TW201019168A - System and method for inputting information - Google Patents

Abstract

A system for inputting information may include a move path measuring module configured to measure a move of the move path measuring module to generate move path information, a transmission signal generating module, coupled with the move path measuring module, configured to process the move path information to generate a transmission signal, a first antenna, coupled with the transmission signal generating module, configured to transmit the transmission signal and a signal processing module, coupled with the second antenna, configured to process the transmission signal to generate input information.

Description

201019168 1D ----- 18 --- Second antenna ------- Signal processing module 8. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention: Nine, invention description: Technical field to which the invention pertains]

The present invention relates to a system and method for inputting information, and more particularly to a system and method for inputting information by sensing a moving path. [Prior Art] Devices that have or are equipped with a simple application or a complicated operating system such as a computer, a notebook, an information appliance (IA), and a TV gamer. Etc., or a handheld device such as a cellular phone, a navigator, a personal digital assistant (PDA), a portable media player (PMP), an e-book reader (E) -Book), WebPad, Walkman or MP3 player, handheld gamer or electronic dictionary. The way to input information has always been between the device and the user. A very important part of the human-machine interface. Furthermore, it may be due to the limitations of the devices themselves (e.g., the size of the devices themselves, or the size, cost, or portability of the display screens), and thus different ways and applications of input information may be developed on different devices. For example, the manner in which the above-mentioned devices are generally readable in the application may include, for example, moving a cursor displayed on a screen or selecting an option through a trackball, a mouse or a joystick, Enter a letter by a keyboard or input a text to display on a screen, or select an option through a touch panel, move a cursor or enter text input. the way. 201019168 In the case of a computer or a notebook computer, there is a long history of using a mouse to click and/or a keyboard with an input method for text input. However, compared with the writing skills that everyone learns from childhood, the input of text or symbols by handwriting may be closer to the experience of each person learning from childhood, and more in line with everyone's writing habits, without the need to use Before inputting text in a computer or laptop, the user may need to accept or experience a learning process or training process that is additionally used to use the input method (for example, if you want to use the Cangjie input method, the user may It is necessary to familiarize yourself with the barn code corresponding to each character, radical or stroke in order to use the Cangjie input method).

In order to solve the above-mentioned problems that the keyboard and the input method may encounter in use, in the prior art, information (character or punctuation, etc.) is input by handwriting, and then converted into handwritten input of characters by handwriting recognition (Handwriting Recgnization) technology. And handwriting recognition should come into being. The object to be dealt with by the handwriting recognition technology of the prior art is mainly the series of coordinates formed on the scale tablet or the panel when writing text on a tablet or a panel, for example, using a finger or a pen. A hand-written signal consisting of a sequence of points. In the prior art, these coordinate points are sampled according to the trajectory formed when the finger or pen tip moves. Each of the coordinate points may include a record of the start and end points of the finger or the tip of the pen, in addition to the coordinate information of the X-Y axis. Therefore, the number of strokes written may also be known. Further, the conventional technique processes the handwritten signal including the series of noise points, and the series of coordinate sequences are first subjected to pre-processing to remove the noise points in the handwriting, repeated coordinate points, or Handwriting is smoothed and normalized to reduce the variation of handwriting. The prior art technique then performs feature extraction, for example, by recognizing the continuous pen segments or strokes of the grass by the wheel gallery feature of the text week garden, etc., so that the handwriting recognition technology can be applied to different writings by different learners. The different strokes caused by the situation _. In addition, 5 201019168 conventional techniques can also enhance the recognition rate of similar handwritten characters by means of contextual semantics, language models or principles based on probability statistics, in order to convert handwritten handwriting into corresponding text internal code output.

In this example of the prior art, the handwriting input can be performed by a computer or a notebook computer having a touch panel or by a tablet coupled to the computer or the notebook computer. Enter a text or symbol, or pass through the pen-type pen. In addition, the handwriting recognition technology of the prior art may allow a user to convert his or her handwritten handwriting into a character (such as computer text) through the handwriting recognition technology, and may further learn by an artificial intelligence technology. The personalized handwritten handwriting is used to improve the recognition rate successfully recognized by the handwritten recognition technology by the user after the handwritten recognition technology, so as to facilitate the user to input the computer or notebook computer with its own natural writing habits. Information or communication. However, for some devices, the manner in which the above-described prior art provides input information may not be so convenient. For example, some devices may not be suitable for setting up such keyboards, mice, or large-area touch panels. For example, the common way to input information on a mobile phone is to use the existing keys of the mobile phone, such as a numeric key, to reach 9 (the English letters corresponding to the numeric keys may be distributed at the same time as the English alphabet input), a well No. button (for entering a "#" sign), an asterisk button (for entering a "*" sign), and/or a forward button (forward; for example, to advance to a screen displayed on one of the phones) _ an option), a back button (forward; for example, to revert to the last option displayed on the screen of the mobile phone), a cancel button (cance 1; for example, to cancel the display on the screen of the mobile phone) An option or jump back to the previous menu) or enter a menu button (menu; to enter a menu) and so on, with a built-in microcontroller (micro controller; MCU) or a microprocessor ( Microprocessor) performs an input method to input input information with other related circuit systems of the mobile phone. 201019168 For example, input English letters, input Chinese characters, punctuation marks, or * a grid The purpose of his symbol. However, when the user wants to input a large amount of text data (for example, when a large number of Chinese characters are rounded), such an input method may often cause the user to confuse the hand-in input method provided by the aforementioned prior art in the wheeling information. And handwriting recognition: The technique may be the solution to the problems that the above mobile phone may face when inputting information. >

For a touch panel or a tablet phone, the user can enter a text into the phone by handwriting. In terms of step-by-step, depending on the type of the touch panel used (for example, capacitive or inductive money is the domain should be cut), the (four) may need to adopt different input methods (for example, a handwriting may be required) The pen performs handwriting by touching the touch panel in a manner that the pen is written on the touch panel. However, handheld devices may be limited by their size, and large-area touch panels are often not available, which may result in the area of the handheld devices being small or not large enough to be written by hand. Moreover, when the user inputs some pen segments by writing in a small area of the touch panel to perform recognition on the handwriting recognition software provided by a microcontroller provided in the handheld devices, The recognition rate tends to decrease compared to writing on a large area. In other words, the handwriting recognition technology may have to have a higher recognition rate, such as processing the information with a higher number of bits, or more calculations to compare the segments in the database. Find the text that might correspond. Therefore, the pen segment of the user's handwriting input obtained within a small area may cause an additional burden on the application of the handwriting recognition technology, cause identification errors, require more time for handwriting recognition or other soft and hard. The cost of the body. It should be noted that the same or similar problems of the above-mentioned prior art may also occur in using other handheld devices such as a navigator, a number of assistants, a portable media player, a 201019168 e-book reader, and a portable changer. When electric Teng Rong curtain, a palm-type electric toy or an electronic dictionary. In addition, some information appliances or devices may not be suitable for setting up a keyboard, mouse, or a large touch panel. For example, some information appliances such as refrigerators in the prior art can provide a housewife with the function of surfing the Internet in the kitchen. However, setting such a keyboard or a mouse on such a refrigerator may cause inconvenience in use and is not suitable for use in a kitchen. In addition, setting a touch panel on a (digital home) audio-visual device such as a liquid crystal television or a plasma TV may not be a good way for such devices to input information. Because usually the audio-visual devices, such as the televisions, have a certain distance from the user, and the distance may make the touch panel inconvenient to use, for example, a user who is watching the television may have to rush from the sofa that is sitting. In front of the TV, you can "touch" the touch panel of the TV or interact with the touch panel to input text or information. Furthermore, it may not be a good idea to enter text or information on the keyboard or a mouse by coupling (whether wired or wireless), as the user's living room may need to put the mouse and/or The keyboard, and the entertainment effect of the audio-visual equipment may be greatly reduced when the mouse or the keyboard inputs information. In addition, if a device (for example, some audio-visual devices) may only be connected to a projection module or a projector as its display device, or only one of the built-in projection modules as its display device, it is possible It is not possible to set up a touch panel for users to enter information. The prior art also provides a method for inputting characters by handwriting recognition technology through a remote controller having an input interface, such as the invention patent of "Remote Control" of the Republic of China Patent No. I 236239, or the Republic of China Patent Publication No. Patent Application No. 200709073, entitled "Remote Control System for Multimedia Devices and Methods Thereof", may disclose a multimedia remote control device or remote control (such as a television remote control) including a handwriting recognition device. However, such remote control 201019168 devices or remote controls may again fall into the same problems faced by the aforementioned handheld devices (e.g., the range of hand-written input is not large, identification is not easy, or inconvenient to use, etc.).

In addition, some applications may not be suitable for inputting information by keyboard, mouse or by touch panel and handwriting recognition technology. For example, for an in-vehicle computer, the driver who is driving may not be able to enter text with his touch panel (such as entering a search keyword on a navigation page or entering a web address). Furthermore, the driver may move his hand to the touch panel or in front of the touch panel for text or information input while driving, which may cause distraction and danger such as a car accident. The methods of the prior art described above may also be greatly inconvenient for some people with physical and mental disabilities. For example, some people with disabilities may not have the fingers to make it inconvenient or impossible to press one of the keys on the keyboard or the touch panel to perform handwriting input. Other people with disabilities may not even have a palm to enter with a stylus. In such cases, the manner in which the above-mentioned prior art provides input information may not be applicable. SUMMARY OF THE INVENTION An embodiment of the present invention can provide a system for inputting information. The system can include a shift, and the path surface module transmits a money generating m-day_ and a signal processing module. The moving path sensing module can be configured to sense the movement of the moving path sensing module by detecting a moving signal. The launch information can be combined with the movement path and can be configured to generate a transmit signal by processing the travel path information. The number can be converted to the transmit signal generating module and can be configured to transmit the transmit signal, and the p-th processing module can be configured to process the transmit money to generate - input information. The inclusion of another embodiment can also provide a system for inputting information. The system can include a third antenna module, a signal processing module, a transmit signal generating module, and a mobile path sensing module, which can be configured to sense the movement of the moving path sensing module 9 201019168 To generate a moving path information. The signal processing module can be coupled to the motion path sensing module and can be configured to generate an input message by receiving and processing the motion path information. The transmit signal generation module can be coupled to the signal processing module and can be configured to process the input information to generate a transmit signal. The third antenna can be coupled to the transmit signal generating module and can be configured to transmit the transmit signal. Yet another embodiment of the present invention can provide a method of inputting information. The method can include sensing a movement trajectory to generate a movement path information, identifying the movement path information to generate an input message, processing the input information to generate a transmission signal, and transmitting the transmission signal. Other embodiments of the present invention may provide a method of inputting information. The method can include sensing a movement trajectory to generate a movement path information, processing the movement path information to generate a transmission signal, transmitting the transmission signal, receiving the transmission signal, processing the transmission signal to restore the movement path information, and Identify the movement path information to generate - input information. It is to be understood that the above summary of the invention, as well as the following description of the invention, DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments embodiments Wherever possible, the same element numbers or symbols in the drawings will refer to the same parts of the drawings. The following (4) explains the actual _, the release of the present invention with reference to the drawings. " Green Reference 1 ® Figure 1 is a system block diagram of a system (10) for inputting information according to the present invention. The system for inputting information (10) may include a moving path sensing module 1 , a transmitting signal generating module 12, a first antenna 14 and a signal processing module 18. The mobile road sensing module 10 can be configured to generate a moving path information by sensing itself (moving the path sensing module (8), 201019168. The transmitting signal generating module 12 can be adapted to the moving path sensing mode. The group 1G' and the transmit signal generating module 12 can be configured to generate a transmit signal by processing the mobile path information. The first antenna 14 can be coupled to the transmit signal generating module 12 and can be configured to transmit the transmit signal. The signal processing fish 18 can be configured to generate an input message by processing the transmitted signal. The system for wheeling information can further include a second antenna 16. The second antenna 16 can be configurably coupled. The signal processing module 18 receives the transmission signal transmitted by the first antenna 14 and transmits the signal to the signal processing module 18. The signal processing module 18 can be configured to process the transmission received by the second antenna 16. Signaling to generate the input information. In the example, the user can move the mobile path sensing module 10 to input the input information (for example, the character or character to be input by the user) Or moving a cursor, for example, moving the path sensing module 1 to move the pen/stroke with a text written by the user. The moving path sensing module 1 can sense the user inputting the pen segment. / The movement path of the stroke is converted to digital information after processing and transmitted to the transmission signal generation module 12. The transmission signal generation module 12 can then convert the digital information related to the stroke/stroke into a transmission signal. The second antenna 16 is transmitted to the remote antenna through the first antenna 14. When the second antenna 16 at the far end receives the transmission signal, it is transmitted to the signal processing module 18. The signal processing module 18 Then, the digit information related to the pen segment/stroke contained in the transmission signal can be signal processed to restore the pen segment/stroke. The signal processing module 18 can then input the information to the user in violation of the input information. All pens/strokes (of course, there may be some words such as "one" with only one stroke/stroke). A handwriting recognition technique is used to determine possible text (or display multiple pairs of strokes/strokes possible) The text is processed by the user for selection. In another example, the signal processing module 18 can also process the digital information related to the pen/stroke contained in the transmitted signal to restore the segment. / strokes, and through each handwriting recognition technology, each pen segment/stroke is recognized one by one, 11 201019168 The reading (4) should correspond to the (cumulative) pen segment/stroke that the user has already entered. The text is used as a Wei option for the (4) to carry out the county. In other examples, the mobile road subtraction module i can include - MEMS (4) ". One. η - Azaki Electric - Configuration Edition _ The __module moves. In yet another example, the MEMS can include an acceleration gauge (four) _ gamma.

Please refer to FIG. 2'. FIG. 2 is a system block diagram of another example of a system for inputting information according to the present invention. In addition to the mobile path sensing module 1Q may further include - accelerometer 10-1 and - the first microcontroller (mi coffee she 〇 11 (four) r mi coffee (10) (four) her MCU) 10 2 outside the 'picture 2 The system of input information may be the same as or similar to the system (10) of the wheel information described in FIG. The acceleration gauge (7)·1 can be configured to determine the movement by the direction of the force when moving, for example, by sensing the movement path «_纟reading the extent of the hood (the movement of the movement path sensing module 1G) The direction, or the time of the calculation or _ force to calculate the distance, path or trajectory to be moved. The micro-controller 10-2 may be configured to generate a movement path information by recording a movement path sensing module ι〇 current coordinate and coordinate changes over time, or/and moving a path of the path sensing module (1) . In the example, the acceleration gauge 1〇_1 may include at least one of a 2-axis dualr dual-axis acceier 〇meter and a three-axis accelerometer (3 axis earning IE_e (4) for sensing Change of at least two-axis coordinates of the moving path sensing module 1G and three-axis coordinates

The change is - For an example of the implementation of the accelerometer 1G], for example, the ADXL320EB evaluation board introduced by ANALOG VICES, which includes a wafer named ADXL320, which can measure five gravitational accelerations for a two-axis accelerometer. The force in the range of the burning force (ie between +5g and lMg) changes and outputs the coordinates of the direction or direction of movement (De and y-axis coordinates (Yeut), please refer to its datasheet for details. In another example, according to the International Semiconductor Trade Statistics Organization (10)刖12 201019168

Semiconductor Trade Statistics; WSTS), a microcontroller refers to a semiconductor component that may perform an independent operation without the need for an external auxiliary circuit such as a memory. In this example, the first microcontroller 10-2 may include an on-chip memory such as a cache or a read-oniy memory (rom). A system single chip (8丫8161110113(:1^;8〇(:). However, the person in the industry should be able to easily understand that the first microcontroller of the present invention plays the role of 1〇_2, by recording acceleration The measurement of the current coordinate and coordinate of the moving path sensing module 10 over time, or/and the movement path of the moving path sensing module 10 to generate the moving path information does not necessarily have to be The beta can be implemented by a microcontroller circuit (wafer) having a system unicast (s)c architecture such as the first microcontroller 10-2. In other examples, the first microcontroller l 〇_2 can also be connected to an external memory such as a flash memory by a digital signal processing module (DSP) or an application-specific chip (ASIC). A cache, a random access memory (RAM), or a read-only memory (R0M) It is not limited to the present invention. For example, please refer to FIG. 2B, which is a system block diagram of a system 200' for inputting information according to another example of the present invention. The first microcontroller ι〇·2 is replaced by an ASIC chip 10_3a with a memory Zhao 1〇_3b, and the system 200' of the input information bounded in the first panel diagram may be as described in the second diagram. The system for inputting information is the same or similar. In this example, the ASIC chip (4) can be configured to be specifically applied to process the movement path or coordinate change of the moving path generation module 1 measured by the acceleration gauge (for example, And D, i can record the movement path / coordinate or coordinate changes in the memory i 〇 3b, and generate the movement path information. The person should be able to easily understand that the MC chip 13 201019168 10-3a can also be The digital signal processor is replaced with a read-only memory that stores a code. Please refer to the system block diagram of System 3A, which is based on the third month of this issue, in addition to the signal input. Module 18 may enter one The step includes a signal receiving module 18-1 and a second microcontroller 18_2, and the system 300 for inputting information depicted in FIG. 3 may be related to the system 2 for inputting information as shown in FIG. 2A. The same or similar. The receiving mode 18 1 can process the transmitted signal received on the next day ^16 and convert the transmitted signal into a digital signal. The second microcontroller 18-2 can include a plurality of a logic gate, wherein the plurality of logic gates - the first portion can be configured to convert (or restore) the digital signal to the movement path information and the plurality of logic gates - the second portion can identify the movement path information a - pen segment' and processing a plurality of pen segments to identify at least - digits, H-characters, punctuation marks, _math operators, and _ handwritten symbols corresponding to the plurality of pen segments, thereby generating or recognizing The input information originally entered by the user. The Bank should be able to easily _, the second prototype of the present invention can also be used by a digital signal processing module (DSP) or a specific application chip (Applicati〇n_Specific; ASIC) with an external memory such as a fast Flash memory, _cache, random access memory (RAM) or a read-only memory (R 〇 M) are implemented, thus implementing the signal processing module of the present invention Group 18 should not be limited to the use of micro-control examples, please refer to Figure 3B. Figure 3B is a system block diagram of a system 300' for entering information in accordance with yet another example of the present invention. The system 300 for inputting information depicted in FIG. 3B may be depicted in FIG. 3A, except that the second microcontroller 18_2 in FIG. 3A is replaced with an ASIC chip 18-2a with a memory 18-2b. The system of wheeled information is the same or similar. In this example, the ASIC chip 18-2a can be configured to be used to process the received signal received by the receiving module 18-1 to identify the transmitted signal to generate input information (eg, a key code corresponding to a text, ASCII code). Wait),. The Bank should be able to easily understand that the Asic chip 18-2a can also be replaced by a digital signal processor and a read-only memory that stores a code. Such an implementation may be identical or similar to that described below. Figure 4 ^

Please refer to FIG. 4, which is a system block diagram of a system for inputting information according to still another example of the present invention. The system 4 of the input information depicted in FIG. 4 may be different from the 3A diagram except that the signal processing module 18 may include a second microcontroller 18-3 different from the second microcontroller 18 2 . The system 3 of the input information depicted is the same or similar. The third microcontroller 18-3 can be configured to recognize the movement path information as a segment by executing an identification program 18_31), and process the plurality of segments to identify at least one number corresponding to the plurality of segments. , m-, - "symbol, - mathematical operator and - one of the handwritten symbols to generate the input information. In one example, the identification program 18_讣 can be stored in the read-only memory 18-3a. It should be readily understood by those skilled in the art that the identification program 18-3b of the present invention is not necessarily stored in the read-only memory 18-3a. In another example, instead of the third microcontroller 18-3, the third microcontroller 18-3 can also be equipped with -_记龙 or _ temporary storage (4) to store the identification program 18-3b. Please refer to Figure 5, Figure 5 is based on this Another example of the invention is a system block diagram of a system coffee that turns into information. Except that the third microcontroller 18 in FIG. 4 is replaced by the fourth microcontroller 18_4 in FIG. 5, the system information of the input information in the fifth figure may be the same as that in the fourth figure. The system side of the input information is the same or _. In this example, the system for inputting information can be coupled to a system containing - the screen, and the system may display a cursor and a cursor on the screen. - The user can use the system of input information of the present invention to move the material or move the target to select or select the item on or near the item. The fourth microcontroller core can be configured to convert the movement path information into 15 201019168

The coordinate point of the cursor is such that the position of the cursor changes correspondingly as the movement path sensing module 10 moves. In this example, the action of creating a change in the coordinate point of the cursor or selecting the item is the input information that the user desires to input. In another example, when the functions of the second and third microcontrollers are used in combination, the signal processing module 18 first determines whether a first initial condition is established, so as to know that a user currently desires The input information is a text, a symbol, a cursor, or an option displayed on the screen by the cursor, and determines whether to start the handwriting recognition function of the second and third microcontrollers. For example, for example, the user can make the moving path sensing module 10 shake twice quickly (as if the first/initial condition is established), when the two shaking is detected by the moving path sensing module 1 When the signal processing module 18 is sent to the signal processing module 18, the signal processing module 18 can determine the information that the user wants to input, that is, the movement path information included in the received transmission signal, which is recognized as a moving cursor. Or use the cursor to select one of the options displayed on the screen. Otherwise, the movement path information is handwritten to generate the input information. The Bank should be able to understand that the system for inputting information of the present invention is applied to, for example, a computer or a note in the prior art by means of the above-described system for judging the first initial condition to operate the input information of the present invention.蜇 Replace the computer keyboard with the mouse (or trackball, etc.). Please refer to FIG. 6. FIG. 6 is a system block diagram of a system 6〇〇 for inputting information according to other examples of the present invention. The system 600 for inputting information may be the same as or similar to the system for inputting the above, except that the signal processing module 18 in Fig. 6 may be different from the signal processing modules in the above figures. The signal processing module 18 can include an identification software 21 that can be executed in the environment of the operating system 20. The recognition software 21 can be configured to execute a handwriting recognition program ' to recognize input from the signal receiving module 18-1 containing the pen/stroke information. After the operation of the panel driver 23 via the operating system 20, the information to be displayed can be transmitted to the display device driver module 22 to drive a display module such as a screen 24 display 16 201019168 - the user transmits a similar The motion moving path of the written text or symbol senses the input information input by the group 10. In one example, display device drive module 22 can be a display card. It should be noted that the person in the Bank should be able to easily understand that the box (dotted line) of the operating system 20 shown in the figure is framed by the partial signal processing module 18 (for example, the identification software 21), but is intended to indicate identification. The software 21 is an application software or program executed in the environment of the operating system 20, and is not intended to represent the operating system 20 in the signal processing module 8 or the signal processing module 18 is included in the operating system 20. In addition, the Bank should be able to understand that depending on the application, the operating system 20 can be UNIX, Windows, Linux or Palm OS, WinCE OS 'EPOC OS, Penbex OS 'Mine OS, Symbian OS and so on. In addition, the identification software 21 can also be matched or implemented by the handwriting recognization function built in the operating systems. Please refer to FIG. 7A, and FIG. 7A is a system 700 for inputting information according to an example of the present invention. schematic diagram. The system 700 for inputting information of the present invention can be applied to a home server when one of the hosts 26 such as a computer, a workstation, a server, or a digital home system is required. (h〇me server)) or a video game instrument for information input. The input system 700 can include a round-in module

The transmit signal is passed to the PIN pin 15 and the first antenna 14 of the pin 15 is transmitted by a wire coupled to the pm l PIN pin 15 17 201019168

The transmission signal. The controlled module 700-2 can further include a second antenna 26 and a signal processing module 18. In an example, the second antenna 16 can be coupled to the host 26. In another example, the second antenna 16 can be included (eg, built into) in the host 26 (or on). The signal processing module 18 can also be disposed in the host 26. Further, the signal processing module 18 can include a signal receiving module 18-1 and an identification software 21. Furthermore, the host 26 can further include a job system 20 and a display device drive module (a) 22a. The operating system 20 can include a display device driver 23 that converts input information into information displayed on a display device (screen, such as a television screen or a computer screen) 24 coupled to (connected to) the host 26. The recognition software 21 and the display device driver 23 can be executed in the environment of the work system 20. The second antenna 16 is configured to receive the transmit signal transmitted by the first antenna 14 and transmit it to the signal receiving module 18-1 of the signal processing module 18, and then the signal receiving module 181 can transmit the signal It is converted into a digital signal, and then recognized by the recognition software 21 to be restored to the input information (text or symbol) input by the original user. Then, the display device driver module 23 and the display device driver module 22a control the display device driving module (b) 22b of the screen 24 to display the input information in the example, and the display device driving module is isolated. Can include a display card. In another example, display device driver module 22b can include a display device such as a driver ic. Please refer to Figure 7B. Figure 7B is a schematic diagram of the system movement of the input information in Figure 7A. The input module 700-1 can be disposed on one of the articles 66 that can be worn on the finger of the user, such as a bracelet, a bracelet, a watch, a (or, a cover, a glove, or a ring (or upper). Even the clothes-sleeve towel. When calling the money (4) hand or the finger in the air or other items such as the desktop or the wall to perform similar writing ago's strokes such as actions 1, 2 and 3, the input module 700—丨中'"' ^ The mobile path sensing group 10 can measure and pass the path (or trace) of the reference to the transmitted signal generation, - 18 201019168 to be converted into a transmitted signal to be transmitted to The control module 700-2 can be subsequently compared to the signal processing module 18, the operating system 20, and the display device driving modules 22a and 22b disposed in the host 26 or the host 26. The action is converted to the text "H" or other symbols are displayed on the screen 24, so as to achieve the purpose of inputting information. The person in the industry should be able to easily understand that the input module 700-1 can be placed on other parts or organs of the human body. The item is also feasible. The wheel-in module 7004 of the present invention can be placed in a foot ring or a foot ring of a foot (or above). Thus, the user can wear the foot ring or the foot of the foot ring. The input of information (such as inputting text) is performed in a manner similar to the writing step of a character or a symbol by hand. Such an embodiment and application may greatly change the information of the handicapped person and the host 26 to input or communicate. The wheel-in module 7Q0-1 of the present invention may also be disposed in the headgear, the nose cover or the earring (or above), so that another user can wear the head cover and the nose cover by the user. Or the head (or nose or ear) of the earrings is shaken by a shaking head to simulate its ♦ writing step. _ way to input information (such as input text) 'such implementations and applications may also be a great place to change hands Or the information input or communication application of the disabled person with the host 26. In addition, the person skilled in the art will readily understand that the aforementioned input module 7 (which is disposed on the wearable article 66 may include the input mold being installed in the article, or the input chess group·g^ or attached) On the surface items, the way in which the wheeled module paste 4 is placed on the wearable item (10) should not be the limiting condition of the item. In the -fan, the user can enter the module; paste or attach In the original hand-recording, the hand of the watch wearing the sticker or the attachment of the input module can perform information on the host 26 provided with the controlled module _2 by waving the action. Wheeling in. 'Please refer to Figure 7C for the other operation of the system for inputting information in Figure 7A of Figure 7C. In addition to changing the item 66 that can be worn on the hand to a handheld device (for example, a 201019168 pen) The operation mode of the system 700 for inputting information is the same as or similar to that of the operation shown in Figure 7B. It should be easily understood by the Bank that the pen 88 in the figure is for convenience of explanation. In an embodiment, the input module 700-1 can also be placed in other types of handhelds. In the device, the handheld device should not be limited by the scope of the invention. In another example, the wheel module 700-1 can also be disposed in a mobile phone or a remote controller for convenient use. The remote host 26 is wirelessly input by means of the mobile phone or the remote controller.

Please refer to Figures 7A, 7B and 7C again. The Bank should be able to easily understand that the system 700 for inputting information can also be described above with reference to Figure 2, Figure 3, Figure 4 or Figure 5, and the system for drawing input information, 2, 300, 400 or 500 is substituted without departing from the foregoing embodiment of the system 700 for operating the input information of the present invention as described with reference to Figures 7B and 7C. For example, please refer to FIG. 7D, which is a schematic diagram of a system for inputting information according to an example of the present invention, wherein the system for inputting information can be the same or similar to FIG. The implementation of the system shown in the input information. Please refer to FIG. 8A'. FIG. 8A is a schematic diagram of a system 800 for inputting information according to another example of the present invention. The input system 8〇() may include an input module 8004 and a controlled module 800-2° except that the second antenna 16 may be disposed on a television 28 or built into the television 28' and the signal processing module The group 18 may be built into the television 28, and the system 800 for entering information may be the same or similar to the system 7 or 700 of the input information described in the aforementioned Figures 7A through 7D. The signal receiving mode 18-1 can process the transmitted signal received by the second antenna 16 and convert the far-transmitted signal into a _ digital signal. The second microcontroller 18_2 can include a plurality of logic closures - a plurality of logic gates - the first portion can be configured to convert (or restore) the digit signals into *hai mobile routing information' and the plurality of logic gates A second part can identify the moving path as a pen segment and process the number of pen segments to identify at least one digit, one character, one character, one punctuation symbol corresponding to the 20 201019168 of the plurality of pen segments. One of the mathematical operations and one of the handwritten symbols, thereby generating (or restoring the user's original round-up information and displaying it on the screen 24 of the television 28. Please refer to Figure 8B, Figure 8B is the 8A The operation diagram of the system for inputting information in the figure. The same or similar to the operation mode shown in FIG. 7B, a user can wear an item 66 (for example, a bracelet) provided with a wheel-in module 800-1. , a hand ring, a watch, a set or a ring, operates a system 800 for inputting information on its hand or finger to wheel information. When the user uses the hand or the finger in the air or other items Such as on a desktop or on a wall When performing a stroke action similar to writing a character or a symbol, such as action 丨, 2, and 3, the movement path sensing module 1 in the input module 800-1 can measure the path (or trajectory) of the stroke. The signal is transmitted to the transmitting signal generating module 12 to be converted into a transmitting signal and transmitted to the second antenna 16. The signal processing module 18 and the display device driving module 22 in the television 28 can be used to directly use the user. The stepping action is converted to the text "H" or other symbols are displayed on the screen 24 of the television 28, so that the user can achieve the purpose of inputting information to the television 28. The same or similar to the input module shown in Fig. 7A 700—丨, the person in the Bank should be able to easily understand that it is also feasible to place the wheel module 800-1 in an item that can be worn on other parts or organs of the human body. In an example, the input mode of the present invention can also be used. The group 8004 is placed in the ring of the foot or the ring of the foot of the foot (or above). [So-to-the user can wear the foot ring or the foot of the ring of the foot to make a text or symbol by hand. Write the steps of the way to lose information (For example, input text). In another example, the input module of the present invention can also be placed in the - headgear, - nose sleeve or - earring (or above), so that the user can borrow It wears the headgear, the nose cover or the head of the earring (or the way in which the nose or ear simulates the process of writing the steps to enter the information (for example, input text). 21 201019168 month reference 8C, 8C Another operation diagram of the system for inputting information in Fig. 8A. In addition to changing the article 66 that can be worn on the hand to a hand-held device (for example, a pen) 88, the operation mode of the input information system is The mode of operation shown in the first egg diagram

Same or similar. Similarly or similarly, the Bank should be able to easily understand that the input module 80 (M can also be set in other _ tilting device towels, depending on what hand (four) should not be the scope of the patent: the scope of the patent. In the example, the wheel module can be set on a mobile phone or two + α. The user can use the mobile phone or the crane (4) to input information through the wireless mode to the remote TV 28. The 8th, the sacred and the 8C map. The Bank should be able to easily understand that the input system 800 can also be described with reference to the input information drawn and depicted in Figure 2 and Figure 6 or Figure 6, respectively. System, side, _ or _ instead of deviating from the system surface of the input information of the present invention as described in the foregoing FIGS. 8B and 8C for application to include or set a controlled mode Group _-2 devices such as TV 28 implementations can also easily understand that other digital home devices or information appliances such as a video recorder or a screen - digital home server can also be implemented the same or Similar to the input information of the present invention shown in Figures 8A, 8B and 8C For example, when a device (for example, an audio-visual device or a mobile phone) may only be connected - a projection module or a projector as its display device, or only one of the devices itself When the projection module is used as its display device, the material can not be set at all. The touch panel is used by the user for inputting information. In such an example, the system for inputting information of the present invention is a system for entering information. 800 can achieve the purpose of enabling the user to input information through handwriting recognition or other character recognition technology by handwriting or other writing methods. Please refer to FIG. 8D, and FIG. 8D is a system for inputting information according to other examples of the present invention. Schematic diagram of 〇〇'. In addition to the second antenna 16 and the signal processing module 18 being configurable in a 浐22 201019168 camera 99, the system 800' for inputting information may be similar to the system for inputting information. The group 18 can be coupled to a display device drive module 22'. The display device drive module 22' can include a control circuit (not shown in FIG. 8D), and the projector 99 can include a miniature A panel (also not shown in Figure 8D), and the control circuit can be used to control the pixels on the micro panel to present red (red; R), green (green; G) or blue (blue; B) Color. Projector 99 may further include a light source (also not shown in Figure 8D), and may be an application consideration or cost consideration by using different projection techniques (eg 1) 〇 or LC〇s The optical machine projects the image on the micro-plastic panel onto an external surface such as a projection screen 98. In one example, 'when a user wears an item 66 (such as a ring or a ring) that can be worn on one of their fingers, and draws with their hands or their fingers in sequence, such as actions 1, 2, and 3. When the action is performed (the user can directly draw in the air, or other surfaces such as a wall, a table top or a paper), by the system 800 for inputting information of the present invention, actions 1, 2 and 3 can be converted. An input message such as a letter "H" is displayed in one of the projection ranges 97 on the screen 98. Referring to Figure 8E, Figure 8E is a schematic illustration of a system 800' for inputting information in accordance with other examples of the present invention. In addition to changing the wearable item 66 to a hand held device such as a Φ pen 88, the system 800' for inputting information operates in the same or similar manner as that shown in Fig. 8D. The same or similarly, 'the Bank should be able to easily understand that the input wedge set 800' -1 can also be set in other types of handheld devices for the user to hold different types of devices for input information, so The type of hand held should not be a limitation of the scope of the invention. In an example, the input module 800'-1 can also be disposed in a mobile phone or a remote controller to facilitate the user to wirelessly access the remotely located television 28 by the mobile phone or the remote controller. Input. 23 201019168 Furthermore, 'the Bank can easily understand that multiple controlled modules 8〇〇_2 or 800-2 can be placed in different digital home devices or information appliances to use the same input mode. Group 800-1 or 800'-1 respectively control or input information in the different digital home devices or information appliances. In another example, the mobile path sensing module 1 can sense the direction of the plurality of different digital home devices or information appliances relative to the location of the user. When the user points the input module to one of the information appliances, a controlled module disposed in the pointed digital home device or the information appliance can cooperate with the input module to perform the user's execution. Input action. Please refer to FIG. 9A, which is a schematic diagram of a system 900 for inputting information in accordance with yet another example of the present invention. The system for entering information 9 is a system 400 that may be the same or similar to the input information in Figure 4 above. The system for wheeling information may include an input module 9〇〇1 and a controlled module 900-2. The input module 900-1 can be the same or similar to the input modules 700-1, 7〇〇'-1, 800-1 or 800, -1 described in the aforementioned FIGS. 7A-8E. The controlled module 900-2 is disposed in a handheld device such as a handset 96. In this example, the implementation of signal processing module 18 may be the same or similar to system 4 (10) of input information in Figure 4. The signal processing module 18 generates a display device driving module 22 (which may include a driver or a panel control chip) through the display device of the mobile phone 96 corresponding to the input information input by the user through the input module 900-1. It is displayed on the screen 24 of the mobile phone 96. In addition, the Bank should be able to easily understand that 'in other applications, the second antenna 16 as shown in the figure can also use the mobile phone 96 to set up an antenna for receiving voice, SMS or video, without necessarily requiring another An antenna of a system 9 that is specific only for the input information of the present invention is set. In the example, the second antenna 16 and the signal receiving module 18-1 may also include or be implemented using a device built into the handset 96, such as a Bluetooth device. 24 201019168 Please refer to Figure 9B. Figure 9B is a schematic diagram of the operation of the system for inputting information in Figure 9A. The same or similar to the operation mode shown in Fig. 7 or Fig. 8B, a user can wear an item (10) provided with a drop-in module (for example, a bracelet, a bracelet, a & Ring) Operate the system side of the information on the hand or finger to enter information. When the user uses the hand or the finger to perform a writing action similar to writing a character or a symbol in the air or other items such as a tabletop or a wall, for example, the motion path of the 2 and 3 modes, 'a 9G0 1 The sensory group iQ can use the path of (4) (or φ and secret transmission to produce the touch 2, to convert to - transmit the signal to the subsequent signal processing module 18 and the display device provided on the mobile phone 96 towel - The model jl 22胄 can convert the reader's original ratio to the ribs or the other symbols are displayed on the curtain 24 of the television 96, so that the user can achieve the purpose of the phone 96 tongue. The invention of the input information system _ will probably greatly facilitate the user to input a large amount of text and display it in the mobile phone's screen 24. In addition, the same or similar to the input module 70H or 8B shown in Figure 7A The input module shown in the figure _ small people should be able to easily understand that the age of the wheel module can also be similar to the input module 7 ° °] or 8 〇 (M set in the above can be worn on other parts of the body or organs w Product. _Please refer to Figure 9C, the 9th to 9th Information _ 〇〇 operation P intention. In addition to the input module 9Q (M is set to be worn on the hand of the object Yang; handheld device (eg - pen) 88, the input information system _ operation The manner of operation is the same as or similar to that shown in the ninth figure. Similarly or similarly, the person skilled in the art should readily understand that the 'input module 900_1 can also be set in other types of handheld devices, so it is set in which hand-held device. The device should not be limited to the scope of the patent of the invention. 25 201019168 Please refer to Figures 9A, 9B and 9C again. The Bank should be able to easily understand that the system for inputting information can also be referred to in Figure 2 above. 3, 5, or 6 replace the system 200, 300, 500, or 600, respectively, with the drawn wheeled information, without reference to the above-mentioned drawings 9b and 9C. The system 900 for operating the input information of the present invention is applied to an embodiment of a device including a controlled module 900-2, such as a mobile phone 96, and the spirit of the present invention. For example, please refer to FIG. 9D, 9D drawing is input according to another example of the present invention A schematic diagram of a system 9 。. In addition to its signal processing module 18 or different, the input information of the wheel 9 〇〇, may be the same or similar to the input information shown in Figure 9A, 9B or 9C system The signal processing module 18 can include an identification software 21 that is executed in an environment in which the operating system is disposed in the mobile phone 96. The identification software 21 can receive the received signal from the signal receiving module 18-1. One of the included moving path information is recognized as a text or symbol. In addition, the same or similar application can also apply the system for wheeling information to other handheld devices such as a digital camera or a camera (or the aforementioned mobile phone 96). It has a digital camera or a video camera. For example, when the user wants to record the photographed person, time, place and other information related to the photo in the form of the (4) digital field, the user can also achieve the system through the input information of the present invention _ or _ The action of inputting information to the digital camera. The system of wheeled information or the application of the camera may be the same or similar to that applied to the digital camera, so that the handheld device has the input module deleted] or 9 (10), the pen 88 or the hand wear setting With a wheeled module or coffee, one of the fingers 66 can input the text to be entered by strokes in the air surrounding or adjacent to the camera. . Please refer to the circle for details. 26 201019168 Please refer to FIG. 10A, which is a schematic diagram of a system 1000 for inputting information according to still another example of the present invention. The system 1 输入00 for inputting information can be applied to a notebook computer 93. The system 1000 for inputting information may include an input module 1000-1 and a controlled module 1000-2. In addition to the second antenna 16 may be originally provided in the notebook computer 93 for the Bluetooth function, the cellular network communication function or the wireless network (wireiess network function) antenna implementation, input information System 1 may be the same or similar to the system of input information of the present invention described or depicted in reference to Figures 4, 6, 7A, 9D, and the like. Please refer to Figure 10B. Figure 10B is a schematic diagram of the operation of the system for inputting information in Figure 10A. The same or similar to the operation modes shown in FIGS. 7B, 8B and 9B, a user can wear an item 66 (for example, a bracelet, a hand ring, a watch, a piece) provided by an input module. A button or a ring) is used to input information on the hand or finger to operate the input system (9) in the same way or similar to the operation mode of the input system. Similarly or similarly, when the (four) person or the finger performs a gesture similar to writing a character or symbol in the air or other items such as a table or a tread, such as actions 1, 2, and 3, the input mode The group 1GG0-1 towel shifting sense group 1Q can measure and transmit the path (or track) of the (4) to the transmitting money generating 12 for conversion to the _ transmitting signal to the antenna 16. Subsequently, by the signal processing module 18 and the display dynamic module 22 provided in the notebook computer 93, the user's original stroke operation can be converted into the text "η" or other corresponding symbols are displayed in the 24, This allows the user to ride the notes to carry the computer 93 for information purposes. The input module that is the same or similar to the one shown in Figure 7 wins. The person should be able to (4) _ it is also feasible to place the input module 8qq i in an item that can be worn on other parts of the human body or the device. In the example, the wheel module of the present invention can also be placed in the foot ring or the foot ring (or above), so that the user will be 27 201019168 17 ', wear _ feet The ring or the ring of the foot is cut in a manner similar to the step of performing a text or a symbol by hand (for example, inputting text). In another example, the present invention can also be set to _ The headgear...the nose sleeve or the earring (or upper), so that another user can wear the headgear, the nose sleeve or the head of the earring (or 3 deaf) to simulate the writing step by shaking his head and the like. The way the goods are processed enters information (for example, by entering text). Please refer to the S 10C diagram, 帛10C diagram, the operation of the system for inputting information in Figure 1A, except that the wheel-in module 1000~1 is changed from the item 66 that can be worn on the hand; In addition to the device (e.g., a pen) 88, the system for inputting information is the same or similar to the operation mode of +4 in Fig. 10B. Please refer to Fig. 11A, which is an illustration of the system 1100 for inputting information according to another example of the present invention. The system 1100 for wheeling information may include an input module 1100-1 and an X-module system and 11〇〇_2, wherein the input module ιι〇〇ι may be the same or similar to the aforementioned figure in the wheel module 7QQ] _-b 9GG-1 and 1_-1, and the controlled module 11G0-2 can be set in an information appliance. In this example, the controlled module 1100-2 can be set in a built-in or set-up; a 4-inch device, an operating system, a register or a memory boat can be executed or recorded, for example, the stored dishes and dishes. The information, the recipe, or the Internet-accessible refrigerator processing module 18 may include an identification software 21 that is executed in the environment of the operating system set in the mobile phone 96. The identification software 21 can recognize the movement path information included in the -transmitted signal received by the signal receiving mode group 18-1 as a word or symbol. In this way, the system 11GG for inputting information of the present invention may replace the keyboard, the mouse, the trackball or the m-panel that may be required to be installed in the refrigerator having the function of inputting information of the prior art, and is convenient - housewife Used in the kitchen. In addition, the Bank can easily understand that in its example of 2010 20101168, it is also feasible to use the system 1100 of the input information to replace the system 1100 for inputting information for use in the refrigerator 94. Reference is made to the operation of the system for inputting information in Figure 11B B'11B. The same or similar to the operation mode shown in the 7B, 8B, 9B or 1 〇β figure, a user can wear the set-input module UGG_k_ article 66 (for example, a bracelet, a hand, a handwritten, The finger sleeve or the ring is placed on the hand or finger to enter the information by (4) or a system similar to the operation mode of the above-mentioned input information system. Similarly or similarly, when the user uses the hand or the finger to perform a gesture similar to writing a character or a symbol in the air or other items such as a tabletop or a wall, such as actions i, 2, and 3, the input is lost. The module 11G (the moving path sensing module iQ in M can transmit the path of the comparison (or SF) to the transmitting gift money 纟a 12, and the __ transmitting signal to the second antenna 16 Subsequently, the signal processing module 18 and the display device driving module 22 disposed in the refrigerator 94 can convert the user's original stroke operation into the text "H" or other corresponding symbols displayed on the screen 24. The purpose of inputting information to the refrigerator 93 is achieved. With the system 1100 for inputting information of the present invention, the user can operate or input information to the refrigerator 94 in other corners of the kitchen (for example, the user may have a section from the refrigerator 94) If you use the oven near one of the ovens, you don't have to go to the refrigerator 94 before you can enter information into the refrigerator 94. The Bank can easily understand that multiple controlled modules can be set to 11〇〇_2. Different resources in the kitchen In the home appliance, the information is controlled or input into the different information appliances by the same input module 11004. In another example, the mobile path sensing module 10 can further compare the plurality of different information appliances. Sensing in the direction of the user's location. When the user points the input module to the information appliance, the controlled module disposed in the pointed information appliance can cooperate with the input module. The group performs the input action that the user wants to perform. ° 29 201019168 Please refer to the lie diagram, the lie diagram is the operation diagram of the system for inputting information in the 11A picture, except that the input module 1100-1 is set to wearable. The item 66 of the hand is instead disposed outside a handheld device (e.g., a pen) 88, and the system 1100 for inputting information operates in the same or similar manner as that shown in FIG. 11B.

Referring to Figure 12A, Figure 12A is a schematic illustration of a system 1200 for entering information in accordance with other examples of the present invention. In order to save a limited space (not numbered) or a limited center (unlabeled) area, for an in-vehicle computer (because part of the in-vehicle computer may be installed in the center console, it is not clearly drawn in the In the case of Fig. 12A, which is also not labeled, it may not be suitable to set a keyboard, a mouse or a trackball as an input tool. In addition, since a driver who is driving may be inconvenient or difficult to input a series of characters by touching a touch panel (for example, inputting a search keyword to a navigation page or inputting a web address), Therefore, the touch panel as an input tool for the in-vehicle computer may not be easy to use and may affect driving safety. Therefore, the system 1200 for inputting information of the present invention can be applied to an in-vehicle computer, and the in-vehicle computer can be provided with an operating system 20 and a screen 24 as a display device. The vehicle space or the center console may also be provided with a second antenna 16. The signal processing module 18 can include an identification software executed in the environment of the operating system 20 provided in the vehicular computer (not shown in FIG. 12A, please refer to the same or similar signal processing modes in the foregoing figures). The implementation of the identification software included in the group). The identification software can recognize one of the movement path information included in a transmission signal received by the signal processing module 18 as a text or symbol. The text or symbol is displayed on the screen 24 by the display computer driving module 22 included in the in-vehicle computer. Please refer to Figure 12B. Figure 12B is a schematic diagram of the operation of the system for inputting information in Figure 12A. Similarly or similar to the operation mode shown in FIG. 7B, 8B, 9B, 10B or 11B, a driver or a passenger can be provided with an item 66 of an input module 1100-1 by wearing (example 30 201019168 as a bracelet, A hand ring, a watch, a finger sleeve, a glove or a ring are placed on the hand of the finger to operate the wheel in the same or similar operation mode as the input information system described above. . Please refer to Figure 12C's 12th (Figure 12: Figure 12 is a schematic diagram of the input information. In addition to the input module 12〇 (M is changed from the wearable article rib to the condensation operation - handheld device The operation of the system 12 (10) for inputting information is the same as or similar to that shown in Fig. 12B (for example, a pen or a mobile phone) 88.

In addition, the Bank can easily understand that the system for inputting information of the present invention can be changed by simple configuration, such as _ train, "also ship, - aircraft or - helicopter - Driving test, a grab, etc., so that the user (driving-guest) can be easily mixed into the action of losing information. In addition, the application and operation mode of the system 1200 for inputting information may also be implemented, and provided with a film for the rider or the passenger to input information. (If the locomotive should be easily understood, the signal processing module 18 described in the above figures to the drawings and the signal processing module 18 described in the figure from Fig. 12C is used to perform the handwriting recognition described above.

The program or the identification program may not necessarily contain a database of strokes or pens in which all possible words are stored, or another information, program or letter that identifies all possible coordinate changes, movement paths or tracks. formula. For example, as shown in Figure 40. Please refer to the 4GA®帛4Qa diagram for a schematic diagram of a system 4000 for inputting information according to other examples of the present invention. In addition to the round of reputation. The one of the word processing system 4000 signal processing bungee 18 may include a signal receiving module 18-1 as the '乂 and ― calling function module 888, the system for inputting information may be the same or similar to the above ! The picture is drawn and referenced! The system of the input signal 1G0 or ;fejgj or the system of other input signals similar to the above is implemented. As shown in Figure 40, 'one for you ^, system 20 (for example, the winners of the bank may be familiar with win (jows 31 201019168 5.G, etc.) may have built-in software for Chinese, English, numbers or symbols 21 ( Or handwriting recognition library 999). In the model, the recognition software 21 may include a handwriting recognition library 999. In another example, the handwriting recognition library _ may be included in the operating system 20 and thus the operating system 2〇 It can have the function of handwriting recognition of the input text. In this example, the call function module can call the handwriting recognition library _ for the signal receiving module 18-1 to transmit to, the function module 'group digit The gift is touched to _ the text, number or symbol corresponding to the movement path information. In an example, the call function modal can be executed in one of the operating system 20 c or c (four), one _ program or Please refer to the figure, which is a flowchart of the operation of the signal processing module 18 of the system 4000 for inputting information of the present invention as shown in the figure. The operation process of the signal processing module can be included in the steps. Call function module coffee initialization handwriting In the step side, the library 9 is connected with the operating system (4), the difficulty (4) or the handwriting recognition function library to start the handwriting recognition function. Next, in the step, the path sensing module 10 and the transmitting signal generating module are included. 12 input module to signal processing (4) 18 continues to add movement path information. Finally, identify the software or module in the step details _ cooperate with the operating system 2G to execute the handwriting recognition library 999 so that it can be identified The text, number or symbol of the mobile path information is wide. Please refer to the _, _ _ system block diagram according to the __ input of the present invention. The system of input information can include the __ signal processing module 34, The signal H module 32 and the path sensing 32 can be configured to borrow (4) (4) with the m line 38. Move 4 a~ move the path sensing module, and the information processing module 34 can be moved and configurable. «From the receiving and handling mobile roads « News gut hair 32 201019168 The signal generating module 36 is slidably coupled to the signal processing module and configurable to process the input information to generate a transmitted signal. The third antenna 38 can Coupled to hair The signal generation module 36, and configurable to transmit the transmission signal, differs from the system for inputting information described in the foregoing FIGS. 1 to 12C in that it does not deviate from the sensing included in the present invention. The movement path can be used to process the movement path information (for example, text recognition or handwriting recognition) by using the signal processing module 34 coupled to the movement path sensing module 32 in the spirit of the input path (text, symbol, or cursor selection). Then, the transmitting signal generating module 36 converts the transmitting signal into the transmitting signal and transmits it to the remote controlled device through the third antenna 38 to input information.

Please refer to Fig. 14, which is a system block diagram of a system 1400 for inputting information according to another example of the present invention. In addition to the mobile path sensing module 32, which may further include a micro electro mechanical system (MEMS) such as an accelerometer 32-1 and a fifth microcontroller 32·2, the system 1400 for inputting information System 1300 that may be the same or similar to the input information depicted in Figure 13 and described with reference to Figure 13. The accelerometer 32-1 can be configured to sense movement (including movement direction or trajectory) of the movement path sensing module 32 by sensing the acceleration of the movement path sensing module 32 during movement. The fifth microcontroller 32-2 can be configured to generate a moving path by recording the current coordinates and coordinates of the moving path sensing module 32 over time, or/and moving the moving track of the path sensing module 32. News. The Bank should be able to understand that the acceleration gauge 32-1 can include at least one of the two axis accelerometers (2-axis aCCele_eterm - one of the three axis acceler_ter), and the accelerometer 32-丨 can thus sense the One of the changes of the at least two-axis coordinates of the moving path sensing module and the change of the three-axis coordinate. Referring to FIG. 15A, FIG. 15A is a system block diagram of the system 1500a of the example input information according to the present invention. The input information system 33 201019168 1500a may be identical or similar to that in FIG. 13 except that the mobile path sensing module may include an acceleration gauge and the signal processing module 34 may include the sixth microcontroller 33. a system 1300 that depicts and refers to the input information described in Figure 13. The sixth microcontroller 33 can include a plurality of logic gates that can be configured to identify the movement path information as a segment, and Processing a plurality of pen segments to identify at least one of a number, a character, a character, a punctuation, a mathematical operation, and a handwritten symbol corresponding to the plurality of segments to generate the segment Please refer to FIG. 15B, which is a system block diagram of a system 15 (10)b for inputting information according to still another example of the present invention. In addition to the moving path sensing module 32, a fifth micro control H 32- In addition to 2, the system of input information, system 15_ may be the same or similar to the system of input information described in Figure 15 and referring to Figure 15A. By performing a recognition process, a plurality of pen segments are identified The sub-element, the class name at the end of the "Following" 16A, the 16A figure is a system block diagram of the system 1600a for inputting information according to another example of the present invention. In addition to the signal processing module % may include - the seventh micro Outside the controller, the system for wheeling information deletes a system 15_ that may be the same or similar to the input information described in Figure 5a and with reference to Figure 15A. The seventh microcontroller material configuration 34-2b Identify the movement path information as a segment, and

Please refer to the picture (10), the 16B system 1 嶋 财 _

The figure and the reference to Fig. 16B are diagrams of input information according to still another example of the present invention. In addition to the mobile path sensing module 32, the system 1600b may be further included in a system 1600b that may be the same or similar to the input information described in FIG. 16A. 34 201019168

Please refer to FIG. 17, which is a system block diagram of a system 1700 for wheeling information according to another example of the present invention. The system 1500a may have the same architecture or similar input information as shown in Figure 15A. The system for inputting information is different from the system 1500a for inputting information in the spirit of inputting information (text, symbol or cursor selection) included in the present invention to sense the movement path, and the signal processing mode is Group 34 can include an eighth microcontroller 35. The eighth microcontroller 35 can be configured to convert the movement path information into a coordinate point of a cursor such that the cursor moves along the movement path sensing module 32 in a position in the screen (in this example It can also be said that the movement of the system 1700 for inputting information generates a corresponding change 'to generate the input information (in this example, the change of the position of the cursor is the input information), in another example, the cursor can be passed through Click (or tick) one of the options included in the screen. Please refer to Fig. 18, which is a system block diagram of a system 1800 for inputting information in accordance with other examples of the present invention. The system 18 for inputting information may be identical or similar to that depicted in FIG. 13 and described with reference to FIG. 13 except that the system 1800 for inputting information may further include a fourth antenna 40 and a transmit signal receiving module 42. Enter the information system 13〇〇. The fourth antenna 40 can be configured to receive the transmitted signal transmitted by the third antenna 38. The transmit signal receiving module 42 can be coupled to the fourth antenna 40 and configured to process the transmit signal to generate a digital signal containing or relating to the input information. The subsequent digital signal can be processed (for example, by a display device driver executed in an operating system environment) and then transmitted to a display device driving module 22 (for example, a display card or a display device driving chip) to display On a screen 24. In this way, the user can display the information entered by the movement path sensing module 32 by moving the input information on the screen 24 to achieve the purpose of inputting information. Please refer to Fig. 19, which is a system block diagram of a system 1900 for inputting information in accordance with other examples of the present invention. In addition to the signal processing module, which may include an identification software 34-1, the system 1900 for inputting information may be the same or similar to the system 1800 of the input information depicted in FIG. 18 and described with reference to FIG. Please refer to Fig. 20A. Fig. 20A is a schematic diagram of a system for inputting information according to an example of the present invention. The system 2000 for inputting information of the present invention can be applied when input of information to a controlled device 2000-2 is required. In this example, the system 2000 for entering information is implemented as a system single chip (SoC). The system 2000 for inputting information may include a chip 33 and a third antenna 38 packaged in a package 31, wherein the chip 33 may be a system single chip and may include a moving path sensing module 32 and a signal processing module. 34 and a Φ radio signal generation module 36» the movement path sensing module 32 can be configured to generate a movement path information by sensing the movement of itself (the movement path sensing module 32 or the wafer 33). The signal processing module 34 of the mobile path sensing module 32 can include a microprocessor (not shown) or a recognition software (not shown) for generating the path detection module 32. The moving path information is identified as input information (text or symbol) input by the user 2000 through the system 2000 for inputting information. The transmit signal generating module 36 can transmit the transmit signal to the PIN pin 35 by processing the path information to generate a transmit signal and then transmit the signal to the PIN pin 35 through a wire that is fused to one of the PIN pins 35 on the package 31, and then coupled to The third antenna 38 of the PIN pin 35 transmits the transmit p number for transmission to a controlled device 2000-2. In this example, the controlled device 2000-2 is coupled to a host of a screen 24. The host may be or may include, for example, a computer, a workstation, a server, or a home server in a digital home system, or a television ride. And so on. The controlled device 2000-2 may further include a fourth antenna 40 and a signal receiving module 42. Further, the controlled device 2000-2 may include an operating system 20, a display device driver 23, and a display device driving module (a) 22a. After the fourth antenna 40 receives the transmission # number transmitted by the third antenna 38 and transmits it to the signal receiving module 42, the signal receiving module 42 can convert the transmitted signal in the environment of the 36 201019168 20 into a digital signal. Then, the display device driver module 23 and the display device driver module 22a, which are executed in the operating system, control the screen display device to display the input information on the screen 24. In the example, the display device driver module 22a may include a display card. In another example, the display device driving module 22b may include a display device such as one of the panels to drive the chip (driver_. Please refer to FIG. 20B, and FIG. 20B is a system for inputting information in FIG. 20A. of

Operation diagram. The system for inputting information can be disposed on one of the items 68 of a user's hand or hand 4, such as a _ bracelet, a hand ring, a watch, a finger cot, a glove or a ring. Medium (or upper), even one of the sleeves of a dress. The movement in the system 2000 for inputting information when the user performs a gesture such as actions 1, 2, and 3 in the air or other items such as a table or wall using the hand or the diagnostic finger, such as actions 1, 2, and 3. The path sensing module 32 can measure and transmit the path (or track) of the reference to the signal processing module 34 to sense the moving paths obtained by the moving path sensing module 32 for the actions 1, 2 and 3. The information is converted into a round of information, for example, the user's original comparison of the actions 1, 2 and 3 is converted into a text (English alphabet,) "II" or other symbols. Subsequently, the input signal is converted into a transmission signal by the transmission signal generating module 38, and then transmitted through the third antenna 38 for transmission to the controlled device 2000-2. After receiving the transmission signal by the fourth antenna 40 or the signal receiving module 42 coupled or disposed in the controlled device 2000-2, the operating system 20 of the controlled device 2000-2 and the display device driving module 22a can The input information (the text "H") or the other symbol is displayed on the screen 24 through the display device driving module 22b, so as to achieve the purpose of inputting information. The Bank should be able to easily understand that it is also feasible to set the system 2000 for inputting information to items worn on other parts or organs of the human body. In an example, the system 2000 for inputting information of the present invention can be set at one foot. The ring or the foot of the foot of the foot (or upper), so that the user can wear the foot ring or the foot of the foot ring to make a stroke 37 201019168

Similar to the way in which text or symbol writing steps are performed by hand, the input of information (such as inputting text) can be greatly facilitated by the hand-disabled person and the controlled device 2000-2. . In another example, the system 2000 for inputting information of the present invention can also be disposed in a hood, a nose cover or an earring (or above), so that another user can wear the hood and the nose by the user. The set or the head of the earring (or the nose and the ear) can be used to input information (such as wheeled text) by shaking the head and shaking the brain to simulate the process of writing the steps. Such implementations and applications may also greatly facilitate the hand or Information input or use of the controlled device 2000-2 by a person with a foot disability. In addition, it will be readily understood by those skilled in the art that the above-described system 2000 for inputting information may be included in the wearable item 68, which may include a system 2000 for inputting information, or a system for wheeling information. The 〇〇 is fixed or attached to such items, so the manner in which the system 2000 for entering information is set to the wearable item 66 should not be a limitation of the invention. In one example, a user can attach or attach the system 2000 for inputting information to a watch that he or she is wearing, so that the hand of the watch wearing the system 2000 with the attached information or the attached information can be swiped. The input of information is performed on the controlled device 2000-2. Please refer to Figure 20C. Figure 20C is a schematic diagram of the operation of the system for inputting information in Figure 20A. In addition to changing the wearable item 68 to a hand held device (e.g., a pen) 86, the system 2000 for entering information operates in the same or similar manner as that shown in Figure 20B. The Bank should be able to easily understand that the pen 86 in the illustration is for convenience only. In other embodiments, the system for wheeling information can also be placed in other types of handheld devices, so the type of handheld device disposed in the present invention should not be limited by the scope of the invention. In another example, the system 2000 for inputting information may be disposed in a mobile phone or a remote controller to facilitate a user to wirelessly control the remote controlled device 2000-2 by using the mobile phone or the remote controller. Information input. 38 201019168 Please refer to FIG. 21A'. FIG. 21A is a schematic diagram of a system 2100 for inputting information according to another example of the present invention. In addition to controlling a controlled device 21〇〇_2 (which may be a digital home device or an information appliance such as a television or a projector), the system 21 (10) for inputting information may be the same or similar to Figures 20A-20D. The system 2000 is shown and referenced to the input information described in Figures 20A-20C. The controlled device 2100-2 can include a fourth antenna 40 and a signal receiving module 42. Further, the controlled device 2100-2 further includes a display device driver 22 and a screen 24. After the fourth antenna 40 receives the transmission signal transmitted by the third antenna 38 and transmits it to the signal receiving module 42, the signal receiving module 42 can convert the transmission signal into a digital signal, and then drive through the display device. Module 22 drives screen 24 to display the input information in screen 24. Please refer to Fig. 21B, which is a schematic diagram of the operation of the system 21〇〇 for inputting information in Fig. 21A. The system 21c for inputting information may operate the same for the controlled device 2100-2 or similar to the system 2000 for inputting information as described with reference to Figure 20B and with reference to Figure 20B. Please refer to Figure 21C. Figure 21C is a schematic diagram of the operation of the system for inputting information in Figure 21A. In addition to the system 2100 for inputting information set to the wearable item 68 as shown in FIG. 21B, instead of being disposed outside a handheld device 86 as shown in FIG. 21C, the system 2100 for inputting information may operate in the same manner or Similar to Figure 21B. Please refer to Fig. 22A, which is a schematic diagram of a system for inputting information according to still another example of the present invention. In addition to controlling a controlled device 2200-2 (which may be a handheld device or a mobile device, such as a cell phone, a PDA, a digital camera, or a camera), the system 2200 for inputting information may be the same or similar to the 20A. The system is shown in Fig. 21C, and the system 2 〇〇〇 or 21 输入 of the input information described with reference to Figs. 20A to 21C. In addition, the Bank should be able to easily understand that 'in other applications, the fourth antenna 40 as shown in Figure 22A can also be controlled. 39 201019168 Device 2200-2 itself has an antenna, for example, a mobile phone is set up. There is one antenna for receiving voice, text, or video, and it is not necessary to additionally provide a receiving antenna for the system 2200 that is specific only for the input information of the present invention. In one example, the fourth antenna 4 〇 and the signal receiving module 42 may also include or be implemented using a device originally provided by the handset, such as a Bluetooth tooth device. Please refer to Fig. 22B, and Fig. 22B is a schematic operation of the input information in Fig. 22A. The system for inputting information 22 may operate in a manner similar to or similar to the method of referring to the rounding information described in Figures 20B and 21B and referring to Figures 20B and 21B for the controlled device 22〇〇_2. 2〇〇〇 or 2100. Please refer to the operation of the system for inputting information in Figure 22C, Figure 22C, Figure 22A. In addition to the system 12 for wheeling information, which is disposed on the wearable item 68 as shown in FIG. 22B, instead of being disposed outside a handheld device 86 as shown in FIG. 22C, the operation mode of the system 2200 for inputting information May be the same or similar to Figure 22B. Referring to Figure 23A, Figure 23A is a schematic illustration of a system 2300 for entering information in accordance with yet another example of the present invention. In addition to changing to control a controlled device 23〇〇2 (can be a notebook computer) φ 卜 input Beixun system 2300 may be the same or similar to the second 〇A to 2〇]), and reference to the 20A The system for inputting information as shown in Fig. 20C. In addition, the Bank should be able to easily understand that the 14-antenna 4〇 included in the controlled device _2 may be originally installed in the controlled device 2300-2, for example, the notebook type touch is used for the Bluetooth function, The cellular network communication function or the antenna of the wireless network (Shishi (2) this (10) rk) function is implemented. Please refer to the diagram of S 23B, section 23B ® for the operation of the system for inputting information in Figure 23A. The system 2300 for inputting information for the controlled operation 23 〇〇 2 operation mode < 201019168 is the same as or similar to the reference 2000 and the input information described in reference to Figure 20B. . Please refer to the operation of the system for inputting information in Figure 23C of Figure 23C. In addition to the wheeled system, the system 2300 is placed on the wearable item 68 as shown in FIG. 23B, and the rabbit is placed in a handheld device 86 as shown in FIG. 23C, and the information is input. The system 2300 can be the same or similar to Figure 23B. Please refer to Section 24A I®, 》n. Figure 24 is a schematic diagram of a system 2400 for entering information in accordance with another example of the present invention. apart from

131 miso is changed to control a controlled device 2400-2 (can be an information appliance, such as a refrigerator), and the wheeled inch + 3

The system 2400 may be identical or similar to the 20A to 21C and 23A to 23Γ m ct>< depicted in the figure, and with reference to the 20A to 21C and 23A to 23C Information System 2000, 2100 or 2300. The Bank can also easily understand that ij can use the system of input information to control or input information for a number of different information appliances. In another example, the mobile path sensing module 32 can further sense the direction of the plurality of different information appliances relative to the input information. When the user will pass the information into the system. When the circle points to the information appliance, the information appliance can cooperate with the money module to perform the input action of the moneyer. Please refer to Figure 24B, Figure 24B is the operation diagram of the system for inputting information in Figure 24A. The system of input information is fine for the controlled device 诵_2. The operation mode may be the same or similar to the reference to 20A to 21Γ 。 。. m 芏 图 U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U 20A to 21C and 23A to γ m secret, +, 夕*& λ reach - the system of input information described in Figure 23C. Please refer to Figure 24C Figure 1 24C Figure is a schematic diagram of the operation of the system for inputting information in the figure (10). Except that the system 2 side of the input information is set as shown in the figure (10), the article 68 worn by the wearable 41 201019168 is changed to the image shown in Fig. 24C. Set outside the handheld device 86, enter the information system 2400 The manner of operation may be the same or similar to that of Fig. 24B. Please refer to Fig. 25A, which is a schematic diagram of a system for inputting information according to other examples of the present invention, except that it is changed to control-controlled device 25〇〇_2 (may be - In-vehicle computer) System 2400 that may be identical or similar to the input information described in Figures 2A through 24C and with reference to Figures 20A through 24C, 2, 21(10), 2_, 23〇〇 Or 2400. Please refer to Figure 25B, Figure 25B is the operation of the system for inputting information in Figure 25. The system 25 () for inputting information may operate the same for the controlled device 25〇〇2 or Similar to the reference in 2GA to 24C ® and the reference to 2QA to 24 (: the system for inputting information as shown in Figure 2, 21〇〇, 2200, 2300 or 2400. Please refer to Figure 25C, 25C is a diagram showing the operation of the system for inputting information in Fig. 25A. Fig. S shows that the system 2500 for inputting information is changed from the wearable article 68' shown in Fig. 25β as shown in Fig. 25C. The operation mode of the system 25GG which is set to input information outside the handheld device 86 The same or similar to Fig. 25B. Please refer to Fig. 26, which is a flowchart of a method for inputting information according to an example of the present invention. The method for inputting information may include the step of moving the path in step 2602. The measurement module senses-moves the trajectory to generate a movement path information. Then, in step 2, the movement path information is recognized by the signal processing module to generate an input information. Then, in step 2606, a The signal transmitting module processes the input information to generate a _transmit signal. Finally, in step 26G8, the fourth antenna can be used to transmit the transmission signal. Please refer to Fig. 27, which is a flow chart of a method for inputting information according to another example of the present invention. In addition to step 2604, step-by-step steps can be included! In addition to 26〇4_2, the green in Fig. 27 and the method of input information to be interpolated with reference to Fig. 27 may be the same as or similar to the input information depicted in Fig. 26 and described with reference to Fig. 26. The method. In step 2604-1, the signal processing module can identify the movement path information as at least one of a number, a character, a character, a punctuation, a mathematical operation, and a handwritten symbol, and then at step 2604 This input information is generated in -2. Please refer to Fig. 28, which is a flow chart of a method for inputting information according to still another example of the present invention. The method of inputting information depicted in FIG. 28 and described with reference to FIG. 28 may be identical or similar to that in FIG. 26, except that steps 2604-3, 2604-4, and 2604-2 may be further included in step 2604. The method of inputting the information that is depicted and described with reference to Figure 26 is described. In step 2604-3, the signal processing module can identify the movement path information as a segment. Then in step 2604-4, the signal processing module can process a plurality of pen segments to identify the plurality of pen segments as corresponding at least one digit, a character, a character, a punctuation, a mathematical operation, and One of the handwritten symbols is then generated in step 2604-2. Please refer to Fig. 29, which is a flow chart of a method for inputting information according to still another example of the present invention. The method of inputting information depicted in FIG. 29 and described with reference to FIG. 29 may be identical or similar to that depicted in FIG. 26, except that steps 2602-1 and 2602-2 may be further included in step 2602. And a method of inputting information as described with reference to FIG. In step 2602-1, the moving path sensing module can sense a moving track by one of the built-in MEMS, wherein the MEMS includes at least one two-axis accelerometer or a three-axis accelerometer In one of the embodiments, the acceleration gauge can sense one of a change of at least two axis coordinates of the moving path sensing module and a change of a three-axis coordinate. Then in step 2602-2, the mobile path sensing module can further record the mobile track to generate the moving path information. Please refer to Fig. 30, which is a flow chart of a method for inputting information according to still another example of the present invention. In addition to the method of inputting information shown in FIG. 30, the steps 3002, 43 201019168 3004, 3006 and Μ ^ ΟΛ ό (10) 8 are included, and the input is described in FIG. 30 and will be described with reference to FIG. The method of inputting information that may be the same or similar to that depicted in Figure 26 and described with reference to Figure 26 is taken. Wherein, after the end of step 2602, in step 3002, the signal processing rib can be established by the (4)-(4) conditional shirt. If the first-first yarn member is not established (No), then the step ropes 26〇4, 26〇6 and 8 are entered, which is identical to the steps shown in the figure %.

When the first condition is established (yes), the step is called 3_. In step 3, the signal processing module can convert the axis path information into a coordinate point of the cursor displayed on the screen, so that the display position of the cursor on the screen corresponds to the movement track. change. The first (1)th and (10th) start conditions may be used to indicate that the scaled path information or the subsequent (ie, the movement path information generated by the moving path & The purpose of the input is to move the cursor or click the cursor to select the item displayed in the honor screen, and the coffee should input the information. Therefore, the ___ initial condition is not = part = information method can be used to input a text or a symbol, and vice versa when the first-first ^ the input information method can be used to control the cursor movement and click action 0 The method of inputting information further includes step genus. In step 襄, the signal reliance group can further determine whether the second initial condition is established. If the reduction condition is not established (5), 贞彳_Step 3. The second second reading member is called, in this example, the second initial condition is used for the step fine action (the second (four) condition is when the drum is in step 3_, when the second initial condition is established. Execute the click action.) In Fig. 31, Fig. 31 is a flow chart of the method for inputting personnel according to other examples. In addition to the method of wheeling information shown in the 31st fiscal note, the method of inputting information described in Figure 31 and described with reference to Figure 31 may be identical or similar to that shown in Figure 26 except for Step 2 44 201019168. The method of inputting information as described and described with reference to Fig. 26 is shown. In step 3102, the controlled device that receives the transmitted signal can drive its display device to display the input information. Please refer to FIG. 32. FIG. 32 is a flow chart of a method for inputting information according to an example of the present invention. Step 3102 of the method for inputting information shown in FIG. 32 further includes steps 3102-1, 3102-2, and 3102-3, and the method of inputting information described in FIG. 32 and which will be described with reference to FIG. A method of inputting information that may be the same or similar to that depicted in FIG. 31 and described with reference to FIG. In step 3102-1, the display device may display at least a plurality of numbers, a plurality of characters, a plurality of words, a plurality of punctuation marks, a plurality of mathematical operations, and a plurality of handwritten symbols corresponding to the movement path information. Multiples are used as multiple options. Then, in step 31〇21, the mobile path sensing module and the signal processing module or the controlled device will wait to receive the user to input an input information to select at least one of the plurality of options. And the signal processing module or the controlled device will determine what the selected option is. Finally, in step 3, the display device displays the selected option as the input information. Please refer to Fig. 33, which is a flow chart of a method for wheeling information according to another example of the present invention. The method of inputting information may include steps 33〇2 to 3312 in the figure. In step 3302, the '-moving path sensing module can sense a moving track to generate a moving path information. Next, in step 3304, a transmit signal generating module can process the mobile path information to generate - transmit money, for example, to convert the mobile path to an _ radio frequency signal. Next in step 33G4, the -th antenna can be used to transmit the transmit signal. Then, in step 3308, the second antenna located at the far end can be used to receive the transmit signal and pass the received transmit signal to a signal processing module. In step 331, the signal processing 45 201019168 module can process the transmitted signal to obtain a stroke or a piece of information corresponding to the movement path information. Then in step 3312, the signal processing module can further identify the mobile path information to generate an input message.

Please refer to Fig. 34, which is a flow chart of a method for inputting information according to still another example of the present invention. The method of inputting information in addition to the method of inputting information shown in FIG. 34 may include steps 3312-1 and 3312-2, and the method of inputting information described in FIG. 34 and which will be described with reference to FIG. 34 may be the same or similar. The method of inputting information as depicted in Figure 33 and described with reference to Figure 33. In step 3312-1, the signal processing module can recognize the information of the stroke or the pen segment as at least one of a number, a character, a character, a punctuation, a mathematical operation, and a handwritten symbol, and The input information is generated in step 3312-2. Please refer to Fig. 35, which is a flow chart of a method for inputting information according to still another example of the present invention. The step 3312 of the method of inputting information other than the one shown in FIG. 36 may include the input information described in FIG. 35 and described with reference to FIG. 35, in addition to steps 3312-3, 3312-4, and 3312-2. The method may be the same or similar to the method of inputting information as depicted in Figure 33 and described with reference to Figure 33. In step 3312-3, the signal processing module can recognize the movement path information as a segment. In step 3312-3, the signal processing module can further process a plurality of pen segments to identify the plurality of pen segments as corresponding at least one digit, a character, a character, a punctuation, a mathematical operation, and One of the handwritten symbols is used to generate the input information in the next step 3312-2. Please refer to Fig. 36, which is a flow chart of a method for inputting information according to still another example of the present invention. The method 3302 of the method of inputting information shown in FIG. 36 may include steps 3302-1 and 3302-2, and the method of inputting information described in FIG. 36 and which will be described with reference to FIG. 36 may be the same or A method similar to that depicted in Figure 33 and described with reference to Figure 46 201019168 33. In step 3302-1, the moving path sensing module can sense a moving track of the moving path sensing module itself by a microelectromechanical system (MEMS) to generate the moving path information. In one example, the MEMS system can include at least one of a two-axis acceleration gauge and a three-axis acceleration gauge, thereby sensing at least a change in the pedestal of the moving path sensing module and a two-axis coordinate Change one of them. In step 33〇2_2, the moving path sensing module can further record the moving track to generate the moving path information. Please refer to Fig. 37, which is a flow chart of a method for inputting information according to other examples of the present invention. The method of inputting information other than steps 3702, 3704, 3706, and 3708 may be performed in addition to steps 3702, 3704, 3706, and 3708, and the method of inputting information described with reference to FIG. 37 may be the same or similar. The method of inputting information as depicted in Fig. 33 and described with reference to Fig. 33. After the step 3310 ends, in step 3702, the signal processing module can determine whether a first initial condition is met. If the first initial condition is not true (NO), then the process proceeds to step 3312, which is identical to the step of the method of inputting information shown in Fig. 33. If the first initial condition is satisfied (Yes), the process proceeds to step 37〇4. In step 37〇4, the signal processing module can convert the movement path information to a coordinate point displayed on one of the cursors on the screen, so that the display position of the cursor on the screen corresponds to the movement track. Change. In the example, the first initial condition may be used to indicate that the movement path information or subsequent (ie, the movement path information generated after the movement path information at the time is based on the movement sensed by the (four) road county group) is The purpose of the person is to move the cursor or select the item displayed on the screen with the cursor as the input information. Therefore, when the first initial condition is not established, the method of inputting information may be used to wheel a text or _ symbol, and when the first initial condition is established, the method of inputting information may be used to control the movement and point of the cursor. Choose action. In another example, the method for inputting information further includes step 3706. In step 37()6, the signal processing module can further determine whether a second initial condition is met. If the second initial condition is not satisfied (NO), then return to step 3704. If the second initial condition is true (Yes), then step 3708 is entered. In this example, the second initial condition is used to determine that the movement path information is to move the coordinate point of the cursor (when the second initial condition is not established), or to select the item in the screen by the cursor. One of the selection actions (when the second initial condition is established). In step 3708, when the second initial condition is met, the click action is performed. Please refer to Fig. 38, which is a flow chart of a method for inputting information according to an example of the present invention. The method of inputting information described in FIG. 38 and described with reference to FIG. 38 may be identical or similar to that depicted in FIG. 33, except that the method of inputting information shown in FIG. 38 further includes step 38〇2. And a method of inputting information as described with reference to FIG. In step 3902, after receiving the input information by the signal processing module, the control module can transmit the input information to a display device driving module to drive a display device to display the input information. Enter information. Please refer to Fig. 39, which is a flow chart of a method for inputting information according to another example of the present invention. Please refer to Fig. 39, which is a flow chart of a method for inputting a method according to an example of the present invention. Step 3802 of the method for inputting information shown in the map of the continent includes steps 3802-1, 3802-2, and 3802-3, and the input information described in FIG. 39 and _ will be described with reference to FIG. The method may be the same or similar to the method of inputting information as depicted in Figure 33 and described with reference to Figure 33. In the step rib (10)-丨, the display device can display at least a plurality of numbers, a plurality of characters, a plurality of characters, a plurality of punctuation marks, a plurality of mathematical operations, and a plurality of handwritten symbols corresponding to the movement path information. Multiples are used as multiple options. Then in step 38024, the mobile path sensing module and the signal processing module or the controlled device will wait to receive the user to enter the input information to select at least the plurality of options. And the signal processing module will determine who the selected option is. Finally, in step 3102_3, the display device displays the selected option as the input information. In addition, in some illustrative examples of the invention, the specification may represent the method of the invention as a specific (four) order. However, since the Yang (4) is not limited to the specific order of steps set forth herein, the method should not be limited to the particular order of steps described. It is also feasible for other people in this class to be in the gorge of the singer. Therefore, * should be explained

The order of the (4) proposed by the book is considered to be a special ship. In addition, the patent application (4) concerning the method of the present invention should not be limited to the implementation of the sequence of steps in the book (4). It is understood that such orders may be varied and still be within the spirit and scope of the invention. The Bank should be aware that changes can be made to the above specific embodiments without disobeying the ', and this is the case. The invention is not limited to the present invention, but it is intended to cover all requests. Modifications within the spirit and scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS A brief description of the drawings, when viewed in conjunction with the accompanying drawings, is a better understanding of the foregoing embodiments of the present invention. In order to achieve the purpose of the invention, Xiangweiyou, for the purpose of the Ming Dynasty, is better in each of the drawings. However, it should be understood that the present invention is not limited to the precise arrangement and equipment described. In each of the drawings: a system block diagram based on the (4)-example wheel-turner information link; a system block of a system for inputting information according to another example of the present invention. 49 201019168 FIG. 3A is a system block diagram of a system for inputting information according to still another example of the present invention; FIG. 3B is a system block diagram of a system for inputting information according to still another example of the present invention; FIG. 4 is a system diagram according to the present invention; A system block diagram of a system for inputting information; FIG. 5 is a system block diagram of a system for inputting information according to another example of the present invention; and FIG. 6 is a system block diagram of a system for inputting information according to other examples of the present invention. 7A is a schematic diagram of a system for inputting information according to an example of the present invention; FIG. 7B is a schematic diagram of operation of a system for inputting information in FIG. 7A; and FIG. 7C is an operation of a system for inputting information in FIG. 7A; FIG. 8A is a schematic diagram of a system for inputting information according to an example of the present invention; FIG. 8A is a schematic diagram of a system for inputting information according to another example of the present invention; 8B is a schematic diagram of the operation of the system for inputting information in FIG. 8A; FIG. 8C is a schematic diagram of the operation of the system for inputting information in FIG. 8A; FIG. 8D is a system for inputting information according to other examples of the present invention; FIG. 8E is a schematic diagram of a system for inputting information according to another example of the present invention; FIG. 9A is a schematic diagram of a system for inputting information according to still another example of the present invention; and FIG. 9B is a system for inputting information according to FIG. 9A Schematic diagram of operation; ® 9C is a schematic diagram of the operation of the system for inputting information in FIG. 9A; FIG. 9D is a schematic diagram of a system for inputting information according to still another example of the present invention; FIG. 9E is a further embodiment of the present invention FIG. 10A is a schematic diagram of a system for inputting information according to still another example of the present invention; FIG. 10B is a schematic diagram of operation of a system for inputting information in FIG. 10A; FIG. 10C is a diagram of FIG. 10A Schematic diagram of the operation of the system for inputting information; FIG. 11A is a schematic diagram of a system for inputting information according to another example of the present invention; FIG. 11B is a diagram of the input of FIG. 11A Schematic diagram of the operation of the information system; 50 201019168 The lie diagram is a schematic diagram of the operation of the system for inputting information in FIG. 11A, and FIG. 12A is a schematic diagram of a system for inputting information according to other examples of the present invention; FIG. 12B is a 12A diagram FIG. 12C is a schematic diagram of operation of a system for inputting information in FIG. 12A; FIG. 13 is a system block diagram of a system for inputting information according to an example of the present invention;

Figure 14 is a system block diagram of a system for inputting information according to another example of the present invention; Figure 15A is a system block diagram of a system for inputting information according to still another example of the present invention; System block diagram of a system for inputting information; FIG. 16A is a system block diagram of a system for inputting information according to still another example of the present invention; FIG. 16B is a system block diagram of a system for inputting information according to still another example of the present invention; Figure 17 is a system block diagram of a system for inputting information according to another example of the present invention; Figure 18 is a system block diagram of a system for inputting information according to other examples of the present invention; and Figure 19 is a diagram of another example input according to the present invention. System block diagram of the information system; FIG. 20A is a schematic diagram of a system for inputting information according to an example of the present invention; FIG. 20B is a schematic diagram of operation of a system for inputting information in FIG. 20A; FIG. 20C is a diagram of FIG. 20A FIG. 21A is a schematic diagram of a system for inputting information according to another example of the present invention; FIG. 21B is a diagram of FIG. 21A FIG. 21C is a schematic diagram of the operation of the system for inputting information in FIG. 21A; FIG. 22A is a schematic diagram of a system for inputting information according to another example of the present invention; FIG. 22B is a diagram of FIG. 22A FIG. 22C is a schematic diagram of the operation of the system for inputting information in FIG. 22A; FIG. 23A is a schematic diagram of a system for inputting information according to still another example of the present invention; 23A is a schematic diagram of the operation of the system for inputting information in FIG. 23A; FIG. 23A is a schematic diagram of the operation of the system for inputting information according to another example of the present invention; 24B is a schematic diagram of the operation of the system for inputting information in FIG. 24A; FIG. 24C is a schematic diagram of the operation of the system for inputting information in FIG. 24A; FIG. 25A is a schematic diagram of a system for inputting information according to other examples of the present invention; Figure 25B is a schematic diagram of the operation of the system for inputting information in Figure 25A; Figure 25C is a schematic diagram of the operation of the system for inputting information in Figure 25A; Figure 26 is a flow chart of a method for inputting information according to an example of the present invention;

Figure 27 is a flow chart of a method for inputting information according to another example of the present invention; Fig. 28 is a flowchart of a method for inputting information according to still another example of the present invention; FIG. 29 is still another method according to the present invention. FIG. 30 is a flowchart of a method for inputting information according to another example of the present invention; FIG. 31 is a flowchart of a method for inputting information according to other examples of the present invention; 32 is a flow chart of a method for inputting information according to an example of the present invention; FIG. 33 is a flowchart of a method for inputting information according to another example of the present invention; FIG. 34 is a further example input according to the present invention. Method flow chart of the method of information; FIG. 35 is a flow chart of a method for inputting information according to still another example of the present invention; FIG. 36 is a flow chart of a method for inputting information according to still another example of the present invention; Figure is a flow chart of a method for inputting information according to other examples of the present invention; Figure 38 is a flow chart of a method for inputting information according to an example of the present invention Figure 39 is a flow chart of a method for inputting information according to another example of the present invention; Figure 40A is a schematic diagram of a system for inputting information according to other examples of the present invention; and Figure 40B is a diagram shown in Figure 40A. Operation flow chart of the signal processing module of the invention. 52 201019168

DESCRIPTION OF SYMBOLS 10, 32 Moving path sensing module 10-1 ' 32-1 Acceleration gauge 10-2 First microcontroller 10-3a, 18-2a ASIC chip 10-3b, 18-2b Memory 11 ' 31 package 12, 36 transmit signal generation module 13, 33 chip 14 first antenna 15, 35 PIN pin 16, 40 second antenna 18, 34 signal processing module 18-1 signal receiving module 18-2 Second microcontroller 18-3 third microcontroller 18-3a, 34-2a read only memory 18-3b, 34-2b identification program 18-4 fourth microcontroller 20 operating system 21 recognition software 22, 22, Display device driver module 22a display device driver module a 22b display device driver module b 23 panel driver 24 screen 26 host 28 television 32-2 fifth microcontroller 33 sixth microcontroller 31 seventh microcontroller 35 Eighth Microcontroller 38 Third Antenna 40 Fourth Antenna 42 Signal Receiving Module 66, 68 Wearable Articles 53 201019168

86, 88 Handheld device 93 Notebook 94 Refrigerator 96 Mobile phone 97 Projection range 98 Screen 99 Projectors 100, 200, 300, 400, 500, 600, 700, 700', 800, 800', 900, 900', 1000, 1100, 1200, 1300, 1400, 1500a, 1500b, 1600a, 1600b, 1700, 1800, 1900, 2000, 2100, 2200, 2300, 2400, 2500, 4000 systems for inputting information 700-1, 700'-1, 800- 1, 800' -1, 900-1, 900' -1, 1000-1, 1100-1, 1200-1 ' Input modules 700-2, 700' -2, 800-2, 800' -2, 900 -2, 900' -2, 1000-2, 1100-2, 1200-2, controlled modules 2000-2, 2100-2, 2200-2, 2300-2, 2400-2, 2500-2 controlled devices 888 Call Function Module 999 Handwriting Identification Library

54

Claims (1)

201019168 X. Patent application scope: 1. A system for inputting information, the system comprising: a moving path sensing module configured to sense a movement of the mobile path subtraction module to generate a moving path information a transmit signal generating module coupled to the mobile path sensing module, the transmit signal generating module configured to generate a transmit signal by processing the mobile path information; a first antenna coupled to the transmit signal generating module, the first antenna configured to transmit the transmit signal, and a signal processing module configured to process the transmit signal to generate a Enter information. 2. The system of claim 1, further comprising: a second antenna configured to receive the transmit signal and to transmit the received transmit signal to the signal processing module. 3. The system of claim i, wherein the mobile path sensing module comprises: a micro electro mechanical system (MEMS) configured to sense the moving path sensing module The system of claim 3, wherein the MEMS system comprises: an accelerometer configured to sense the moving path sensing module during movement The acceleration senses movement of the moving path sensing module. 5. The system of claim 3, wherein the moving path sensing module further comprises: a first microcontroller (microcontroller or micro control unit; MCU) configured to record the moving path by recording The current coordinates and coordinates of the module are changed between 55 201019168, or / and the movement of the road detection module (10) is rotated to generate the movement path information. 6. If applying for the system of the full-time fourth item, wherein the acceleration gauge includes at least one of a 2-axis acceierometer and a three-axis accder〇meter, the accelerometer can be Sensing one of a change of at least two axis coordinates of the moving path sensing module and a change of a three-axis coordinate. 7. The system of claim 1, wherein the signal processing module comprises: φ an identification module configured to identify the movement path information to generate the input information. The system of claim 7, wherein the identification module comprises: a second microcontroller, comprising a plurality of logic gates, wherein the plurality of logic gates are configured to identify the movement path information as a segment. And processing the plurality of pen segments to identify at least one of a number, a character, a _ character, a punctuation mark, a mathematical operation, and a handwritten symbol corresponding to the plurality of pen segments to generate the input information. % The system of claim 7, wherein the identification module comprises: - a third microcontroller configured to recognize the movement path information as a segment by executing an identification program, and to process the plurality of pens The segment identifies at least one of a number, a character, a character, a punctuation, a mathematical operator, and a handwritten symbol corresponding to the plurality of pen segments to generate the input information. • The system of claim 9, wherein the third microcontroller further comprises: a read only memory (ROM) configured to store the identification program. For example, in the system of claim 1, wherein the signal processing module comprises: 56 201019168 - The fourth micro control room is configured to convert the coordinates of the cursor into a cursor by (4) (4), so that the position of the cursor is The movement of the movement path sensing module generates a corresponding change to generate the input information. 12. The system of claim 1, further comprising: - a display module configured to display the input information input by the movement path sensing module. 13. The system of claim 1, wherein the signal processing module is disposed on at least one television (television; TV), a desktop computer (p(10)nal c〇mp_; pc), and a laptop (laptop) Or* notebook), digital camera (digitaUamera), camera, projector (projector) or one of the projection module, a mobile device, a mobile phone (celhdarphone), a number of assistants (pers 〇nai digitauSSiStant; PDA), a navigator (navigat〇r), a portable media player (PMP), an e-book reader (E_B〇〇k), a portable computer screen (WebPad) )...Information Appliances (IA), Walkman (4) Faces or MP3 player) - TVGamer, handheld gamer, an electronic dictionary, and a computer in the car. 14. A system for inputting information, the system comprising: - a mobile road domain, a set of movements by a singularly moved scale sensory module to generate a moving path information; - a signal processing module, The 峨 processing module is configured to generate an input message by subtracting and processing the migrating path information; - transmitting a signal generating module, _ merging the signal processing module The transmitting signal generating module is configured to generate a transmitting signal by processing the input information; and 57 201019168 the second antenna is adapted to the transmitting signal generating module, and the third antenna is configured to be used for The transmission signal is transmitted. The system of claim 13, wherein the moving path sensing module comprises: a micro electro mechanical system (MEMS) configured to sense movement of the moving path sensing module. 16. The system of claim 15 wherein the MEMS comprises: an accelerometer configured to sense the movement path Sensing the acceleration of the module during the movement to sense the movement of the movement path sensing module. The system of claim 14, wherein the moving path sensing module further comprises: a fifth micro-controller (micro-converter) or a micro-control unit (MCU) configured to record the movement path by recording The current coordinates and coordinates of the module change with time, and/or the movement path of the movement path sensing module to generate the movement path information. 18. The system of claim 16, wherein the accelerometer comprises at least one of a 2-axis accelerometer and a 3-axis accelerometer. One of the change of the at least two-axis coordinate of the moving path sensing module and the change of the three-axis coordinate is measured. 19. The system of claim 1, wherein the signal processing module comprises: an identification module configured to identify the movement path information to generate the input information. 20. The system of claim 4, wherein the identification module comprises: a sixth microcontroller, comprising a plurality of logic gates, the plurality of logic gates configured to identify the movement path information as a Segmenting, and processing a plurality of pen segments to identify at least one number, a character, a word _ punctuation mark, a - mathematical operator, and a handwritten symbol corresponding to the plurality of pen segments to generate the input information by 58 201019168 . 21. The system of claim 19, wherein the identification module comprises: a seventh microcontroller, which is equipped with a 40-way domain-identification program, the mobile path information is identified as a pen segment, and processed The plurality of pen segments are used to identify at least one of - a number, a word, a character, a punctuation mark, a mathematical operator, and a handwritten symbol corresponding to the plurality of pen segments to generate the input information. 22. The system of claim 21, wherein the third microcontroller further comprises: a read only memory (r0M) configured to store the identification program. 23. The system of claim 14, wherein the signal processing module comprises: an eighth microcontroller configured to convert the movement path information into a coordinate point of a cursor to cause the cursor to The position changes correspondingly as the movement path sensing module moves to generate the input information. 24. The system of claim 14, wherein the fourth antenna is configured to receive the transmitted signal emitted by the third antenna; and a transmit signal receiving module coupled to the fourth The antenna is configured to receive the transmit signal. 25. The system of claim 24, wherein the transmitting signal receiving module is disposed on at least one television (TV), a personal computer (PC), a notebook computer (laptop or Notebook), a digital camera (digita丨camera), a camera, a projector or a projection device, a mobile device 59 201019168 (mobile device), a cellular phone, a number of people Assistant (pers〇nai digital assistant; PDA), a navigator, a portable media player (PMP), an e-book reader (EB〇〇k), a portable computer screen (WebPad), a newsletter (ΙΑ), a walkman or MP3 player, a TV Gamer, a hand-held electric toy (handhel£l gamer), an electronic dictionary, and an in-car computer. one of them. 26. A method of inputting information, comprising: sensing a movement trajectory to generate a movement path information; identifying the movement path information to generate an input information; processing the input information to generate a transmission signal; and transmitting the transmission signal . 27. The method of claim 26, wherein the identifying the movement path information to generate an input information comprises: identifying the movement path information as at least—number, -text, -word it,-punctuation, A mathematical operator and one of a handwritten symbol to generate the input information. 28. The method of claim 26, further comprising: identifying the movement path information as a segment; and processing the plurality of segments to correspond to at least a plurality of segments corresponding to at least - number, text, and word A meta, a punctuation, a mathematical operation, and a handwritten symbol of ~ to generate the input information. 29. The method of claim 26, wherein sensing a movement trajectory to generate a movement path information comprises: sensing the movement trajectory by a microelectromechanical system (MEMS). The method of claim 29, wherein the MEMS comprises at least one of a 2-axis accelerometer or a 3-axis accelerometer, the accelerometer One of the change of at least two axis coordinates of the moving path sensing module and the change of the three-axis coordinate may be sensed. 31. The method of claim 26, wherein sensing a movement trajectory to generate a movement path information further comprises: recording the movement trajectory to generate the movement path information. 32. If the method of applying for patent scope 26 is included, it further includes: Determining whether a first initial condition is met; when the first initial condition is met, converting the moving path information to a coordinate point displayed on a cursor on a screen, so that the display position of the cursor on the screen follows Moving the trajectory to generate a corresponding change; determining whether a second initial condition is true; and performing a one-click action when the first initial condition is established. 33. The method of claim 26, further comprising: receiving the transmitted signal; and displaying the input information. 34. The method of claim 33, further comprising: displaying at least a plurality of numbers corresponding to the movement path information, a plurality of characters, a plurality of characters, a plurality of punctuation marks, a plurality of mathematical operations, and a plurality of handwriting The symbol causes the plural to be a plurality of options; and the reason for determining the selected option is displayed as the input information. 35. A method for inputting information, comprising: sensing a movement trajectory to generate a movement path information; 61 201019168 processing the movement path information to generate a transmission signal; transmitting the transmission signal; receiving the transmission signal; Processing the signal by a stroke or a pen segment to obtain information corresponding to the movement path; and 36. Identify the information of the stroke or pen segment to generate an input message. The method of claim 35, wherein the identifying the stroke generates an input information comprising: or the information of the pen segment is at least one number by using Wenyu, a character, a mark to identify the stroke or the segment, to The input point symbol, a mathematical operation, and a handwritten symbol are generated. 37. The method of claim 35, further comprising: identifying the movement path information as a segment; and processing the plurality of segments to identify the plurality of segments as corresponding at least one number, - one of text, ~ character, punctuation, - mathematical operator, and - handwritten symbol to generate the input information. 38. The method of claim 35, wherein the sensing—moving the trajectory to generate a movement path information comprises: sensing the movement trajectory by a microelectromechanical system (MEMS). 39. The method of claim 2, wherein the MEMS comprises at least one of a 2 axis accelerometer and a 3_axjs acceierometer, the accelerometer sensing the One of the change of the at least two-axis coordinate of the moving path sensing module and the change of the three-axis coordinate. The method of claim 35, wherein the sensing a movement trajectory to generate a movement path information further comprises: recording the movement trajectory to generate the movement path information. 41. The method of claim 35, further comprising: determining whether a first initial condition is met; and when the first initial condition is met, converting the moving path information to a coordinate point displayed on a cursor on a screen So that the display position of the cursor on the screen changes correspondingly with the movement trajectory; Determining whether a second initial condition is true; and when the first initial condition is established, performing a one-click action. 42. The method of claim 35, further comprising: displaying the input information. 43. The method of claim 35, further comprising: displaying at least a plurality of numbers corresponding to the moving track, a plurality of characters, a plurality of characters, a plurality of punctuation marks, a plurality of mathematical operations, and a plurality of handwritten symbols The plural is used as a plurality of options; and the option to determine the selected one is displayed as the input information. 63