CN202956730U

CN202956730U - Mouse charger

Info

Publication number: CN202956730U
Application number: CN2012202452315U
Authority: CN
Inventors: 王邦政
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-05-21
Filing date: 2012-05-21
Publication date: 2013-05-29
Anticipated expiration: 2022-05-21

Abstract

Provided is a mouse charger which is capable of transforming mechanical energy produced when a mouse wheel is used and a key is pressed into electric energy. The mouse charger utilizes the mechanical energy produced in the using process of the mouse to the largest extent through a turbine worm, a rotor of an interchange direct-current motor of a rack and pinion mechanism and a stator of the interchange direct-current motor of the rack and pinion mechanism. The mouse charger is capable of normally working when the key is pressed and the wheel is rolled, and meets requirements of being green and environment-friendly.

Description

The mouse charger

Affiliated technical field

The utility model relates to the environmental protection mouse that a kind of mechanical energy during by operating mouse is converted into electric energy and is stored.

Background technology

Mouse is a kind of robot calculator input equipment, and it can position the cursor on current screen.And by button and roller devices to cursor through the screen elements of position, operated.And, growing along with science and technology, computing machine universal, the number of users of mouse is also more and more many.But, increasingly severe today in energy crisis, how to make science and technology more environmental protection be the problem that we must think deeply.If the mechanical energy produced while clicking the mouse can store, it is also an appreciable number.

The utility model content

This part mechanical energy produced while clicking the mouse in order to allow can be reasonably and effectively used, and the utility model proposes on the basis of existing mouse and adds small-sized electric generating apparatus again, comes for the charging of button rechargeable battery, to solve the energy loss in the mouse use.Reach green, the requirement of environmental protection.

The utility model solves the technical scheme that its technical matters adopts: on the architecture basics of existing mouse, the roller edge is processed into to turbo tooth, and refill two rooted tooth wheel shafts at roller central shaft two ends, gear shaft is connected with miniature bearing at two ends, to reduce friction, the direct current generator coil is arranged on it.Roller just can be regarded a turbine as like this, and the ring-shaped magnet that drives two ends by the turbine and worm structure rotates, and at this moment magnet is rotor, and coil is stator.And, when not using roller only with mouse, to carry out left click and right click action, utilize to be arranged on the band bar tooth bar on right and left key, the rotation of band moving winding, the cutting magnetic induction line generating, at this moment coil is rotor, magnet is stator.After by brush, electric current is drawn, give the charging of button rechargeable battery.Utilize two Dyn.s that can turn the stator exchange to accomplish the end in view.

The beneficial effects of the utility model are that the mechanical energy that can when operating mouse, will click and rotate mouse roller is converted into electrical power storage in the button rechargeable battery, makes the utilization factor of energy maximize.

The accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is further illustrated.

Fig. 1 is circuit theory diagrams of the present utility model.

Fig. 2 is the loop construction view.

Fig. 3 is mouse charger roller place turbine and worm topology view.

Fig. 4 is the pinion and rack cross section view in mouse charger right and left key.

Fig. 5 is mouse charger magnet and the public partial view of gear shaft.

Fig. 6 is mouse charger overview.(owing to being symmetrical structure, half is only drawn by this place)

1. button rechargeable batteries in figure, the 2.3. Dyn., 4. coil, 5. central roller, 6. worm shaft, the 7.8. straight spur gear and on coil, 9. with the bar of tooth bar, the 10.11.12.13 miniature bearing.

Embodiment

In Fig. 1, roller, left mouse button shares same Dyn. 2.Roller, right mouse button shares same Dyn. 3.The electric current that two motors produce is powered to rechargeable battery 1 through intermediate circuit.

When roller 5 rotates, drive worm shaft 6 and rotate in the roller structure shown in Fig. 3, because the width of worm screw is greater than turbine, drives two end-coils 4 and rotate.

In the right and left key structure shown in Fig. 4, by means of straight spur gear and on coil 7.8 with bar 9 mechanisms of tooth bar, make coil 4 rotate, thus generation current.

In the public structure division shown in Fig. 5, large end is connected with bearing 10.11 with coil 4.Aperture and straight spur gear and on coil 7.8 with bearing 12.13, be connected.

In the overview of Fig. 6, when roller 5 motion, by turbine 5 and the motion of worm shaft 6, transmit motion on coil 4.When the mouse right and left key moves, by straight spur gear and on coil 7.8 with the bar 9 with tooth bar, transmit motion on coil 4.The exchange that utilizes direct current generator to turn stator realizes roller is rotated with the mechanical energy that motion produces of pressing of mouse right and left key and is converted into electric energy and is stored in the purpose in rechargeable battery 1.

Claims

1. a mouse charger, comprise button rechargeable battery (1), Dyn. (2,3), magnet (4), central roller (5), worm shaft (6), straight spur gear and on coil (7,8), with the bar (9) of tooth bar, miniature bearing (10,11,12,13) it is characterized in that:

Central roller (5), worm shaft (6), magnet (4) forms the roller portion electrification structure;

Straight spur gear and on coil (7,8), with the bar (9) of tooth bar, magnet (4) forms right and left key part electrification structure.