KR100661139B1 - Apparatus for remote controlling security lamps bidirectionally - Google Patents

Abstract

A bidirectional security light remote control system is provided to easily execute auto turning on/off setting for each security light in a remote place by remotely inputting setting information for security lights through a vehicle equipped with a mobile repeater. A bidirectional security light remote control system consists of auto security light switches(300a-300n), a vehicle equipped with a mobile repeater(220), and a central control part(210). Each of the auto security light switches(300a-300n) has a GPS module and a bidirectional RF module, updates the location, coordinate, and time information of each security light, based on the information received through the GPS module. Also the auto security light switches(300a-300n) switch on or off their respective security lights, based on the received information. The mobile repeater(220) comprises a bidirectional RF module, a GPS/GIS-interworking navigation module, a portable tester/injector(100), and a data communication module. The portable tester/injector(100) checks inferiority for the security light switches(300a-300n) through two-way communication with them, and stores and manages data for each of them. The central control part(210) has a main controller(500). The main controller(500) executes data transmission and reception with the vehicle equipped with the mobile repeater(220), delivers instructions for the auto security light switches(300a-300n), receives and stores security light switch on/off data, and manages the auto security light switches(300a-300n) as a whole.

Description

Apparatus for remote controlling security lamps bidirectionally}

1 is a configuration diagram of a two-way security light remote control device according to an embodiment of the present invention,

FIG. 2 is an internal configuration diagram of a portable test and injector using a GPS function installed in the vehicle shown in FIG. 1;

3 is an internal configuration diagram of a two-way security light flasher shown in FIG.

4 is an internal configuration diagram of a main controller using the GPS function shown in FIG.

* Explanation of symbols for the main parts of the drawings *

11: real time clock part

12: time control unit

13: clock oscillator

14: infrared receiver

15: infrared buffer and amplifier

16: keyboard

17: key circuit

18: display controller

19: LCD panel

20: data memory

21: communication control unit

22: infrared transmitter

23: main controller

51: real time clock unit

52: memory

53: RF receiver

54: Flex Decoder

55: telephone line interface

56: microcontroller

100: Portable Test and Injector

210: Municipal and District Offices (Central Control Unit)

220: mobile repeater means

260: GPS / GIS system (server)

300a ~ 300n: Automatic flasher for security light

5000: main controller

The present invention relates to a remote control device such as a two-way security, and more specifically to the remote control of the presence of abnormality of a plurality of security lights flasher scattered in each region through a security light flasher equipped with a GPS module and a two-way RF module. The present invention relates to a remote control device such as two-way security for checking and updating data.

In general, security lights are a means of illumination for the free movement of citizens at night. Such security lamps are generally installed in large quantities in a single area, and automatically blink when they start to darken, and they are not turned off selectively according to the activities of citizens, thereby increasing unnecessary power consumption.

In the case of the conventional method of automatically turning on / off the security lamp according to the surrounding environment, the sunrise and sunset times are usually set so that the security lamp turns on automatically at sunset time, and the security lamp turns off automatically at sunrise time. That's one way.

According to the conventional method, since the sunrise time and the sunset time are fixed, it is automatically turned on or off when the corresponding time is provided, which provides convenience in terms of management, but in the case of mid-winter and mid-summer, the sunrise time and the sunset time that have been set previously Since there is a lot of difference from the other seasons, in this case, the management personnel have to go to each security light system scattered in each region and perform the time setting work for automatic lighting and extinguishing.

According to a conventional security light remote control device (registered patent 10-0463201) filed and registered to improve the above problems, the operator directly visits every security light flasher that is scattered in each area and the security light flasher By manually controlling the security light through near-infrared communication, the operator has to move and control the security light for each security light, which makes the work inconvenient and the time and time required for blink control such as labor cost and security of the worker. There was a lot of trouble.

The present invention is to improve the problems as described above, two-way security to remotely automatically control the automatic lighting and light off for each security light scattered by region through the portable test and injector using the GPS function mounted on the mobile vehicle Its purpose is to provide a remote control device.

Security remote control device according to an embodiment of the present invention for achieving the object as described above, updating the location, coordinates, time information of the security light, and transmits the bad information such as security, and the like to receive the received information A portable test that checks for defects and saves and manages data for the corresponding flashing lights through two-way communication with a plurality of flashing lights, which automatically turn on and off the security lights on the basis, and the respective flashing lights. Stores information on the injector and the respective flashlight flashers, and transmits the instructions for the flashlight flashers through the wired / wireless communication network to manage the entire process of automatically turning on / off the flashlights of the flashlight. In the two-way security light remote control device provided with a main controller, the plurality of security light flashers are It is equipped with a direction RF module to receive and store information including magnetic coordinates, elevation and time information, offset values according to sunrise / sunset, and other data necessary for operation, and information on the presence of abnormalities such as security (leakage failure) , Data such as ballast failure, lamp failure or normal), and transmits the information that the received coordinates, elevation and time information are normally updated, and automatically lights and turns off the security lamp based on the information. The portable test and injector is provided with a bidirectional RF module and a GPS / GIS linked navigation module (including a GPS module and a GIS module), and the respective security lights. Performs two-way RF communication with the auto flasher to update the correct time of the auto flasher. Set the sunrise / sunset time of the security flasher installation area through the coordinates of the flasher, use the coordinates as the unique identification number of the installation site of the flasher, etc. It automatically calculates and transmits the offset value for sunrise / sunset time in consideration of the environment of the installation site, and manages the auto flasher in a certain area by storing information transmitted remotely from the auto flasher. The portable test and injector is provided in a mobile repeater means having a communication module capable of data communication through a wired / wireless communication network and having a GS / GS program; And the main controller is installed at the city and district offices (central control unit), and the city and district offices (central control unit) transmit the work instruction data necessary for the operation of the automatic flashers such as security through the main controller to the mobile repeater means through the wired / wireless communication network. The patrol details (defects, defects, repair, label number, etc.) of the patrolled area instructed by the repeater means, the contents of the processing and other operational data when changing the offset value according to the sunrise / sunset time and the mobile repeater A remote control device, such as two-way security, is provided which receives an acknowledgment message from the means.

Preferably, the plurality of security light flashers are provided with a GPS module to receive and store its own coordinates, elevation and time information itself, and automatically turns on the security light based on the received coordinates, elevation and time information. And it is characterized in that to perform the role of extinguishing.

Also preferably, the received information to the municipal office (central control unit) is written on the computer screen for each individual flasher, the details are displayed by clicking the label number or a specific screen of the flasher, the failure details, replacement date, installation capacity, etc. In particular, when you click on the point on the map, such as security on the screen characterized in that the statement appears with a label number.

Also preferably, the municipal office (central control unit) is characterized by notifying the person in charge of the mobile phone in addition to working hours when a defect occurs in the area where the defect content is important or important management.

Also preferably, the portable test and injector is mounted on the mobile repeater means, real time clock unit for clocking the real time; A time control section for controlling the real time clock section; A clock oscillator for generating a predetermined clock; Input current time (hour / minute / second) information and sunrise / sunset time information of the day, and setting information for automatic lighting / off of security light (eg sunrise / sunset time ± offset signal, midnight on / off time, password Keyboard for entering small groups, large groups, etc.); A key circuit portion connected to the keyboard; A display controller controlling a display operation of the LCD panel; A data memory in which setting information such as security lamp auto-ON / OFF is transmitted remotely to the security lamp auto-flasher; A bidirectional RF communication (VHF) module for a particular low power radio station for bidirectional communication with a flasher such as individual security; GPS / GS-linked navigation module used for transmitting coordinates, elevation, and time information such as security; And a main controller for overall control of the portable test and the internal components of the injector.

Also preferably, the security flashers each transmit a response according to all received contents to the mobile repeater means and perform an automatic response (daylight, short circuit, etc.) when an emergency is required.

Also preferably, the mobile repeater equipped with the portable test and injector receives all the contents of the work instruction of the city and district office (central control unit), performs the response according to the received contents, and performs the work instruction of the city and district office (central control unit). It transmits the result (defect, offset, etc.) and other contents necessary for operation and urgent matters, and it sends out the exact time of GPS to receive accurate time of GPS when there is no work instruction of city and district office (central control department). Transmit time to update the flasher, call the automatic flasher for the nearest security while moving, check for defects, set sunrise / sunset offset of the season and special area of city and district office (central control department), and other data necessary for operation Characterized in that it receives.

Hereinafter, with reference to the accompanying drawings, a remote control device such as a two-way security according to an embodiment of the present invention.

1 is a block diagram of a remote control device for two-way security light according to an embodiment of the present invention, including a GPS module and a two-way RF module, and the position, coordinates, time of each security light based on the information received through the GPS module A plurality of security lamp flashers (300a to 300n) for updating information, transmitting security lamp failure information lamps, and automatically turning on and off security lamps based on the received information; A bidirectional RF module and a GPS / GIS interlocked navigation module (including a GPS module and a GIS (GIS) module) are provided, and each of the security flashers 300a to 300n and bidirectional RF communication are provided. Portable test that manages security flasher (any one of 300a ~ 300n) in a certain area by transmitting / receiving data remotely and storing information transmitted remote feedback from the corresponding security flasher (any one of 300a ~ 300n). A vehicle for a mobile repeater 220 having an injector 100 and a communication module (not shown) capable of data communication through a wired or wireless communication network; And performing a data transmission / reception process with the vehicle for the mobile repeater 220 through a wired / wireless communication network to transmit instructions regarding the respective security light auto flashers 300a to 300n, and also to transmit data on automatic light / light off of the security light. By receiving and storing as a whole it consists of the municipal county office (central control unit) 210 having a main controller 500 for managing the automatic flasher (300a ~ 300n), such as security.

Reference numeral 260 denotes a GPS / GIS (GPS / GIS: Location Information System / Geographic Information System) program device installed in the vehicle for the mobile repeater 220, and the security lamps flashers 300a to 300n are installed. When the area is displayed, and each security light flasher installation area is approached, a specific security light flasher is called through the RF module through the portable test and injector 100 through two-way communication with the corresponding light flasher. By exchanging data, it is determined whether information related to the automatic flasher, such as security, is regarded as exchange of information.

Ordinary RF module is a form that calls all the security lights flasher in a specific area, but the bidirectional RF module of the present invention calls only one specific security lights flasher through the GS program in the mobile repeater of the corresponding security lights flasher It is possible to check for abnormality through bidirectional communication. This bidirectional communication is performed using multiple channels within a specific frequency range to prevent crosstalk. The frequency used is usually in the range of 200 to 400 MHz, using 219.000 MHz, 219.025 MHz, 219.050 MHz, 219.075 MHz, 219.100 MHz, 219.120 MHz, or 424.7000 MHz, 424.7125 MHz, 424.7250 MHz, 424.7375 MHz, 424.7500 MHz, 424.7625 MHz, 424.7750 MHz, 424.7875 MHz, 424.8000 MHz, 424.8125 MHz, 424.8250 MHz, 424.8375 MHz, 424.8500 MHz, 424.8625 MHz, 424.8750 MHz, 424.8875 MHz, 424.9000 MHz, 424.9125 MHz, 424.9250 MHz, 424.9375 MHz, 424.9500 MHz Is used. 219.150 MHz, 219.175 MHz, 219.200 MHz, and 219.225 MHz are used for radio calling.

The GS program is a conventionally used geographic information program, and a detailed description thereof will be omitted.

On the other hand, in the present invention through the coordinates, elevation, time data obtained through the GS module can be used as a unique identification number of the installation area, such as security, it becomes a security identification number. Through this, it is possible to calculate the sunrise / sunset time, so the detailed description thereof will be omitted. In addition, the altitude represents the regional characteristics, and accordingly, an offset value is used to determine the blinking time.

Reference numeral 250 denotes a mobile communication terminal of the vehicle repeater 220, and a number is input to the municipal office (central control unit) 210 in advance to transmit an emergency situation, and if necessary, the current state such as security check or security. It is used as a communication means for conveying situations.

Here, each of the security lamps flasher (300a ~ 300n) and the portable test and injector 100 performs the communication using infrared rays or RF radio with each other through a two-way RF module (described in Figures 2 and 3) Communicate. And, the portable test and injector 100 is a device carried by a worker mounted on the vehicle for the mobile repeater 220 or in the vehicle for the mobile repeater 220, when using the portable test and injector 100 Go near the flashing lights (any one of 300a to 300n), or enter the setting information, or the flashing lights close to the mobile relay 220 via the GPS / GIAS navigation module linked with the GS program. Among them, one of the security lights such as the flasher is selected and exchanged, and information necessary for the update of the data of the lights such as the security and the defect information are exchanged. This is different from the conventional repair or management personnel directly dealing with the system such as security, in the present invention, it is possible to input the setting information by operating the keyboard installed in the portable test and injector 100. At this time, the location information of the corresponding auto flasher is received through the GPS module 120. However, the present invention is not limited thereto, and recognition of a label number (of a flasher) may be set by recognizing and injecting coordinates through the injector 100.

On the other hand, the main controller 500 is installed in the ward office or an independent building (in the embodiment is installed in the municipal county office (central control unit)), each of the plurality of security flasher (300a ~ 300n), such as a plurality of groups It is possible to remotely transmit the setting information for the security light automatic lighting / off with respect to the mobile repeater 220 via a wired or wireless communication network.

The wired / wireless communication network may be a CDMA network, a wireless data network, or a data communication network. In addition, a portable memory may be used as an auxiliary means.

The city and district office (central control unit) 210 changes the offset (OFF-SET) value according to the patrol area, patrol contents, season and special place for the patrol area, patrol content, season and special places according to the work order of the person in charge or move the data necessary for other operations Transmission to the vehicle for the repeater 220. In addition, the city and district office (central control unit) 210 in the patrol contents (defective location, bad content, repair, label number, etc ..) and the sunrise / sunset time of the patrol area instructed from the mobile repeater 220 vehicle. When the offset value is changed accordingly, the processing contents and other operational data usage contents and the acknowledgment message of the vehicle for the mobile repeater 220 are received.

On the other hand, the contents received by the city and district office (central control unit) 210 is written on the computer screen for each individual flasher in conjunction with the GIS (required information is updated and used and managed). If you click on the label number or the specific screen of the flasher, the details of the defect, replacement date, installation capacity, etc. are displayed. In particular, when you click on the point on the map where the security light on the screen is installed, the statement appears with the label number. In addition, all work contents of the day (the contents sent / received from the work order) are prepared as daily reports and managed by data. In addition, when a defect occurs in a region in which the defect is important or importantly managed, the mobile phone 250 is notified to the person in charge in addition to working hours.

FIG. 2 is a diagram illustrating an internal configuration of a portable test and injector 100 using the GPS function illustrated in FIG. 1.

The portable test and injector 100 is mounted on a vehicle for the mobile repeater 220, the real time clock unit 11 for clocking the real time; A time control section 12 for controlling the real time clock section 11; A clock oscillator 13 for generating a predetermined clock; An infrared receiver 14 for receiving and detecting the optically modulated infrared signal remotely transmitted from the security flasher 300a to 300n. An infrared buffer and amplifying unit 15 for buffering the infrared signal detected by the infrared receiving unit 14 and amplifying the infrared signal to be remotely transmitted to the security flashers 300a to 300n. Input current time (hour / minute / second) information and sunrise / sunset time information of the day, and setting information for automatic lighting / off of security light (eg sunrise / sunset time ± offset signal, midnight on / off time, password A keyboard 16 for inputting a small group, a large group, etc.); A key circuit portion 17 connected to the keyboard 16; A display controller 18 for controlling the display operation of the LCD panel 19; A data memory 20 for storing setting information such as security lamp automatic on / off, which is remotely transmitted to the security lamp auto flasher 300a to 300n; A communication control unit 21 for controlling infrared communication with the automatic flashers 300a to 300n such as the security; An infrared transmitter 22 for optically modulating the infrared signal outputted from the infrared buffer and amplification unit 15 and remotely transmitting it to the automatic lamps 300a to 300n such as security; And a main controller 23 for overall control of the portable test and the internal components of the injector 100.

The mobile repeater 220 equipped with the portable test and injector 100 communicates with the city and district offices (central control unit) 210 via wired and wireless communication networks, and as an auxiliary communication means with the city and district offices (central control unit) 210. Portable memory can be used.

In addition, the vehicle for the mobile repeater 220 equipped with the portable test and injector 100 may communicate with an individual flasher and a bidirectional RF communication (VHF) module 122 for a specific low power radio station in addition to the infrared communication of the program injector. have. At this time, the security flashers transmit a response according to all received contents to the vehicle for the mobile repeater 220, and perform an automatic response (daylight, short circuit, etc.) when an emergency is required.

Reference numeral 120 denotes a GPS / GIS interlocked navigation module, which is used for accurate positioning such as magnetic location or security.

The mobile repeater 220 equipped with the portable test and injector 100 receives all the contents of the work order of the municipal office (central control unit) 210. In addition, the city and district office (central control unit) 210 performs the response according to the received content (acknowledgment). In addition, it transmits the results (defect, offset, etc.) according to the work instruction of the city and district office (central control unit) 210, other contents necessary for operation and urgent information.

In addition, the mobile repeater 220 equipped with the portable test and injector 100 continuously transmits the accurate time of the GPS when there is no work instruction of the municipal office (central control unit) 210 and receives the correct time of the GPS flasher. Transmit time to update. It also checks for defects by calling the auto flasher such as the nearest security while moving. In addition, it sets the sunrise / sunset offset of the season and special areas of the municipal county office (central control unit) 210 and receives data necessary for other operations.

FIG. 3 is a diagram illustrating an internal configuration of the auto flasher 300a to 300n shown in FIG.

As shown in FIG. 3, the automatic flashing control device for security light includes an AC input unit 102, a rectifying unit 103, a constant voltage unit 104, an oscillating unit 105, a main control unit 110, a time counting unit and a memory unit. 109, an LCD driver for externally displaying an operation state of a security light and an input and operation process of a setting condition, etc. in a circuit configuration consisting of an infrared transceiver 101, an external device controller 106, and an AC output unit 107 112 and the LCD module 113 is configured. The rectifier 103 converts AC 110V or 220V supplied from the AC input unit 102 into a DC voltage, and the DC voltage supplied from the rectifier 103 is used to drive the circuit through the regulator 104. Maintained at a stable voltage of 12V or 5V and supplied to each part. The oscillator (OSC) 105 generates a stable frequency and applies it to the main controller 110, and the time coefficient part (RTC) and the memory unit 109 are required for the year / month / date / hour / time required by the main controller 110. Whether the minute / second, day of the week, leap year or the like is counted as a reference time based on the crystal oscillation frequency and provided to the main controller 110. In addition, the time counting unit and the memory unit 109 are built in the control device of the present invention and continue to count for a predetermined time even in the event of a power failure, thereby providing accurate turn on / off time to the main control unit 110. do. That is, the time counting unit and the memory unit 109 include programs necessary for an automatic blinking operation such as a late night on / off time, a month / day for setting the on / off time period, and a correction time for sunrise / sunset time; Whenever midnight elapses, the data is stored to calculate the correction time for the sunrise / sunset time, midnight on / off time, etc.

The main controller 110 checks the reference time and the stored data contents from the time counting unit and the memory unit 109 when power is first applied, and controls the lighting of the security light on the external device controller 106 when it is determined to be the lighting time. Output the signal. That is, the lighting control signal output from the main controller 110 is applied to the external device controller 106, and the external device controller 106 turns on a relay (not shown) to turn on a security lamp, for example, an LED element. Control to turn on.

As described above, the main controller 110 generates a signal for controlling the operation of each part of the auto flashing control device, in addition to outputting a control signal of lighting / turning off to the external device controller 106. Hereinafter, specific control signals generated by the main controller 110 and the operation control contents of the respective units will be described later in the relevant parts.

Meanwhile, the infrared transceiver 101 receives a light modulated infrared signal remotely transmitted by a portable test and a program and transmits it to the main controller 110, or modulates and amplifies a signal from the main controller into an infrared signal for portable testing. And transmit to a program injector.

In particular, the automatic flashing control device of the present invention includes an LCD driver 112 and an LCD module 113 provided in the main controller 110. As such, due to the configuration provided with the LCD module 113, it is easy to recognize the operating state and setting conditions, such as security, etc. from the outside, when the operator performs a predetermined setting operation to the LCD module 113 While checking the displayed contents, you can enter or change the setting conditions such as security. In addition, the LCD driver 112 serves to maintain the voltage level required for the characters to be displayed in order to display the contents to be displayed by the control signal from the main controller to the LCD module 113 optimally.

The automatic flashing control device of the present invention is characterized in that the data of the GPS module 115, which can receive the position, coordinates, and time data of the security lamp and the mobile repeater 220 in FIG. It is characterized by having a bidirectional RF module 117 capable of transmitting and receiving.

4 is a diagram illustrating an internal configuration of the main controller shown in FIG. 1.

The main controller 500 includes a real time clock unit 51 for clocking real time; Setting information (for example, sunrise / sunset time ± offset signal, late night on / off time, password, small group, large group, etc.) for the security light automatic on / off for each security light auto flasher 300a to 300n is stored. The current time (hour / minute / second) information of the day and the sunrise / sunset time information are stored, and when the auto flashers 300a to 300n such as a plurality of security are divided into predetermined groups, the group name and the security belonging to each group A memory 52 in which information of the auto flasher is stored; A GPS module 510 for acquiring position, coordinate and time information; A telephone line interface unit 55 connected to the telephone line; And through the telephone line interface unit 55 and the telephone line through the wired and wireless communication network, the work order for each security light auto flasher (300a ~ 300n) and other setting information for the automatic light / turn off the security light to the mobile repeater 220 side It has a microcontroller 56 that controls to make.

In the operation of the two-way security light remote control device according to an embodiment of the present invention, the communication between the main controller 500 and the mobile repeater 220 through a wired or wireless communication network and the mobile repeater 220 and the respective flashing lights Between the two-way RF communication or infrared communication.

 As described in detail, according to the present invention, since the setting information of the automatic lighting / lighting for each security light can be input remotely through the mobile repeater vehicle, the automatic lighting / lighting setting for the corresponding security light is performed at a long distance. It is easy to do, and control the auto flasher such as security while the vehicle for mobile repeater is moving, so the time and cost required for the inspection and update of the auto flasher such as security is reduced.

On the other hand, the present invention is not limited only to the above-described embodiment, but can be modified and modified within the scope not departing from the gist of the present invention, the technical idea to which such modifications and variations are also applied to the claims Must see

Claims (7)

Multiple security light flashers for updating position, coordinates and time information of security light, transmitting security fault information etc., and automatically turning on and off the security light based on the received information, and the respective security light flashers Portable test and injector that checks for defects through two-way communication with and saves data on the corresponding flasher, and stores the information on the flasher, such as the security, and instructs the flasher. In the two-way security light remote control device provided with a main controller for controlling all the processes related to the automatic lighting / off of each security light flasher by transmitting a through a wired or wireless communication network, The multiple flashers such as security are provided with a two-way RF module to receive and store information and other data necessary for operation, including self coordinates, elevation and time information, and offset values according to sunrise / sunset, and the security itself. Sends data confirming information on abnormality (leakage failure, ballast failure, lamp failure, or normal), and also transmits the information that the received coordinates, elevation and time information have been updated normally. It automatically turns on and off the security light. The portable test and injector includes a bidirectional RF module and a GPS / GS interlocked navigation module (including a GS module and a GIS (GIS) module), and each of the security lamps and the two-way RF communication. Update the correct time of the flasher, set the sunrise / sunset time of the flashlight installation area, and set the coordinates of the spotlight of the flashlight installation point. It is used as a unique label number and as an individual ID during RF communication, and the elevation is automatically calculated and transmitted as an offset value for sunrise / sunset time considering the environment of the installation site. It stores the information and manages the auto flasher such as security in a certain area. The portable test and injector is provided in a mobile repeater means having a communication module capable of data communication through a wired / wireless communication network and equipped with a GS / GS program; And The main controller is installed at the city and district offices (central control unit), and the city and district office (central control unit) is connected to the main controller. The work order data necessary for the operation of the automatic flashers such as the security is transmitted to the mobile repeater means through the wired / wireless communication network, and the patrol contents (bad parts, bad details, repair status, label number, etc.) of the patrol area instructed by the mobile repeater means. ..) and the remote control device, such as two-way security, characterized in that when the offset value changes according to the sunrise / sunset time, the processing contents and other operation data usage information and the acknowledgment message of the mobile repeater means. The automatic flasher of claim 1, wherein the plurality of security flashers include a GPS module to receive and store their own coordinates, elevation, and time information, and to automatically secure the security light based on the received coordinates, elevation, and time information. Two-way security light remote control device, characterized in that to perform the role of turning on and off. According to claim 1, wherein the received information to the municipal office (central control unit) is written on the computer screen for each individual flasher, the details are clicked on the label number or a specific screen of the flasher, such as the failure details, replacement date, installation capacity, etc. Two-way security light remote control device, characterized in that the statement appears with a label number, especially when you click on the point on the map, the security light on the screen is installed. The remote control apparatus according to claim 1, wherein the municipal office (central control unit) notifies the person in charge of a mobile phone in addition to working hours when a defect occurs in an area where the defect contents are important or importantly managed. According to claim 1, The portable test and injection means is mounted on the mobile relay means, the real time clock unit for clocking the real time; A time control section for controlling the real time clock section; A clock oscillator for generating a predetermined clock; Input current time (hour / minute / second) information and sunrise / sunset time information of the day, and setting information for automatic lighting / off of security light (eg sunrise / sunset time ± offset signal, midnight on / off time, password Keyboard for entering small groups, large groups, etc.); A key circuit portion connected to the keyboard; A display controller controlling a display operation of the LCD panel; A data memory in which setting information such as security lamp auto-ON / OFF is transmitted remotely to the security lamp auto-flasher; A bidirectional RF communication (VHF) module for a particular low power radio station for bidirectional communication with a flasher such as individual security; GPS / GS-linked navigation module used for transmitting coordinates, elevation, and time information such as security; Two-way security lamp remote control device comprising a main controller for the overall control of the portable test and the internal components of the injector. 6. The two-way security of claim 5, wherein each of the security flashers transmits a response according to all received contents to the mobile repeater means and performs an automatic response (daylight, short circuit, etc.) when an emergency is required. Etc remote control. 7. The mobile repeater means having the portable test and the injector mounted thereon, receives all the contents of the work instruction of the city and district offices (central control unit), performs the response according to the received contents, and performs the work orders of the city and district office (central control unit). It transmits the result (defect, offset, etc.), other necessary contents and urgent matters, and continuously transmits the exact time of GPS when there is no work instruction of the city and district offices (central control unit). Receive the time to be updated by the flasher, call the automatic flasher such as the nearest security while moving, check for defects, set the sunrise / sunset offset of the season and special area of the city and district offices (central control department), and perform other operations Two-way security light remote control device, characterized in that receiving data.

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