CN203552202U

CN203552202U - Fingerstall mouse

Info

Publication number: CN203552202U
Application number: CN201320625363.5U
Authority: CN
Inventors: 杨振宁
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-10-11
Filing date: 2013-10-11
Publication date: 2014-04-16
Anticipated expiration: 2023-10-11

Abstract

The utility model relates to a fingerstall mouse. The fingerstall mouse is characterized by comprising a fingerstall, a sponge, a photoelectric sensor, a direction sensor, a universal serial bus (USB) interface, an emitter, an electronic chip and a battery, wherein the fingerstall forms a cuboid structure; the lower end forms a semi-arc shape; an opening is formed at one end; the sponge is arranged inside the opening of the fingerstall and distributed in a circle; the photoelectric sensor is arranged at the semi-arc middle position at the lower end of the fingerstall; the direction sensor is arranged at the middle position inside the fingerstall; the USB interface is arranged at the side of the fingerstall; the emitter is arranged at the front end inside the fingerstall; the electronic chip is arranged at the lower end of the fingerstall, and connected with the photoelectric sensor, the direction sensor, the USB interface and the emitter; the battery is arranged at the upper surface inside the fingerstall. The fingerstall mouse can control movement of the mouse through movement of a finger, and also can prevent the skin of a hand from being subjected to cold injury, and the fingerstall mouse is simple in structure, convenient to operate, novel in design, and applicable to most of people who use computers.

Description

Fingerstall-type mouse

Technical field

The utility model relates to a kind of mouse, especially a kind of Fingerstall-type mouse.

Background technology

Mouse is modal computer entry device, and it is widely used on microcomputer and various terminal device, computer operation person by mouse to the various instructions of computer input, the work of command computer.The ruuning situation of computing machine outputs to display, and operator can utilize mouse and display and computer dialog easily, observes the operation of computing machine.At some cold snaps, people's operating mouse, hand is exposed in cold air, makes the skin of hand easily produce frostbite, has a strong impact on operation and healthy.

Society now, people more and more pay attention to own health, and traditional mouse no longer meets people's requirement.

Utility model content

For the above, the purpose of this utility model is to provide a kind of Fingerstall-type mouse, it adopts mouse is made to finger cot type, its inside is provided with direction inductor device, electronic chip, photoelectric sensor and wireless launcher, by the crawl of direction inductor device mouse beacon left and right, the move mode of photoelectric sensor mouse beacon, avoid the skin of opponent in cold snap to produce frostbite.

In order to realize the technical scheme that the purpose of this utility model adopts, be: a kind of Fingerstall-type mouse, is characterized in that: it consists of fingerstall, sponge, photoelectric sensor, direction sensor, USB interface, wireless device, electronic chip and battery; Described fingerstall is rectangular structure, and its lower end is semiarc shape, and one end is provided with opening; Described sponge is positioned at fingerstall opening, rounded distribution; Described photoelectric sensor is positioned at semiarc shape centre position, fingerstall lower end; Described direction sensor is positioned at fingerstall bosom position; Described USB interface is positioned at fingerstall side; Described wireless device is positioned at fingerstall Inner Front End; Described electronic chip is positioned at fingerstall lower end, is connecting photoelectric sensor, direction sensor, USB interface and wireless device; Described battery is positioned at fingerstall inside upper surface.

The beneficial effects of the utility model: the movement of mouse beacon can be carried out by the movement of finger, the skin frostbite of hand can be avoided again, and simple in structure, easy to operate, modern design, is applicable to most of crowds that use computer.

Accompanying drawing explanation

Below in conjunction with the drawings and specific embodiments, the utility model is further described.

Fig. 1 is the utility model structural drawing.

Fig. 2 is the utility model bottom surface structure figure.

Fig. 3 is the utility model module map.

In figure, 1-fingerstall, 2-battery, 3-IC chip, 4-wireless device, 5-USB interface, 6-sponge, 7-photoelectric sensor, 8-direction sensor

Embodiment

In the first embodiment shown in Fig. 1, Fig. 2, Fig. 3, a kind of Fingerstall-type mouse, is characterized in that: it consists of fingerstall, sponge, photoelectric sensor, direction sensor, USB interface, wireless device, electronic chip and battery; Described fingerstall is rectangular structure, and its lower end is semiarc shape, and one end is provided with opening; Described sponge is positioned at fingerstall opening, rounded distribution; Described photoelectric sensor is positioned at semiarc shape centre position, fingerstall lower end; Described direction sensor is positioned at fingerstall bosom position; Described USB interface is positioned at fingerstall side; Described wireless device is positioned at fingerstall Inner Front End; Described electronic chip is positioned at fingerstall lower end, is connecting photoelectric sensor, direction sensor, USB interface and wireless device; Described battery is positioned at fingerstall inside upper surface.

In the second embodiment shown in Fig. 1, Fig. 2, photoelectric sensor produces photoelectric pulse signal and reflects the change in displacement of Genius mouse in vertical and horizontal direction, in the processing by electric energy program with change the movement of controlling onscreen cursor arrow; Direction sensor is experienced mouse when change posture, and the variation of center of gravity, realizes mouse inching function; Mouse can be connected with extraneous by USB interface, and can charge to battery.

In the 3rd embodiment shown in Fig. 1, Fig. 3, rolling mouse, photoelectric sensor is responded to, and computing mouse is in the displacement of vertical and horizontal direction, and passes to IC chip by signal; Double swerve mouse, direction sensor senses the variation of center of gravity, and variation is passed to IC chip by signal; IC chip is processed the signal of accepting, and passes the signal along to wireless device; Wireless device is transmitted into display by the signal of acceptance by the mode of wireless wave; Display is processed the signal of accepting, and by the mouse pointer on display, completes the content of each signal.

In the 4th embodiment shown in Fig. 2, the formation of photoelectric sensor is: illuminator and light receiving device are packed in same device, fill a reflector in its front, utilize principle of reflection to complete photoelectric control effect.Under normal circumstances, the light that illuminator sends is reflected by light receiving device and receives by reflector; Once light path detected material blocks, light receiving device can not receive the light time, and optoelectronic switch is action just, exports a switch controlling signal to IC chip.

In the 5th embodiment shown in Fig. 2, Fig. 3, photoelectric sensor is comprised of a light emitting diode, one group of optical lens, photoinduction device and control chip.The light sending by light emitting diode, illuminates optical mouse lower surface.Then a part of light rough surface reflection in optical mouse bottom being returned, through one group of optical lens, is transferred to imaging in a photoinduction device; Like this, when optical mouse moves, its motion track just can be registered as the coherent image of one group of high-speed capture; Finally utilize the IC chip of mouse inside to carry out analyzing and processing to a series of images absorbing on motion track, by the variation of characteristic point position on these images is analyzed, judge moving direction and the displacement of mouse, the program that finally sends signal to computer by wireless device is controlled and positioning cursor; Optical sensor is mainly comprised of CMOS sensitization piece and DSP; CMOS is voltage-controlled a kind of amplifying device, and DSP is digital signal processing; CMOS sensitization piece is responsible for gathering, receiving the light being passed over by mouse bottom optical lens, and synchronous imaging, then CMOS sensitization piece can transfer to the image of a sheet by a sheet generation its inner DSP to carry out computing and comparison, by the comparison of image, just can realize the location work of mouse position.

During practical the utility model, Fingerstall mouse band, on finger, is made to mouse and plane contact, rolling mouse, the mouse pointer on display is made corresponding moving direction, double swerve mouse, the mouse pointer on display completes left and right inching function.

Claims

1. a Fingerstall-type mouse, is characterized in that: it consists of fingerstall, sponge, photoelectric sensor, direction sensor, USB interface, transmitter, electronic chip and battery; Described fingerstall is rectangular structure, and its lower end is semiarc shape, and one end is provided with opening; Described sponge is positioned at fingerstall opening, rounded distribution; Described photoelectric sensor is positioned at semiarc shape centre position, fingerstall lower end; Described direction sensor is positioned at fingerstall bosom position; Described USB interface is positioned at fingerstall side; Described transmitter is positioned at fingerstall Inner Front End; Described electronic chip is positioned at fingerstall lower end, is connecting photoelectric sensor, direction sensor, USB interface and transmitter; Described battery is positioned at fingerstall inside upper surface.

2. Fingerstall-type mouse according to claim 1, is characterized in that: the battery in mouse can be connected and be charged by USB interface.