby improving the stand -by time and the life of electronic product, the flexibility ratio is high and the practicality is strong.

Description

Intelligent power supply module

Technical field

The utility model relates to supply module design field, especially relates to a kind of intelligent power supply module.

Background technology

At present, the powering mode of common power supply is very single, usually one is only had to control Power supply whether switch, and the power supply that can only continue load, its cannot realize user environmentally with application target and wish obtain multiple supply power mode, such as, portable power source common on the market, because its battery electric quantity is limited, and it can only charge to electronic product constantly, and user reasonably cannot be distributed in the battery capacity of battery limited on the electronic product of needs.

On the other hand, now common supply module, its mode of operation is also very single, can not difference environmentally and obtain different powering modes, says nothing of in use according to the requirement of user, changes powering mode.The practicality of these supply modules is low, and uses the work of the electronic equipment of these supply modules and stand-by time very limited.

Utility model content

The purpose of this utility model is to provide one according to user and need for environment, can have multiple supply power mode, and can be useful in various electronic product and power supply, flexibility and the high intelligent power supply module of practicality.

According to an aspect of the present utility model, provide a kind of intelligent power supply module, comprise input port, detection module, induction module, control module, timing module, output port and rechargeable battery, wherein input port and detection module are electrically connected, detection module, induction module, timing module, output port and rechargeable battery are all electrically connected with control module, detection module detects the electric current input of input port, control module is controlled rechargeable battery and is powered by output port, during induction module work, timing module controls the power-on time of rechargeable battery.

The beneficial effects of the utility model are: whether detection module has electric current to input for detecting input port, when detection module detects that electric current inputs, control module is switched to continued power pattern, control module controls rechargeable battery by output port to various electronic product continued power, when detection module can't detect electric current input, control module is switched to inductive mode, the signal controlling rechargeable battery that control module can send according to induction module is powered to various electronic product by output port, timing module is then for controlling the power supply duration of rechargeable battery, in addition, user can also the pattern of switching controls module at any time, to meet the different demands of user.The utility model can as an independent power supply, also can be in the product integrated as circuit module, and it not only has multiple supply power mode, and Suresh Kumar can be carried out according to the demand of user and electronic product and power, and be applicable to using under circumstances, thus improving stand-by time and the useful life of electronic product, flexibility ratio is high and practical.

In some embodiments, control module comprises sensitivity adjustment module, and wherein sensitivity adjustment module and induction module are electrically connected.Arranging of sensitivity adjustment module can conveniently suitably regulate the sensitivity of induction module, to meet the instructions for use of induction module in varying environment, increases the scope of application of the present utility model and practicality.

In some embodiments, control module is provided with output power switch.Export power switch can directly open or the power supply of charge closing battery, and do not affect the charging of rechargeable battery, increase practicality of the present utility model.

In some embodiments, control module comprises reception of wireless signals module, and wherein reception of wireless signals module is all electrically connected with output power switch, sensitivity adjustment module.Reception of wireless signals module can facilitate user to carry out remote control setting to output power switch and sensitivity adjustment module.

In some embodiments, control module is provided with remote pilot end or button control end.Remote pilot end or arranging of button control end conveniently to the switching of utility model works pattern or to adjustment sensitivity adjustment module, can adapt to different circumstances and conditions to allow the utility model.

In some embodiments, induction module comprises one or more in acoustic control induction module, Vibration induction module, infrared induction module and light-inductive module.Induction module, in order to adapt to the demand of various user and environment, can use various inductive mode, practical and flexibility ratio is high.

In some embodiments, intelligent power supply module comprises buzzer, and wherein buzzer and control module are electrically connected, and control module controls battery charging circuitry and powers to buzzer.Buzzer can when the adjustment of the switching of control module pattern or induction module sensitivity, and completing of reminding user above-mentioned steps, increases reliability of the present utility model.

Accompanying drawing explanation

Fig. 1 is the operation principle schematic diagram of the intelligent power supply module of a kind of execution mode of the present utility model.

Embodiment

Below in conjunction with accompanying drawing, the utility model is described in further detail.

With reference to figure 1, intelligent power supply module of the present utility model, comprises input port 1, detection module 2, induction module 3, control module 4, timing module 5, output port 6 and rechargeable battery 7.Wherein input port 1 and detection module 2 are electrically connected, detection module 2, induction module 3, timing module 5, output port 6 and rechargeable battery 7 are all electrically connected with control module 4, in addition, the utility model also comprises buzzer 8, buzzer 8 and control module 4 are electrically connected, control module 4 can control rechargeable battery 7 and power, and output current is in buzzer 8, and buzzer 8 is worked.

Control module 4 is provided with remote pilot end, button control end and exports power switch, and comprises sensitivity adjustment module 41 and reception of wireless signals module 42.Reception of wireless signals module 42 is all electrically connected with output power switch, sensitivity adjustment module 41.

Induction module 3 comprise in acoustic control induction module, Vibration induction module, infrared induction module and light-inductive module one or more, and it is all electrically connected with sensitivity adjustment module 41.In addition, can also arrange in induction module 3 there are other induction modes module to increase its induction mode.

The utility model operationally, first opens the output power switch of control module 4, at this moment, detection module 2 can first detect input port 1 has no current to input, when detection module 2 can't detect electric current input, control module 4 can automatically switch to inductive mode, and now induction module 3 works.Then when user triggers the induction mode of the various induction modules in induction module 3, such as, user's instruction of sounding makes acoustic control induction module respond, or user shakes the utility model and makes Vibration induction module responds etc., induction module 3 can transmit a signal to and can transmit a signal in control module 4, after control module 4 receives this signal, control rechargeable battery 7 to power, and toward output port 6 place output current, at this moment, as long as will the electronic product of charging be needed, as mobile phone, the charging inlet of palmtop PC or game machine etc. is linked into output port 6 place and can charges, control module 4 can transmit a signal in timing module 5 simultaneously, timing module 5 starts to carry out timing according to the time of setting, and when timing module 5 timing is complete, then control module 4 controls rechargeable battery 7 and stops power supply, and no longer toward output port 6 place output current, namely stop powering to electronic product.

And when input port 1 of the present utility model is connected with external power source, during as being connected with domestic power supply etc., when detection module 2 detects that input port 1 has electric current to input, control module 4 can be switched to continued power pattern, now, control module 4 can toward output port 6 place constantly output current, at this moment, only need the charging inlet of electronic product to be linked into output port 6 place to carry out continuing charging to electronic product, simultaneously, control module 4 also can allow the electric current of external power source be input in rechargeable battery 7, namely charges to rechargeable battery 7.

And in above-mentioned use procedure, user can change the mode of operation of control module 4 by button control end, or by the remote signal allowing reception of wireless signals module 42 receive remote pilot end, the mode of operation of control module 4 is changed with this, the control module 4 being about to be in inductive mode switches to continued power pattern or the control module 4 being in continued power pattern is switched to inductive mode, to meet the various different needs of user.

User can also adjust sensitivity adjustment module 41 to change the induction sensitivity of various induction mode in induction module 3, such as, in a noisy environment, the induction sensitivity of acoustic control induction module is turned down, or on the automobile jolted, the induction sensitivity of Vibration induction module is turned down, makes the use of induction module 3 can meet the demand of user.In addition, in order to increase globality of the present utility model, the control section of sensitivity adjustment module 41 can be incorporated in remote pilot end or button control end, thus user can be adjusted sensitivity adjustment module 41 by button control end, or by the remote signal allowing reception of wireless signals module 42 receive remote pilot end, with this, sensitivity adjustment module 41 is adjusted.And in order to allow user know, the pattern of control module 4 has switched or the sensitivity of induction module 3 changes, and often when that operation is complete, control module 4 can control rechargeable battery 7 and power to buzzer 8, and buzzer 8 is sounded reminding user end of operation.

When user thinks to stop power supply of the present utility model at once, output power switch can be closed, and the closedown exporting power switch can not affect the charging of rechargeable battery 7.The utility model can as an independent power supply, also can be in the product integrated as circuit module, and it not only has multiple supply power mode, and Suresh Kumar can be carried out according to the demand of user and electronic product and power, and be applicable to using under circumstances, thus improving stand-by time and the useful life of electronic product, flexibility ratio is high and practical.

Above-described is only execution modes more of the present utility model.For the person of ordinary skill of the art, under the prerequisite not departing from the utility model creation design, can also make some distortion and improvement, these all belong to protection range of the present utility model.

Claims

1. intelligent power supply module, it is characterized in that, comprise input port (1), detection module (2), induction module (3), control module (4), timing module (5), output port (6) and rechargeable battery (7), described input port (1) and detection module (2) are electrically connected, described detection module (2), induction module (3), timing module (5), output port (6) and rechargeable battery (7) are all electrically connected with control module (4), described detection module (2) detects the electric current input of input port (1), described control module (4) is controlled rechargeable battery (7) and is powered by output port (6), during described induction module (3) work, timing module (5) controls the power-on time of rechargeable battery (7).

2. intelligent power supply module according to claim 1, it is characterized in that, described control module (4) comprises sensitivity adjustment module (41), and described sensitivity adjustment module (41) and induction module (3) are electrically connected.

3. intelligent power supply module according to claim 2, is characterized in that, described control module (4) is provided with output power switch.

4. intelligent power supply module according to claim 3, it is characterized in that, described control module (4) comprises reception of wireless signals module (42), and described reception of wireless signals module (42) is all electrically connected with output power switch, sensitivity adjustment module (41).

5. intelligent power supply module according to claim 1, is characterized in that, described control module (4) is provided with remote pilot end or button control end.

6. intelligent power supply module according to claim 1, is characterized in that, described induction module (3) comprise in acoustic control induction module, Vibration induction module, infrared induction module and light-inductive module one or more.

7. intelligent power supply module according to claim 1, it is characterized in that, comprise buzzer (8), described buzzer (8) and control module (4) are electrically connected, and described control module (4) controls rechargeable battery (4) and powers to buzzer (8).