TW591506B - Mouse device and method applying wireless transmission - Google Patents

Abstract

The invention discloses a mouse device and method applying wireless transmission, wherein MEMS (micro electro-mechanical system) technology is applied to detect and determine the position shift resulted from external applied by a user. Information is transmitted through RF transmission, so that the information processing device can execute the commands. In addition, pattern recognition is performed onto user's signature, and different acceleration and speed generated by user's application of force are used to distinguish user's habit. Further, a high-sensitivity mouse device is made through a specific angle, so as to achieve the best efficiency, thereby solving various disadvantages of the mouse in the prior art.

Description

591506 V. Description of the invention 0) [Field of the invention] The present invention relates to a mouse device, in particular to a mouse device and a method thereof achieved by using micro-electromechanical system technology, and using wireless transmission. Image recognition can also be applied to general mouse, 3D wrist watch mouse (3D wrist — watch type m -〇use), joystick (joy tick), finger mouse (finger mouse), screen touch pen ( Cu — rsor pen), 3D game g (unpad), position sensor (1 ow cost pos — it ion detector), motion sensor (co — in size mot ion detector). [Background of the Invention] Due to the rapid development of science and technology, the market led by the semiconductor industry and the information electronics industry has continued to grow vigorously, resulting in significant changes in many application levels, which not only brings about scientific and technological achievements, but also It has improved the quality of human life and changed the mode of life. The technology products affected include thousands of electronic consumer products such as personal computers, mice, scanners, mobile phones, personal digital assistants, and so on. The requirements for types of products are even more demanding. As electronic products continue to be "thin, light and short," the precision and size of various components and processing equipment that affect them are increasingly demanding, which has also led to another wave of manufacturing technology revolution towards ultra-precision. , High-density, high-speed, intellectualization, miniaturization, etc., and then derived the "next-generation manufacturing technology" required by the industry in the 21st century

591506

(2) t Generation g Technology), the exhibition direction is two major projects; nanotechnology; 〇1 〇gy), micro-electromechanical system technology 〇 ~ Electro—Mec em Technology) 0 2] 1111 ~ 10 — 111111 range nanometer And micro processing technology to develop a system of micron circuits and controllers. However, the design of key components and the integration of micro-element actuators, micro-sensors, and microcontrollers are the key targets. Anuacu > Next-generation manufacturing technology (N an 〇τ e technology (Μ Ε Μ S: Μ ha η ica 1 ° month) "is the manufacturing technology within the processing precision; the latter fine components and components, and the latter is more targeted at the development of micro The integration of special process technology, Fachen intelligent, and the products and fields that have been implemented today have not seen popular trends, but in the field of development, the development of revolutionary improvements can not be ignored; now the mainstream mouse device ' Still staying on the mechanism mouse using the trackball, using the luminous diode m_, etc., these ~ mouse devices, all have one of them: I: The mechanism mouse of the track H must be attached to a The effect can only be performed on a smooth surface, and the trackball has its wear rate; the mouse of the optical light emitting diode has a 疋 ㊅-set limit. At the same time, because the light is a straight path, the receiver must also have a certain degree of cooperation. However, many of the missing improvements are still in the innovation or change of the connector on the hardware, and no new mouse device has been proposed. In addition, most of the signature recognition devices on the market today stay in writing or general handwriting. The input device ’also does not appear in the mouse device, and the identified services are compared with the graphic section, which does not make use of each person ’s signature when signing.

591506 V. Description of the invention (3) The identification rule of the same speed change, if a non-functional mouse device can be provided at this time, and the latest micro-electro-mechanical system (M i

Electr〇 Mechanical S y s t j E M S) technology, can also solve the above-mentioned problems with a special signature speed or variable identification system. [Summary and purpose of the invention] In view of this, the present invention is to provide a wireless mouse device and method for solving the above problems. The main purpose is to sense a book mouse through a temperature (Therma 1 M EMS) chip. The devices all have a moving route and displacement, but they are more able to use RF wireless information to transfer information due to the application of U force: speed 'and the resulting acceleration or speed: in; the habits of famous people' 4: management = Technology ... MEMS) and radio frequency (Th-quency; RF), transmission (Radl ο refraction and reflection of light, or θ f surgery) will allow the mouse to be installed in the air can also implement sliding Mouse fine smooth surface sensing position In addition, because the total volume is large :, often effective. To implement, the present invention further mentions the second /, through the micro-electro-mechanical system of the mouse pen (ding he ;; a precision switch As a result of the control experiment, the application of this switch will allow the ς :: to have the best detection sensitivity in a specific two-Mems) chip. As mentioned above, the accuracy of the drama name brought by the present invention is further improved. It's not just the mouse wireless transmission line that transmits C r 〇em; The speed is changed by using the positive and negative data of the micro and electric power to transmit (the R signal does not need to be shifted, and the form does not need to be shifted, and the temperature is changed in accordance with the form. According to the sensitivity, the increase of 591506 V. Description of the invention (4), further increase In addition to the convenience and stability of the mouse device, it also reduces the cost and greatly reduces the volume due to the improvement of the technology, allowing the mouse device to enter the next era. The present invention includes at least the following modules: a sensing module and an interface module The invention includes at least the following steps: detecting whether an external force exists through a sensing module, and then generating acceleration according to the external force, and analyzing and calculating the acceleration through an interface module, and finally using a radio frequency module The result is transmitted to the information processing device. The detailed content and technology of the present invention will be described in conjunction with the drawings as follows: [Detailed description of the embodiment of the invention] The present invention proposes a mouse device and method using wireless transmission. Innovate the current mouse device, through radio frequency wireless transmission (R — adi 〇F requency; RF) and micro Electrical system (Micro ElectroMechanical S-ystem; M EMS) technology to achieve, the data message transmission mode is different from the past, so that the mouse device no longer need to achieve the effect by means of trackball or light detection, especially What's more, it can be executed anywhere, including air, h. Poor .. The conversion process can be realized by the JL processing device--* * received signals. __________ one by one " The preferred embodiment illustrates the specific feasibility of the method and is achieved by the techniques described above. Please refer to FIG. 1. FIG. 1 is a simple schematic diagram of the micro-electro-mechanical system (MEMS) proposed by the present invention, which is described as follows:

591506 V. Description of the invention (5) First, a force application point 5 is used to apply force to the sensing module 10. Among the sensing module 10, there is an object 15 having a mass of m and the sensing module 1 0 It can be a chip, and according to the theory of mechanics, when an external force is applied to an object 15, an acceleration will be generated, the speed is the integral of the acceleration, and the displacement is the integral of the speed. When implemented as a micro-electromechanical system ( In the case of MEMS technology, at least two-dimensional planes are required, and X and Y directions are required. Therefore, when an external force is applied to the MEMS, the object 15 has two masses, one is the mass in the X direction, and the other is The mass in the Υ direction will further generate two strokes in two directions. Through these two strokes, the effect can be implemented in other elements provided by the present invention. Fig. 2 is a structural diagram of a mouse device using a wireless transmission system provided by the present invention, and illustrates the basic module of wireless transmission of the mouse device. Now its system architecture is described as follows: As far as the system architecture diagram of the present invention is concerned, , Including the following modules: A wireless mouse chip system 40 is used to represent the mouse device itself and the information processing device 50 to connect the signal in the system to the information processing device 50, and then through the information processing Device 50 is used for processing. Wireless mouse chip system 40 also includes a sensing module 10, an interface module 20, and a transmission module 30. These three modules are designed to control all signals in the system. Generate and communicate, the following will be further explained: 1. Sensing module 10, which is used to sense the state of an external force, and detect the direction and acceleration of the external force, and the temperature micro-electromechanical The system (Therma 1 EMS) is composed of chips, and the acceleration is analyzed and quantified through the temperature difference generated by the force.

591506 V. Description of the invention (6) It can be a two-dimensional micro-electro-mechanical system and is used to manufacture a low-cost mouse device. When the tilt angle of the sensing module 10 reaches the horizontal plane, it has the highest sensitivity (Sens it ivi ty). In addition, this module will transmit the acceleration and state of the detected force to the interface module 20. 2. Interface module 20, which is used to eliminate unnecessary noise and interference in the signal transmission process, and convert the direction and acceleration of the force into an effective displacement. It can also identify and remove gravity. Affects the state and simulates a friction force to correct the situation without moving speed, to avoid the problem that the sensing module 10 cannot sense the force state.

3. The transmission module 30 is used to transmit the corresponding displacement change caused by the external force to the information processing device 50, and the transmitted displacement signal is completely transmitted. This transmission module 3 0 is transmitted through Radio frequency wireless transmission (R-adio Frequency; RF) transmits messages and is carried in 900 MHz or 2.4 GHz or industrial, scientific or medical (I-industry, Science, Medical; IS Μ) frequency bands, in order to benefit other Radio frequency wireless transmission receiver to receive signals. The above-mentioned information processing device 50 may be a desktop computer, a laptop computer (NB), a personal digital assistant (PDA), a mobile phone, a palm-type information processing device, etc., and is not limited to use on any platform. The sensor module 10, interface module 20, and transmission module 30 provided by the wireless mouse chip system 40 can be composed of at least one chip, and can also be installed in any type of mouse device. in. However, a specific embodiment of the present invention will now be described.

591506 V. Description of the invention (7) 3 pictures, the 3 picture is the architecture diagram of the mouse pen using the wireless transmission system of the present invention, and the description is as follows. Of course, like the 2 picture, they all have the same sensing module. 1 0, interface module 20, transmission module 30 and other basic modules, but the mouse pen device 7 〇 but a micro-voltage switching module 60 and a power supply unit 8 0 1 .Micro-voltage switching Module 60, which is connected to interface module 20, is used to control the startup and shutdown status of sensing module 10, and the module 60 can be used to determine the position of the mouse cursor and perform the confirming action through the micro-pressure switching module 60. , Can also be identified by a fine-tuning type (c 1 icktype) operation method for user signature behavior, this fine-tuning type (c 1 icktype) refers to the use of a small switching gap to determine whether to activate the switch 〇2. The power supply unit 80 is used to provide power to the mouse pen device 70 for operation. When the angle of the sensor module 10 in the mouse pen device 70 reaches the horizontal plane, it has the highest sensitivity (Sensitivity). The micro-pressure switching module 60 and the sensing module 10 can determine the position of the mouse cursor and confirm the action of double-clicking (C 1 ick). The mouse pen device 7 0 converts the basic 2-degree space image into 4 The signature recognition in degree space also stores the recognition result through the speed curve generated by the external force. Please refer to FIG. 4, which is a schematic diagram of the sensor module 10 of the present invention achieving the best sensitivity. Now its system architecture is described as follows. Angle A is the angle that the user uses to write, that is, Micro pressure switching mode

591506 V. Description of the invention (8) Force angle of group 60 and contact surface 90, and angle B is the angle of the sensing module 10 and the micro-pressure switching module. When the user tilts the wireless identification system 7 0 Reaching an angle allows the angle A to be equal to the angle B, and also allows the inclination angle of the sensing module 10 to reach the horizontal plane to have the maximum sensitivity (S —ensitivity). Please refer to Fig. 5a, which is a schematic diagram of the micro-pressure switching module provided by the present invention in a depressible type, which is described as follows: The figure illustrates the micro-pressure switching module 6 0 in a depressible type (C 1 i —ck T ype), first, the micro-pressure switching module 60 is at the starting position of the clickable type (such as 60a), which is a state of force. When the micro-pressure switching module is When 6 0 accepts a force application point 5, it becomes the last position of the micro-pressure switching module in the down-pressable type (C 1 i —ck type), that is, 60b; between 60a and 60b There is a significant gap between the distances. For the user, when the position of the mouse cursor is to be confirmed and an instruction is issued, the micro-pressure switching module 6 can be depressed by this type of depressible type (C 1 icktype). , You can easily feel that this instruction is executed, because as mentioned above, there is a distance difference before and after pressing down, the user must feel the difference: but for the signature recognition, the present invention proposes another Type, please refer to Figure 5—b, which shows the fine-tuning type of the micro-pressure switching module provided by the present invention. As shown in the figure, the micro-pressure switching module 60 is at the starting position of the fine-tuning type (S-tiff type), such as 60c. This is an unstressed state. When the application point 5 starts to act, it will become Will be 6 0 d, it is the micro pressure switch module in the fine tuning type (S tiff type)

591506 V. At the last position of the description of the invention (9), it is clearly found that the distance between the 6 0 c and 60 0 d is very small, almost at the same position, that is, even if the application point 5 is not large At that time, the micro-pressure switching module 60 will also change, in other words, basically in the micro-tuning type (S tifftype), the micro-pressure switching module 60 is always on, even if the user applies force, it will not change. It feels like there is a difference in distance in the depression type, so the user can easily write. FIG. 6 is a flowchart of a method for wirelessly transmitting a mouse device according to the present invention, which is described as follows: First, this wireless mouse chip system 40 needs to first detect whether there is an external force through a sensing module 10 (step 1 0 0), if there is no external force intervention, continue to step 1 0 0 to maintain the state of preparation; if there is external force intervention, an acceleration is generated according to the external force (step 1 1 0), this acceleration is provided by the sensing module 1 0 is detected, and then the acceleration is analyzed and calculated through an interface module 20 (step 1 2 0), and a displacement result is obtained. Finally, a transmission module 3 0 is used to transmit the result to An information processing device 50 (step 130), and the process ends. Figure 7-a is a flowchart of a method for identifying a signature using a wireless mouse device according to the present invention, which is explained as follows: First, the wireless mouse chip system 40 mentioned in the present invention will start to detect whether a microcomputer has been activated. Press the switching module 6 0 (step 2 0 0). If the module is not activated, it will continue to detect the state until an external force is involved; if it is activated, it means that the external force is accepted, and it will pass an interface module. Group 2 0 analyzes an external force (step 2 1 0), and analyzes the detailed flow of the external force

591506

Fifth, the invention description (ίο) The process will be explained through a step A. After the analysis is completed, the result will be transmitted to an information processing device 50 (step 2 2 0) using a transmission module 30, and finally in The information generated by the external force is displayed through the information processing device 50 (step 230). This graphic is a graphic signed by the user, which can be text or a symbol. The focus is on identifying the spirit of the graphic , And the process ends at the end. The receiver continues to explain the process after step A 'Please refer to Section 7 — b. Figure 1 is a video recorder with a signing party to identify the outside 2, the status is the order of time, the name must be the same, and 2 if the decision is made Will the Chinese government produce different kinds of products that have been signed? The producers are the ones who are better than the others. All the points are used and stored. According to ο, in the meantime, if I have been used to my physical strength, I will store stocks 2. The main reason for the empty} verbal learning is that the person who saved the group should first understand the name of the group. If the figure is to be compared with the analog ratio 4, it is the name recognition. The name is signed, and the sign is correct. 1 means that you have not exchanged the empty storage to sign the sign. Do n’t do it first. 30% of the time is 2 o’clock. , 3 2 step data, mode, pen graph line to make a capacity step group C according to the process plane} The 2 tunes are not the same as the flow medium ο and the space + degree is not in shape, analysis C The face of 2 people should have signed the 3 static pictures for the method of depositing and depositing to the group, or they should be stored in the model through the learning process. If you can identify the line and save it and then take 2 airspeeds like one to discern and then enter the data, the state of C capture is not half as much as A. You need to count the source and the quietness of the material. Figure No. 1 is based on the fact that there is a gap between the player and the player. It is based on the materials listed. The production state will be empty. The data will be entered into the character. The number of initial names is fast and dynamic. _1 sm Η Page 13 591506 V. Description of the invention (11) If there is no matching data found in the identification result, the user is required to re-enter (step 3 4 0); If there is matching data, the user can issue further instructions (step 3 3 0) and end the process. [Effects achieved] Please refer to FIG. 8-a and FIG. 8-b, which are embodiments of the method for identifying a signature using a wireless mouse device according to the present invention. First see the letter ΠΜ π. Due to the different forms written by each person, the traditional 2 degree static space pattern is used for identification, which can be easily imitated by the shameless. Therefore, it is effective to add a 2 degree dynamic space image as described below. Prevent immoral imitations. First, the letter "M π" is used to obtain the curve of a (X), a (y) or v (X), v (y) through the sensing module 10, and then the decomposition operation is performed to divide into a piece of linear straight line, for example In other words, a word will be drawn into a straight line. It is elastic and elastic. Some places are tight. Some places are loose. This method uses a (X), a (y), or v (x), v (y). Curve to represent different points of X j and Y j, and the a (X) and a (y) curves of different users will be unique, and then the letter "Μ" will be stored in the signature by interface module 20 The database is stored as a 2D dynamic image. In addition, the curve data of the traditional 2 degree static space graphics are also stored in the signature database together, so a 4D signature recognition method can be generated. The main function of the mouse device and method using wireless transmission is to provide users with a revolutionary new product that can be applied to input devices around the computer through wireless transmission technology, such as: Stick, input, stylus, etc., even if the user is not in the information area

Page 14 591506 V. Description of the invention (12) Before the device can be processed, it can still identify the commands and motion technologies that allow users to experience the experience of virtual reality. Use a sensing module with microcomputer technology to detect It is difficult to imitate the external force, and it is difficult to be imitated by the different signature habits of each person. The advantages of this field are quite wide. All computer-related mechanisms can use this device to sign mechanisms, ID cards, etc. Counterfeit methods. In addition, the present invention further provides a mouse for accessibility to a quasi-computer input device that is more widely applicable and easier to operate. It is mainly a sensor based on the EMS process technology. When the transmitter changes with the signal, the movement of the cursor is controlled through simulation to simulate the mouse. The invention is not only small in size, power-saving, but also simple in operation. Through a variety of information processing and installation assistants, etc.), the powerful functions will bring about. However, the above-mentioned examples are not intended to limit the person skilled in this art. Without departing from the equal changes and modifications of the present invention, they are all specialties of the present invention. , Can be more unique through 3 D; In addition, it can also calculate its speed and acceleration through the mouse power system (M EMS), borrow, after all, signature actions and habits, after this can be applied to the surrounding area need to confirm identity Name recognition, the electronic input device that can replace the password barrier has any secret control and its order (such as the convenience of the mental scope of the present invention, the use of the micro-electromechanical device to change the other Can be applied: The environment covered by the implementation and scope of the use of the computer, replacing the current standard system (M, sensor signal processing function. The scope of this application, personal data loop Scope, made by any of the

P.15 591506 The diagram is a simple explanation of the S · M ΕΜ Γν system, which is clearly issued by the motor micro-lifting institute; it is said that the diagram is a schematic diagram of Fig. 1 Transmission line useless il put forward; this [B1 series composition 2 Figure 3 Figure 4 Figure 4 shows the intention of the pen mouse smoothness of the smart system is the most lost to the transmission line group without the use of measurement and measurement sensor The book is clearly issued. The picture of the system can be changed by cutting and pressing in the die set; the picture is intended to show the diagram a-5. The picture is issued to the picture b I picture 5 6 The pattern shown in the first figure is the same as the micro-module die-cutting and pressure-removing micro-lifting method. The name of the legal system of this law is to sign the 7th identification and install the mouse a-7. The 7th transmission line is useless. The example shows that the actual version of the law is the name of the legal method, the signature is b, the number is 8, the model of the mouse is set, and the model of the mouse is a. The point is decent. | 力 感 物 介 8 Fu Shi ο 5 ο LO r— I rH 〇〇

Page 591506 Brief description of the diagram 3 0 Transmission module 4 0 Wireless mouse chip system 5 0 Information processing device 6 0 Micro-pressure switching module 6 0 a Micro-pressure switching module is in a down-pressable type (cli (type ) 'S starting position 6 0 b The micro-pressure switching module is in the last position of the click type 6 0 c c The micro-pressure switching module is in the starting position of the fine tuning type (Stiff type) 6 0 d micro The pressure switch module is in the last position of the Stiff type 7 0 Mouse pen device 8 0 Power supply unit 9 0 Contact surface step 1 0 0 Detect if there is an external force through a sensor module Step 1 1 0 According to The external force generates an acceleration step 120. The acceleration is analyzed and calculated through an interface module. Calculation step 1 3 0 Use a communication module to send the result to an information processing device Step 2 0 0 Detect whether the micro-pressure switching module is activated Step 2 1 0 Analyze an external force through the central processing module Step 2 2 0 Using a transmitting module to transmit the result to an information processing device

Page 17 591506 The diagram simply explains whether the storage travel needs to be one of the mathematical models of the group data model. The generated central force is generated by the external force and the external force is based on the external number. The record is clearly recorded. Ο ο ο 00 1 ± 2 3 3 Whether the step and step symbols have been matched is based on the number of comparisons in the central group J1. 2 3 The order of the material step is entered and the new weight is entered. The next person can use the request to ask ο ο 3 4 3 3 step by step page 18

Claims (1)

591506 6. Scope of patent application 1 · A mouse device using a wireless transmission system, including a wireless mouse chip system, the system uses a micro-electro-mechanical system (Micr 〇Electro Mechanical S yste —m; M EMS) process technology The sensor transmits a user's control signal to an information processing device for operation, and the wireless mouse chip system further includes: a sensing module for sensing the state of an external force and responding to the The direction and acceleration of the external force are detected to generate an abnormal message; an interface module is used to eliminate unnecessary noise and interference during the signal transmission process, and convert the direction and acceleration of the force into a Effective displacement, and transform the abnormal message into a moving message; a transmission module is used to transmit the corresponding displacement change caused by the external force to the information processing device, and correctly transmit the parsed moving message ; And the sensing module, the interface module, and the radio frequency module provided through the wireless mouse chip system are at least Wafers composed. 2 · The mouse device using a wireless transmission system as described in item 1 of the scope of the patent application, wherein the sensing module is composed of a temperature micro-electromechanical system (T-herma 1 MEMS) chip, The resulting temperature difference is used to analyze and quantify the acceleration. 3. The mouse device using a wireless transmission system as described in item 1 of the scope of the patent application, wherein the sensing module can be a two-dimensional micro-electromechanical system for manufacturing a low-cost mouse device. 4 · Sliding using a wireless transmission system as described in item 1 of the scope of patent application Page 19 591506 VI. Patent Application Mouse device, where the inclination angle of the sensing module reaches the horizontal plane, it has the highest sensitivity (Sens i t i vi ty). 5. The mouse device using a wireless transmission system as described in item 1 of the scope of the patent application, wherein the interface module can identify and remove the state of gravity influence and simulate a friction force to correct the condition of no movement speed. 6 · The mouse device using a wireless transmission system as described in item 1 of the scope of the patent application, wherein the transmission module transmits a message through radio frequency wireless transmission (R a-dio Frequency; RF), and at 900 MHz or 2. 4GHz or industrial, scientific or medical (Industry, Science, Medi-ca 1; ISM) frequency bands to facilitate other radio frequency wireless transmission receivers to receive signals. 7. The mouse device using a wireless transmission system as described in item 1 of the scope of the patent application, wherein the information processing device can be from a desktop computer, a laptop computer (NB), a personal digital assistant (PDA), a mobile phone, a palm Choose any combination of information processing devices. 8. The mouse device using a wireless transmission system as described in item 1 of the scope of the patent application, wherein the wireless mouse chip system can be installed in any type of mouse device. 9 · A mouse pen using a wireless transmission system, the mouse pen is a sensor using a micro-electro-mechanical system (Micr 〇Electro Mech — anica 1 System; MEMS) process technology, a user's control signal Sent to an information processing device for operation, and the mouse pen includes: 591506 VI. Patent application scope-A sensing module is used to sense the state of an external force and detect the direction and acceleration of the external force to generate an abnormal message. An interface module is used to eliminate the signal Unnecessary noise and interference in the transmission process, and convert the direction and acceleration of the force into an effective displacement. It can also be used as a signal to identify the signature, and record at least one signature of data, and the change message Converted into a mobile message; a transmission module is used to transmit the corresponding displacement change caused by the external force to the information processing device, and the parsed mobile message is transmitted correctly; a micro-pressure switching module, which is Connected to the interface module for controlling the external force activation state of the sensing module; and a power supply unit for supplying power to the mouse pen for operation. 10 · The mouse pen using a wireless transmission system as described in item 9 of the scope of the patent application, wherein the sensing module is composed of a temperature micro-electro-mechanical system (thermal EMS) chip, which is generated by the force The temperature difference is used to analyze and quantify the acceleration. 1 1 · The mouse pen using the wireless transmission system as described in item 9 of the scope of the patent application, wherein the sensing module has the greatest sensitivity when the angle in the mouse pen reaches the horizontal plane. 1 2 · The mouse pen using a wireless transmission system as described in item 9 of the scope of the patent application, wherein the interface module can identify and remove gravity. Page 21 591506 VI. State of patent application and simulation of a friction force to correct the condition of no movement speed 0 1 3 · A mouse pen using a wireless transmission system as described in item 9 of the patent application scope, wherein the transmission mode The group transmits information through radio frequency wireless transmission (R-adio Frequency; RF), and carries out in the frequency band of 900 MHz or 2.4 GHz or industrial, scientific or medical (Industry, Science, Medica 1; IS M). Facilitate other RF wireless transmission receivers to receive signals. 1 4 · The mouse pen using a wireless transmission system as described in item 9 of the scope of the patent application, wherein the micro-pressure switching module and the sensing module can determine the position of the mouse cursor and confirm double-clicking (c 1 ick) Actions. 1 5 · The mouse pen using a wireless transmission system as described in item 9 of the scope of the patent application, wherein the position of the mouse cursor can be determined and the confirmation action can be performed through the micro-pressure switching module. 16 · The mouse pen using a wireless transmission system as described in item 9 of the scope of patent application, wherein the micro-pressure switching module can use a fine-tuning type (c 1 icktype) operation mode to sign the user ’s signature For identification. 17 · The mouse pen using a wireless transmission system as described in item 16 of the scope of patent application, wherein the fine-tuning type (c 1 i c k t y p-e) refers to the use of a small switching gap to determine whether to activate a switch. Page 22 591506 6. Scope of Patent Application 1 8 · If applying for a special mouse pen image, add a curve image to save the identification result 1 9 · If applying for a special mouse pen, use a computer (phone, palm 2 0 · if applying Special mouse pen, module, can be 2 1 · — a method using a micro-electro-mechanical process. The party detects whether the technical method package is passed through the use and display if applied. Please know the scope of the signing. The use of the wireless transmission system described in the above item, wherein the mouse pen is used to convert the basic 2 degree space statically through the 2 degree dynamic space velocity generated by the external force into a 4 degree space signature recognition, which is more fruitful. The information processing device using the wireless transmission system described in the item 9 of the scope may be selected from a combination of a desktop computer, a hand NB), a personal digital assistant (PDA), and a mobile information processing device. The wireless transmission system according to item 9 of the utility model, wherein the sensing module, the interface module and the radio frequency are composed of at least one chip. The method of wirelessly transmitting the mouse's identification signature is to use a sensor of the system (Micro Electro Menica 1 System; MEMS) to identify a user's signature. The method includes the following steps: a micro-pressure switch module is activated; The module analyzes an external force; sends the module to transmit the result to an information processing device; the 2 degree dynamic space graphics generated by the external force. The method for wirelessly transmitting mouse names as described in item 21 of the scope of interest, wherein the transmission mode is through radio frequency Page 23 591506 VI. Patent Application Range Wireless Transmission (Radio Frequency; R-F) to send messages and 900MHz or 2.4GH-z or Industrial, Scientific or Medical (Industry, Science, Medical; ISM) It is carried out in the vicinity to facilitate other RF wireless transmission receivers to receive signals. 2 3 · A method for identifying a signature using a wireless transmission mouse as described in item 21 of the scope of patent application, wherein the method adds a basic 2 degree static space image to a 2 degree dynamic space velocity generated by the external force The curve image is converted into a 4 degree space signature recognition, and the recognition result is stored through the acceleration curve generated by the external force. Page 24