CN105117040B - A kind of mouse intelligent control method, control module and intelligent control mouse - Google Patents

Abstract

The invention relates to a mouse intelligent control method, a control module and a mouse. An optical receiving unit is provided, and the optical receiving unit is electrically connected to a mouse controller; After being reflected, it is irradiated to the mouse bearing surface; a transparent window is set on the upper surface of the mouse; after the light is refocused, refracted and reflected by the mouse bearing surface and the optical path conversion unit, it is reflected to the optical receiving unit through the transparent window Or penetrate the transparent window; when the light is reflected to the optical receiving unit and received, the mouse controller is triggered to control the mouse to work in a predefined mode. The invention can greatly improve the mouse operation comfort, solve the problem of hand fatigue of mouse operators, and greatly improve the user's comfort in using the mouse.

Description

A kind of mouse intelligent control method, control module and intelligent control mouse

technical field

The invention relates to optical mouse technology, in particular to an intelligent mouse control method, a control module and an intelligent control mouse.

Background technique

As the most direct and convenient computer input device, the mouse has become a standard configuration of computers and is widely used by computer users. Moreover, during the operation of the mouse, the operation of holding down the left mouse button and dragging is often used. Especially for drawing and image processing practitioners and most computer game users, the operation of holding down the left mouse button and dragging is almost the most frequent operation. With a traditional mouse, the user must hold down the mouse with the right index finger and move the entire palm to achieve this function.

When using this action, the operator’s hand will subconsciously increase the strength of holding the mouse. When the computer operator uses this action for a long time, it is easy to cause finger and palm fatigue, and even cause modern civilization diseases such as "mouse hand".

Contents of the invention

The invention provides a mouse intelligent control method, a control module and a mouse, which can greatly improve the mouse operation comfort, solve the problem of hand fatigue of mouse operators, and greatly improve the user's comfort in using the mouse.

The first object of the present invention is to provide a mouse intelligent control method, an optical receiving unit is provided, and the optical receiving unit is electrically connected to the mouse controller; a light emitting unit is provided to emit light, the light is focused by the optical path conversion unit, After refraction and reflection, it irradiates the mouse bearing surface; a transparent window is set on the upper surface of the mouse; after the light is refocused, refracted and reflected by the mouse bearing surface and the optical path conversion unit, it is reflected to the optical receiving surface through the transparent window The unit or penetrates the transparent window; when the light is reflected to the optical receiving unit and received, the mouse controller is triggered to control the mouse to work in a predefined mode.

The present invention arranges a transparent window on the upper surface of the mouse, and the transparent window is arranged on the incident ray of the reflected light received by the optical receiving unit; when the transparent window is blocked by a non-transparent object, a plane is formed, and the plane retransmits the reflected light of the mouse carrying surface The reflected light is reflected into the optical receiving unit, and the mouse controller controls the mouse to work in a custom mode; when the transparent window is exposed, the light reflected from the mouse bearing surface is reflected by the optical path conversion unit and emitted from the transparent window, and the mouse controller controls the mouse to work in a traditional mode Work.

Preferably, the optical receiving unit, the light emitting unit and the optical path conversion unit are all arranged inside the mouse, and when the transparent window is blocked by a non-transparent object, the light is reflected to the optical receiving unit through the transparent window unit.

Preferably, the predefined mode is reporting coordinate information and left mouse button press information at the same time.

Preferably, when the light penetrates through the transparent window, the mouse maintains the previous traditional mode of operation.

Preferably, the traditional mode is to report coordinate information.

The second object of the present invention is to provide a mouse intelligent control module, including: a light emitting unit arranged inside the mouse for emitting light; a light emitting unit arranged inside the mouse for focusing, refracting and reflecting the light Optical path conversion unit; set on the upper surface of the mouse, a transparent window for transmitting or reflecting the outgoing light from the optical path conversion unit; used to receive the light when the transparent window reflects the outgoing light from the optical path conversion unit An optical receiving unit that emits light and converts it into a control signal; a mouse controller that controls the mouse to enter a predefined working state according to the control signal.

Preferably, when the transparent window passes through the outgoing light from the optical path conversion unit, the mouse controller controls the mouse to maintain a traditional working state.

Preferably, the predefined working state is reporting coordinate information and left mouse button press information at the same time.

Preferably, the traditional working state is reporting coordinate information.

The third object of the present invention is an intelligent control mouse, which includes a light emitting unit and an optical path conversion unit arranged inside the mouse, and also includes an optical receiving unit and a transparent window;

The optical path conversion unit includes a first reflective part that receives and reflects the light emitted by the light emitting unit, a second reflective part that receives the light emitted by the first reflective part and reflects it to the mouse bearing surface, and receives the emitted light from the mouse bearing surface and reflects it to the mouse bearing surface. a third reflective member of the transparent window;

The transparent window is arranged on the upper surface of the mouse, and arranged on the straight line of the light emitted by the third reflective part;

The optical receiving unit is arranged inside the mouse, and the third reflective member is arranged on a straight line where the emitted light is tangentially reflected by the transparent window.

Preferably, the transparent window is covered by the palm of the hand when the mouse is held, and exposed when the hand leaves the mouse.

Preferably, the transparent window is set at the position where the rear half of the mouse is in contact with the palm of the hand.

Compared with the prior art, the present invention refocuses, refracts, reflects and utilizes the reflected light of the mouse carrying surface, and sets an optical receiving unit (according to different mouse types, it may receive red visible light, or receive blue visible light, Or receive infrared rays, or receive laser light, etc.), the optical receiving unit starts the mouse to work in a custom mode after receiving the reflected light, and the mouse works in a traditional mode when not receiving the reflected light. As a result, the user's operation of pressing the mouse button for a long time can be reduced, which is more convenient and humanized.

Description of drawings

Fig. 1 is a schematic diagram of the intelligent mouse control module of the present invention.

Fig. 2 is a schematic diagram of light reflection when the transparent window of the mouse is blocked according to the present invention.

Fig. 3 is a schematic diagram of light reflection when the mouse transparent window is exposed in the present invention.

Fig. 4 is a flow chart of the intelligent mouse control method of the present invention.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment the present invention is described in further detail:

Please refer to Fig. 1, the present invention provides a kind of mouse intelligent control module, and it comprises and is arranged on the inside of mouse, is used for the light emitting unit 3 of emitting light; Optical path conversion unit 2; a transparent window 6 arranged on the upper surface of the mouse for transmitting or reflecting the outgoing light from the optical path conversion unit 2; used for when the transparent window 6 reflects the outgoing light from the optical path conversion unit 2 When the light is emitted, the optical receiving unit 5 receives the emitted light and converts it into a control signal; the mouse controller 8 controls other working devices 9 of the mouse to enter a predefined working state according to the control signal. When the transparent window passes through the outgoing light from the optical path conversion unit, the mouse controller 8 controls the other working components 9 of the mouse to maintain the traditional working state. In this embodiment, the predefined working state is to report the coordinate information and the left mouse button press information at the same time; the traditional working state is to report the coordinate information. It can be understood that, in other embodiments, the predefined working state may also be reporting coordinate information and right mouse button press information.

Please refer to Fig. 2 and Fig. 3, the present invention also provides a kind of intelligent control mouse, at least comprises described light emission unit 3, optical path conversion unit 2 and optical receiving unit 5 that are arranged on the inside of the mouse, and the transparent window that is arranged on the upper surface of the mouse window6.

Specifically, the light emitting unit 3 may emit red visible light, or receive blue visible light, or receive infrared rays, or receive laser light.

In this embodiment, the optical path conversion unit 2 includes a first reflective component 71 configured to receive and reflect the light emitted by the light emitting unit, and a second reflective component 72 that receives the light emitted by the first reflective component 71 and reflects it to the mouse bearing surface 1, And the third reflective part 73 that receives the outgoing light of the mouse bearing surface 1 and reflects it to the transparent window 6; the transparent window 6 is arranged on the outgoing path of the outgoing light of the third reflective part 73; the optical receiving unit 5 is provided with the outgoing light of the third reflective part 73 Along the exit path of the tangentially reflected light along the transparent window 6 .

The optical receiving unit 3 is electrically connected to the mouse controller 8, and the mouse controller 8 controls different working modes of the mouse according to whether the optical receiving unit 5 receives reflected light.

When the transparent window 6 is exposed (the hand leaves a certain distance from the mouse, such as greater than 5mm), the light reflected by the third reflective member 73 shoots out of the mouse from the transparent window 6; , the shielding surface further reflects the light reflected by the third reflecting member 73 into the optical receiving unit 5 . For the user's convenience, the transparent window 6 is arranged at the position where the rear half of the mouse is in contact with the palm of the hand.

The palm of the hand is tightly attached to the upper surface of the mouse, the transparent window 6 is blocked, the optical receiving unit 5 receives the light signal, and the mouse controller 8 reports the information of the left mouse button being pressed while controlling the mouse to report the coordinate (control cursor) information ; If the hand is more than 5 mm away from the mouse, the transparent window 6 is exposed, the optical receiving unit 5 does not receive the light signal, and the mouse controller 8 controls the mouse to only report the coordinate information.

The situation of using the intelligent control mouse of the present invention will be described in detail below: 1) when the user uses the mouse, if the palm of the hand closely fits the upper surface of the mouse, as shown in Figure 2.

The light source emitted by the light emitting unit 3 is focused, refracted and reflected by the first reflective part 71 and the second reflective part 72 of the optical path conversion unit 2, and then irradiates on the mouse carrying surface 1, and the auxiliary sensor 4 obtains the image information of the mouse carrying surface 1 After being refocused, refracted, and reflected by the third reflection member 73 of the optical path conversion unit 2, the light reflected by the mouse carrying surface 1 is directed to the transparent window 6 on the upper surface of the mouse. At this time, the transparent window 6 is blocked by the palm of the user, and the light is again Reflected to the optical receiving unit 5, the optical receiving unit 5 triggers the mouse controller 8 to control other working devices 9 of the mouse to work in a predefined mode: report the information that the left mouse button is pressed while reporting the coordinate information.

2) When the operator's hand is lifted, the transparent window is exposed, as shown in Figure 3.

The light source emitted by the light emitting unit 3 is focused, refracted, and reflected by the first reflective part 71 and the second reflective part 72 of the optical path conversion unit 2, and then shines on the mouse bearing surface 1 in contact with the lower surface of the mouse, and the auxiliary sensor 4 obtains the mouse bearing surface 1 For the image information on the surface 1, the light reflected by the mouse bearing surface 1 is refocused, refracted and reflected by the third reflection member 73 of the optical path conversion unit 2, and then shoots to the transparent window 6 on the upper surface of the mouse. 6 is emitted directly without being received by the optical receiving unit 5 . The mouse controller 8 controls other working devices 9 of the mouse to work in a traditional mode: only reporting coordinate information.

Please refer to FIG. 4 , which is a flowchart of the intelligent mouse control method of the present invention. Described intelligent mouse control method comprises the following steps:

In step S401, the light emitting unit 3 emits light. Step S402 , the light beam is focused, refracted and reflected by the optical path conversion unit 2 and irradiates the mouse bearing surface 1 .

Step S403 , the light is refocused, refracted and reflected by the mouse bearing surface 1 and the optical path conversion unit 2 .

Step S404 , judging whether the light is received by the optical receiving unit 5 .

When the light is reflected to the optical receiving unit 5 and received, step S405 is executed to trigger the mouse controller 8 to control the mouse to work in a predefined mode; when the light is not received by the optical receiving unit 5, but penetrates the transparent window At 6 o'clock, step S406 is executed, and the mouse maintains the previous traditional mode.

Compared with the prior art, the present invention refocuses, refracts, reflects and utilizes the reflected light of the mouse bearing surface 1, and sets an optical receiving unit 5 (according to different mouse types, it may receive red visible light, or receive blue light). Visible light, or receive infrared rays, or receive laser light, etc.), the optical receiving unit 5 starts the mouse to work according to the custom mode after receiving the reflected light, and the mouse works according to the traditional mode when not receiving the reflected light. As a result, the user's operation of pressing the mouse button for a long time can be reduced, which is more convenient and humanized.

Claims (6)

1. a kind of mouse intelligent control module, which is characterized in that including：

Light transmitter unit is arranged inside mouse, for emitting light；

Light path conversion unit is arranged inside mouse, for being focused, reflecting to the light, reflect；

Transparent window is arranged in mouse upper surface, for penetrating or reflecting the emergent ray from the light path conversion unit；

Optical receiver unit receives when for reflecting the emergent ray from the light path conversion unit when the transparent window The emergent ray simultaneously converts signal in order to control；

Mouse controller controls mouse according to the control signal and enters predefined working condition, and works as the transparent window When through emergent ray from the light path conversion unit, mouse controller controls mouse and maintains conventional operation state, wherein The predefined working condition is while coordinate information and left mouse button being reported to press information；The conventional operation state is upper Report coordinate information.

2. mouse intelligent control module as described in claim 1, it is characterised in that：

The light path conversion unit includes that setting receives and the first reflection component of reflection light transmitter unit transmitting light, receives the One reflection component emergent light and the second reflection component for being reflected into mouse loading end, and receive mouse loading end emergent light and anti- It is mapped to the third reflection component of transparent window；Wherein, the transparent window is arranged goes out rays in third reflection component emergent light On diameter；Exit path of the emergent light in third reflection component along the tangential reflected light of transparent window is arranged in the optical receiver unit On.

3. mouse intelligent control module as described in claim 1, it is characterised in that：

The transparent window is arranged in the latter half of position contacted with the palm of the hand of user of mouse.

4. a kind of intelligent control mouse, including such as 1-3 any one of them mouse intelligent control modules of claim.

5. a kind of mouse intelligent control method, it is characterised in that：

One optical receiver unit is set, and the optical receiver unit is electrically connected with mouse controller；

A light transmitter unit is provided to emit light, light focuses through light path conversion unit, reflects, is irradiated to mouse after reflection Loading end；

In mouse upper surface, one transparent window is set；

Light through mouse loading end and light path conversion unit reflection focus again, be reflected, after reflection, via the transparency window Mouth is reflected to the optical receiver unit or penetrates the transparent window；

When light is reflected to the optical receiver unit and receives, triggering mouse controller controls mouse with predefined pattern Work, wherein the optical receiver unit, light transmitter unit and light path conversion unit are arranged inside mouse, and are worked as When the transparent window is blocked by nontransparent object, the light is reflected into the optics via the transparent window and receives list Member, wherein the predefined pattern is while coordinate information and left mouse button being reported to press information.

6. mouse intelligent control method as claimed in claim 5, it is characterised in that：

When light penetrates the transparent window, it is to report seat that mouse, which maintains previous legacy mode operation, the traditional mode, Mark information.