KR20030015097A - TV ON/OFF R8 omitted - Google Patents

Abstract

PURPOSE: An automatic TV ON/OFF system is provided to automatically turn on TV receivers by a broadcasting station in the event of a disaster to rapidly transmit a disaster alarm to viewers and offer a V-chip function and a language decoding function. CONSTITUTION: An encoder or an inserter encodes a TV control signal, an information signal and a select code and transmits the signals with a broadcasting signal. A decoder, which is installed inside or outside a TV receiver, receives the transmitted broadcasting signal to perform various control functions including turning on/off TV, volume control and channel tuning and provide desired information through captions, temporary programming, multi-view or voices. A digital TV set top box transmits control data or information data, and a corresponding decoder receives control data and information data of a TV monitor to control the TV set top box or represent information.

Description

TV Auto ON / OFF System (R8) {omitted}

Conventionally, in order to turn on / off the remote TV, etc. from the broadcasting station, the TV etc. were turned on / off by transmitting a radio wave other than the main carrier (MAIN CARRIER), but operating the relay of the TV etc. There were many problems in practical use due to radio wave reception confirmation problem and cost problem.

This system transmits the signal controlling the TV to the video / audio or auxiliary signal of MAIN CARRIER of broadcasting station by overlapping with encoder and inserter, and the decoder built-in / external to TV / VCR etc. A system having a function of decoding a signal by using a decoder (DECODING), a region classification function, a function of turning on / off the TV, a station number changing function, a volume control function, an information providing function, and the like.

Other signals instead of audio or video signals

(Auxiliary signal Ancillary DATA) is used as a signal to control the TV.The system detects the power of the TV and turns it ON when the TV is ON, and turns it ON when the TV is OFF.

Method to use as a signal to control the TV

Control the TV or receive discrimination by selecting the data by region or individual / group by using region code (e.g. zip code, area code, etc.) and individual / group code (e.g. social security number, public employee number, etc.) How we present the information

The receiver inputs the required region code, emergency type code, and volume level into the decoder in advance to select and view the selected information.

Detects the TV ON / OFF status, turns the TV ON and the flow of disaster broadcasting data is as follows.

Normal broadcast mode refers to the TV status before the disaster warning broadcast. That is, the viewer is watching another channel or the TV is turned off.

The disaster broadcasting start inspection checks whether or not a disaster alarm has been issued in the following order. If the condition is satisfied, the system switches to the disaster broadcasting mode and maintains the current TV status if it is not satisfied.

The disaster broadcasting mode operates as follows.

If the TV is not powered on, turn on the TV.

Fix the TV viewing channel to the disaster broadcasting channel.

Display or change alarm contents in subtitles.

Adjust the TV volume to the volume initially selected by the user.

The Disaster Broadcast End Inspection checks whether the Disaster Alert has been released in the following order, and when the Disaster Alert Release Condition is met, it switches to the TV status (general broadcast mode) before the Disaster Alert.

In the simplest structure, the tuner selects only the channel that broadcasts the disaster, and performs the subtitle function normally. When the disaster code is received, the disaster broadcast is performed. If the TV is turned on, adjust the user's preset volume. If the TV is turned off, turn on the TV, adjust the user's preset volume, and notify them of the disaster.

The simplest structure is the lowest cost, and the implementation is easy, but the user's satisfaction is lowered because the subtitle function is provided only to the disaster broadcasting channel.

In the design, the user selects the desired channel and adds the function to view the subtitles provided by the broadcasting channel.

It is relatively inexpensive due to its simple structure, and its implementation is easy. However, when the user is not watching the disaster broadcasting channel, it cannot notify the disaster alert.

By using two tuners, the user can select the desired channel to utilize the closed captioning function. The other channel is fixed to the channel that broadcasts the disaster, and when the disaster contents matching the user's input condition are received, the contents are subtitled. Users can be informed with If the disaster is received, but the TV is turned off, turn on the TV to notify the contents of the disaster, and when the user is watching another channel, switch to the disaster broadcasting channel to notify the contents of the disaster, and the disaster broadcasting ends. When it does, return to the original TV state.

It is efficient to inform the user of the disaster and provides the function of closed captioning, so the user's satisfaction with the system is very high, but two tuners are required and the system implementation cost is high.

1 to 3 decoder design scheme

.

In the event of a disaster, the broadcasting station automatically turns on the TV to quickly deliver a disaster warning, thereby reducing the damage to human life and property. The V-CHIP function and the Korean (foreign language) decoder function provide essential multifunction.

Claims (135)

In a system consisting of TV stations (terrestrial wave, cable, satellite, WEB, INTERNET, etc.) and decoders (such as caption decoders) embedded in the monitor such as TVs (ANALOG, DTV) that can be viewed and installed, radio waves (voice) Control signal (TV power ON / OFF signal, volume control signal, channel change signal, area classification signal, etc.) and information signal (caption / text / data / open caption) to control TV ) Or each selection code is sent to an encoder or inserter and sent out, and received by a decoder (decoder such as caption) built-in / external to TV / VCR, etc. Or OFF / volume control function / change the station number, etc., and provide the necessary information in the subtitle / temporary arrangement / Multiview method or pronounce the necessary information by voice or display on the TV screen How In paragraph 1 In the set-top box such as a digital TV or a digital TV, control data or information data is sent as captions or other video / audio / auxiliary signals, and the control data or information data of a monitor such as a TV is received by the decoder of the corresponding signal, A system for controlling or presenting information. In paragraphs 1 and 2 In the case of a power-saving TV, the power of the tuner and tuner control Micom is turned on and the radio wave is received by the decoder built in the TV, even when the TV is turned off, or the control signal and the information signal are received. How to design your PC (or monitor) to operate the OFF switch (or AC relay) In paragraphs 1 and 2 In FIG. 4, a structure of an auxiliary remote controller including a signal light receiving unit and a signal light emitting unit or a sensor (light, vibration, current, etc.) in a cover made of a material that transmits signals such as infrared rays or radio waves by wire or wireless, and the light receiving unit and IR of the TV How to connect with IRLink Decoder in paragraphs 1 and 2 Receives the signal to turn on / off the TV and connects the ON / OFF signal to the remote control receiver of the TV via wired or wireless In the power-saving TV, when the TV is turned off, the power is turned on and the power is turned off and the power is turned off. Way of letting In paragraphs 1, 2 and 3 Recipient needs to input the area code, disaster type code, and volume level to the decoder to select and view the selected information. As the drawing In case of watching VCR (VCR ON) in the structure connected to the system, verify the TV ON / OFF signal by decoder, turn on the buzzer, warning lights or inform the disaster information by voice. In Figure 5 When watching a VCR, CD, etc., the channel change signal of the TV can be changed to the TV viewing state, and the disaster broadcast station can be selected and watched by converting the channel into another disaster broadcast channel change signal. In the preceding paragraph When broadcasting subtitle contents of disaster broadcasting, subtitles and voices are simultaneously transmitted through MAIN or SUB voice channels. In the preceding paragraph When the decoder always monitors the disaster broadcasting channel and receives the disaster broadcasting signal, the TV is turned ON when the TV is OFF, and the channel is switched to the disaster broadcasting channel, or the other broadcasting channel is switched to the disaster broadcasting channel when the TV is ON. In the preceding paragraph Fixing the tuner to the channel that performs disaster broadcasting to the decoder In the preceding paragraph When the TV is turned on by detecting the power of the TV as it is in the ON state. In the preceding paragraph When the TV is turned off, when the TV is turned off, it is converted into the selected disaster broadcasting channel so that the TV is turned off to receive the disaster broadcasting signal. In paragraphs 1, 2 and 3 The decoder is equipped with a memory device that can input data such as text, picture, and voice that are transmitted from a broadcasting station as a standard. In paragraphs 1, 2 and 3 Type of disaster type and volume level to receive in advance to decoder In paragraphs 1, 2 and 3 The memory contents of the memory device are transmitted and replaced by the broadcasting station if necessary. In paragraphs 1, 2 and 3 Input area code, etc. to the decoder by remote control In paragraphs 1, 2 and 3 Method of inputting region code, etc. into the decoder using a ROM writer. In paragraphs 1, 2 and 3 When the TV sends data with a certain recognition index, the recognition index is input, changed or deleted by the click of a remote controller. In paragraphs 1, 2 and 3 Superimposition of disaster information on the main radio waves of broadcasting stations or decoder design method (1) Urgent order: Alarm start code, area code, individual / group code, Disaster Type Code, End Code, Checksum Alarm details: Korean subtitle start code, area code, individual / group code, alarm content, Exit code Emergency release: Alarm dismissal start code, area code, individual / group code, Disaster Type Code, End Code, Checksum To send nested files in order In paragraphs 1, 2 and 3 Superimposition information on the main radio waves of broadcasting stations or decoder design method (2) Urgent order: Alarm start code, area code, individual / group code, Disaster Type Code, End Code, Checksum Alarm details: Korean subtitle start code, area code, individual / group code, Alarm details, end code Emergency release: Alarm dismissal start code, area code, individual / group code, Disaster Type Code, End Code, Checksum To send nested files in order In the preceding paragraph The station performs a test to turn on or off the TV in the required area at the required time, detects the on or off status of the TV with a sensor, checks the operating state, and stores the result in a storage device mounted on the decoder, How to display by text (or voice). When the TV is OFF, the display on the screen when the TV is turned on. In the preceding paragraph Volume height setting method In step, increase the volume up to the user-specified volume. Volume level setting method to raise the volume up to the highest volume in stages In the preceding paragraph Method to set volume level of TV by click such as remote controls while actually listening to volume coming out of TV In the preceding paragraph In the event of a power failure, the TV's ON signal is detected and a rechargeable battery mounted in the decoder generates emergency voice messages input to the decoder's storage device to provide emergency broadcasting. In the preceding paragraph In case of power failure, it detects the TV's ON signal and turns on the buzzer or emergency light with a rechargeable battery installed in the decoder or expresses it by voice. In the preceding paragraph The broadcasting station replaces the voice message previously input to the decoder's storage In the preceding paragraph When the decoder receives TV automatic ON signal during power outage, it converts the character data pre-input into the decoder's memory into voice and transmits the warning contents to the voice.The warning character data input into the decoder's memory is changed and input by the broadcasting station. In the preceding paragraph When the TV is turned on or off, the automatic test of the TV's automatic ON / OFF function is performed with the test data pre-input into the decoder's memory, and the result of the test is displayed on the screen as caption. TV auto ON / OFF function only when TEST result meets acceptance criteria In the preceding paragraph When TEST S / W is ON, TEST DATA is automatically input to the decoder's memory and the TV auto ON / OFF function is tested and the result is displayed in subtitle. In the preceding paragraph In digital broadcasting, necessary information is sent to the main or sub screen by using TV automatic ON / OFF function, temporary information, multi view, etc. In the preceding paragraph On a TV with a power saving function, How to recognize the ON / OFF status of the TV by measuring the current in the section where the power is turned off during the power saving function In the preceding paragraph In TVs with power cut-off function, such as remote control receivers, only the minimum parts that can receive TV waves, such as TV tuner and TV control MICOM, can be turned on to receive TV control radio waves and automatically turn on / off the TV. TV design method to maintain OFF function In the preceding paragraph On a TV with a power saving function, Built-in TV auto ON / OFF function board consisting of tuner, TV auto ON / OFF function and TV power detection function, and TV auto ON / OFF function that inputs SW of other functions to TV Controller Micom. The power of the built-in board consists of a TV power supply and a common power supply A television or subtitle processing set-to-box equipped with a disaster warning function can receive a disaster information start command of a predetermined channel as long as the power cord is connected. Area code (e.g. postal code, line number area code), individual / group code (e.g., public employee number, social security number) and disaster type code that you want to receive alerts can be entered into the non-volatile memory by remote control operation. The way to make it Korean subtitle start code, disaster warning code, regional classification code, individual / group code, disaster type code, etc. by encoding or decoding TV automatic ON / OFF signal in the preceding paragraph. Disaster (automatic) alarm is issued by sending end codes in sequence, and Korean automatic subtitle start code, (automatic) alarm contents, and ending code (automatic) alarm contents are sent and received in this order. In the preceding paragraph By encoding or decoding TV auto ON / OFF signal. Korean subtitle start code, disaster (automatic) alarm command code, regional classification code, individual / group code, disaster type code, and end code are sent in order to issue disaster (automatic) alarm. The method of sending / receiving (automatic) alarm contents in order of individual / group code, (automatic) alarm contents, and ending code. In the preceding paragraph When the receiver receives a code corresponding to the regional classification code, personal / group code and disaster type code input by the user, the receiver detects the power supply of the television according to the user's setting and automatically turns on the television and switches to the disaster broadcasting channel. And volume up to a pre-populated level Upon receipt of an alarm clear, the receiver returns to the state set by the user or before the alarm is issued. In the preceding paragraph Switch function to CHANNEL disaster broadcast channel of TV, CHANNEL of TV Restore to original state In the preceding paragraph Only the TV automatic ON / OFF function and the ON / OFF status detection function of the TV make up the circuit, and other functions are built into the CHIP that uses the TV's power or a dedicated power source to provide the closed caption function of the TV itself. Embedded design In the preceding paragraph Input the test code that can test all or part of numbers, characters, etc. used as the area code into the nonvolatile memory of the decoder built in the TV, and put the test code first when the TV auto ON / OFF function is activated. TEST is verified and the TV auto ON / OFF function is executed only when the test is passed, and if the test fails, the TV auto ON / OFF function is displayed on the TV screen without performing the TV auto ON / OFF function. In the preceding paragraph Detects the TV ON / OFF status, volume level or station number change and rechecks the TV ON / OFF status. In the preceding paragraph On TVs with power saving features, TV's ON / OFF status measurement method that detects that the current of the power saving function is 0 (ZERO) and measures the TV's ON / OFF status In paragraphs 1, 2 and 3 Use a postal code, liner area code, etc. as your area code. Individual / group code, social security number, public employee number, etc. Use to select region or individual / group to receive DATA How to control your TV or provide discriminatory information In paragraphs 1, 2 and 3 A method that selects all the DATA and assigns recognition indexes (e.g. area code, individual / group code, etc.) In the preceding paragraph How to detect TV's ON / OFF status by detecting element of each part of TV with heat sensor, magnetic sensor, light sensor and voice sensor Disaster alarm is released by sending Korean subtitle start code, disaster alarm release code, area classification code, individual / group code, disaster type code, and end code in this order. In paragraphs 1, 2 and 3 Recognition indicator is assigned to the classified data, and the recognition indicator is input to the decoder embedded in the receiver such as a TV. In paragraphs 1, 2 and 3 Recognition index by region or type is given by letter or number or set of 0 or more characters and 0 or more numbers In paragraphs 1, 2 and 3 Providing discrimination information by road number recognition index or selecting data by road number In paragraphs 1, 2 and 3 How to classify individuals / groups by mobile phone number or station number In paragraphs 1, 2 and 3 How to distinguish individuals / groups by phone number or country code (telephone number among phone numbers) In paragraphs 1, 2 and 3 How to use your address as a regional or individual recognition indicator In paragraphs 1, 2 and 3 Of phone numbers Area classification by country code, area code, country code, etc. In paragraphs 1, 2 and 3 Zip code How Areas Are Divided by Digits (E.g. * is common to all numbers in 15 *-*** etc.) In paragraphs 1, 2 and 3 Method that recognizes a combination of Arabic numerals or special symbols as a numerical value or a large part of the numerical value of the remaining part, excluding the part corresponding to the postal code in the address In paragraphs 1, 2 and 3 Assign a code to a map or region, and identify the region with that code In the preceding paragraph Provide discrimination information by discriminating regions by region code or postal code In paragraphs 1, 2 and 3 Resident Registration Number, Driver's License Number, Social Security Number, Medical Insurance Number, Student ID Number, Public Official Number, Military Number, etc. In paragraphs 1, 2 and 3 Method of detecting ON / OFF status of TV by detecting vibration of speaker or TV main body using vibration sensor In paragraphs 1, 2 and 3 Method of detecting ON / OFF status of TV by measuring the amount of electricity flowing through audio device or image device using current meter In paragraphs 1, 2 and 3 Detects the volume of the speaker with a voice sensor to detect the TV's ON / OFF status In paragraphs 1, 2 and 3 Method to detect the ON / OFF status of the TV by detecting the brightness of the TV screen with the light sensor In paragraphs 1, 2 and 3 Compares the amount of current in the standby state of the TV and the ON state, and detects the ON / OFF state of the TV by measuring the electricity amount of the TV power line with an ammeter. In paragraphs 1, 2 and 3 A method of inputting a phone number, address, name, resident number, etc. into a decoder embedded in a TV with a caller ID on a TV connected to a communication device or a satellite TV (Internet TV). In paragraphs 1, 2 and 3 When an alarm is issued In case of a disaster, use <0Fh> as the alarm start code <09Fh> <0Fh> as the end code, and <0Fh> as the end code <0902h> when the disaster In paragraphs 1, 2 and 3 Method of designing a decoder as shown in FIG. In paragraphs 1, 2 and 3 Method of designing a decoder as shown in FIG. In paragraphs 1, 2 and 3 Method of designing a decoder such as FIG. How to send disaster information codes, captions, text, and data to interleave A television or auto alarm set-top box equipped with an auto alarm function can receive an auto alarm start command of a predetermined channel as long as the power cord is connected. The area code you want to receive automatic alerts for (eg, postal code and rower minor code). Personal / group code (e.g., public employee number, social security number) and alarm type code can be stored in non-volatile memory by user input through remote control operation Auto alarm start code, auto alarm control start code, area classification code, individual / group code, alarm type code, auto alarm end code in order to start auto alarm Auto alarm start code, alarm content, auto alarm end Method of sending alarm contents in order of code Method to release auto alarm by sending auto alarm start code, auto alarm control end code, area classification code, individual / group code, alarm type code, auto alarm end code in order Automatic alarm start code, automatic alarm control start code, area classification code, individual / group code, alarm type code, automatic alarm end code Method of sending alarm contents in order of auto alarm start code, area code, individual / group code, alarm content, auto alarm end code Method to end automatic alarm by sending automatic alarm start code, automatic alarm control end code, area classification code, individual / group code, alarm type code, and automatic alarm end code in order. When the receiver receives a code corresponding to the regional classification code, personal / group code and alarm type code input by the user, the receiver determines the power status of the television according to the user's setting and automatically turns on the television. How to switch and increase volume to pre-filled levels With the reception of the automatic alarm release, the receiver returns to the state set by the user or the state before the alarm is issued. In the preceding paragraph Auto alarm start is done by sending auto alarm start code and end by sending auto alarm end code. Receiver control is done by sending the automatic alarm control start code and ends by sending the automatic alarm control end code. Auto alarm subtitle data is transmitted by sending the subtitle alarm character start code and ends by transmitting the auto alarm character end code Automatic alarm control start code and automatic alarm character start code. In the preceding paragraph Auto alarm start code, auto alarm control start code, auto alarm character start code, character code, auto alarm control end code, auto alarm control end code, auto alarm end code, auto alarm transmission and reception (encoding, decoding) In the preceding paragraph A method of transmitting the alarm contents by voice and adjusting the volume using the AUDIO SUB CHANNEL of the TV voice multi-channel In paragraphs 1, 2 and 3 Insert control data or closed / closed caption data into record media (TAPE, CD, DISKETTE, FILE, etc.) where regional classification codes, disaster types, and necessary information are input for each situation. Data that sends and expresses signal such as TV automatic ON / OFF by preparing overlapped recording media DB in broadcasting station and playing the recording media by selecting from DB according to situation (region, type of disaster, degree of disaster). Transmission or decoder design method In paragraphs 1, 2 and 3 Opens the data transmission or decoder design method or necessary DATA which sends and expresses the data controlling TV and all information DATA superimposed on the radio wave using encoder or inserter in the prescribed order and method. How to send with caption In paragraphs 1, 2 and 3 DB where control and information data DB selection codes are transmitted by overlapping them with an encoder or inserter, the control data is activated, and the data such as contextual information in the decoder are built into the situation. To send information data from DB to DB selection code or to design required data through decoder design method or open caption In paragraphs 1, 2 and 3 The control code embedded in the encoder is operated by superimposing and transmitting the control code of the control data from the broadcasting station to the encoder or inserter, and propagating the information data to the encoder or inserter. Superimpose the necessary DATA by sending or decoder design method or open caption by overlapping In paragraphs 1, 2 and 3 The control data and the information data are made into a DB for each situation and embedded in the decoder, and the control data operation code and the information data DB selection code are superimposed on the radio wave from the broadcasting station to the encoder or the inserter and transmitted. Transmission or decoder design method that operates control data and selects necessary information data from DB or expresses information data with open caption In paragraphs 1, 2 and 3 Time difference system TEST method Broadcasting system does not execute system test data and test code, but also executes system test, and transmits test data or test code transmitted from the broadcasting station to the tester's memory with the test time in the external decoder's memory. After saving the DATA or TEST CODE and turning on the TV ON / OFF switch when the TEST start signal is input, the TV power on test and the volume control test are executed in order. TEST or decoder design method that performs test such as volume control test and TV power off test in order to turn off. In other words, when the TEST signal sent to a broadcasting station is stored in the memory of the decoder and the TV power is turned on when the TEST signal is input (operating the TV's power switch, etc.), the TEST such as the TV power is turned on and the TV power is turned off. In the case of the test, the TEST or the decoder design method is performed for the whole process of the system such as the TV power ON / OFF and the volume control by executing the test such as the TV power OFF. In paragraphs 1, 2 and 3 TEST designed to store TEST DATA or TEST start code transmitted from broadcasting station in memory of decoder along with TEST DATA transmission time, and upgrade to latest DATA or CODE whenever new TEST DATA or TEST Code is input. In the dedicated memory, the method of starting TEST only after the TEST DATA in the memory receives the TEST start signal (immediately or with time difference) or the decoder design method. In paragraphs 1, 2 and 3 The control data for test is embedded in the decoder's memory in the prescribed method and order, and the code is assigned. When the broadcast station sends the test code together with the data transmission time and the code is input to the decoder, the transmission time is Time difference test or decoder design method that executes the built-in control data for TEST stored in memory device and executed immediately or with time difference when it is within the reception time and error limit. In paragraphs 1, 2 and 3 System TEST Button is installed in Remocon such as TV and design method such as TEST Decoder designed to perform TEST such as turning on / off the TV by TEST signal built in memory. In paragraphs 1, 2 and 3 When operating the power button (TV ON / OFF Button) of the Remocon of the TV, it detects the TV power status and recognizes the change in the power status as the system test signal (ON → OFF, OFF → ON) and starts the system test. System TEST signal input or decoder design In paragraphs 1, 2 and 3 Decoder design method that inputs test signal to decoder by Remocon (TV OR decoder) such as TV and tests TV ON / OFF function by TEST method input into memory In paragraphs 1, 2 and 3 Design method such as decoder that performs automatic alarm without test when turning on TV with automatic alarm signal In paragraphs 1, 2 and 3 Set the TEST MODE of the remote controller, start the system test by recognizing the system test signal, and turn on the TV when the TV is turned on and the volume height adjustment test (the volume is increased to the original volume, the volume is reduced) TEST such as return to the volume up) or channel change test (selection) (return to the specific channel and return to the original channel) are performed in order, and the system status is displayed by voice text, etc. TEST or decoder design method that performs channel change TEST (selection) and TEST to display TEST status and turn off the TV. In paragraphs 1, 2 and 3 When the test signal is input when the TV is turned on TV Power ON TEST Volume control test Return channel change TEST (optional) TV power off test TV Power ON TEST Status display on the screen (System status, A / S contact, TEST signal transmission time, A / S provider name) Method or decoder that consists of TEST DATA and executes in sequence Design method In paragraphs 1, 2 and 3 When the test signal is input when the TV is turned off TV Power ON TEST TV power off test TV Power ON TEST Volume control test Return channel change TEST (optional) Status display on the screen (Ad text such as system status, A / S contact number, TEST signal transmission time, A / S provider name, etc.) Or decoder design method that consists of TEST DATA and executes in sequence In paragraphs 1, 2 and 3 When the test signal is input when the TV is turned on TV Power ON TEST Volume control test Return channel change TEST (optional) Status display on the screen (Ad text such as system status, A / S contact information, TEST signal transmission time, A / S provider name, etc.) Or decoder design method that consists of TEST DATA and executes in sequence In paragraphs 1, 2 and 3 When the test signal is input when the TV is turned off TV power off test TV Power ON TEST Volume control test Return channel change TEST (optional) Status display on the screen (Ad text such as system status, A / S contact information, TEST signal transmission time, A / S provider name, etc.) TV power OFF TEST is configured as TEST DATA Test method or decoder design method In paragraphs 1, 2 and 3 When the test signal is input when the TV is turned off Volume control test Return channel change TEST (optional) Status display on the screen (Ad text such as system status, A / S contact information, TEST signal transmission time, A / S provider name, etc.) TV power off test TV Power ON TEST Configure the TV power off test to test data and TEST method or decoder design method In paragraphs 1, 2 and 3 When the test signal is input when the TV is turned off Volume control test Return channel change TEST (optional) Status display on the screen (Ad text such as system status, A / S contact information, TEST signal transmission time, A / S provider name, etc.) Configure the TV power off test to test data and TEST method or decoder design method In paragraphs 1, 2 and 3 Decoder design method to display the display contents of system normal, system abnormality, system warning, voice alert, A / S phone number, advertisement text display, fault status in different colors In paragraphs 1, 2 and 3 Decoder design method that disappears the display, after the specified time, or when the remote control is operated (volume adjustment, PWR OFF, CH, etc.) In paragraphs 1, 2 and 3 In case of power failure after receiving auto alarm signal Decoder design method that guides the corresponding information such as voice alarm stored in recognition DB as voice or transmits radio structure (SOS) signal to crisis situation In paragraphs 1, 2 and 3 In case of impact or slope recognition (above prescribed level) Decoder design method for guiding the relevant information such as voice alarm stored in the recognition DB by voice or sending out radio rescue (SOS) signal in crisis situation In paragraphs 1, 2 and 3 In case of power outage other than the area where the power failure is notified Decoder design method for guiding the relevant information such as voice alarm stored in the recognition DB by voice or sending out radio rescue (SOS) signal in crisis situation In paragraphs 1, 2 and 3 Decoder design method that transmits SOS signal at regular time intervals to save battery when sending SOS signal In paragraphs 1, 2 and 3 Decoder design that recognizes that a person is present when the TV is turned on with an automatic alarm, and operations such as power off / on, volume change, and channel change are recognized by a TV remote control In paragraphs 1, 2 and 3 Decoder design method that recognizes as no person without operation of TV Remocon In paragraphs 1, 2 and 3 Decoder design method that recognizes volume as vibration sensor or speech recognition sensor In paragraphs 1, 2 and 3 The special signal continues to be transmitted from the channel selected for station number (channel) change return. Decoder design method that sends out channel to select by special signal recognition In paragraphs 1, 2 and 3 Decoder design method using change of electromagnetic field, change of electromagnetic wave, light sensor and thermal sensor for TV ON / OFF status recognition In paragraphs 1, 2 and 3 Decoder design method consisting of light receiver, light emitter, vibration sensor, light sensor, etc. In paragraphs 1, 2 and 3 DB construction method that configures data transmission time input space in DB such as regional classification, disaster type, disaster degree, information In paragraphs 1, 2 and 3 TV / PC / Light monitor design that easily connects a device equipped with a voice guidance device to a jack when the TV has a built-in function 1, 2, 3 and 9, 10 The Disaster Countermeasures Headquarters, <entertainment of disaster-related information> and the headquarters and local stations of TV stations are organized as shown in [Fig. 9] and [Fig. 10]. It is a means to input auto alarm duration. DB (9-3) (9-5) is the DB (DATA BASE) of the local code (combination of one or more numbers or letters), the database by disaster type, and the basic data caption DB (open, closed) How to configure by S / W to select necessary information from DB A system where everything is automatically controlled by entering the target area, type of disaster, and degree of disaster at the disaster preparedness headquarters or TV station (head office) (local office). In paragraphs 1, 2 and 3 Image DB (9-6) (9-7) DB consisting of video data consisting of disaster / disaster-related image data, audio data, subtitle data (OPEN, CLOSED) or control signals (control signals such as TV ON / OFF, volume control, channel change, etc.) From paragraph 113, 114 TV control signal / area code / type of disaster / video DB with necessary information (9-6) (9-7) (TAPE, CD, FILE, DVD, etc.) From paragraph 113, 114 Enter the code, disaster type, auto alarm start time, auto alarm duration, etc. of the corresponding area with the name of the area using the disaster operation receiver (9-2) (9-4) without inputting the control signal. Encode to (9-8) (9-9) and switch to C / O (CHANGEOVER), and select the part selected in the image (9-6) (9-7) or the main program selected in the master switcher (9-12). Inserting data encoded by inserter (9-13) In the ninth and tenth degrees Method of transmitting / receiving control data such as TV station headquarters and local stations by regional dedicated line server (9-14) or microwave (9-15) In the ninth degree Method of separating the control signal and the like input to the microwave (9-14) by the decoder (10-2) and input to the disaster management server (10-3) At the 9th and 10th degrees Receive the information to be input by means of telephone, fax, Internet, etc. from the broadcasting station, and use the server (9-2) (9-4) (10-3) to check the area / type of disaster / automatic alarm start time / automatic alarm duration. Input method At the 9th and 10th degrees Local / disaster type / automatic alarm start time / by receiving information by telephone, fax, or internet from the local station without connecting the headquarters and local stations by microwave (9-15) or local station dedicated line (9-14). How to input auto alarm duration time to server (10-3) 1, 2, 3 and [Fig. 15] to [Fig. 18] The software configuration method of the decoder which functions by the flowchart of FIG. 15-FIG. In paragraphs 1,2,3 and 15 When the TEST CODE (15-1) transmitted from the broadcasting station is stored in a specific memory device and a new TEST CODE (15-1) is input, the memory device and TV power that are always replaced with the new TEST CODE are turned on (15-2). Time difference between input of TEST CODE (15-1) and TEST execution by executing TEST CODE (15-1) by recognizing the change of ON state as the execution signal of TEST CODE (15-1) when the TV's power is OFF. To test the system From the 15th Install a button to send the TEST CODE (15-1) signal (15-3) to the remote control of a TV / set top box, etc. TEST CODE execution (15-3) button (15-4) to turn on / off the TV instead of the TV ON signal. In other words Remove the TEST CODE (15-1) and operate the TV power ON, then perform the TV ON TEST of the TEST CODE (15-1), the volume control TEST, and the channel change return TEST. TEST CODE (15-1) OFF TEST (Keeps TV OFF) during TV power OFF operation to display the entire test results on the screen by text or voice. In paragraphs 1,2,3 and 16 Disagreement function (16-1) to determine whether or not the disaster area code matches, (16-2) to determine whether the start time of the disaster broadcasting is greater than or equal to the current time, buzzer or speaker ON (16-3) function, TV during disaster broadcasting Function to determine the ON / OFF status of the controller (16-4), Ability to control the TV ON when the TV is OFF (16-5) Function to alarm buzzer or speaker by recognizing failure or power failure when TV control fails (16-7) Volume control function (16-8), Station number switching function to disaster broadcasting station number (16-9), Buzzer or speaker OFF function ( 16-10), disaster broadcast start means of the decoder having a disaster broadcast start function 16-11 In Section 1.2.3 and Figure 17 Disagreement function (17-1), buzzer or speaker ON function (17-2), function to switch to broadcasting station number before disaster broadcasting (17-3), volume control function (17-4), Determining and remembering the TV's power on / off status at the start of disaster broadcasting, and determining the status of TV power at the start of disaster broadcasting (17-5), buzzer or speaker off function (17-6) (17-7) Disaster broadcasting terminating means with ON / OFF (17-8) function When the TV is ON, the TV is ON. TV power is off when TV power is off In Section 1.2.3 and Figure 15 When the reservation signal (15-10) by the Kbps transmission method is input, it is temporarily stored in the temporary memory for a specific time, and is displayed while displaying the reservation availability status (15-11) on the screen. (15-12), A method of inputting up to n reservation codes into the reservation memory device 15-12, displaying the reservation status by text or voice (15-13) and using it as a reservation control signal (15-14) of the TV / VCR. In paragraphs 1, 2 and 3 The TV broadcasting station superimposes the signal that controls the TV on the TV broadcast signal (audio or video or other signal) and sends it out, and the TV control signal or information signal (subtitle, voice) transmitted from the TV of each home is transmitted. Receives to the TV control chip (TV CONTROLLER) through the antenna and tuner to control the TV (power on or off, channel change, volume control, etc.) Use the ZIP code, line code, etc. to identify the region. Detect the power on or off status of the TV, turn on or off the TV according to the control signal, change to the required channel, raise the volume step by step to wake up or pay attention to the TV When the TV is turned on (when the TV is turned on), the system power on test is performed. When the TV is turned off (when the TV is turned off) Or, while watching TV, use the TEST Button to check the system check and the test results with subtitles or audio. Subtitles (translucent, etc.) or voice to indicate if the system is normal, Subtitles (translucent, etc.) or voice to indicate that the system is abnormal, Keep subtitles or display continuously by voice until the remote control operation (volume, channel, etc.) That is, the method of using the software (SW, IP) of FIG. 19 in which the abnormal label is removed only when the volume channel or the like is changed as the SW (IP) of the TV control chip. In paragraphs 1, 2 and 3 Dual tuner function as an auxiliary device (when watching other channels) / Function to recognize power failure and notify by voice in case of power failure (BATTERY BACK UP) / Function to notify location by radio wave firing in case of accident A device (or method) that connects the TV and JACK simply as a separate device In paragraphs 1, 2 and 3 Tuner method in power saving mode A tuner is turned on every m seconds (n seconds), and the tuner is turned ON to send the tuner ON signal enough to cover the time (n seconds) to turn on the tuner and to send a TV control signal. In paragraphs 1, 2 and 3 Tuner and TV Controller Block on Cool Type TV in ON or Power Save Mode In paragraphs 1, 2 and 3 A method of detecting the power ON / OFF status of the TV by installing the power detector of the TV to a part of the power cord of the TV. In paragraphs 1, 2 and 3 How to remove the TEST result display TEST result display changes the remote control Method that disappears at a certain time (channel volume, etc.) or disappears after a certain time In paragraphs 1, 2 and 3 How to manage the manager by storing the operating time such as TV ON in the memory for a certain period of time In paragraphs 1, 2 and 3 Chapter 19 of the software SETTOP BOX mounted on the circuit diagram of FIG. At paragraph 134 In case of power failure, the battery backup means emergency voice is displayed by SETTOP BOX's speaker or electric wave is periodically fired to check the location.