KR20010077030A - KNY mouse - Google Patents

Abstract

PURPOSE: A thumb thimble mouse is provided to perform all functions of a computer and a mobile phone using only a power control of the thumb by using a thumb thimble button designed by a high sensitivity sensor. CONSTITUTION: A grip mouse unit is formed for inserting a mouse, a mobile phone or a remote controller when a mouse is griped. Positions of buttons are set for being contacted to the ends of fingers naturally. A thimble portion of a thumb button is formed for adapting a portion being contacted to the thumb to the bottom of the fingers. A sensor outputting a variation of a pressure and direction being transmitted from the thumb thimble as an electromagnetic force or a light is attached for a cursor of a monitor to be moved adjustably by sensing a variation of a pressure being pressed to the thumb thimble in accordance with a pressing power and direction of the thumb on condition that a bottom fingerprint of the thumb is tightly contacted to the thumb thimble. A thumb thimble button unit(10) controls the detecting signal of the sensor as a vector value.

Description

Thumb thimble mouse {KNY mouse}

The present invention relates to a thumb bone mouse which is ergonomically designed to fit their shape well into a hand in pressing or clicking a button with a force of a fingertip of a person in a remote control used in a computer mouse or a mobile phone or a TV or audio. will be.

In general, since the mouse is moved to the mouse pad by moving the wrist, work efficiency is reduced, and it is difficult to apply to a mobile phone or a remote controller.

The purpose of the thumb thimble mouse according to the present invention is to solve the above problems, and to perform all the functions of a computer or mobile phone using only a small force control of the thumb by using a high sensitivity sensor and ergonomically designed thumb thimble button It is expected to contribute.

1 is a view showing the ergonomics of the thumb thimble mouse according to the present invention,

Figure 2a is a view showing a plan view of the thumb thimble mouse,

Figure 2b shows a side view of the thumb thimble mouse, [consists of a thumb thimble button and the index button only]

Figure 2c is a view showing a side view of the thumb thimble mouse, [consists of the thumb thimble button and the index finger, stop, ring finger button.]

Figure 3a shows a thumb thimble.

Figure 3b is an enlarged view of the thumb thimble, [pressure sensor is distributed on the surface.]

Figure 4a is a view showing a plan view of the thumb thimble button portion,

Figure 4b is a view showing a cross-sectional view of the thumb thimble button portion,

Figure 5a is a configuration diagram of the central thimble sensor button thumb,

Figure 5b is a configuration diagram of the edge thimble button part edge sensor,

Figure 6a is a side view of the thumb mouse (thumbs, index, stop three buttons and is wired operation),

Figure 6b is a side view of the thumb mouse (thumbs up, index finger consisting of two buttons, wirelessly operated),

Figure 6c is a view showing an embodiment of a mini thumb mouse,

7 is a configuration and a flowchart of a thumb mouse;

Figure 8a is a side view of the thumb mobile phone (thumbs, forefinger, stop three buttons, built in a double monitor in the folder),

8b is a diagram showing an embodiment of a thumb phone;

9 is a side view and a front view of a thumb-phone [thumb, index finger, middle finger, ring finger is composed of four buttons, a double monitor is built in a folder.]

10 is a side view and a front view of a folder of a thumb-phone (three monitors including an external monitor and an internal double monitor);

11 is a detailed view of opening the folder of the thumb mobile phone [thumbs freely move through the double monitor by the thumb button, showing various functions such as the Internet.],

12 is a configuration and flow chart of a thumb phone,

13 is a detailed view showing the operating state of the thumb remote control [the cursor is moved freely by the thumb thimble button, showing various functions.],

14 is a configuration and flow chart of a thumb remote control,

** Description of the symbols for the main parts of the drawings

0; Thumb mouse

One; Grasp of the Mouse

2; Detect button

3; Stop button

4; Ring finger button

5; a thumb, a big finger

8; Cable line

9; Infrared sensor

10; Thumb thimble button part

11; Thumb thimble

12; Thumb Thimble Center

13; Thumb thimble edge

14; Thumb thimble center sensor

15; Thumb thimble edge sensor

16; Pressure transfer rod

17; spring

18; Lift bump

19; Piezoelectric Sensor Element

20; Thumb cell phone

21; folder

22; monitor

23; Earpiece micro speaker

24; Handset microphone

25; Double monitor [two screens are connected]

26; Moving keyboard [When the cursor touches the outside of the right side of the monitor, the keyboard automatically moves to the left to freely click on the keyboard.],

27; One to three phone function button

28; Curser

29; Image transmission lens

30; Thumb remote control

31; Power switch

32; Mode selection button

33; Thumb thimble virtual button

34; Infrared operating diode

36; Voice recognition sensor

In order to achieve this object, the thumb thimble mouse according to the present invention, in the remote control used in a mouse, a mobile phone or a TV or audio of a computer, in pressing or clicking a button with the force of the fingertips of a person, the shape of the mouse in the hand well Regarding the thumb bone mouse ergonomically designed to fit,

When the hand is naturally held, the shape of the mouse, mobile phone, or remote control is made to fit into the hand, and the position of the button is set so that the fingertips such as thumb, index finger, middle finger, and ring finger naturally touch the button of the mouse. An ergonomically designed mouse mouth that allows the mouse and its buttons to fit in your hand and rub freely,

Concave to form the thimble part of the thumb button so that the bottom of the thumb fits well, and the thumb base fingerprint is in close contact with the thumb thimble, applying to the thumb thimble according to the force and direction of the thumb base The sensor detects weak pressure variation, and attaches a sensor that outputs the intensity change and direction of the pressure delivered by the thumb thimble as an electric force, magnetic force, or light so that the monitor cursor moves at a speed. Ergonomically designed thumb thimble button to control by vector value,

Regarding the thumb thimble button part thumb thimble, the shape of the thumb thimble is concave in the shape of a gourd-like concave like the shape of the bottom of the thumb, so that the thumb fits well, the thumb thimble Material of rubber, leather, silicone, plastic, polyfiber, polymer compound, shape memory resin, stainless alloy, shape memory alloy, vinyl, synthetic resin, epoxy resin, melamine .. The thumb thimble button, characterized in that it is made of high elasticity, the elastic deformation freely according to the vector pressure in the X-axis and Y-axis direction, and soon has a property of restoring to a circular shape,

The thumb thimble button portion, wherein the thumb is in contact with the bottom of the finger well, concave in the shape of the thumb to form a thimble of the thumb button, the thumb bottom fingerprint in close contact with the thimble, the tip of the thumb By detecting the slight difference in pressure and the change in direction, the muscle part [flesh] between the bone and the fingerprint of the abdomen relaxes and contracts or deforms, allowing the monitor's cursor to move with speed as the finger presses. Thumb thimble button, characterized in that for attaching a sensor for outputting the strength and direction of the pressure delivered by the thumb thimble as an electric force, to control the detection signal,

Regarding the sensor of the thumb thimble button portion, as shown in Figure [4] consists of a sensor for detecting the central pressure in the center of the thumb, a sensor for detecting the pressure in the X-axis or Y-axis direction around the thumb thimble edge, the bottom of the thumb The thumb thimble button, characterized in that the thumb thimble deforms the deformation value of the thumb thimble deformed into the X-axis and the Y-axis and detects the value as a vector value to control the speed and direction of the cursor.

The thumb thimble button sensor, which outputs the strength and direction of the pressure delivered by the thumb thimble as an electric force, includes a touch sensor, pressure sensor, strain gauge or load cell with strain gauge, magnetic proximity sensor, variable resistor By applying various piezoelectric elements, pyroelectric elements, and thumb thimble like a tube, the sensor injects air and detects the variation of the tube as a resistance value. Thumb thimble button, characterized in that for detecting and detecting the variation value to be deformed,

The thumb thimble button part, which allows the thumb and the thimble to be in close contact with the thumb thimble by directly holding the mold of the thumb and making the shape of the thumb thimble, thereby increasing the precision and efficiency of the work. Molded Thumb Muzzle,

The thumb thimble button unit, in order to ensure that the thumb and thumb thimble tightly, to make an adjustment screw to fit the thumb shape of the thumb thimble mouse owner, attaching an adjustment device to adjust the shape of the thumb thimble In that,

The elliptical thumb thimble is wrapped and supported by an elastic ring, and the elastic ring is stretched to the X-axis or Y-axis to adjust the shape of the thumb thimble by adjusting screws, so that the precision of the work can be matched to the shape of each individual finger. It is related to the dual structure [click function + acceleration function] of the thumb screw button thumb center button sensor in the adjustment screw type thumb thimble mouse to increase the efficiency, as shown in FIG. When it is applied, it first touches the primary pressing plate and then drops it, causing a momentary current to click on the position of the cursor on the monitor.

Continuously pressing the primary pressure plate while [on] continuously presses the secondary pressure plate to increase the amount of electricity from the piezoelectric sensor, and increases the speed further when the cursor is moved. On the contrary, if the pressure is reduced, the movement speed of the cursor is decreased, and if the pressure is further reduced, the movement of the cursor cannot be accelerated, and it is made up of the dual-sensor which clicks on [OFF] while detaching from the primary pressure plate. Thumb Thimble Button,

It relates to the structure [direction function + acceleration function] of the thumb thimble button part edge sensor, when the pressure is applied to the thumb edge sensor as shown in the drawing [Fig. 5b] to press the pressing plate to increase the amount of electricity from the piezoelectric sensor, Cursor is moved by the vector value, the thumb thimble button consisting of a piezoelectric sensor to act as an acceleration to further increase the speed of the cursor when increasing the pressure in the state,

It relates to the thumb thimble button and the index button, and when the user moves the cursor down and lowers the pressure that the thumb presses below a certain pressure from the target position, it is automatically clicked. Thumb bones that let you drag when you move the cursor while holding the button,

It is a two-stage switch thimble button that enables the switch to be operated in two stages by attaching one more primary pressing plate from the thumb central sensor's thumb sensor. The two-stage switch thimble button has three steps [excited state click / cursor movement state // Double click status].

If the pressure that your thumb presses exceeds a certain pressure, it will just click to increase the pressure at the target position.If you lower the pressure at the target position, if you press a little harder and press a little harder, you will double click. Double thumb mouse to perform the drag function,

Regarding the grip mouse part, there is only one button of the two-stage switch thumb thimble button such as click or double click and drag, so that the double thumb thimble button mouse can perform all functions with only the thumb.

Regarding the grip mouse part, the thumb thimble button mouse having only two thumb thimble button and index finger, such as click or drag and double click, as shown in the drawing [Fig.

Regarding the grip mouse part, there is only a thumb thimble button, such as a click, drag and double-click and the index button and the stop button set as shown in the drawing [Fig. 6], the thumb thimble button mouse to perform all functions with only the thumb, index finger, stop three fingers ,

Regarding the hand mouse part, the thumb thimble button mouse to make the size of the hand mouse in various sizes as shown in the drawing [Fig.

Regarding the index finger of the grasp mouse part, the second part of the index finger supports and supports the pressure of the thumb thimble, and the tip of the index finger (or middle finger) serves to press the index finger (or middle finger) button when dragging. Thimble Button Mouse,

It is about voice recognition of the hand mouse part, and sometimes it is not possible to find out where the thumb bone mouse is placed. For example, if you say 'Where are you', you can hear the response sound such as cricket or 'here' in response. Thumb Thimble,

The thumb mouse button, the thumb thimble button mouse to make a shape in a symmetrical shape for the convenience of the left-handed mouse or mobile phone remote control,

Regarding the thumb mouse, as shown in the flow chart of FIG. 7, the thumb thimble button part of the thumb mouse unit detects a vector value of the thumb thimble at the sensor detecting unit, and transmits and receives detection information through an interface through a detection amount control circuit unit. Thumb mouse configured to observe the information transmission status on the computer monitor section and input new data on the thumb thimble button section,

Regarding the thumb mobile phone, as shown in the flowchart of FIG. 12, the thumb thimble button unit of the thumb mouse unit detects the vector value of the thumb thimble at the sensor detecting unit, and transmits and receives detection information through the interface and the CPU through the detection amount control circuit unit. And, the mobile phone configured to observe the information transfer situation in the mobile phone monitor unit and input new data in the thumb thimble button unit,

Regarding a partial folder of a thumb mobile phone, a thumb mobile phone configured to have two or more double monitor images inside and outside in a partial folder type as shown in FIGS. 8, 9, 10, and 11,

The present invention relates to a partial folder for smoothly performing multi-function [internet, game, chat, etc.] of a thumb mobile phone. As shown in [Fig. 8], [9], and [Fig. In two or more double monitor images, when the keyboard is switched to the typing mode, the keyboard screen is automatically moved according to the cursor. The screen is moved to the right and the keyboard is moved to the left when the touch screen is touched on the right side of the monitor. A thumb phone configured to appear and click freely on the keyboard,

As shown in FIG. 11, two or more unique telephone numbers [separate passwords after a telephone number] are provided in one mobile phone, so that each password behind a telephone number acts as a separate telephone. , No. 3 relates to a multi-transmitting thumb mobile phone that can be set up so that only the person in close contact with the password is not answered.

Logic circuit unit configured to have two or more unique telephone numbers,

An auxiliary circuit part for controlling the operation of the logic circuit part smoothly and supporting various additional functions;

Line monitor function button terminal monitor, which allows users to select their own telephone numbers

Characterized by the part consisting of, ergonomic one-to-two three-cell mobile phone,

The button of the selected line among several phone number lines always receives the [blue] signal, and when the call comes in on that line, the signal flashes quickly. Then, if you click the select line button, you can make a call. When you click the button again, the one-to-three thumb phone, which is configured to operate in the call termination state,

When a call comes from another line while talking on one line, press the select button of the line being talked to automatically switch to standby mode, and the one-to-three thumb is configured so that the melody flows out and the button's signal is blinking slowly. cellphone,

As shown in the flowchart of Fig. 14, the thumb thimble button portion of the grasp mouse portion detects the vector value of the thumb thimble at the sensor detecting unit, and transmits and receives detection information through the interface and the CPU through the detection amount control circuit unit, and the information transfer situation. Thumb remote control configured to observe on the remote control unit and input new data from the thumb thimble button unit again,

The application of the thumb thimble mouse, the remote control used in the computer mouse, mobile phone or TV or audio, etc., the boiler or air conditioner. Thumb thumb button mouse to be applied to all areas where the thumb control the monitor,

The thumb thimble virtual button [33] of the thumb remote control, as shown in [Fig. 13], when the cursor is placed in the position of [A] on the monitor and double-clicks, the cursor does not move any more and the thumb mouse itself is adjusted with the channel [up and down] control. It's just a simple function of volume [left and right] control, and double-clicking on the center [A] again features a ghost thumb remote that allows it to grow and move on the monitor.

In general, as the user moves the mouse to the mouse pad and moves the hand, the working efficiency is reduced and it is difficult to apply to a mobile phone or a remote control. By using a high sensitivity sensor and an ergonomically designed thumb thimble button, only the small force of the thumb is adjusted. By making it possible to perform all the functions of a computer or a mobile phone, it is expected to contribute to making the work freely and quickly and conveniently.

Claims (28)

It relates to a thumb bone mouse which is ergonomically designed to fit their shape into a hand in pushing or clicking a button with the power of a fingertip of a human finger in a computer mouse or a mobile phone or a remote control used for a TV or audio. When the hand is naturally held, the shape of the mouse, mobile phone, or remote control is made to fit into the hand, and the position of the button is set so that the fingertips such as thumb, index finger, middle finger, and ring finger naturally touch the button of the mouse. An ergonomically designed mouse mouth that allows the mouse and its buttons to fit in your hand and rub freely, Concave to form the thimble part of the thumb button so that the bottom of the thumb fits well, and the thumb base fingerprint is in close contact with the thumb thimble, applying to the thumb thimble according to the force and direction of the thumb base The sensor detects weak pressure variation, and attaches a sensor that outputs the intensity change and direction of the pressure delivered by the thumb thimble as an electric force, magnetic force, or light so that the monitor cursor moves at a speed. An ergonomically designed thumb thimble button that allows control by a vector value, and consists of a thumb thimble mouse that allows you to work quickly and conveniently by moving the cursor freely at the fingertips. The method according to claim 1, wherein the thumb thimble button portion of the thumb thimble, the shape of the thumb thimble is similar to the shape of the bottom of the thumb is concave in the shape of a gourd shape as shown in Figure 3, the thumb enters well The material of thumb thimble is molded and coated with rubber, leather, silicone, plastic, polyfiber, polymer compound, shape memory resin, stainless alloy, shape memory alloy, vinyl, synthetic resin, epoxy resin, melamine, etc. And a cover [COVER], it is made of high elasticity, free expansion and contraction according to the vector pressure in the X-axis and Y-axis direction, the thumb thimble button characterized in that it has a property to be restored to a circle soon. The method according to claim 1, wherein the thumb thimble button portion comprises a thimble portion of the thumb button concave in the shape of a finger so that the bottom of the thumb is in close contact with the thumb contact portion, the thumb bottom fingerprint is in close contact with the thimble In the state, the slight difference in the pressure and the change in the direction of the muscles between the bones of the thumb and the fingertips are relaxed and contracted or deformed and deformed. To adjust and move, the thumb thimble button, characterized in that attached to the sensor for outputting the strength and direction of the pressure delivered by the thumb thimble, and control the detection signal. The method according to claim 1, wherein the thumb thimble button sensor is provided. The sensor detects the central pressure at the center of the thumb as shown in FIG. 4, and the sensor detects the pressure in the X-axis or Y-axis direction around the thumb thimble. It is configured to decompose the variation value of the thumb thimble into the X-axis and the Y-axis according to the force and direction of the bottom of the thumb and detect the value as a vector value to control the speed and direction of the cursor. Thumb thimble button. The method of claim 1, wherein the thumb thimble button sensor is used. The sensor that outputs the strength and direction of pressure delivered by the thumb thimble as an electric force includes a touch sensor, a pressure sensor, a load cell with a strain gauge, or a strain gauge, and a magnet. The force of the thumb bottom and the combination of various sensors, such as a close proximity sensor, a piezoelectric element using a variable resistor, a pyroelectric element, and a thumb thimble injecting air into the tube and detecting the variation in the tube as resistance, Thumb thimble button, characterized in that for detecting by detecting the variation value of the thumb thimble deformation according to the direction. The method according to claim 1 or 3, wherein the thumb thimble button portion is formed by floating a mold of the thumb directly from the owner of the thumb thimble so that the thumb and the thumb thimble contact well, thereby forming the shape of the thumb thimble. Molded thumbbone mouse to increase the precision and efficiency of work, According to claim 1 and 3, the thumb thimble button portion, in order to make the thumb and thumb thimble tightly, to make an adjustment screw to fit the thumb shape of the thumb thimble mouse owner, By attaching an adjustment device to adjust the shape, The elliptical thumb thimble is wrapped and supported by an elastic ring, and the elastic ring is stretched to the X-axis or Y-axis to adjust the shape of the thumb thimble by adjusting screws, so that the precision of the work can be matched to the shape of each individual finger. Adjustable thumb thumb mouse to increase efficiency. The method according to claim 1, which relates to a dual structure [click function + acceleration function] of the central thimble sensor of the thumb thimble button part. When a certain pressure is momentarily applied to the central sensor of the thumb as shown in [Fig. 5a], the first press plate is first touched and dropped, and a momentary current flows to click the position of the cursor on the monitor [ON OFF]. Continuously pressing the primary pressure plate while [on] continuously presses the secondary pressure plate to increase the amount of electricity from the piezoelectric sensor, and increases the speed further when the cursor is moved. On the contrary, if the pressure is reduced, the movement speed of the cursor is decreased, and if the pressure is further reduced, the movement of the cursor cannot be accelerated, and it is made up of the dual-sensor which clicks on [OFF] while detaching from the primary pressure plate. Thumb thimble button. The method according to claim 1, which relates to a structure [direction function + acceleration function] of the thumb thimble button part edge sensor. As shown in Fig. 5b, when pressure is applied to the edge sensor of the thumb, the pressing plate is pressed to increase the amount of electricity from the piezoelectric sensor, and the cursor is moved by the vector value in the pressure direction. Thumb thimble button consisting of a piezoelectric sensor to act as an acceleration to further increase. 10. The method of claim 1 and 9, wherein the thumb thimble button and the index finger button are related. When the cursor is moved and the pressure of the thumb is lowered below a certain pressure at the target position, the pressure is automatically clicked. If you double-click, the thumb thimble mouse to drag when you move the cursor while holding the button of the detection part. The two-stage switch thimble button according to claim 1 and 9, further comprising a first pressing plate attached to the thumb central part sensor of the thumb thimble button unit to operate the switch in two stages. The two-stage switch thimble button acts as three steps [excitation state click / cursor movement state // double click state]. If the pressure that your thumb presses exceeds a certain pressure, it will just click to increase the pressure at the target position.If you lower the pressure at the target position, if you press a little harder and press a little harder, you will double click. Double thumb thimble mouse to perform the drag function. The mouse according to claim 1, wherein the thumb mouse part has a two-stage switch thumb thimble button, such as a click, a double click, and a drag, to perform all functions with a thumb. The thumb thimble button according to claim 1, which relates to a hand mouse part, and has two thumb thimble buttons and index finger buttons, such as a click, a drag, and a double click, as shown in FIG. mouse. The method according to claim 1, wherein the grip mouse part has a thumb thimble button, such as a click, a drag, and a double click, an index button, and a stop button set as shown in FIG. 6 to perform all functions with only the thumb, the index finger, and the middle finger. Thumb thimble button mouse. The method according to claim 1, wherein the thumb mouse portion, the thumb thimble button mouse to make the size of the hand mouse as shown in the drawing [Fig. . The index finger of claim 1, wherein the second node of the index finger serves to support and support the pressure of the thumb thimble, and the index finger [or middle finger] is pressed when the index finger [or middle finger] button is dragged. Thumb thimble button mouse to play a role. The method according to claim 1, which relates to the voice recognition of the hand mouse, and sometimes it is not possible to find out where the thumb mouse is placed, for example, if you say 'where are you', you can hear a response such as cricket or 'here' in response. Thumb thimble button mouse with voice recognition sensor. The thumb thimble button mouse according to claim 1, wherein the thumb thimble button mouse has a symmetrical shape for the convenience of a left handed user. The method according to claim 1, further comprising a thumb mouse, wherein the thumb thimble button portion of the thumb mouse portion detects the vector value of the thumb thimble at the sensor detection unit, as shown in the flowchart of FIG. Thumb mouse configured to send and receive detection information, observe the information transmission status on the computer monitor unit and input new data on the thumb thimble button unit again. The method according to claim 1, further comprising a thumb mobile phone, wherein the thumb thimble button portion of the thumb mouse portion detects the vector value of the thumb thimble at the sensor detecting unit, as shown in the flowchart of FIG. The mobile phone is configured to send and receive detection information through the mobile phone monitor and monitor the information transmission status, and input or command new data from the thumb thimble button again. 21. The method of claim 1 and 20, which relates to a partial folder of a thumb cell phone, wherein the two parts are internally and externally in a partial folder type as shown in FIGS. 8, 9, 10, and 11. Thumb cell phone configured to have the above double monitor image. 21. The method according to claim 1 and 20, which relates to a partial folder for smoothly performing multi-function (internet, game, chat, etc.) of a thumb mobile phone. [Fig. 8], [Fig. 9], [Fig. 10], [ 11] In two or more double monitor images inside and outside in a partial folder type, when the screen is switched to the typing mode, the keyboard screen is automatically moved according to the cursor, and the screen is moved to the right to touch the outer right side of the monitor. When the keyboard automatically moves to the left side, the invisible keyboards appear and freely click on the keyboard. 21. The method according to claim 1 or 20, as shown in [27] of FIG. 11, to have two or more unique telephone numbers [separate passwords after the telephone number] in one mobile phone, so that each password after the telephone number is separate. It is a multi-transmitting / receiving thumb mobile phone that can be set up so that it can act as a phone so that the number 1 is a normal phone, the number 2 is a familiar relationship, and the number 3 is a password between those who are intimate. Logic circuit unit configured to have two or more unique telephone numbers, An auxiliary circuit part for controlling the operation of the logic circuit part smoothly and supporting various additional functions; Line monitor function button [27] terminal monitor unit, so that the user can select each unique telephone number directly Characterized by the part consisting of, a multi-transmitting ergonomic one-to-three thumb mobile phone. 24. The method according to claim 1, 20, or 23, wherein the button of the selected line among several telephone number lines always receives a [blue] signal, and when the call comes in that line, the signal flashes quickly. If you click the line selection button [or the detection button or the stop button], you can make a call [with the receiver], and if you click the button again, the one-to-three thumb mobile phone is configured to operate in the call termination state. 24. The method according to claim 1, 20 or 23, when a call comes from another line during a call with a line, pressing the select button of the call line automatically switches to the standby state and causes the melody to flow out. One-Two Thumb Cell Phones with circuitry configured to operate with a flashing light. The method according to claim 1, further comprising a thumb remote control, wherein the thumb thimble button portion of the thumb mouse portion detects the vector value of the thumb thimble at the sensor detection unit, as shown in the flowchart of FIG. Thumb remote control configured to send and receive detection information through, to monitor the information transmission status on the remote control unit and to command a new menu from the thumb thimble button unit again. The method according to claim 1, which relates to the application of the thumb thimble mouse, and is applicable to all fields in which the thumb is used to control the monitor as well as a remote control for a mouse, a mobile phone or a TV or an audio. Thumb thimble button mouse. 27. The thumb thimble virtual button [33] of the thumb remote control according to claim 1 and 26, which is larger as shown in FIG. Instead, it is integrated with the function of [A] on the monitor so that the thumb mouse itself can do only the simple functions of channel [up and down] adjustment and volume [left and right] adjustment. Ghost thumb remote configured to help.