TWI255413B - Glove mouse with virtual tracking ball - Google Patents

Abstract

A glove-like apparatus mounted on a user's hand to control the cursor movement and to select for providing functions of a computer mouse. The apparatus has a glove-like body with multiple finger tubes. A tilt sensor is mounted on the glove metacarpus, of which the roll angle of the hand is detected to determine the moving orientation of the cursor. Two pairs of bending sensors are mounted on the thumb tube and the index finger tube, each pair of the sensors is used to detect a bending angle of the corresponding finger. The bending of the thumb or the index finger at a time is used to move the cursor in the negative or the positive direction along the located orientation line. The data glove for cursor control is operated as a virtual mouse with a virtual tracking ball.

Description

1255413 V. INSTRUCTIONS (1) The present invention relates to the use of a computer glove as a virtual mouse for swimming; = loading 4, especially a computer mouse is a type of wheeling device, m control and select. Relatively on the screen cursor: in the D plane to move it, button, the user can press 盥, g to move. Two or three are used by region and use =. The point is that the conventional mouse needs to have a sliding disk and a mouse to change the position between the back and the mouse. When the word processing is performed, it is necessary to continuously design the key to solve the aforementioned drawbacks. For example, the position of the control cursor disclosed in the U.S. Patent No. 541 9 9 Patent. The vertical ball is placed on the hand to be used to wrestle with the thumb. ~ < shows the side of the glove forefinger, - like. Chasing;; 2 Bu is like the setting of the ball on the notebook computer 咏 咏 而 而 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 才能 装置 装置 装置 装置 装置 装置 装置 装置National Invention Patent US A direction line = Control:: The body is LI for the hand of f.*

Move the cursor on. Each side. Start == lose ^ Tiger in the corresponding direction line can be opened and closed. Because &, the operator's body 2:: the two opposites - the upward/downward and leftward/directions to the left position: '::: two, the system of the cursor = between and must be defined - Difference = Distinct position is not easy 'For a pair of body elements: A 1255413 V. Invention description (2) There are also a large glove mouse of the present invention. Set. Because the operator's work can be adapted to the mouse. Because the true tracking ball is available on the moving point, it needs to be annoyed. The hand-turning position is a kind of imaginary ball that is operated in the purpose of making the glove's maneuverability and limitation. The ergonomic hand-operated hand is placed by the thumb position. The function of the mouse is to provide the virtual mouse that is to be tracked and not to learn. It only refers to the fact that it is in the positive movement, and it is a new type of ball that is fully equipped, so it does not reproduce itself and exists. It adopts the concept of the other position or the concept of the pursuit of the person. of. However, we will introduce the ball operation enough to get the glove to slide to - there is a direction line, operation. Another type of design that adapts to the characteristics of one-finger negative-handed hand-rolling is suitable for any - mouse operation, a real sliding, large virtual, two directions, 'users are not one dimension control. The purpose is to have an excellent mouse glove of the present invention, which is placed on the thumb and on the back of the hand. Measure its rolling tilt position. It is conceivable that the heart pushes toward the center along the direction of the thumb and the food, so the shift of the reverse position is provided by the + mouse glove. The pair is placed in the middle of the hand roll angle and determines the middle of the thumb and index finger. Center, index finger and index finger movement. Two pairs of curved computer verniers are loaded with no two index fingers; when installing a computer screen with a thumb and a curved bend, the bending action sensor controls the camber and the other is used in the hand cursor. The swim corresponds to the tilt moving ball that only has the inclination of the virtual sensor, and the cursor is tracked from the food cursor in a single direction: the pair of sensors are equipped with the sensor detection line. Starting from the tip of the thumb of the thumb to the direction line,

1255413

That is, the finger is bent inside, and the fingertip moves from one end to the center. V. Description of invention (3) For the camber sensor, one is used to make a large rod 敕^1. Every time it is not controlled, it is used to make small adjustments. This makes it easy to do body movement control. And the fine play method has it. Therefore, in general, the present invention can be said to be a clever application and ergonomics, and introduce a new design concept, which is obtained from you.

τ < 敎 is quite I-efficient, with significant industrial use value. $ - In order to further understand the nature, structure and characteristics of the present invention, the preferred embodiment will be described in detail with reference to the following: $ Paper is illustrated by a simple illustration: Zhuo Tu is the glove slip of the present invention Upper view of the mouse embodiment. The following figure is a side view of the operation of the glove-shaped mouse-shaped ball in the first figure of the present invention. /, a, two (a): shows the change in direction line when the hand rolls. Figure 3 (b): Shows the moving direction of the cursor reflected by the direction line when the hand rolls in the third figure (a). The main purpose is to provide a mouse sleeve input device capable of forming a virtual trackball. A preferred embodiment is as follows. Please refer to the section. w Figure 1 The glove mouse contains a glove body (1) that can be worn on the right hand of a computer user. The thumb of the glove body is equipped with two cambers, 目 BS / ^ 4 ^ 2 ^ (21), and two camber sensors are mounted on the index finger.

1255413 4 Ming said that the five sets 5 installed C \) / 4 1 (5 C test}. Sense 5 upper 彳 彳 指 指 指 指 个 \ \ \ \ , , , , , , , , , , , , , 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 弯 } } } } Refers to the other 3, in the 丨 设 背 背 背 于 于 于 于 于 于 于 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 A set of equipment along the 1st mark 1 tour 2 will C go, 2 change C changer sense the angle of the curved two fingers. M-"B-\ 2J shift test plus if# to use the stand Quantity, increase the dynamic increase and increase in the period of time, the angle of time to come back to the bend, the middle of the day, the middle finger, the second time, the ο ο momentum adjuster measure, the measure of the amplitude and the degree of the small disc, the hand to refer to the use Μ ;, In the control section of the control section, the movement of the 2 gauges, the measurement of the base of the C-finger, the base of the sense of the amplitude of the thumb, the big bend, the speed of the fast-moving, the food is located in the set-up standard tour} Get 1 to make 3 control C control} move 3 to move C to measure the sense of the second degree of the bend. This pair of feelings refers to the feelings of the use of bends and bends; Between the devices, the sensation will be changed, and the degree and the bending of the bending plate will change. The moving angle of the hand is located in the opposite direction of the curved phase of the curved phase, which refers to the degree of the same degree of the installation and movement. 〇 is the 3 sections of the section 1 of the C section. 4 Measure the degree of sensibility. The angle of the angle is inclined. The shifting of the coil to the hand is 45-JB-V. The roll is started along the back of the hand. Set the coping angle and the sensitivity, and the direction of the position of the thumb, the movement of the cursor in a specific direction. One of the joints is moved with (2 1 ). Accurate. The direction of the food movement is large. The base of the index finger is used to detect the vernier. The sensibility of the vernier is measured by a small amount of 3 and 2, and the fingerless finger can be used to separate the mouse. One

Page 8 1255413 V. Description of the invention (5) d: used to detect the corresponding finger bend X respectively. If there is more than one, it means that the pair can be separated by a number of finger-like energy groups & too 4 + It should be known that the key is pressed. knowledge. First, the combination of the way to do this mouse button press judgment: Feng r mouse glove hand is like holding a - imaginary hand to ::::=!; corresponding ball Seat (1) Ball (6 one side open circle = sliding over the virtual chasing the big ball on the ball seat, the ten sides of the crystal opening / forming is used to define the virtual when the hand rolls the sophomore" Tracking the ball (6) to do relative rotation. Degrees. Please refer to the second:: Figure::::f horizontal plane tilted into a corner on the computer screen _ too - green 廿 疋 疋 廿 大 大To (7) is used to map to ": the straight line on the big circle of the ΐ 姆 thumb and forefinger is placed above, right Feng ^. To face the screen, put the thumb below, the food is above, food #位^Rotate one hundred and eighty degrees clockwise, turn into the direction of the mouth of the eighty degrees of the thumb,; below, so that the thumb and the index finger are responsible for a hundred-way range of two hundred and two: Geng, can cover all requirements of the cursor movement The hand of the possible side: Made: Out: Fan η, the scope of use of the direction is close to the characteristics of the human. After the use of the human hand, the ' : (:) and (b) Figure 'When the position of the cursor moves, the third (:) map is indicated by the right thumb. The index finger will push it. The direction of the push is given by the thumb. 1255413 V. Description of invention (6) After the transfer to 180 degrees, the thumb (2 is in the left semicircle, food (221) (321) can be reflected in the figure (b) shown in the figure 1 The scope of the invention for controlling the direction of movement of the game is in the right semicircle. The second 2) the range of the controllable direction I on the screen (9) 3) the direction of movement of the cursor on the push side of the hand shown in the figure, For example, the first method is to use one of the patents of the existing mouse step, and the one-to-two-dimensional motion control is based on the natural law of the hand, and the length of the human body is corresponding to the length. The deficiencies and shortcomings in the structure and use are in fact very advanced and the invention is not found in the publication or public use, and meets the requirements of the invention.

Page 10 1255413 Brief Description of the Drawings Brief Description of the Drawings: First Figure: A top view of the glove mouse embodiment of the present invention. Second Figure: A gloved mouse in the first Figure of the present invention forms a side view of the operation with a virtual trackball. Figure 3 (a): shows the change in direction line when the hand is rolling. Fig. 3(b): shows the moving direction of the cursor reflected by the change of the direction line when the hand rolls in the third figure (a).

Page 11

Claims (1)

1255413 ί月正本围6·Application for patent rights 5——'i-glove body' for computer users to wear on their hands, with multiple finger cots; refers to the bending angle "ΖΤΓ在ΖΤΓ指The camber sensor on the wire is used to measure the distance of the m-segment to move the cursor to the specific-direction line in a single-direction movement (10): one or several devices are placed on the fingertips of the index finger. It is said that the movement of the second section ^ angle change 'According to this, go to the opposite direction of the cursor to the direction of the thumb can be moved in the opposite direction of the glove tray miscellaneous ^ used to speculate hand wheel rolling, \ oblique Angle, the angle of the square cursor along the axis of the square cursor. Hand 1·= According to the first item of the scope of the patent application, the virtual chasing ball can be formed into a virtual squirrel, and the other includes: Xi Xi, Sense Sensation, each installed in a non-Mu and Food 2, coffee in a mouse button, if a finger is thin: The threshold of the sigh, which means that the mouse button is pressed. 3 sets of one of the curved households % of the bends that can form a virtual chasing ball according to the first item of the patent application scope, the degree sensor is installed to measure the joint of the base interphalangeal joint 4 The nesting sensor is configured to measure the knuckle of the knuckle and the hand-off according to one of the types described in claim 1 of the patent application scope. Page 12 1255413 5. A glove mouse capable of forming a virtual trackball according to claim 1 of the scope of the patent application, wherein a camber sensor is installed to measure the joint and knuckle of the base interphalangeal joint The camber of the combination of joints between the hands. 6. A glove mouse capable of forming a virtual trackball according to item 2 of the scope of the patent application, wherein a camber sensor is installed to measure the curvature of the joint between the phalanges of the base. 7. A glove mouse capable of forming a virtual trackball according to item 2 of the scope of the patent application, wherein a camber sensor is installed to measure the camber of the joint between the knuckle and the hand. 8. A glove mouse capable of forming a virtual trackball according to item 2 of the scope of the patent application, wherein a camber sensor is installed to measure the joint between the base interphalangeal joint and the knuckle and the hand disc The combined camber. Page 13