TW201118653A - A portable device with wireless sensor function and start method of program control procedure thereof - Google Patents

Abstract

A portable device with wireless sensor function includes plural of feedback-type sensor signal components, a processing module and a function module. The feedback-type sensor signal components detect a movement state of an object by a wireless sensor manner, and produce a sensing signal based on the movement state. The processing module electrically connects to these feedback-type sensor signal components and calculates a match signal which corresponds to the sensing signal. Function module electrically connects to the processing module and executes a program control procedure based on the match signal. The present invention also provides a start method of program control procedure for the same.

Description

201118653 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a portable device and a program control program starting method. 'Tenbe has a portable device for a plurality of signal feedback sensors The component detects the moving state of an object by wireless sensing, and executes the wireless sensing function of the program control program and the program control program starting method according to the moving state.

[Prior Art] The continuous improvement of the technology of the latter, the current electronic technology products on the market, the material material surface is more and more recorded, among which the most typical (four) is nothing more than the current technology # is still continuously improving the touch screen Through the touch screen ^ to hide it from a variety of electronic equipment or simple = mobile phone, notebook type, personal digital assistant (pda) or camera, etc., to provide users with a more comfortable control interface, And the convenience of these electronic products or portable devices* can be controlled. " 7 It must be used for the purpose of control because the touch screen is used. Therefore, long-term eve 4 related readings are free from scratches or residual smashes in the county's control-style screen-drawing touch-screen money for electronic m-shooting b can know 'if the text is over [$ pq day 5 / &amp On the same military device, there is bound to be a need to overcome the problem, therefore, to provide - the kind of touch-to-touch, to touch the value of the electronic equipment or the curtain of the Qin. ^-type device, it is bound to have its name 201118653 [Invention content] - The secret of the Ming Ming provides a kind of program that can be used as a wireless sensor to process the program, based on the consumption of 11 money stroke control start method, Set and its # control program are in full swing to solve the above problems. (4) The present invention provides a wireless sensing function. The following includes a plurality of signal feedback sensing elements and operations.

Function module. A plurality of signal feedback sensing elements are determined by wireless sensing - the object (four) moves state, and the state generates an inductive signal. The arithmetic processing module and these signals 4 = (four) (four) deal with a match signal of Chi Yicheng listener ^ to Qian Ying. The function module and the arithmetic processing module _, and execute a program control program according to the matching signal. The present invention also provides a method for starting a program control program of a portable device, comprising: a plurality of signal feedback sensing elements transmitted through the portable device to detect the moving state of an object by wireless sensing, and An inductive signal is generated according to the moving state of the crucible. A matching signal corresponding to one of the sensing signals is calculated according to the sensing signal. According to this matching signal, the program control program is executed. The utility of the invention is that it is different from the electronic products currently on the market. Both the device and the portable device use a touch screen to perform, touch, and control: to operate an electronic device or a portable device. The portable device with wireless sensing function provided by the present invention has a plurality of signal feedback feelings 201118653~, so that the user can control the portable attack program by a certain distance. The program, in this way, can avoid the problem that the conventional touch screen is damaged by x scratches or remains on the screen. [Embodiment] The above described objects, features, and features of the present invention will become more apparent and understood. Φ Please refer to FIG. 1 and FIG. 2 simultaneously. FIG. 1 is a schematic diagram of a portable device with wireless sensing function according to an embodiment of the present invention; and FIG. 2 is a circuit block diagram of a portable device with wireless sensing function. As shown in FIG. 1 and FIG. 2, a portable device having a wireless sensing function (hereinafter referred to as a portable device 1) is exemplified by a mobile phone having a screen 10, and the portable device 1 includes a plurality of signal feedback sensors. The component 12, the arithmetic processing module 13, and the functional module 11. The plurality of signal feedback sensing elements 12 can detect the moving state of an object in a wireless sensing manner, that is, a distance D, and generate an inductive signal according to the moving state. The object described in this embodiment is exemplified by the user's hand. It should be noted that the plurality of signal feedback sensing elements 12 can be realized by an inductive component that transmits a detection signal and receives a feedback signal according to the detection signal, for example, an ultrasonic sensor ( Ultrasonic Sensor), infrared sensor dnfra-red Sensor, laser sensor (Laser Sens〇r) or light sensor (Light Sensor). In this embodiment, a plurality of signal feedback sensing elements 12 are exemplified by a linear arrangement of two sensors of the sensing element 12a and the sensing element 12b. The two inductors are composed of an ultrasonic sensor. Of course, the linear arrangement may also include more than two signal feedback sensing elements, and has the following combinations, for example, consisting of an infrared sensor, consisting of a laser sensor, and consisting of a light source sensor, Ultrasonic sensor and infrared sensor, with ultrasonic sensor and laser sensor, with ultrasonic sensor and light source sensor, with infrared sensor and laser sensor, with infrared sensor and light source sensor, The laser sensor and the light source sensor or have an ultrasonic sensor, an infrared sensor, a laser sensor, and a light source sensor. Of course, it can also be realized by an equivalent function circuit or electronic component, and is not limited thereto. The arithmetic processing module 13 is coupled to a plurality of signal feedback sensing elements 12, and the arithmetic processing module 13 calculates a matching signal corresponding to the sensing signal according to the sensing signal. The function module 11 is coupled to the arithmetic processing module 13 and executes a program control program according to the matching signal. Please refer to Figure 3A and Figure 3B, together with Figure 1 and Figure 2. FIG. 3A is a schematic diagram of the portable device with wireless sensing function separated by a distance between the user's hand in FIG. 1; FIG. 3B is the user's hand in FIG. 3A completes the moving state to achieve the wireless sensing function. Schematic diagram of a portable device. The portable device with wireless sensing function (hereinafter referred to as the portable device 1) can provide the user with a proper distance D to control the 201118653, that is, the user can pass through, for example, the hand Η Different forms of movement are made in front of the portable device 1. In this embodiment, the movement state is exemplified by a horizontal movement for a continuous time, that is, the hand is horizontally moved in an uninterrupted time. For example, when the portable device 1 is in a picture browsing mode, the hand unit can make a horizontal movement from left to right in a continuous time with a suitable distance D in front of the portable device 1. When the sensing element 12a first senses the hand to the position P1 in front of the portable device 1, and then when the hand is moved to the position Ρ2, the sensing element 12b immediately follows the sensing hand in front of the portable device 1. This position is Ρ2, and the first sensing signal is generated according to the horizontal movement of the hand 连续 for continuous time. The arithmetic processing module 13 calculates a first matching signal corresponding to the first sensing signal according to the first sensing signal generated by the sensing component 12a and the sensing component 12b. At this time, the function module 11 executes a program control program according to the first matching signal calculated by the arithmetic processing module 13, and the program control program takes an image processing program as an example. Therefore, the image processing program is activated, and the picture image 101 displayed on the screen 10 in the picture browsing mode can be switched to another picture image 101', so as to achieve the purpose of operating the portable device 1. Of course, it can be understood that the moving state can also be a right-to-left horizontal movement in a continuous time, and similarly, can achieve the purpose of manipulation. Here, it should be understood that the horizontal movement in the continuous time mentioned in the embodiment is not limited to starting the image processing program, and can also be used to start, for example, a video playback program, a dialing 201118653 program, or a portable device. Other program control programs of the device 1. Continue to see Figure 4A and Figure 4B, together with Figure 1 and Figure 2. FIG. 4A is a schematic diagram of the portable device with wireless sensing function separated by a distance between the user's hand in FIG. 1; FIG. 4B is a fourth embodiment of the user's hand to complete the moving state to achieve the wireless sensing function. Schematic diagram of a portable device. The portable device with wireless sensing function (hereinafter referred to as the portable device 1) can provide the user with a proper distance D to control, that is, the user can pass through, for example, the hand. Different forms of movement are made in front of the portable device. In this embodiment, the movement state is exemplified by a horizontal movement in a non-continuous time, that is, the hand 作出 is horizontally moved in a time difference manner. For example, the hand Η can make a horizontal movement from left to right in a non-continuous time at a suitable distance D in front of the portable device 1, that is, the hand Η can be positioned in front of the sensing element 12a Ρ 1 After the first pause, for example, two seconds, the front position P1 of the sensing element 12a is moved to the front position P2 of the sensing element 12b. At this time, the sensing element 12a and the sensing element 12b sequentially sense the hand Η. The left to right horizontal movement generates a second sensing signal according to the horizontal movement in the discontinuous time. The arithmetic processing module 13 calculates a second matching signal corresponding to the second sensing signal according to the second sensing signal generated by the sensing component 12a and the sensing component 12b. At this time, the function module 11 executes a program control program according to the second matching signal calculated by the arithmetic processing module 13, and here, the 201118653=program uses the video playback program as an example. Therefore, the video player is activated, and its control interface is also displayed on the screen (7) to listen to, for example, the MP3 audio work &, 7 users%, 9 ^ a ° so to achieve control portable It can be understood that this movement state can also be a horizontal movement from right to left for discontinuous time (10), for example: feeling of hand squatting

F2h兀Γ12b f is set to green, and after stopping for two seconds, it moves to the sensing element 12a from the sensing element side position. Similarly, the user can control the portable device 1 for the purpose. Here, it should be understood that the discontinuous time_horizontal movement mentioned in the example of Benbe is not limited to 2=information, and its village silk (4) is as follows: dialing program or squatting device 1 Other program control programs. _Continued to refer to Figure 5 and Figure 5, together with Figure 1 and Figure 1. Figure 5A is a schematic diagram of a portable device with a segment-to-wire control and wireless sensing function in the hand of the user; Figure 5B is a figure of the user in Figure 5. The P element is in a moving state to achieve a schematic diagram of manipulating a portable device having a wireless sensing function. The portable device with wireless sensing function (hereinafter referred to as the portable device u' can provide the user with a proper distance between the two. The user can pass through, for example, the hand η. In the embodiment, the mobile state is in the form of a vertical movement of the continuous time, that is, the hand is made to move vertically in an uninterrupted time. For example, when the portable device 1 is in a picture browsing mode, the hand Η r1 9 201118653 hand Η can be made at a suitable distance D in front of the portable device 1 for a continuous time from far to near. Vertical movement (as shown by the arrow in Figure 5B), at this time, the sensing element 12a and the sensing element 12b simultaneously sense the vertical movement of the hand Η and generate a third sensing signal according to the vertical movement in the continuous time. The arithmetic processing module 13 calculates a third matching signal corresponding to the third sensing signal according to the third sensing signal generated by the sensing component 12a and the sensing component 12b. The group 11 executes a program control program according to the third matching signal calculated by the operation processing module 13. Here, the program control program takes an image processing program as an example. Therefore, the image processing program is started and the picture can be browsed. In the mode, the picture image 102 displayed on the screen 10 is enlarged into the picture image 102', so as to achieve the purpose of manipulating the portable device 1. Of course, it can be understood that the movement state can also be continuous time. The vertical movement from near to far, in order to reduce the picture image 102, can achieve the same purpose of manipulating the portable device 1. Here, it should be understood that the continuous time mentioned in the embodiment The vertical movement is not limited to the activation of the image processing program, but can also be used to start, for example, a video playback program, a dialing program, or other program control programs of the portable device 1. Continue to refer to Figure 6A and Figure 6B, and At the same time, it cooperates with Figure 1 and Figure 2. Figure 6A is a schematic diagram of the portable device with wireless sensing function when the user's hand is separated by a distance. Figure 6B is a schematic diagram of the 201118653 portable device with the wireless sensing function implemented by the user's hand in Figure 6A. The portable device with wireless sensing function (hereinafter referred to as portable) The device 1) can provide the user with a suitable distance D to control, that is, the user can make different forms of movement in front of the portable device through, for example, a hand squat, in this embodiment, This movement state is exemplified by a vertical movement in a non-continuous time, that is, the hand Η is vertically moved in a time difference manner. For example, when the portable device 1 is in an address book mode, the hand Η can be The front side of the portable device 1 makes a vertical movement from far to near in a non-continuous time, that is, the hand is placed in front of the sensing element 12a and the sensing element 12b, for example, after two seconds, Then, from the position in front of the sensing element 12a and the sensing element 12b, the portable device 1 is approached by a vertical movement from far to near (as indicated by the arrow in FIG. 6B). Sensing element and the sensing element 12a 12b, this will also be moved vertically sense Η hand and according to this non-perpendicular to the moving continuous-time signal to generate a fourth induction. The arithmetic processing module 13 calculates a fourth matching signal corresponding to the fourth sensing signal according to the fourth sensing signal generated by the sensing component 12a and the sensing component 12b. At this time, the function module 11 executes a program control program according to the fourth matching signal calculated by the arithmetic processing module 13, and the program control program takes a dialing program as an example. Therefore, the dialing program is activated and can perform the dialing action of the handheld device 1 (as shown on the screen 10), so as to achieve the purpose of manipulating the portable device 1. Of course, it can be understood that Γ Γ Λ Γ: 1: 11 201118653 is: this movement state can also be a vertical movement from near to far in a non-continuous time, so that the portable device performs, for example, an end call or Receiving related actions such as calls, in the same way, can achieve the purpose of manipulation. Herein, it should be understood that the vertical movement in the discontinuous time mentioned in the embodiment is not limited to starting the dialing procedure, and can also be used to start, for example, an image processing program, a video player, or a portable device. Other program control programs of the device 1. Please refer to Figure 7 and Figure 2 for the results of Figure 7A, Figure 7B and Figure 7C. FIG. 7A is a schematic diagram of a portable device with wireless sensing function according to another embodiment of the present invention; FIG. 7B is a schematic diagram of a portable device with wireless sensing function separated by a distance between the user's hand of FIG. FIG. 7C is a schematic diagram of the portable device of the user of FIG. 7A completing the moving state to control the wireless sensing function. The plurality of signal feedback sensing elements 12 can be implemented by three inductors in addition to the above-mentioned linear arrangement of two inductors. In the embodiment, the three inductors are formed by the sensing component 12c. For example, the triangular arrangement formed by the sensing element 12d and the sensing element 12e is composed of an ultrasonic sensor. Of course, the arrangement of the triangles may also include more than three signal feedback type sensing elements, and has the following combinations, for example, consisting of an infrared sensor, composed of a laser sensor, and composed of a light source sensor. Ultrasonic sensor and infrared sensor, ultrasonic sensor and laser sensor, ultrasonic sensor and light source sensor, infrared sensor and 12 201118653 laser sensor, infrared sensor and light source The sensor has a laser sensor and a light source sensor or has an ultrasonic sensor, an infrared sensor, a laser sensor, and a light source sensor. Of course, it can also be realized by an equivalent function circuit or electronic component, and is not limited thereto. In the same way, the user can control the portable device 1 at an appropriate distance D, that is, the user can make different forms of moving state in front of the portable device 1 through, for example, a hand cymbal, such an embodiment. In this case, the movement state is exemplified by a horizontal movement for a continuous time, that is, the hand® is horizontally moved in an uninterrupted time. For example, when the portable device 1 is in a picture browsing mode, the hand unit can make a horizontal movement from left to right in a continuous time with a suitable distance D in front of the portable device 1. The sensing element 12c, the sensing element 12e, and the sensing element 12d sequentially align the hand to the positions P3, P4, and P5 in front of the portable device 1, and generate a fifth sensing according to the horizontal movement in the continuous time. Signal. The arithmetic processing module 13 calculates a fifth matching signal corresponding to the fifth sensing signal according to the fifth sensing signal generated by the sensing component 12c, the sensing component 12e, and the sensing component 12d. At this time, the function module 11 executes a program control program according to the fifth matching signal calculated by the arithmetic processing module 13, and the program control program takes an image processing program as an example. Therefore, the image processing program is activated, and the picture image 103 displayed on the screen 10 in the picture browsing mode can be changed to another picture image 103', thereby achieving the purpose of manipulating the portable device 1. Of course, it can be understood 13 201118653 is: this movement state can also be horizontal to right-to-left, top-down or bottom-up movement in continuous time. It should be specially noted that when the spring user's hand moves horizontally from top to bottom, the salty component 12c and the sensing component i2d will simultaneously sense the portable 'hand'. When the hand H moves down, the sensing element a then senses the position where the hand is moved down; likewise, when the user's hand η is moved horizontally from the bottom to the top in the front of the portable device 1 ^ The sensing element 12e first senses the hand η. Then, when the mail is moved up and down, the sensing element 12c and the sensing element 12d will simultaneously sense the position of the hand η at the same time, and in the same way, the control portable eve, The purpose of the clothes 1 Here, it should be understood that different positions in the continuous time mentioned in the embodiment move horizontally, and are not limited to starting the image processing program, but can also be used to start, for example, a video player, dialing ^ or 3 ^ Other program control programs for the device. Co-workers Please refer to Figure 7D and Figure 7 for continued, together with Figure _^ and Figure 2. Figure 7D is a schematic diagram of the portable device with wireless sensing function when the hand is separated by a distance from the hand in Figure 7A;

M, Fig. 7B is a schematic diagram of the user's hand in the figure 7D completing the moving state to achieve the operation of the wireless portable device. The portable terminal of the portable wireless type referred to in the present invention has a wireless sensing function (1), which can provide a user with a different distance (hereinafter, ^ L ^ appropriate distance Dγ control, that is, The user can make different forms of movement through, for example, the hand Η, and the front 可 可 可 可 可 可 可 可 可 可 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 That is, the hand 作出 makes a horizontal movement in a time difference manner. For example, the hand Η can make a horizontal movement from left to right in a non-continuous time at a suitable distance D in front of the portable device 1 That is, the hand Η from the front position Ρ6 of the sensing element 12c, when moving to the sensing element 12e, can be stopped at the position P7 in front of the sensing element 12e, for example, for two seconds, then moved from the position P7 in front of the sensing element 12e to the sensing element 12d. The front position P8, at this time, the sensing element 12d will immediately sense the position Ρ8 of the hand Η8, and generate a sixth sensing signal of the hand moving horizontally during the non-continuous time. The arithmetic processing module 13 will sense the sense. The sixth matching signal corresponding to the sixth sensing signal is calculated by the sensing signal generated by the component 12c, the sensing component 12e, and the sensing component 12d. At this time, the function module 11 calculates the number according to the operation processing module 13. Six matching signals are executed, and a program control program is executed. Here, the program control program takes an audio and video playing program as an example. Therefore, the video playing program is started, and its control interface is also displayed on the screen 10, so that the user can listen to, for example, the MP3. The function of music. Thus, to achieve the purpose of manipulating the portable device 1. Of course, it can be understood that the moving state can also be right to left, top to bottom or bottom to top in discontinuous time. The horizontal movement, in particular, is that when the user's hand is in front of the portable device 1 and the horizontal movement is from top to bottom, the hand can be positioned in front of the sensing element 12c and the sensing element 12d. First, for example, for two seconds, the sensing element 12c and the sensing element 12d are simultaneously detected to detect Γ Λ - Λ r_ γ·\ λ: 15 201118653 The hand is placed in front of the portable device 1 When the hand H moves down in front of the portable device 1, the sensing element 12e then senses the position where the hand η is moved down; when the user's hand makes a horizontal movement from bottom to top, f uses the principle of time difference, The same can be achieved for the purpose of controlling the portable device i. Therefore, it should be understood that the horizontal movement in the discontinuous time mentioned in the embodiment is not limited to starting the video and audio. Play the program only, its

It can also be used to start other program control programs such as dialers or portable devices. Continue to see Figure 7F and Figure 7g, together with Figure 7a and Figure 2. Figure 7F is the user's hand in Figure 7A.

A schematic diagram of a portable device having a wireless sensing function; FIG. 7G is a schematic diagram of the portable device in which the user's hand completes the moving state to control the wireless sensing function. The portable device with wireless sensing function (hereinafter, the device U can provide a user with an appropriate distance D to operate the poor and the user is able to pass through, for example, a hand squat, In the portable device: the dj is a different form of moving g, which is implemented in this way, this shift is uninterrupted ^ continuous vertical movement within the example of %, that is, the hand H is vertical in the time of no time Move. Hand Η二,兄' When the portable device 1 is in the picture browsing mode, the haiku moves directly in front of the portable device 1 at an appropriate distance D, moving from one heart to the next (four). The sensing component 16 201118653 12c, the sensing component 12e, and the sensing component 12d simultaneously sense the vertical movement of the hand Η and generate a seventh sensing signal according to the vertical movement in the continuous time. The arithmetic processing module 13 is based on the sensing component. The seventh sensing signal generated by the sensing signal 12e and the sensing component 12d is used to calculate a seventh matching signal corresponding to the seventh sensing signal. At this time, the function module 11 calculates the number according to the operation processing module 13. Seven The code control unit executes a program control program. Here, the program control program takes an image processing program as an example. Therefore, the image processing program is activated, and the picture image 104 displayed on the screen 10 in the picture browsing mode can be enlarged into a picture. The image 104' is so as to achieve the purpose of manipulating the portable device 1. Of course, it can be understood that the moving state can also be a vertical movement from near to far in a continuous time, so that the image image 104 is The purpose of controlling the portable device 1 can be achieved in the same manner. It should be understood that the vertical movement in the continuous time mentioned in the embodiment is not limited to the activation of the image processing program. It can be used to start other program control programs such as: audio and video player, dialer or portable device. Please refer to Figure 7Η and Figure 7I' together with Figure 7A and Figure 2. Figure 7 is Figure 7A The user's hand is separated by a distance to control the portable device with wireless sensing function; Figure 7I is the figure of the user's hand to complete the moving state A portable device with wireless sensing function is provided. The portable device with wireless sensing function (hereinafter referred to as 17 201118653 for portable device 1) can provide a user with an appropriate distance D. Manipulating, that is, the user can make different forms of movement in front of the portable device through, for example, a hand squat. In this embodiment, the movement state is exemplified by a vertical movement in a non-continuous time. That is, the hand 作出 is vertically moved in a time difference manner. For example, when the portable device 1 is in an address book mode, the hand Η can be at an appropriate distance D in front of the portable device 1 The vertical movement from far to near is performed in a continuous time, that is, the hand is placed in front of the sensing element 12c, the sensing element 12d, and the sensing element 12e, and after stopping for two seconds, for example, the sensing element 12c, the sensing element 12d, and the sensing element The front position of 12e approaches the portable device 1 in a vertical movement from far to near, at this time, the sensing element 12c, the sensing element 12d, and the sense Element 12e, the hand will sense this Η simultaneous vertical movement, and generates a sensing signal according to an eighth vertical movement within this time discontinuous. The arithmetic processing module 13 calculates an eighth matching signal corresponding to the eighth sensing signal according to the eighth sensing signal generated by the sensing component 12c, the sensing component 12d, and the sensing component 12e. At this time, the function module 11 executes a program control program according to the eighth matching signal calculated by the arithmetic processing module 13, and the program control program takes a dialing program as an example. Therefore, the dialing procedure is activated and the dialing action of the handheld device 1 (as shown on the screen 10) can be performed, so that the purpose of manipulating the handheld device 1 is achieved. Of course, it can be understood that the mobile state can also be a vertical movement from near to far in a non-continuous time, so that the portable device performs, for example, ending the call 201118653 or receiving a call, etc. Here, it should be understood that the purpose of the month ^ ° to control. The vertical movement of β (four) mentioned (four) the continuous time of the gold straight (four), the shirt gamma _ ^ inter-shirt processing procedures, video playback wood other procedures. WT portable device i „ Fig. 7 j and at the same time with the figure 7-8 and the hand of the plan (10) move to go to the Μ Μ » = diagram of the portable device. ^ should function according to the invention with wireless sensing function : The portable device TM is said to be separated from each other. That is to say, the user can make different forms of movement through the front of the device 1 through, for example, the hand, and the portable state is The circular arc movement is taken as an example, and it can be understood that it is j. This movement may also be the circular movement of the continuous time when the circle is included in the above embodiments, for the sake of simplicity. * For example, in the case of continuous motion, the hand can make an arc movement in a continuous time with a proper distance D' in front of the portable device i. From the clockwise circle stone 5 brother 'hand Η from the front of the sensing element 12c, 侬 ..1aj continues through the sensing element (3), the sensing element..., and finally back to the sensing element l2c, just forming the ring sensing element (5) and induction ^ Piece..., will continue to touch the hand The circular movement in front of the Cusher moves and moves the 3p yLi /3⁄4 19 201118653 signal according to the arc in the continuous time. The arithmetic processing module 13 and the sensing element 2e generate the component 12. The sensing component (3) The ninth sensing signal of the ninth sensing signal is calculated corresponding to the arithmetic processing module 13. At this time, the function module 11 performs the portable loading according to the ninth matching signal of the set-program control program. The program (4) program can be used for the purpose of controlling the portable light, and the program 1 processes the table sequence, the video player program, and the other program control program for the arc shift. In addition, the circle is implemented by counterclockwise circle. It is not necessary to account for the above. It should be possible to use the mobile phone as an example. Of course, it may also be a configurable ^rpnA^ for a computer, a personal digital help = (_) Less (9) plus Q bribe a), is not limited to this. Another 'complex _ number _ face, component 12, in addition to two ^ Bu, may also be composed of multiple signal feedback sensing elements, paved = Shape, such as curved, square or polygonal, etc. It is sufficient to perform functions other than the portable device i program control program according to different matching signals, and therefore, it is not limited to the above disclosure. Continuing to refer to FIG. 8, FIG. 8 is a wireless sensor according to an embodiment of the present invention. The flow chart of the steps of the program control program starting method of the portable device of the function is as shown in FIG. 8. The program control program starting method of the portable device provided by the present invention can be applied to a mobile phone, a notebook computer, A personal digital assistant (PDA), a digital camera, or other portable device 20 201118653. The program control program starting method includes the following steps: The signal feedback type sensing component detects the moving state of an object by wireless sensing, and generates an inductive signal according to the moving state. In step S110, a matching signal corresponding to the sensing signal is calculated according to the sensing signal. Moreover, in step S120, a program control program is executed according to the matching signal. It should be noted that, in step S100, the plurality of signal feedback sensing elements mentioned may be realized by an inductive component that transmits a detection signal and receives a feedback signal according to the detection signal, for example, for example, : Ultrasonic Sensor, Infra-red Sensor, Laser Sensor or Light Sensor. Moreover, it is worth mentioning that the object mentioned in step S100 substantially means that the user in front of the portable device controls the portable device through the moving state of the hand, of course, the object It may also be achieved by the movement of objects or objects other than the user's hand. It can be understood that the moving state includes that the object moves horizontally in one continuous time, that is, the object moves horizontally in an uninterrupted time. Of course, the moving state also includes the horizontal movement of the object in one of the discontinuous time, that is, the object moves horizontally in a time difference manner. In addition, the moving state includes the object moving vertically in one of the continuous time, that is, the object is vertically moved in an uninterrupted time. Of course, the moving state also includes the vertical movement of the object in one of the discontinuous time, that is, the object moves vertically in a time difference manner. Or is this movement 21 201118653 state containing a circular path movement of the object. It can be seen that the portable hairdressing device with wireless sensing function and the program control program starting method thereof have the following characteristics: 1. Different from the current electronic product devices or portable devices on the market, all of them are used. The touch screen is used to perform, touch, and control to operate an electronic device or a device. The invention provides a wireless sensing function of the portable type = connection = a plurality of signal feedback type sensing elements, and can be continuous _ sex, so that the user can be separated by special distance, and can be avoided Know the touch-type firefly j control "the problem on the screen. Injury or residual fouling. 2. Can be used in hiding materials, more sensitive instrument equipment, such as digital cameras. Portable device or its 4 It is only described that the present invention is adopted in the preferred embodiment or the embodiment of the present invention.

The scope of implementation of the invention patent. That is, the use of the invention is not limited to the scope of the invention, and the scope of the invention is covered by the scope of the invention. k, modification, are;

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a portable device having a wireless sensing function according to an embodiment of the present invention; FIG. 2 is a circuit block diagram of a portable device having a wireless sensing function; A is a schematic diagram of the portable device with wireless sensing function separated by a distance between the user's hand in FIG. 1; FIG. 3B is the user's hand in FIG. 3A completes the moving state to achieve the wireless sensing function. FIG. 4A is a schematic diagram of the portable device with wireless sensing function separated by a distance between the user's hand in FIG. 1; FIG. 4B is a diagram showing the movement state of the user's hand in FIG. A schematic diagram of a portable device with wireless sensing function is provided; FIG. 5A is a schematic diagram of a portable device with wireless sensing function separated by a user's hand in FIG. 1; FIG. 5B is FIG. The user's hand completes the moving state to achieve a schematic diagram of manipulating the portable device with wireless sensing function; FIG. 6A is a segment of the user's hand in FIG. FIG. 6B is a schematic diagram of the portable device with the wireless sensing function performed by the user's hand in FIG. 6A; FIG. 7A is another schematic diagram of the portable device having the wireless sensing function; A schematic diagram of a portable device having a wireless sensing function; 23 201118653 FIG. 7B is a schematic diagram of a portable device with a wireless sensing function separated by a distance between the user's hand in FIG. 7A; FIG. Figure 7A is a schematic diagram of the user's hand completing the movement state to control the portable device with wireless sensing function; FIG. 7D is a portable type with a wireless sensing function when the user's hand is separated by a distance. FIG. 7E is a schematic diagram of the portable device with the wireless sensing function performed by the user's hand in FIG. 7D; FIG. 7F is a distance between the user's hand and the handle of FIG. Schematic diagram of the portable device with wireless sensing function; Figure 7G is the user's hand in Figure 7F completes the moving state to achieve the wireless sensing function Schematic diagram of the device; Figure 7 is a schematic diagram of the portable device with wireless sensing function when the user's hand is separated by a distance; Figure 7I is the figure 7 user's hand completes the moving state to reach Schematic diagram of manipulating a portable device having a wireless sensing function; FIG. 7J is a schematic diagram of a portable device with a wireless sensing function in a curved shape of a user's hand; and FIG. 8 is an implementation of the present invention A flow chart of the steps of the program control program starting method of the portable device with wireless sensing function. ' 24 201118653 【Description of main components】 1 Portable device 10 Screen 101, 10Γ, 102, 102', 103, 103', 104, 104, picture image 11 Function module 12 Multiple signal feedback type sensing elements 13 Operation Processing modules 12a, 12b, 12c, 12d, 12e sensing elements PI, P2, P3, P4, P5, P6, P7, P8 Position D Distance Η S100~S120 Flow Step Hand 25

Claims (1)

201118653 VII. Patent application scope: 1. A portable device with wireless sensing function, comprising: a plurality of signal feedback sensing elements 5 use wireless sensing to detect the moving state of an object and generate an inductive signal accordingly An arithmetic processing module is coupled to the signal feedback sensing elements, wherein the computing processing module calculates a matching signal corresponding to the sensing signal according to the sensing signal; and an I function module, and the operation processing module The group is coupled and executes a program control program according to the matching signal. 2. The portable device with wireless sensing function as described in claim 1 wherein the signal feedback type sensing elements are composed of ultrasonic sensors. 3. The portable device with wireless sensing function according to claim 1, wherein the signal feedback type sensing elements are composed of an infrared sensor (Infra-red Sensor). 4. The portable device with wireless sensing function according to claim 1, wherein the signal feedback sensing elements are formed by a laser sensor. 5. The portable device with wireless sensing function according to claim 1, wherein the signal feedback type sensing elements are composed of a light sensor. 6. The portable device with wireless sensing function according to claim 1, wherein the signal feedback sensing elements comprise ultrasonic induction r γ· η r: _ r^. 26 t 201118653 and infrared sensor. 7. The portable device with wireless sensing function according to claim 1, wherein the signal feedback type sensing element comprises an ultrasonic sensor and a laser sensor. 8. The portable device with wireless sensing function according to claim 1, wherein the signal feedback sensing elements comprise an ultrasonic sensor and a light source sensor. 9. The portable device having wireless sensing function according to claim 1, wherein the signal feedback type sensing element comprises an infrared sensor and a laser sensor. 10. The portable device having wireless sensing function according to claim 1, wherein the signal feedback type sensing element comprises an infrared sensor and a light source sensor. 11. The portable device with wireless sensing function according to claim 1, wherein the signal feedback sensing element comprises a laser sensor and a light source sensor. 12. The portable device with wireless sensing function according to claim 1, wherein the signal feedback sensing elements comprise an ultrasonic sensor, an infrared sensor, a laser sensor and a light source sensor. 13. The portable device with wireless sensing function according to claim 1, wherein the program control program is an image processing program, and the function module executes the image processing program according to the matching signal. 14. The portable 27 201118653 device with wireless sensing function according to claim 1, wherein the program control program is a video playback program, and the function module executes the video playback program according to the matching signal. 15. The portable device with wireless sensing function according to claim 1, wherein the program control program is a dialing program, and the function module executes the dialing program according to the matching signal. 16. The portable device with wireless sensing function according to claim 1, wherein the portable device is a mobile phone, a notebook computer, a PDA or a digital camera (Digital) Camera). 17. A method for starting a program control program of a portable device, comprising: detecting a moving state of an object by using a wireless sensing method through a plurality of signal feedback sensing elements disposed on the portable device Generating an inductive signal; calculating a matching signal corresponding to the sensing signal according to the sensing signal; and executing a program control program according to the matching signal. The program control program starting method of the portable device according to claim 17, wherein the moving state of the object is a horizontal movement within a continuous time. 19. The program control program activation method of the portable device of claim 17, wherein the moving state of the object is a horizontal movement within a non-continuous time. 20. The program control program activation method of the portable device according to claim 17, wherein the moving state of the object is a vertical movement within a continuous time 28 201118653, Ί». 21. The program for controlling a portable device according to claim 17, wherein the moving state of the object is a vertical movement in a discontinuous time. 22. The program control program activation method of the portable device of claim 17, wherein the movement state of the object comprises a circular motion. 29