TW201011482A - Non-contact power supply control system and method thereof - Google Patents

Abstract

A system and the associated method of controlling operations of a host power supply are disclosed. A non-contact power supply control device having a function of radio frequency identification or near field communication is drawn near a host, and the host uses a built-in radio frequency identification device to identify an identification code and a power supply control command sent from the non-contact power supply control device. The power supply control command is sent to an embedded controller when the identification code matches a predetermined value. The embedded controller performs operations of booting, sleeping, energy-saving, or shut down according to the power control commands. As a result, power control in a non-contact pattern is realized by transmitting power control commands via radio frequencies.

Description

201011482 IX. Description of the Invention: [Technical Field] The present invention relates to a contactless power control system and method, in particular, using Radio Frequency Identification (RFID) or Near Filed Communication (NFC) The device transmits a control command to perform a boot operation of the host. [Prior Art] φ With the advancement of technology, mainframes with different functions are widely used in different fields, including consumer markets, finance, manufacturing, and government agencies, and the host includes personal computers (PCs). ), notebook (NoteBook), network computer (NetBook), tablet, portable mobile device (UMD), portable Internet device (MID), mini mobile computer (ultra

Nobile PC 'UPC), simple personal computer (eeePC), 〇Lpc (〇n Lapt〇p Per Child), personal digital assistant (PDA), smart phone (smart Ph〇ne) and toilet architecture Single chip computer. The first operation step of the above-mentioned host with different functions is to power on, that is, to turn on the power of the host, so that the hardware device of the host has the basic preset function, and then the basic input and output system (BIOS) performs basic settings and environment detection. Then the parent is controlled by the software operating system (〇S) and controls all the host powers. Therefore, in order to properly perform the boot operation, the user can use the host normally. Generally, the boot mode of the host is to use an institutional button for the user to send a specific electrical signal to the embedded controller of the host after a period of time to open the power supply host, and when the button is pressed next time. , the power of the main unit can be turned off, and in order to avoid accidental pressing action, the button 5 201011482 is often designed to be lower than the domain plane. The decoration protects the data security of the host for the Xuxiang turning area to prevent the un-authored lion from making the "two knowledge Wei Guanling method, correcting, because the off" is free of Wei _, Saki can not be placed ^ button switch, so need non-button The method of booting the host. The plug-in device of the host paste identification code is used to insert, and the special shop is controlled by the embedded control of the money. The user of the yu ju___ turns on the host to protect The specific slot of the host includes the solution, the serial port, and the pass-through device. The disadvantage is that the host user without the proper slot cannot perform a protective boot operation. The method is to use the fingerprint identification function, and the contact material is obtained by the fingerprint of the main body = 1, which will cause additional personal safety;; ^^ identifies the injured user, and cannot perform ^. For (4) gloves or fingers ❹ It is often necessary to use a non-contact booting system and method for the same purpose to identify the Wei and maintain the security of the main security. [Summary] The purpose of this project is to provide a non-contact system, source and RF identification module. , wherein the power supply (four) frequency identification module is placed in the host, and recognizes the i power supply "when the RF identification module receives - the distance into the machine = the machine enters the boot operation, so the user can be in a certain 6 201011482. Another g-containment system of Ming, including non-contact social machine power control, radio frequency or shutdown radio frequency signal placed in the host, by the user identity _, then the shed domain first user can be in a - Career/machine advancement depends on the operation 'so the hair is turned on or off. Using radio frequency identification for a non-pasting boot method, 射 shot identification code and proximity portable power control device, transmitting frequency: 7 ... radio frequency signal, when the host is receiving the discrim, the host (10) The RFID module will carry out the identity book; mention: the host will be booted, the lion # touch the host power control contact = the main non-contact boot system and method, and the non-罝 right ϊϊ source control system The method and the method can be implemented in a non-contact mode, and the embodiment of the present invention is implemented in more detail by means of an embodiment. After the study of this specification, the person skilled in the art can refer to the diagram of the non-contact type of control system of the present invention 7 201011482. As shown in the first figure, the non-contact power control system 1 includes a non-contact power control device 1 , and the non-contact power control device 10 includes a non-contact sensing chip 12 , a radio frequency identification reading module 14 , and a first The antenna module 16 and the first memory unit 18' are configured to transmit a radio frequency signal having a user identification code and a power-on command. The first memory unit 18 stores the user identification code and other suitable information, such as the serial number of the product. The contactless power control system 1 further includes a host 4〇

The RFID read/write module 44, the second antenna module 46, the second memory unit 48, and the embedded controller 60. The first memory unit 18 stores information for identification. The radio frequency identification reading and writing module 44 actively transmits and transmits the radio frequency signal by the second antenna module 46, wherein the transmitted radio frequency signal is induced by the non-contact power supply control device 10_contact sensing chip 12=, for power supply The data of the first memory unit 18 is read and transmitted by the first antenna module by means of the first antenna module. The transmission of the radio frequency signal to the touch-type power supply control device 10 is oriented toward the main reliance, as shown in the figure, the radio frequency identification reading and writing module 44 borrows the first number and exercises the second memory unit to receive/recognize the time. Becco compares and forwards the shutdown command sent to the embedded 10 in a positive order, so as to provide the range of i:6 required: ^^

The other embodiment of the present invention - B-contact power control s 1n = contact type control system 1 of the non-processor 60 will check the main shutdown command to the host, the embedded control has been turned off - then turn off the radio frequency identification continued: : Device f is off. If the display source is 8 〇 off operation. For example, if the power of the module 44 is written and the host power is not turned off, the RF identification read 201011482 power-on command is provided. If there is another device to send the power on "^ j burglar device to send out No other device to send the power-on command, ::= and continue to check if there is a power-on command. Shutdown state, ❿ 妒 ,, machine sleep state to save power, edge device \ display power supply or _ standby state week - ^ another embodiment of the invention is a contactless power control device w sleep power control command To the host, and by the non-contact device 1〇 switching device to determine the power control command 2 ^ = closed host power, fire to make the host into a sleep state to save the use of = li switch device can be a general touch button or dial Means _. The phase of the host is controlled by the contactless power control device ig, directional, so that the host receives a specific power control command. One side of the Japanese-style power control device 10 is aligned with the main unit and is received by the other, instead of the contact power control device 1. 1 When the host is in close proximity, the host will receive a shutdown command. Oil ϊ ( ( 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四'You only need to detect the t RF signal from the contactless power control unit 10 at any time. Refer to the second figure, non-contact power control ^ with non-contact power control unit power supply 13 to provide electricity 201011482

The force enables the non-contact power control device 10 to be an active active device... Actively transmitting a wireless radio frequency signal, thereby improving the power transmission rate of the wireless transmission signal, thereby enabling a longer distance power control function. The non-contact power control device power supply 13 may include a conventional battery, a conventional battery pack, a super capacitor, a solar battery or a solar battery, and an optimal power source is selected depending on the application field, for example, a contactless power control device power supply 13 in the form of a card. A sheet-like solar cell, a solar cell or a supercapacitor battery is required, and a non-contact power control device that is in the form of a key ring or a mobile phone pendant can use a conventional battery or a conventional battery pack. Therefore, the above-mentioned non-contact power control device of the present invention can be used in a general portable device such as a mobile phone, a PDA, a MID, a remote controller, a card, a toy, a key ring, a mobile phone charm or the like. The material of the material and size is used to emit the test age, and the power on/off or shutdown operation of the control machine power supply 9 when approaching the host. ', , send % (four) - real _ is provided - turn contact power control method 'Damn-type electric hybrid relay machine's electric position control refers to the third picture' The non-contact type Wei control method of the invention (10) process stm, first assume that the host is currently in the boot state, in ί +, domain system疋No (4) Shutdown or sleep command transmitted by the contactless power control device 2. If not, keep the status quo, such as: Step S110 'The host detects whether the display is off, if ΐ 2G, the reward axis distinguishes the group Wei And enter the step to perform shutdown or hibernation operation, and enter the step ·, the host picks up the command. In the step coffee, if the detection display is not closed, the battery is powered by the radio identification module and the group is shut down. Or sleep operation Then go to step _〇. In step s16〇, if there is a power-on command, go to step si7〇, execute the 201011482 line power-on operation and then go back to step sl〇〇. If there is a power-on command, if there is a power-on command, enter I, armor _ boot operation. If there is no job in step S18G, execute _, that is, after shutdown, the host holds _y H to step method will be turned off in + trace (10) then the power control machine = in step Between the lion and the step S (10), it is continuously detected whether there is a feature of this =====, and the device is not operated or sleeps. The attempt to improve the use is only for explaining the present invention. The preferred embodiments of the present invention are not intended to limit the scope of the present invention, and any modifications or changes to the present invention in the spirit of the invention are still included in the present invention. The scope of protection. [Simplified description of the drawings] Fig. = is a schematic diagram showing the system of the mis-touch type of the present invention. The first figure is a schematic diagram showing the non-contact type of the other embodiment of the present invention. The non-contact booting secret of the invention [Main component symbol description] 1 Non-contact power control system 10 contactless power control device 11 201011482; 12 non-contact induction chip 13 contactless power control device power supply 14 RF identification read module 16 first antenna Module 18 first memory unit 40 host 44 radio frequency identification read and write module 46 second antenna module 48 second memory unit © 60 embedded controller 80 host power supply. S100~S180 step 12

Claims (1)

201011482; X. Patent application scope: 1. A non-contact power control system for controlling a power supply device of a host, comprising: a non-contact power control device for transmitting a radio frequency signal, The contact type control unit controls the power supply device of the host, the non-contact power control device includes: a first antenna module, configured to receive a transmission information, and transmit the wireless radio frequency signal according to the transmission information; a first memory unit 'for storing a plurality of identification data and outputting Φ the identification data; 'a radio frequency identification reading module' electrically connected to the first antenna module and - the first memory unit Receiving the identification data, and generating the transmission information including the identification data and a host power control command according to the identification data; and a non-contact sensing chip 'to sense a one transmitted by the host The host radio frequency signal 'is generated by an inductive power, and provides the inductive power to the radio frequency identification reading module and the A memory unit; a second antenna module disposed within the host, the host is free to transmit a radio frequency signal line ®, or receiving the RF signal, and outputs a received signal;. a second memory unit for storing a plurality of comparison data; a radio frequency identification s selling and writing module disposed in the host and electrically connected to the second antenna module and the second memory unit for Receiving the received signal and the comparison data, and extracting the identification information and the remote host power control instruction from the received signal, comparing the identification data and the comparison data, and The host power control command is output when the comparison result is correct; and 13 201011482 an embedded controller is disposed in the host and electrically connected to the RFID read/write module for receiving the host power control command, and according to The remote host power control command controls the power supply of the host. 2. According to the non-contact power control system described in the above-mentioned patent _ 丨 ’, wherein the identification data includes at least one of a manufacturer identification code and a product serial number. 3. According to the non-contact power control system described in claim 1, wherein the host power control command includes one of power-on, hibernation, and shutdown. 4. A non-fine power supply system, rib A power supply device of the control_mainframe includes: a non-contact power control relay, a transmit-radio-radio signal, and the power supply device of the host is controlled in a non-contact manner, the contactless power control The device includes: a first antenna module, configured to receive a transmission information, and transmit the wireless radio frequency signal according to the transmission information; a first suffix unit for storing a plurality of identification data, and outputting the And the identification data; the radio frequency identification reading module electrically connected to the first antenna module and the first memory unit for receiving the identification data, and generating the identification data according to the identification data And the transmission information of a host power control command; and a non-contact power control device power supply for providing a power to the radio frequency identification reading module a first memory unit; a second antenna module disposed in the host for receiving the wireless RF signal 'and outputting a received signal; and a second memory unit for storing a plurality of comparison data 14 201011482 A radio frequency identification reading and writing module is disposed in the host and electrically connected to the second antenna module and the second memory unit for receiving the received signal and the comparison data, and Extracting the identification data from the received signal and the host power control command, comparing the identification data and the comparison data, and outputting the main power control instruction when the comparison result is correct; and inserting an embedded $ The controller is disposed in the host and electrically connected to the radio frequency identification read/write module for receiving the host power control command, and controlling the power supply device of the host according to the host power control command. The non-contact power control system of claim 4, wherein the identification data comprises at least one of a user identification code and a product serial number 6. The contactless power supply control system according to claim 4, wherein the domain power control command comprises one of _, hibernation and shutdown. The non-contact according to item 4 of the patent application scope. Power control system 'where the non-contact power control device power supply includes - battery, one A battery pack, a solar cell, and at least one of the non-contact H-lake methods of the solar battery pack, by means of a non-type power control device, transmitting a radio frequency signal including a host power control command, ^ a host Receiving the wireless radio frequency signal, the domain-embedded=the controller of the domain controls the Wei-money of the domain to achieve the non-contact riding control of the main=transfer power supply control method package J (4) Insert the steps from the (four) test _ domain _ command: Step A. When the red machine is powered on, the host _ receives 15 201011482, if t launch - shutdown or a sleep refers to step c,; ; fruit = test - whether the display is off, if it is, then enter to earn r. If not, then go to step E; ^ enter the step machine to turn off the power supply of the host - the radio frequency identification module; ; ί ίΐί: the shutdown Or the sleep operation, and go to step G; 参 Step f 'main frequency identification to supply power, and enter the step of step G. ίίίίί shutdown or hibernation operation, then enter step G; enter step ^ machine to determine whether to receive - boot If yes, proceed to step H, if not, proceed to step K; and then the host performs a power-on operation and then returns to step a; the second: the shock system includes a first-antenna module , H庵:, early detection, an RF identification reading module and - non-contact two-two-two recording 3 non-contact Ϊ 晶片 晶片 感应 由 由 由 由 由 由 由 由 由 ί ί ί ί ί ί ί ί ί ί ί ί ί The module is electrically connected to the first memory unit to the shot=discrimination=receive module. The first memory unit stores a plurality of identification assets, and outputs a demise slip to the radio detection module, the radio frequency Recognizing that the reading group is confusing and confusing to include the identification data and the host's electrosurgical decree, the first-day group receives the transmission information transmission-radio frequency signal; and, wherein the host Including - second antenna module, - second memory unit, 201011482 a radio frequency identification reading and writing module and an embedded controller, the second antenna module and the second memory unit are electrically connected to the radio frequency identification reading and writing module. The radio frequency identification reading and writing module is electrically connected to The embedded controller, the second antenna module transmits the host radio frequency signal or receives the radio frequency signal to generate a receiving signal, and the second memory unit stores a plurality of comparison data and outputs the comparison data. The RFID read/write module extracts the identification data from the received signal and the host power control command' and compares the comparison data, and when the comparison result is correct, the host power control command is transmitted. The enemy controller is connected to the host controller, and the power supply device of the host is controlled according to the host power control command. 9. According to the "Method for Controlling the Miscellaneous Lions of the Patent Item 8", wherein the identification data includes at least one of a user identification code and a product serial number. In the non-contact power control party, the host power_system command includes one of power-on, hibernation, and power-off. U·set a power supply butterfly green--borrowing thief power control device second, 匕3 has a host power control command a radio frequency signal, a radio frequency signal, and by the host-embedded power control, the non-contact power control method is a packaged ϋ type controller according to the host power control command In the power-on state, the host detects whether a command is received: a shutdown or a sleep indicator transmitted by the device remains current, and if so, proceeds to step B, · 201011482. Step B: the host debt test - 翻士吴β π Step C, if not closed, if yes, enter the power supply to shut down the radio frequency identification module of the host, shut down or the sleep operation, and enter step G; Υ Ε , For the RFID module Step F: The thief shuts down or pauses _ _, then; No, a power-on command is received. If yes, then if not, go to step κ; to step Η: charm machine execution - power-on operation, then _ the step A and =K · red machine fine The money is issued and the instruction of the machine, such as 疋, proceeds to step Η, if not, returns to step 6; wherein the non-contact power control device includes a - antenna module, a first - (four) unit, - The cymbal reading module and a non-contact power control woven power supply 'the non-lion power control woven power supply provides power to the lag recognition reading module and the first memory unit, the = line module and the - the memory unit is electrically connected to the radio frequency identification and reading group, the first memory type, and the plurality of identification materials are stored, and the material is given to the fine reading group, the radio frequency identification «selling The module generates a transmission information including the identification data and the machine power control command according to the identification data, the first antenna module receives the transmission information and transmits a radio frequency signal; and wherein the host includes a first Two antenna modules, one second memory The unit, the radio frequency identification writing module and the embedded controller, the second antenna module and the second memory unit are electrically connected to the radio frequency identification reading and writing module, and the radio frequency identification reading and writing module is electrically connected to The embedded controller, 201011482, the second antenna module transmits the host radio frequency signal or receives the radio frequency signal to generate a receiving signal, and the second memory unit stores a plurality of comparison data and outputs the comparison data. The RF identification module reads and extracts the identification data from the received signal and the host power control command, and compares the comparison data with the comparison data, and when the comparison result is correct, the host power control instruction And transmitting to the embedded controller, the embedded controller receives the host power control command, and controls the power device of the host according to the host power control command. 12_ The non-contact power supply control method according to item n of the patent application scope, wherein the identification data comprises at least one of a user identification code and a product serial number. 13. The contactless power control method of claim 5, wherein the host power control command comprises one of power on, hibernation, and shutdown. 14. The non-conducting power supply control method according to the t4 specification (4) item, wherein the non-contact power control device power supply comprises at least one of a battery, a battery pack, a solar cell, and a solar battery pack.