CN102790507A

CN102790507A - Vibration self-generation module

Info

Publication number: CN102790507A
Application number: CN2012102722268A
Authority: CN
Inventors: 龙文凯
Original assignee: Individual
Current assignee: JIANGSU BOYUE INTERNET OF THINGS TECHNOLOGY Co Ltd
Priority date: 2012-08-02
Filing date: 2012-08-02
Publication date: 2012-11-21
Anticipated expiration: 2032-08-02
Also published as: CN102790507B

Abstract

With the development of technology, a handheld device has more and more functions, especially, a mobile phone integrating various functions brings great convenience to people' life. However, the current handheld device is limited in the development and application due to large electric energy consumption and the limitation of battery technology. Therefore, the vibration self-generation module provided by the invention can be integrated to the mobile phone and other handheld devices, and the faint vibration of the handheld device in using or carrying can be utilized to generate power. The vibration self-generation module has the characteristics of higher generating efficiency, small size, convenience in integration, simplicity in manufacturing, low cost, strong practicability, and the like.

Description

A kind of vibrations self power generation module

Technical field

The present invention relates to a kind of self power generation module, particularly a kind of vibrations self power generation module belongs to the mechano-electronic design field.

Background technology

Along with development of science and technology; The handheld device function is more and more, and multiple function that especially present mobile phone is integrated has brought a lot of convenience for our life; But because handheld device power consumption is big at present, the limitation of battery technology has restricted the development and the use of handheld device in addition.Therefore; Invent little, the integrated convenience of a kind of volume, make simple, cheap, practical; Can utilize people to use or microseism generating when carrying handheld device, and a kind of vibrations self power generation module with higher generating efficiency will have great application prospect.

Summary of the invention

The objective of the invention is: a kind of vibrations self power generation module is provided; The faint vibration power generation that it can utilize people to use or produce when carrying handheld device; It has higher generating efficiency, and little, the integrated convenience of volume is arranged, makes characteristics such as simple, cheap, practical.

Fig. 1 is an appearance assumption diagram of the present invention.

Fig. 2 is a structure principle chart of the present invention.

Fig. 3 is the circuit theory diagrams among the present invention.

Each label is represented successively among Fig. 1 ~ Fig. 3: shell 1, circumscription socket 2, permanent magnet 3, magnetic induction coil 4, No. two magnetic induction coils 5, magnetic conductor 6, No. three magnetic conductor left ends 7, No. two magnetic conductors 8, No. three magnetic conductor right-hand members 9, flux path switch 10, No. two flux path switches 11, rectification circuit plate 12, magnetic conduction ball 13, No. two magnetic conduction balls 14, public magnetic conductor 15, cavity 16, No. two cavitys 17, electric wire 18, No. three magnetic conductors 19.

Embodiment

The present invention provides a kind of vibrations self power generation module; It can be integrated on the handheld devices such as mobile phone; The faint vibration power generation of utilizing people to use or producing when carrying handheld device; It has higher generating efficiency, and little, the integrated convenience of volume is arranged, makes characteristics such as simple, cheap, practical.

The present invention is described further with embodiment below in conjunction with accompanying drawing 1～2.

Like Fig. 1, shown in Figure 2: a kind of vibrations self power generation module, its structure is: in shell 1 inside a permanent magnet 3 is arranged, the S utmost point of permanent magnet 3 is connected with public magnetic conductor 15, and public magnetic conductor 15 is connected to a magnetic conductor 6 and No. two magnetic conductors 8; No. one magnetic conductor 6 is connected to magnetic conductor left end 7 No. three through a flux path switch 10; No. two magnetic conductor 8 is connected to the N utmost point that 9, No. three magnetic conductor 19 other ends of No. three magnetic conductor right-hand members are connected to permanent magnet 3 through No. two flux path switches 11; Twining a magnetic induction coil 4 and No. two magnetic induction coils 5 respectively at a magnetic conductor 6 and No. two magnetic conductor 8 outsides; No. one magnetic induction coil 4 is connected with rectification circuit plate 12 through electric wire 18 with No. two magnetic induction coils 5; Rectification circuit plate 12 is connected with circumscription socket 2.

The structure and the principle of an above-mentioned said flux path switch 10 and No. two flux path switches 11 are as shown in Figure 3: No. one there is a cavity flux path switch 10 inside, are referred to as cavity 16 here No. one; No. one magnetic conductor 6 ends are that quarter bend is curved, and it is installed in a side of a cavity 16; No. three magnetic conductor left end 7 directly stretches into cavity 16 No. one, is installed in cavity 16 opposite sides No. one; In addition can magnetic conduction ball 13 of free rolling cavity 16 inside.No. two also there is a cavity flux path switch 11 inside, are referred to as cavity 17 here No. two; The end of No. three magnetic conductor right-hand members 9 is that quarter bend is curved, and it is installed in a side of No. two cavitys 17; The end of No. two magnetic conductors 8 directly stretches into cavity 17 No. two, and it is installed in cavity 17 opposite sides No. two; Also having No. two cavity 17 inside can No. two magnetic conduction ball 14 of free rolling.When about global facility receives, shaking; No. one flux path switch 10 interior magnetic conduction balls 13 move back and forth, when a magnetic conduction ball moves to cavity 16 left sides, and the flux path conducting; When a magnetic conduction ball 13 moved to cavity 16 right-hand members, flux path was cut off; When global facility receives pitching; No. two flux path switch 11 No. two interior magnetic conduction balls 14 move back and forth, when No. two magnetic conduction balls 14 move to No. two cavitys 17 back, and the flux path conducting; When a magnetic conduction ball 14 moved to No. two cavity 17 fronts, flux path was cut off.

A kind of vibrations self power generation module; Its operation principle is: the magnetic flux that comes out from the S utmost point of permanent magnet 3 is divided into two-way is got back to permanent magnet 3 respectively through flux path switch 10 and No. two Flux switches 11 the N utmost point through public magnetic conductor 15; When global facility is given a shock; A flux path switch 10 and No. two flux path switches 11 always have a meeting and constantly open or close because of vibrations; Change through what magnetic induction coil 4 and No. two magnetic induction coil 5 inner magnetic flux will not stop this moment, and magnetic induction coil 4 and No. two magnetic induction coils 5 will reach the purpose of generating because of the variation generation electromotive force of internal magnetic flux.Magnetic induction coil 4 and No. two magnetic induction coil 5 electricity streams get into rectification circuit plates 12 through electric wires 18 and carry out rectification, and the electric current lithium battery that inserts handheld devices through circumscription socket 2 charges to lithium battery or directly supplies with external equipment afterwards.

Claims

1. vibrations self power generation module, it can be integrated on the handheld device such as mobile phone, utilizes people to use or microseism generating when carrying handheld device.

2. right 1 described a kind of vibrations self power generation module, its structure is: in shell 1 inside a permanent magnet 3 is arranged, the S utmost point of permanent magnet 3 is connected with public magnetic conductor 15, and public magnetic conductor 15 is connected with No. two magnetic conductors 8 with a magnetic conductor 6; No. one magnetic conductor 6 is connected to magnetic conductor left end 7 No. three through a flux path switch 10; No. two magnetic conductor 8 is connected to magnetic conductor right-hand member 9 No. three through No. two flux path switches 11; No. three magnetic conductor 19 other ends are connected to the N utmost point of permanent magnet 3; Twining a magnetic induction coil 4 and No. two magnetic induction coils 5 respectively at a magnetic conductor 6 and No. two magnetic conductor 8 outsides; No. one magnetic induction coil 4 is connected with rectification circuit plate 12 through electric wire 18 with No. two magnetic induction coils 5; Rectification circuit plate 12 is connected with circumscription socket 2.

3. the structure and the principle of right 2 described flux path switches 10 and No. two flux path switches 11 are: No. one there is a cavity flux path switch 10 inside, are referred to as cavity 16 here No. one; No. one magnetic conductor 6 ends are that quarter bend is curved, and it is installed in a side of a cavity 16; No. three magnetic conductor left end 7 directly stretches into cavity 16 No. one, is installed in cavity 16 opposite sides No. one; In addition can magnetic conduction ball 13 of free rolling cavity 16 inside; No. two also there is a cavity flux path switch 11 inside, are referred to as cavity 17 here No. two; The end of No. three magnetic conductor right-hand members 9 is that quarter bend is curved, and it is installed in a side of No. two cavitys 17; The end of No. two magnetic conductors 8 directly stretches into cavity 17 No. two, and it is installed in cavity 17 opposite sides No. two; Also having No. two cavity 17 inside can No. two magnetic conduction ball 14 of free rolling; When about global facility receives, shaking; No. one flux path switch 10 interior magnetic conduction balls 13 move back and forth, when a magnetic conduction ball moves to cavity 16 left sides, and the flux path conducting; When a magnetic conduction ball 13 moved to cavity 16 right-hand members, flux path was cut off; When global facility receives pitching; No. two flux path switch 11 No. two interior magnetic conduction balls 14 move back and forth, when No. two magnetic conduction balls 14 move to No. two cavitys 17 back, and the flux path conducting; When a magnetic conduction ball 14 moved to No. two cavity 17 fronts, flux path was cut off.

4. right 1 described a kind of vibrations self power generation module; Its operation principle is: the magnetic flux that comes out from the S utmost point of permanent magnet 3 is divided into two-way is got back to permanent magnet 3 respectively through flux path switch 10 and No. two Flux switches 11 the N utmost point through public magnetic conductor 15; When global facility is given a shock; A flux path switch 10 and No. two flux path switches 11 always have a meeting and constantly open or close because of vibrations; Change through what magnetic induction coil 4 and No. two magnetic induction coil 5 inner magnetic flux will not stop this moment, and magnetic induction coil 4 and No. two magnetic induction coils 5 will reach the purpose of generating because of the variation generation electromotive force of internal magnetic flux.

5. one kind shakes the self power generation module; It is not limited to right 1, right 2, right 3, right 4 described a kind of vibrations self power generation modules, and it can be that the technical staff in any present technique field is to sharp 1, right 2, right 3, right 4 described a kind of a kind of vibrations self power generation modules that do not change its principle and function after the self power generation module is improved that shake.