CN203422711U

CN203422711U - Glove type fingertip touch mouse

Info

Publication number: CN203422711U
Application number: CN201320498308.4U
Authority: CN
Inventors: 毕明海
Original assignee: Xiamen University of Technology
Current assignee: Xiamen University of Technology
Priority date: 2013-08-15
Filing date: 2013-08-15
Publication date: 2014-02-05
Anticipated expiration: 2023-08-15

Abstract

The utility model discloses a glove type fingertip touch mouse which comprises a fingertip zone assembly and a hand back zone assembly. The fingertip zone assembly is provided with a first touch board arranged on one index finger and a second touch board arranged on one middle finger, and the first touch board is electrically connected with the second touch board; the hand back zone assembly is arranged on one hand back and is provided with a battery pack, a pressure sensitive semiconductor device and a Bluetooth device, the pressure sensitive semiconductor device is electrically connected with the first touch board, and the Bluetooth device is electrically connected with the second touch board and is in Bluetooth communication with a computer, wherein electricity is respectively supplied to the pressure sensitive semiconductor device and the Bluetooth device through the battery pack. Compared with the prior art, the glove type fingertip touch mouse has the advantages that the structure of a traditional mouse is fundamentally changed, use is convenient, carrying is convenient, and humanization is good.

Description

A kind of glove-type finger tip contact control mouse

Technical field

The utility model relates to field of computer peripherals, relates in particular a kind of glove-type finger tip contact control mouse.

Background technology

What existing mouse technology was the most popular has two kinds, and the one, touch pad mouse, the 2nd, optical mouse.The principle of work of touch pad mouse is, can make electric capacity change when user's finger approaches touch pad, and the control IC of touch pad oneself will detect electric capacity change amount, converts coordinate to.

The principle of work of optical mouse is in optical mouse inside, to have a light emitting diode, the light sending by this light emitting diode, illuminate optical mouse lower surface, then a part of light optical mouse lower surface being reflected back, through one group of optical lens, be transferred to the interior imaging of a photoinduction device (micro-imager).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 a special image analysis chip (DSP of optical mouse inside, be digital microprocessor) a series of images absorbing on motion track is carried out to analyzing and processing, by the variation of characteristic point position on these images is analyzed, judge moving direction and the displacement of mouse, thus the location that completes cursor.

But all there is shortcoming separately in above-mentioned two kinds of mouses:

One, both must be fixed in the plane of a desktop or desktop, also just can not arbitraryly use, the in the situation that of long-time use, can make hand feel very uncomfortable so, even ache.

Two, due to touch pad, can sense any movement of finger tip, so thereby tending to make hand to touch touch pad causes maloperation when the touch pad that uses notebook to carry.

Three, there is certain thickness in optical mouse, and volume is slightly large, and it is very inconvenient to carry, and easily damage computer package.

Utility model content

The purpose of this utility model is to provide a kind of glove-type finger tip contact control mouse, and it has the feature of the strong and hommization of easy to use, Portability.

In order to reach above-mentioned purpose, solution of the present utility model is:

A finger tip contact control mouse, wherein, comprising:

Fingertip area assembly, has and is arranged on the first Trackpad on forefinger and is arranged on the second Trackpad on middle finger, and this first Trackpad and the second Trackpad are electrically connected to;

The back of the hand region assembly, be arranged on the back of the hand, and the pressure sensitivity semiconductor devices and the blue-tooth device device that there is battery component and power by battery component, this pressure sensitivity semiconductor devices is electrically connected to the first Trackpad, and this blue-tooth device device is electrically connected to and can be connected with computer Bluetooth communication with the second Trackpad.

Further, this glove-type finger tip contact control mouse also comprises the first tie, the second tie and the 3rd tie, this first tie is fixed on the first Trackpad on forefinger, and this second tie is fixed on the second Trackpad on middle finger, and the 3rd tie is fixed on the back of the hand region assembly on the back of the hand.

Further, this back of the hand region assembly also has base, and this battery component, pressure sensitivity semiconductor devices and blue-tooth device device are all fixed on base, and this base is fixed on the back of the hand by the 3rd tie.

Further, between this first Trackpad and the second Trackpad, by the first wire, be electrically connected to.

Further, this first Trackpad is electrically connected to by the second wire with pressure sensitivity semiconductor devices.

Further, this second Trackpad is electrically connected to by privates with blue-tooth device device.

Further, this battery component is electrically connected to by privates with pressure sensitivity semiconductor devices, and this battery component is electrically connected to by the 5th wire with blue-tooth device device.

Further, this battery component is solar energy charging battery.

Adopt after said structure, a kind of glove-type finger tip contact control mouse that the utility model relates to, it is separately positioned on the first Trackpad and the second Trackpad on forefinger and middle finger, for this first Trackpad and the second Trackpad, people can locate to position at desktop or thumb etc., very easy to use.By pressure sensitivity semiconductor devices is set, so can to whole contact control mouse function, open and close by pressure sensitivity semiconductor devices simultaneously.

In addition, because the thickness of whole glove-type finger tip contact control mouse is very thin, so it is also good compared with conventional art aspect portability and hommization.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of the utility model gesture and facial expression when relating to a kind of glove-type finger tip contact control mouse and being arranged on hand;

Fig. 2 is the schematic diagram of the utility model the back of the hand when relating to a kind of glove-type finger tip contact control mouse and being arranged on hand;

Fig. 3 is the enlarged diagram of the back of the hand region assembly in Fig. 2.

In figure:

Fingertip area assembly 1 first Trackpad 11

Second Trackpad 12 the back of the hand region assemblies 2

Battery component 21 pressure sensitivity semiconductor devices 22

Blue-tooth device device 23 bases 24

The first tie 31 second ties 32

The 3rd tie 33 first wires 41

The second wire 42 privates 43

Privates 44 the 5th wire 45

Forefinger 51 middle fingers 52

The back of the hand 53.

Embodiment

In order further to explain the technical solution of the utility model, below by specific embodiment, the utility model is elaborated.

As shown in Figure 1 to Figure 3, a kind of glove-type finger tip contact control mouse that the utility model relates to, comprises fingertip area assembly 1 and the back of the hand region assembly 2.

As shown in Figure 1, this fingertip area assembly 1 has the first Trackpad 11 and the second Trackpad 12, and this first Trackpad 11 is arranged on forefinger 51, and this second Trackpad 12 is arranged on middle finger 52, and this first Trackpad 11 and the second Trackpad 12 are electrically connected to.

As shown in Figures 2 and 3, this the back of the hand region assembly 2 is arranged on the back of the hand 53, and there is battery component 21, pressure sensitivity semiconductor devices 22 and blue-tooth device device 23, this pressure sensitivity semiconductor devices 22 and blue-tooth device device 23 are by battery component 21 power supplies, this pressure sensitivity semiconductor devices 22 is electrically connected to the first Trackpad 11, and this blue-tooth device device 23 is electrically connected to and can be connected with computer Bluetooth communication with the second Trackpad 12.For this battery component 21, it is preferably solar energy charging battery, so can in the situation that having light and heat, to it, charge, and the utility model power consumption is low, fills once electricity and can use for a long time, and can charge at any time, very convenient.

Like this, the utility model is separately positioned on the first Trackpad 11 and the second Trackpad 12 on forefinger 51 and middle finger 52, and for this first Trackpad 11 and the second Trackpad 12, people can locate to position at desktop or thumb etc., very easy to use.Meanwhile, by pressure sensitivity semiconductor devices 22 is set, so can open and close by 22 pairs of whole contact control mouse functions of pressure sensitivity semiconductor devices.In addition, because the thickness of whole glove-type finger tip contact control mouse is very thin, so it is also good compared with conventional art aspect portability and hommization.

As shown in Figure 2, as fingertip area assembly 1 and the back of the hand region assembly 2, be positioned at a kind of concrete fixed sturcture on hand, this glove-type finger tip contact control mouse also comprises the first tie 31, the second tie 32 and the 3rd tie 33, this first tie 31 is fixed on the first Trackpad 11 on forefinger 51, this second tie 32 is fixed on the second Trackpad 12 on middle finger 52, and the 3rd tie 33 is fixed on the back of the hand region assembly 2 on the back of the hand 53.

Further, in order to allow the back of the hand region assembly 2 more become as a whole, this the back of the hand region assembly 2 also has base 24, and this battery component 21, pressure sensitivity semiconductor devices 22 and blue-tooth device device 23 are all fixed on base 24, and this base 24 is fixed on the back of the hand 53 by the 3rd tie 33.

It should be noted that, in the utility model, electrical connection between each stand-alone assembly all realizes by wire, particularly, between this first Trackpad 11 and the second Trackpad 12, by the first wire 41, be electrically connected to, this first Trackpad 11 is electrically connected to by the second wire 42 with pressure sensitivity semiconductor devices 22, this second Trackpad 12 is electrically connected to by privates 43 with blue-tooth device device 23, this battery component 21 is electrically connected to by privates 44 with pressure sensitivity semiconductor devices 22, and this battery component 21 is electrically connected to by the 5th wire 45 with blue-tooth device device 23.

For the mouse that allows the utility model relate to, can be known and how to use by people, will be elaborated to its function below:

1. point to: pin any one Trackpad movement and can realize this function, mobile cursor.

2. click: forefinger Trackpad (i.e. the first Trackpad) has this function.For a selected operand.

3. double-click: forefinger Trackpad (i.e. the first Trackpad) has this function.Be used for opening window, start application program.

4. drag: forefinger Trackpad (i.e. the first Trackpad) is first clicked once, then click is not left for the second time clicked body (as thumb, desktop) and is realized this function fast.Be generally used for and select a plurality of operands, copy or mobile object etc., also can be used for dragging window.

5. right click: two finger Trackpads (i.e. the first Trackpad and the second Trackpad) click to realize this function simultaneously, for opening a shortcut menu relevant to operation.

6. page turning: two Trackpads (i.e. the first Trackpad and the second Trackpad) are double-clicked and pinned and move up and down simultaneously, to realize this function, for changing the page.

7. convergent-divergent: a finger Trackpad is pinned, and another refers to move up and down to realize this function, between two Trackpads, to become be greatly to amplify to distance, between two Trackpads, to dwindle be to dwindle to distance.

8. connect: by blue-tooth device device, be connected with computer wireless, very succinctly convenient.

9. power supply: aspect power supply, by solar energy charging battery, can charge to it in the situation that having light and heat, and the utility model power consumption is low, fills once electricity and can use for a long time, and can charge at any time.

10. switch: by pressure sensitivity semiconductor devices, simply switch in can whether using.So when using, do not need it to take off or again put.Your palm slightly firmly shakes and makes a movement fast, and it is mouse, and your palm slightly firmly shakes and makes a movement fast again, and it can close mouse function again automatically, can not interfere with your the next input on keyboard completely.

Above-described embodiment and graphic and non-limiting product form of the present utility model and style, suitable variation or modification that any person of an ordinary skill in the technical field does it, all should be considered as not departing from patent category of the present utility model.

Claims

1. a glove-type finger tip contact control mouse, is characterized in that, comprising:

2. a kind of glove-type finger tip contact control mouse as claimed in claim 1, it is characterized in that, this glove-type finger tip contact control mouse also comprises the first tie, the second tie and the 3rd tie, this first tie is fixed on the first Trackpad on forefinger, this second tie is fixed on the second Trackpad on middle finger, and the 3rd tie is fixed on the back of the hand region assembly on the back of the hand.

3. a kind of glove-type finger tip contact control mouse as claimed in claim 2, it is characterized in that, this the back of the hand region assembly also has base, and this battery component, pressure sensitivity semiconductor devices and blue-tooth device device are all fixed on base, and this base is fixed on the back of the hand by the 3rd tie.

4. a kind of glove-type finger tip contact control mouse as claimed in claim 1, is characterized in that, between this first Trackpad and the second Trackpad, by the first wire, is electrically connected to.

5. a kind of glove-type finger tip contact control mouse as claimed in claim 1, is characterized in that, this first Trackpad is electrically connected to by the second wire with pressure sensitivity semiconductor devices.

6. a kind of glove-type finger tip contact control mouse as claimed in claim 1, is characterized in that, this second Trackpad is electrically connected to by privates with blue-tooth device device.

7. a kind of glove-type finger tip contact control mouse as claimed in claim 1, is characterized in that, this battery component is electrically connected to by privates with pressure sensitivity semiconductor devices, and this battery component is electrically connected to by the 5th wire with blue-tooth device device.

8. a kind of glove-type finger tip contact control mouse as claimed in claim 1, is characterized in that, this battery component is solar energy charging battery.