TW200418071A - Cordless electronic apparatus with the function of electrostatic switching - Google Patents

Abstract

A cordless hand-held apparatus which utilize an electrostatic sensor in order to trigger signals of power switch. If a user body touch the electrostatic sensor area, the electrostatic sensor sends a "turn on" signal to wake up the cordless hand-held apparatus. When the user body gets off the cordless hand-held apparatus, said electrostatic sensor sends a "turn off" signal to the operation circuitry of the cordless hand-held apparatus, and the operation circuitry will cut off the supply of the power. The present invention achieves the general expectation of minimizing the power consumption of the cordless hand-held apparatus.

Description

200418071 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a method and device for using electrostatic induction to trigger the opening and closing of the power supply of a wireless electronic device, especially the wireless handheld device can be controlled by human electrostatic induction Turn on and off the power supply to achieve the purpose of Karma. [Launch first, you can re-create this kind of non-operation and continue to consume power. This device will be covered and used before the technology.] Known as a user who has no signal and caused the battery to be recharged, there are devices that are doing Then enter the start operation number to wake up the amount. The normal operator has some masks on the device user to achieve the inability to discern the continuous use of the battery by the battery. When the user is in a standby mode, the device is turned on, but Inconvenience during standby. The device detects that the light-shielding device is charged with the battery time. This type of device is used to stop the operation to extinguish the device. If the device starts to enter the required electrical state, it will be short even when the power source is used. When purchased, it is quite large to use a timing device to start counting and reduce the power loss to be moved or work; this kind of standby time can be used before its power-saving bank operates, and the power supply is unnecessary, and it must be troubled by replacing the power. To achieve time-saving, in one, when the detection button is pressed, the device must still have a limited wake-up time, and the external damage is frequently caused to the pool. These electrical effects are delivered to the user after a certain period of time, and they are delivered. Reduction of continuous consumption 'and the delay will use the purpose of detecting whether the user of the device itself continues to operate the line if the object is a light emitted by a person, and this type of body is therefore used in other objects

200418071 V. Description of the invention (2) When the body shields the detection light, it will also cause the device to misjudge and return to normal operation. Power supply will cause unnecessary power consumption. [Invention of this line of electricity from the induction body to work close; normal workers do not need this line of electricity components to be separated from static electricity should block the content of this line of electricity wireless power supply] The main sub-device power source of the invention the human body static electricity such devices to Conversely, when another sub-device power source invented by a human-made power supply consumes power from another sub-device to turn on the power-sensing element, another sub-device power-saving invention of the power-saving invention should be assembled on the electronic device to turn it on and off. The purpose is to provide a method of opening and closing to control the electrical response, to reduce the supply of the opening and closing of the purpose, and to open and close by the purpose, the static electricity and the source of the supply distance range without contact, so the lowest is The method of the block, induction of static. The reason for mentioning that the device is one of the limitation of the induction sensor, so that when the application of electricity is enabled, the device can be turned on. A method and a method for closing the presence of static electricity by a human user. When the device is made, the wireless static electricity will cause the finished image to trigger the device-less system. This allows the device to be switched off when a person enters the normal cutting device. Triggering static electricity, the human body remotely disconnects the power supply for an application of electrostatic induction to trigger electricity. It consists of a metal induction zone, which is connected to the electrostatic sensor and parts in order to control the electricity of the human body. [Embodiment] Please refer to Section 1 As shown in the figure, the first figure is the application of electrostatic induction triggering of the present invention.

200418071 V. Description of the invention (3) Principle and schematic diagram of the method and device for turning on and off the power of wireless electronic equipment. As shown in FIG. 1, the present invention provides an electrostatic induction element 4 connected to the power supply block 6, and the human body 2 is close to or in contact with the induction electrode of the electrostatic induction element 4 or an extended metal induction block which is electrically conductive with it (more details below). The electrostatic induction element 4 will sense the static electricity of the human body. At this time, a loop is formed between the electrostatic induction element 4, the human body 2, and the ground terminal 10, so that a control switch (not shown) built in the electrostatic induction element 4 is a path. State to control the power supply block 6 and the wireless electronic device (not shown in the figure) to form a conduction loop to enable the wireless electronic device to operate normally. On the contrary, the human body 2 is far away from the induction electrode of the electrostatic induction element 4 or an extended metal induction block which is electrically connected to it, and the electrostatic induction element 4, the human body 2, and the ground terminal 10 are in an open state. At this time, the electrostatic induction element 4 is built in If the control switch is not turned on, then the power supply block 6 and the wireless electronic device form an open circuit, and the wireless electronic device does not operate or enters a power saving mode. FIG. 2 is a schematic diagram of another embodiment of the method and device for triggering the opening and closing of the power supply of a wireless electronic device using electrostatic induction according to the present invention. The human body 2 approaches or touches the induction electrode of the electrostatic induction element 4 or the extended metal induction which is electrically conductive with it. During the block, the electrostatic induction element 4 will sense the static electricity of the human body. At this time, a loop is formed between the electrostatic induction element 4, the human body 2, and the ground terminal 10, so that the control switch built in the electrostatic induction element 4 is in a path state. At that time, the central control processor 8 in the wireless electronic device can detect that the built-in control switch in the electrostatic induction element 4 is in a path state, and outputs a power supply instruction to cause the power supply block 6 to supply the wireless electronic device normally.

Page 7 200418071 V. Description of the Invention (4) Electricity. Conversely, when the human body 2 is far away from the sensing electrode of the electrostatic induction element 4 or an extended metal induction block that is electrically conductive with it, a disconnection is formed between the electrostatic induction element 4, the human body 2, and the ground terminal 10, so that the built-in control switch in the electrostatic induction element 4 Non-conducting, at this time, the central control processor 8 in the wireless electronic device can detect that the built-in control switch in the electrostatic induction element 4 is in an open state, and outputs a power off command to stop the power supply block 6 from wirelessizing. The electronic device normally supplies power, or outputs a sleep command to make the wireless handheld device enter a power saving mode. FIG. 3 is an appearance and structure diagram of the method and device for triggering the opening and closing of the power supply of a wireless electronic device using electrostatic induction according to the present invention applied to a wireless mouse. The top surface of the wireless mouse 20 is provided with a left button 2 and a right button 2 3 and A central scroll wheel 22 is used for inputting control instructions. The first metal sensing area 25 is provided on the rear of the top surface of the wireless mouse 20 for conducting static electricity on the palm of the user. The second metal sensing area 26 is provided. Between the side and the bottom extending from the top of the wireless electrostatic mouse 20 to the bottom, the second metal sensing area 26 is used to conduct static electricity of the user's thumb, ring finger or little finger. The first metal sensing area 25 and the first The two-metal sensing area 26 is directly connected to the sensing electrode of the electrostatic sensing element (not shown) built in the wireless mouse 20, and the first metal sensing area 25 and the second metal sensing area 26 are arranged. When the user's palm approaches or touches the wireless mouse 20, the static electricity carried by the human body will trigger the built-in wireless mouse 20 via the first metal sensing area 25 or the second metal sensing area 26. Electrostatic induction element The sensing element turns on the power supply of the power supply block of the wireless mouse 20, so that the wireless mouse 20 can operate normally.

200418071 V. Description of the invention (5) The mouse 20 is provided with an output and an open signal. The first command is because the source is used to slide the wireless source to control the wireless source. The static block works, the mode user number is used, and the wireless metal sensor is free of static electricity, and the processor 20 can be set to block the mouse 20 command. When borrowing a mouse, it immediately saves power and the central control number lets the wireless wireless mouse 20 enter the zone 25 and close with the first trigger. The wireless center is set, so the power supply detected by the above operation will not affect the power supply. Central power supply is always operating. It belongs to the closed state of the induction zone. When the power sensor of 20 is stopped, the wireless sensor will stop the wireless sensor. The static electricity control processing block will be released when the user consumes the normal operation of power consumption. The closing of the wireless slider will cause the wireless mouse 20 to work at the lowest level. It can also respond to the problem. The device can also detect that the palm of the power supply is far away from the electrical sample of the mouse 20, if there is no mouse 20 The central signal, and to the mouse 20 power supply users do not operate the limit, to achieve the effect of disturbance. Section edge and mouse When the finger and the induction are thick, the electrostatic side is shown in Fig. 4. Fig. 4 shows a structure in which another embodiment of the present invention is applied to a wireless mouse 30. A metal sensing area 35 is closely attached to the inner edge of the side of the wireless mouse 30 extending from the top to the bottom, and the metal sensing area 35 and the electrostatic induction electrode of the wireless induction built-in electrostatic induction element 34 are in direct conduction. When the user's palm is placed on the top surface of the wireless mouse 30 or when the user's thumb or little finger holds the side of the mouse, the gap between the user's hand and the metal area 3 5 is only the wireless mouse 3 The thickness of the shell is 0, and the gap of the shell is designed to be smaller than the maximum distance between the metal sensing area 3 5 and the human body. Therefore, the wireless sensing mouse 35 is provided at the top and inner edges of the wireless sensing area 35. Can sense human body's static electricity and trigger

200418071 V. Description of Invention (6) " ^ ---

Static induction: The internal induction switch is in the path state, so that the power of the wireless mouse 2 0 = ',: ,, and the block provides normal power to the wireless mouse 3 0. If the wireless mouse 3 is set, ^ central When controlling the processor, as soon as the output of the electrostatic induction element 3 4 is turned on, the central control processor of the wireless mouse 30 will detect the opening signal, and the power supply block of the wireless mouse 3 will issue a power supply. Command to make the wireless mouse 30 operate normally. Conversely, when the user ’s palm is far away from the top surface of the wireless mouse 30 and the user ’s thumb, ring finger, and little finger also leave the side of the mole, the sensor switch inside the electrostatic induction element 34 is turned off. The power supply block of the mouse 30 stops supplying power to the wireless mouse 30. If the wireless mouse 30 is provided with a central control processor, then the electrostatic induction element 34 outputs a shutdown signal for the wireless mouse 30. The central control processor issues an instruction to stop the power supply to the power supply block of the wireless mouse 30 to make the wireless mouse 30 enter a power-saving or hibernation state. FIG. 5 is another embodiment of the present invention applied to a wireless mouse, wherein the wireless mouse 40 is preset with a printed circuit board 47 inside, and the shape of the printed circuit board 47 is approximately the same as the cross section of the wireless mouse 40. Consistently, the printed circuit board 47 abuts the inner edge of the side of the wireless mouse 40, and a thin metal layer circuit 45 is disposed on the outer edge of the printed circuit board 47 to sense the static electricity generated by the user's hand. The thin metal layer circuit 45 and the induction electrode of the electrostatic induction element 44 are electrically connected, so that the wireless mouse 40 can detect whether the user is using the wireless mouse 40 by the electrostatic induction element 44 to control the power supply block of the wireless mouse 40. The opening and closing of Rayman supply. / Ν

Page 10 200418071 V. Description of the Invention (7) Figure 6 > Radiotelephone. No microphone 5 9. The induction area between the display surface and the reverse surface is shown in 5)). When the induction switch processor of the human hand part can detect the user interface, the user of the wireless phone is not holding the sensor. The switch renderer detects that the standby time required by the operating interface to be transmitted during standby is shown in Fig. 7. The 3 is closely connected to the wireless phone and connected to the wireless phone. Another embodiment of the invention with the thickness of the outer shell of the metal sensing area is shown in the figure, which shows that the invention is applied to a line telephone 50, which is provided with a transmitting antenna 5, a handset 5, a display screen 5 3, and a number of keys 5 8 The wireless phone 50 is provided with a metal induction area 5 5 surrounding the side on the positive side, and the electrostatic induction element built into the wireless phone 50 (not directly connected in the figure). When the user holds the wireless phone 5 The static electricity of 〇 can be triggered by the metal induction area 55 to cause the electrostatic induction element to be turned on. 'The central control in the wireless telephone 5 is turned on, and the wireless telephone 5 is turned on (including key control, voice recognition, backlight source). Etc.) start to receive the user's instructions and operations; when making a line call, 'the closed state of the static induction element of the radiotelephone 5 0', at this time, the central control processing of the radiotelephone 5 0 should turn off the wireless switch to turn off the wireless The power supply of the user of the telephone 50 'The wireless telephone 50's power supply block only needs to mention the minimum power of the detection signal, so that the wireless telephone 50 can be extended. C Radio The 60-section structure, in which the 65-wire inner side of the metal induction area 65 is opposite to the inner edge and the inner side of the side, and the electrostatic induction element 64 built in the metal induction area 60 is used to hold the wireless phone directly at the user ’s hand. The gap between the user ’s hand 65 is only the thickness of the shell of the radiotelephone 60, and the gap a is counted to be smaller than between the metal sensing area 65 and the human body. 200418071 * ^ j

V. Description of the invention (8) The maximum distance that can generate static induction. The metal induction zone 6 on the inner edge of the reverse side or the inner edge of the side will sense the static electricity on the palm or fingers of the user, and then trigger the internal induction of the electrostatic induction element 64. The switch is in a channel state, so that the central control processor in the wireless phone 60 can detect the opening of the induction switch, and the user operation interface (including key control, voice recognition, backlight, etc.) of the wireless phone 60 is turned on. Wireless phone settings), begin to receive user instructions and operations; when the user does not hold the wireless phone 600, the induction switch of the electrostatic induction element 64 is turned off, at this time the central control processor in the wireless phone 600 The closing of the sensor switch is detected, and the power required by the user interface of the radiotelephone 60 is turned off. The source supply block of the radiotelephone only needs to provide the minimum power for transmitting the detection signal during standby, thereby enabling Make wireless phone 60 more power efficient.

FIG. 8 shows another embodiment of the present invention applied to a radiotelephone, in which a printed circuit board 7 7 is preset in the radio activity 70, and the shape of the printed circuit board 7 is substantially consistent with the cross section of the radio activity 70. The circuit board 7 7 abuts the inner edge of the side of the radio activity 70. The outer edge of the printed circuit board 7 7 is provided with a thin layer of gold 1 surrounding the circuit board 7 7 and is used for the external users of the radiotelephone 7. Electrostatic induction occurs in the hand, and the sensing electrodes of the thin metal layer circuit 75 and the electrostatic induction element 74 are electrically connected, so that the radiotelephone 70 can detect whether the user is operating the radiotelephone 70 through the electrostatic induction element 74 to provide The central control processor of the radiotelephone 70 is used to control whether the power supply block of the radiotelephone 70 supplies the power consumption of the user interface.

Page 12 200418071 V. Description of the invention (9) Figure 9 shows the application of the invention to a personal digital assistant (Personal

Digital Assistant (PDA) appearance and structure of electronic products. The personal digital assistant 80 is provided with a touch display screen 8 3 and a number of keys 8 9. The personal digital assistant 80 is provided with a metal sensing area 8 5 and a metal sensing area 8 on the side between the front and the back. 5 is directly connected to the sensing electrode of the built-in electrostatic induction element (not shown) of the personal digital assistant 80. When the user holds the personal digital assistant 80, the static electricity of the human hand can pass through the metal sensing area 8 5 The induction switch that triggers the electrostatic induction element is turned on, so that the central control processor (not shown) in the personal digital assistant 80 can detect the opening of the induction switch, and open the user interface of the personal digital assistant 80. (Including key control, screen touch recognition, backlight source, etc., depending on the personal digital assistant setting), start receiving user instructions and operations; when the user does not hold the personal digital assistant 80, the personal digital assistant 80 is built-in The induction switch of the static electricity reducing component is turned off. At this time, the central control processor in the personal digital assistant 80 detects the closing of the induction switch, and turns off the personal assistance. A user interface 80 of the power required for the operation, so that the number of individual battery life 80 growth. Assistant Figure 10 shows the application of the present invention to personal digital assistant electronics.

f 例 '# 中 中 中 数 位 助 5 里 90 内 内-Printed circuit board 97 The shape of the printed circuit board 97 and the personal digital assistant 97: The printed circuit board 97 abuts the side of the personal digital assistant 90; the inner edge is the same : Objective: The outer edge of the board Γ is provided with a thin metal layer circuit 95 surrounding the circuit board 97. The number of people ...

200418071

5. Description of the invention (10) The thin-layer circuit 95 and the induction electrode of the electrostatic induction element 94 are electrically connected. When the user's hand holds the personal digital assistant 90, the clearance between the user's hand and the thin metal layer circuit 95 is only the thickness of the shell of the personal digital assistant 90 ', and the thickness clearance of its peripherals is designed to be smaller than The maximum distance between the thin metal layer circuit 95 and the human body can generate electrostatic induction. At this time, the thin metal layer circuit 95 can sense the static electricity in the user's hand, and then trigger the induction switch in the electrostatic induction element 94 to be in a path state, so that The personal digital assistant 900 can detect whether the user is operating the personal digital assistant 9 through the electrostatic induction element 94, and provide a central control processor for the personal digital assistant 90 to control the power supply block of the personal digital assistant 90. Whether to supply the power consumption of the user interface to achieve the effect of power saving.

By using the method of the present invention to close and the situation of the corresponding switch, the operation of the wireless handheld device can be avoided, and even if the wireless hand-held device starts to normally achieve the saving of the wireless hand, the electrostatic induction trigger is not implemented. Even if the non-human body is not touched, even if the displacement occurs, the keys of the wireless handheld device will not be powered on. Therefore, by using the power supply of the device to power the electronic device to inspire the sense of the electrostatic induction element to be placed in the metal induction area or to trigger the wrong start of the electrostatic induction element; in addition, it will not make the characteristics of the present invention wireless. Really works with efficacy. The illustrations and explanations are only for the implementation examples of the present invention. Any person-effect changes or modifications familiar with this technique should be included in the examples of the embodiment diagrams disclosed above, and are not intended to limit the actual people of the present invention in accordance with the present invention. Characteristics

Page 14 200418071 V. Description of the invention (11) Within the scope of patent application of the invention 111 · Page 15 200418071 Simple illustration of the drawing [Simplified illustration of the drawing The first figure is the principle diagram of the method of the invention. Figure 2 is a schematic diagram of another method of implementing the present invention. Fig. 3 is an external view of a first embodiment of the present invention applied to a wireless mouse product. FIG. 4 is a cross-sectional structure diagram of a second embodiment of the present invention applied to a wireless mouse product. FIG. 5 shows a third embodiment of the present invention applied to a printed circuit board of a wireless mouse product. Fig. 6 is a diagram showing the external structure of a fourth embodiment of the present invention applied to a radiotelephone product. FIG. 7 is a cross-sectional structure diagram of a fifth embodiment of the present invention applied to a radiotelephone product. Fig. 8 shows a sixth embodiment of the present invention applied to a printed circuit board of a radio telephone product. Fig. 9 is a diagram of the appearance and structure of a seventh embodiment of the present invention applied to personal digital assistant electronic products c) Fig. 10 is a printed circuit board of the eighth embodiment of the present invention applied to personal digital assistant electronic products. > [Representative symbols of main parts] Human body 2 Electrostatic induction element 4 Power supply block 6 Central control processor 8 Ground electrode 10 Wireless; Bone rat 20

P. 16 i 200418071

Brief description of drawings on page 17 Left button 21 Scroll wheel 22 Right button 23 Metal sensing area 25 Metal sensing area 26 Wireless mouse 30 Roller 32 Static induction component 34 Metal induction area 35 Wireless mouse 40 Static induction component 44 Metal thin layer circuit 45 Circuit board 47 Hand-held radio 50 Antenna 51 Handset 52 Display screen 53 Metal induction area 55 Button 58 Microphone 59 Hand-held wireless phone 60 Antenna 61 Electrostatic induction element 64 Metal induction area 65 Button 68 Hand-held radio 70 Electrostatic induction element 74 Metal thin layer circuit 75 Circuit board 77 person Digital assistant 80 Touch display screen 83 Metal sensor area 85 Keys 89 Personal digital assistant 90 Static induction element 94 Metal thin layer circuit 95 Circuit board 97

Claims (1)

200418071 6. Application Patent Scope 1. A method for applying static induction to trigger the opening and closing of the power supply of wireless electronic equipment, including the following procedures: (a) The human body approaches the metal induction zone to a distance smaller than the metal induction zone, which can generate electrostatic induction. At the maximum distance, the electrostatic induction element uses the metal induction area to sense human body static electricity, so that the induction switch in the electrostatic induction element is turned on; (b) the power supply device corresponds to the on-state induction switch to start powering the wireless handheld device; (c) when the distance between the human body and the metal sensing area is greater than the maximum distance that an electrostatic induction element can generate electrostatic induction, the induction switch in the electrostatic induction element is turned off, and (d) the power supply device corresponds to the inductive switch in the off state Stop powering the wireless handheld. 2. According to the method of applying electrostatic induction to trigger the opening and closing of the power supply of wireless electronic equipment as described in the first item of the scope of patent application, the on-off state of the power supply device can also be set to the on-off of the induction switch in the electrostatic induction element. Inverted. 3. The method of applying electrostatic induction to trigger the opening and closing of the power supply of a wireless electronic device as described in item 1 of the scope of patent application, wherein the opening and closing of the power supply device is controlled by a central control processor in the wireless handheld device, The central control processor determines the on / off state of the power supply device by detecting the on / off state of the induction switch in the electrostatic induction element. Page 18 200418071 VI. Application Patent Scope 4. A device for applying electrostatic induction to touch the opening and closing of a wireless electronic device to generate power, comprising: a metal induction zone disposed on the casing of the wireless electronic device; an electrostatic induction element directly connected to the metal induction zone The sensing electrode is electrically conductive, and the distance between the sensing human body and the metal sensing area is less than the maximum distance that the electrostatic induction element can generate electrostatic induction to determine that the induction switch in the electrostatic induction element is on or off. A power supply device is connected to the electrostatic induction element. The electrostatic induction element determines the power supply to the wireless electronic device. 5. The device for applying electrostatic induction to trigger the opening and closing of the power supply of a wireless electronic device as described in item 4 of the scope of the patent application, further comprising a central control processor connected between the electrostatic induction element and the power supply device. Detecting the on-off state of the induction switch in the electrostatic induction element to determine the on-off of the power supply device. 6. The device for triggering the opening and closing of the power supply of wireless electronic equipment using electrostatic induction as described in item 4 of the scope of the patent application, wherein the on-off state of the power supply device can also be set to the on-off of the induction switch in the electrostatic induction element Inverted. 7. The device for turning on / off the power of a wireless electronic device using electrostatic induction as described in item 4 of the scope of patent application, wherein the wireless wireless electronic device Page 19 200418071 6. The scope of patent application is a mouse for wireless transmission of control signals. 8. The device for triggering the power on / off of a wireless electronic device using electrostatic induction as described in item 4 of the scope of patent application, wherein the wireless electronic device is a wireless telephone. 9. The device for triggering the opening and closing of the power of a wireless electronic device using electrostatic induction as described in item 4 of the scope of patent application, wherein the wireless electronic device is a digital assistant electronic product. Installation of -9 |, ar ^ Qiyuan electrical equipment sub-electrical line is non-responsive and static: should contain a package of a series • 5 ο 1— • Inner shell and external equipment B », frn chemical line is not reliable Tight area should feel, XL ^ ¾ This quiet, body area should feel the feeling of gold, one edge of induction, can pass through the element conductivity should be inductive, extremely static, and should be between the sensing area and the sense of distance. The inductive element of the golden contact with the area belongs to the element of the golden element and the tf'a # Qiu Jingren The internal element of the corresponding element should be sensed. The distance should be set to 0; the state of the best state should be closed. The final decision element shall sense the static electricity. The source should be connected to the source of electricity and electricity. The sub-assembly should be installed. The electricity should be supplied to the line source. The pair of lines should be set up without internal generators. In the description of the board, the road item is placed on the ground, and the first seal is installed to enclose the fan. The special circuit of the Liyuan board, please prepare electricity to apply for a brush. 2. The cross-section profile of the patent application scope is consistent, and the size of the printed circuit board is slightly smaller than the inner edge of the cross section of the wireless electronic device. The metal sensing area is located on the outer edge of the printed circuit board, and the printed circuit The outer edge of the board abuts the inner edge of the casing of the wireless electronic device. The line closed without inspiration should be installed in the induction power supply and the static power supply should be described in the description, g is installed in the enclosed Fan Qiliyuan special power, please apply for installation as shown in Figure 2 1 for SHM 9 · Γ4 The components of 9f, 3 should be sensed and set. The passive state can also be reversed, the state is reversed, and the touch is nowhere to be produced. The touch should be sensed by the central government. One of the static and useful packages should be entered in the home. It is recommended to set up a state control system such as the sub-31 control system, and open it in the middle of the closed state. The source element should be turned off and sensed. The electric element should be installed. The power source should be sensed. The power source should be detected by the power supply. The power supply should be connected to the device by the connector. Nothing should be stated in its place. 1 装 开 上 的 开 围 的 的 范 启 # Li Yuanxun special electric system, please prepare a control application to set up such as the sub-passage • electric wire 4 1 wireless wireless inaction to send equipment should be set up in response to the induction electric electrification static line should not be described For this reason, please enclose the enclosed Fan Qiliyuan special power station for the first installation. Application words Ruzi Electric • Electric wires 5 1 Page 21 t 200418071 6. Scope of patent application 1 6. The device for applying electrostatic induction to trigger the opening and closing of the power supply of wireless electronic equipment as described in item 10 of the scope of patent application, wherein the wireless electronic equipment is a personal digital assistant electronic product. IIKII Page 22