KR100463021B1 - An apparatus for remote controlling a security light - Google Patents

Abstract

The present invention relates to a remote control device for the security light to automatically control the automatic lighting and turn-off of each security light scattered by region, and transmits the setting information for the remotely received security light automatic lighting / off Remotely transmit to the remote control to confirm the accuracy of the received setting information, and when the setting signal for the received setting information is received remotely, the security light is automatically turned on and off based on the received setting information Automatic flashing means such as a plurality of security; Remotely transmitting the setting information on the automatic light on / off of the security light to the respective security light auto flashing means, and applying a setting signal based on the accuracy of the setting information transmitted remotely from the corresponding security light auto flashing means. Portable test and injection means for remote transmission to automatic flashing means such as security; And remotely transmitting the setting information about the automatic light / light off of the security light to the respective security light auto-flashing means through a wireless call network, and transmitting the remote feedback from the corresponding security light auto-flashing means through the wireless call network. Based on the accuracy of the setting information, the main control means for remotely transmitting the setting signal to the corresponding flashing means such as the security, so that the repair or maintenance personnel can not reach the key box of each system such as security. There is an effect that can easily set the automatic light / turn off for the security light.

Description

An apparatus for remote controlling a security light}

The present invention relates to a remote control device such as security, and more particularly to a remote control device such as a security to remotely control the flashing operation such as security.

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 security time is automatically turned on when the sunset time is set by setting the sunrise time and the sunset time, and the security light is automatically turned off when the sunrise time is reached. That's the 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 this is different 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.

The present invention has been proposed to solve the above problems, and an object of the present invention is to provide a remote control device, such as a security to remotely automatically control the automatic lighting and turn off for each security light scattered by region.

1 is a block diagram of a remote control device, such as security according to an embodiment of the present invention,

Figure 2 is an internal configuration of the portable test and injector shown in Figure 1,

3 is an internal configuration diagram of a security lamp flasher shown in FIG. 1;

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

※ Explanation of code for main part of drawing

10: portable test and injector 11: real-time clock section

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

30a to 30n: Automatic flasher for security light 31: Infrared receiver

32: infrared buffer and amplifier 33: serial interface

34: RF front-rear 35: A / D converter

36: Flex Decoder 37: Clock Oscillator

38: real time clock section 39: data memory

40: sense amplifier 41: input and output interface unit

42: drive unit 43: display element

44: infrared transmitter 45: main controller

50: main controller 51: real time clock section

52: memory 53: RF receiver

54 flex decoder 55 telephone line interface

56: microcontroller

In order to achieve the above object, the security lamp remote control apparatus according to a preferred embodiment of the present invention, by remotely transmitting the setting information for the automatic light / turn off the security light received remotely to the corresponding transmission device; A plurality of security light automatic flashing means for confirming the accuracy of the received setting information, and automatically turns on and off the security light based on the received setting information when the setting signal for the received setting information is received remotely. ; Remotely transmitting the setting information on the automatic light on / off of the security light to the respective security light auto flashing means, and applying a setting signal based on the accuracy of the setting information transmitted remotely from the corresponding security light auto flashing means. Portable test and injection means for remote transmission to automatic flashing means such as security; And remotely transmitting the setting information about the automatic light / light off of the security light to the respective security light auto-flashing means through a wireless call network, and transmitting the remote feedback from the corresponding security light auto-flashing means through the wireless call network. Main control means for remotely transmitting the setting signal to the automatic flashing means, such as security, based on the accuracy of the setting information.

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

1 is a block diagram of a remote control device for the security light according to an embodiment of the present invention, by remotely transmitting the setting information for the automatic light / turn off the security light received remotely to the corresponding transmission device to the received setting A plurality of security lamps flashers 30a to 30n to check the accuracy of the information and automatically turn on and off the security lights based on the received setting information when a setting signal for the received setting information is received remotely. ); The remote control unit transmits the setting information about the automatic light on / off of the security light to each of the security light auto flashers 30a to 30n, and the remote feedback transmission from the corresponding security light auto flasher (one of 30a to 30n). A portable test and injector 10 for remotely transmitting a setting signal to a corresponding security flasher (one of 30a to 30n) based on the accuracy of the information; And remotely transmitting setting information about the security light auto on / off to each of the security light auto flashers 30a to 30n through a wireless call network (not shown), and selecting one of the security light auto flashers 30a to 30n. A main controller 50 for remotely transmitting the setting signal to the corresponding security flasher (any one of 30a to 30n) based on the accuracy of the setting information transmitted remotely via the wireless call network. .

Here, communication between the respective automatic light flashers 30a to 30n and the portable test and injector 10 is performed using infrared rays. The portable test and injector 10 is a device for personnel performing repair or management. When the portable test and injector 10 is used, the portable test and injector 10 is located near the auto flasher (any one of 30a to 30n). Go ahead and enter the setting information. This is different from the conventional repair or maintenance personnel directly touching the system such as security, in the present invention is to operate the keyboard installed in the portable test and injector 10 to enter the setting information.

On the other hand, the main controller 50 is installed in a ward office or an independent building, and divides the plurality of security light flashers 30a to 30n into predetermined groups and sets information on automatic lighting / light off for each group. Can be remotely transmitted through a wireless call network (not shown).

FIG. 2 is an internal configuration diagram of the portable test and injector 10 shown in FIG. 1.

The portable test and injector 10 includes a real time clock unit 11 for clocking 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 30a to 30n. 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 30a to 30n. Input current time (hour / minute / second) information and sunrise / sunset time information of the day, and setting information (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 light automatic on / off transmitted remotely to the security light auto flasher 30a to 30n; A communication control unit 21 for controlling infrared communication with the automatic flashers 30a to 30n such as the security; An infrared transmitter 22 for optically modulating the infrared signal output from the infrared buffer and amplification unit 15 and remotely transmitting it to the security lamp auto flashers 30a to 30n; And a main controller 23 for overall control of the portable test and the internal components of the injector 10.

FIG. 3 is a diagram illustrating an internal configuration of the auto flasher 30a to 30n shown in FIG. 1.

Each of the security lamps flashers 30a to 30n includes an infrared receiver 31 which receives and detects a light modulated infrared signal remotely transmitted from the portable tester and the injector 10; An infrared transmitter 44 for transmitting the optically modulated infrared signal to the portable test and injector 10; An infrared buffer and amplifying unit 32 for buffering the infrared signal detected by the infrared receiving unit 31 and amplifying the infrared signal to be remotely transmitted to the portable test and injector 10; A serial interface unit 33 provided between the infrared buffer and amplifying unit 32 and the main controller 45 for overall control of the internal components; Receives a radio call signal (ie, pager signal) from the main controller 50 through an internal antenna ANT, and internally generates a radio call signal (ie, pager signal) through its internal antenna ANT. RF front-rear end 34 for transmitting to the main controller 50 side; A / D conversion of the radio call signal (ie, pager signal) input through the RF front-end part 34, and the radio call to be transmitted to the main controller 50 side through the RF front-end part 34. An A / D converter 35 for A / D converting a signal (ie, a pager signal) and outputting the A / D converter to the RF front-end part 34; The digital signal inputted through the RF front-rear end 34 and the A / D converter 35 is decoded, the command and data input from the main controller 45 are decoded, and the A / D converter 35 is decoded. A flex decoder 36 which is sent to the RF front-rear end 34 through the apparatus; A clock oscillator 37 for generating a predetermined clock; A real time clock unit 38 for clocking real time; Data memory 39 for storing setting information (e.g., sunrise / sunset time ± offset signal, late night on / off time, etc.) of the security light automatically for the corresponding security light auto flasher (any one of 30a to 30n). ; Sense amplifier 40 for driving a security light (not shown), and detects the amount of power supplied to the security light and transmits a warning signal to the main controller 45 through the input / output interface 41 when the amount of power supplied to the security light is greater than or equal to a predetermined value. ); And a driving unit for driving the relay RL and the display element 43 which block the driving operation of the sense amplifier 40 based on the driving control signal from the main controller 45 input through the input / output interface 41. (42) is provided.

Here, the main controller 45 checks whether there is an abnormality in security or the like based on a signal from the sense amplifier 40 inputted through the input / output interface 41, and the abnormal state of the security has elapsed for a predetermined time. In this case, a drive control signal for turning off the relay RL and a drive control signal for causing the flashing speed of the display element 43 to be different from the previous flashing speed are transmitted through the input / output interface 41 of the drive unit 42. Send to

The main controller 45 sends a radio call informing the main controller 50 of the abnormality when the security or the like has occurred.

In addition, the main controller 45 mounted in each of the auto flashers 30a to 30n such as the security has a unique CAP code. Accordingly, when the main controller 50 makes a wireless call, the CAP code corresponding to the auto flasher, which is the receiving side, is sent along with the main controller 50, so that the mains mounted on the auto flashers 30a to 30n of the respective security lamps are sent. The controller 45 only receives the radio call signal carrying the same CAP code as its own CAP code. In addition, the main controller 50 also checks the CAP code included in the radio call signal from the auto flasher 30a to 30n of the respective security lamp to determine which security lamp is transmitted from the autoflasher.

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

The main controller 50 includes a real time clock unit 51 for clocking real time; Setting information (eg, 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 30a to 30n 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 30a to 30n such as a plurality of security are divided into predetermined groups, the group name and the security belonging to each group A memory 52 storing information (including a CAP code) of an auto flasher; An RF receiver 53 for receiving a radio call signal (ie, pager signal) remotely transmitted from each of the security flashers 30a to 30n through an internal antenna ANT; A flex decoder 54 for decoding the radio call signal received by the RF receiver 53; A telephone line interface unit 55 connected to the telephone line; And through the telephone line interface unit 55 and the telephone line, setting information for automatically turning on / off the security lamp of each security lamp auto flasher 30a to 30n via a wireless call network to be remotely transmitted to the security lamp auto flasher side. The microcontroller 56 determines whether the remotely transmitted setting information is correct based on the received wireless call signal provided from the flex decoder 54 and controls the setting signal for the remote signal to be remotely transmitted to the corresponding security flasher. It is provided.

Next, the operation of the remote control device, such as security according to an embodiment of the present invention.

First, the operation between the main controller 50 and the respective auto flashers 30a to 30n such as security will be described.

In the main controller 50, setting information such as the security light automatic on / off for each security light flasher 30a to 30n (e.g., sunrise / sunset time ± offset signal, midnight on / off time, password, small group, large group) Etc.) is transmitted via the telephone line interface unit 55 to the corresponding security lights flashers 30a to 30n via a wireless call network. Of course, if necessary, the current time (hour / minute / second) information and the sunrise / sunset time information (offset and regional information) of the day may be transmitted together with the setting information of the automatic lighting / light off of the security lamp.

Accordingly, the main controller 45 of each of the security lamps flashers 30a to 30n includes the internal antenna ANT, the RF front-rear end 34, the A / D converter 35, and the flex decoder 36. The A / D converter 35, the RF front-rear end 34, and the internal antenna ANT are inquired again to inquire whether the correct setting information is received for the input signal (including the CAP code) through the Remote transmission to the main controller 50 side through.

The microcontroller 56 of the main controller 50 has a radio call signal (RF signal) which is remotely fed back from its respective flashing lights 30a to 30n such as an internal antenna ANT and an RF receiver 53 and When input via the flex decoder 54, setting information suitable for the respective security light flashers 30a to 30n is properly received on the basis of the radio call signals from the respective security light flashers 30a to 30n. Judge.

When the setting information suitable for the respective auto flashers 30a to 30n is properly received, the microcontroller 56 of the main controller 50 uses the wireless call network through the telephone line through the telephone line interface unit 55. To transmit the setting signal to the corresponding security flasher 30a to 30n.

The main controller 45 of each of the security lamp flashers 30a to 30n that has received the setting signal stores the setting information of the security lamp automatic on / off currently received by the security lamp in the data memory 39 and stores the stored information. The security lamp is automatically turned on / off based on the setting information.

This time, the operation between the portable tester and the injector 10 and the respective auto flashers 30a to 30n will be described.

Repair or management personnel go to the vicinity of the security light flasher (30a to 30n; hereinafter referred to as 30a) to input the setting information of the security light automatic on / off and operate the keyboard 16 to operate the corresponding security light flasher. Input setting information such as auto on / off for (30a). Of course, if necessary, the current time (hour / minute / second) information and the sunrise / sunset time information (offset and regional information) of the day may be input, in addition to setting information such as automatic lighting / lighting off of the security lamp.

The setting information such as automatic on / off of the security lamp flasher 30a input as described above is remotely transmitted to the security lamp flasher 30a through the infrared transmitter 22.

The main controller 45 of the auto flasher 30a, such as the security, decrypts the setting information remotely received, and then again checks whether or not the received setting information is received based on the decrypted result. 44) and remote transmission to the handheld test and injector 10.

The main controller 23 of the portable test and injector 10 controls the display controller 18 to control the remote feedback signal through the infrared receiver 14, the infrared buffer and amplifier 15, and the communication controller 21. Display on the LCD panel 19.

Accordingly, the repair or management personnel checks whether the report information displayed on the LCD panel 19 is correct to the setting information sent to the security flasher 30a.

As a result of the check, if the setting information sent to the corresponding security flasher 30a is correct, the repair or management personnel manipulates the keyboard 16 of the portable test and injector 10 to set the setting signal to the security flasher 30a. To).

The main controller 45 of the security lamp auto flasher 30a which has received the setting signal stores the setting information of the security lamp automatic on / off currently received by itself in the data memory 39 and based on the stored setting information. To turn on / off the security light automatically.

According to the present invention as described in detail above, it is possible to remotely input the setting information of the automatic lighting / lighting for each security light, so that the repair or management personnel can be remotely without going to the key box of each security light system There is an effect that can easily set the auto ON / OFF for the corresponding security light.

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 (6)

delete delete Remotely transmitting the setting information on the automatic light on / off of the security light received remotely to the corresponding transmission device to check the accuracy of the received setting information, and the setting signal for the received setting information is remote A plurality of security light auto-flashing means for automatically turning on and off the security light on the basis of the received setting information; Remotely transmitting the setting information on the automatic light on / off of the security light to the respective security light auto flashing means, and applying a setting signal based on the accuracy of the setting information transmitted remotely from the corresponding security light auto flashing means. Portable test and injection means for remote transmission to automatic flashing means such as security; And The setting to remotely transmit the setting information for the security light automatic on / off to the respective security light automatic flashing means through a wireless call network, and the remote feedback transmission from the corresponding security light auto flashing means through the wireless call network A remote control device such as a security having a main control means for remotely transmitting the setting signal to the corresponding security flashing means based on the accuracy of the information, The main control means, the setting information for the automatic light on / off of the security light of the respective security light automatic flashing means is stored, the current time information and sunrise / sunset time information of the day is stored, the plurality of security lights flashing automatically A memory in which information of the auto-flashing means such as group name and security belonging to each group is stored when the means is divided into predetermined groups; A reception decoding unit for receiving and decrypting a radio call signal remotely transmitted from each of the security lamps and the like; A telephone line interface unit connected to the telephone line; And remotely transmitting setting information for automatically turning on / off the security light of each of the security light auto flashing means through the telephone line interface unit and the telephone line to the corresponding security light auto flasher side, and receiving the decoding unit. Security light remote, characterized in that it comprises a micro-controller to determine the accuracy of the setting information transmitted remotely based on the received wireless call signal provided from the control signal so that the setting signal for the remote transmission to the corresponding security flashing means Control unit. The method of claim 3, wherein The main control means, the security lights, characterized in that the automatic flashing means for dividing the plurality of security lamps into a predetermined group for remote transmission of the setting information, such as security lamps automatically turn on / off for each group through the wireless call network Etc remote control. delete Remotely transmitting the setting information on the automatic light on / off of the security light received remotely to the corresponding transmission device to check the accuracy of the received setting information, and the setting signal for the received setting information is remote A plurality of security light auto-flashing means for automatically turning on and off the security light on the basis of the received setting information; Remotely transmitting the setting information on the automatic light on / off of the security light to the respective security light auto flashing means, and applying a setting signal based on the accuracy of the setting information transmitted remotely from the corresponding security light auto flashing means. Portable test and injection means for remote transmission to automatic flashing means such as security; And The setting to remotely transmit the setting information for the security light automatic on / off to the respective security light automatic flashing means through a wireless call network, and the remote feedback transmission from the corresponding security light auto flashing means through the wireless call network A remote control device such as a security having a main control means for remotely transmitting the setting signal to the corresponding security flashing means based on the accuracy of the information, The automatic flashing means for each of the security, the infrared receiving unit for receiving and detecting the optically modulated infrared signal transmitted remotely from the portable test and injection means; An infrared transmitter for transmitting the optically modulated infrared signal to the portable test and injection means; An RF front-rear end for receiving a radio call signal from the main control means through an internal antenna and transmitting an internally generated radio call signal to the main control means through the internal antenna; A signal decoding and transmitting unit for decoding the radio calling signal inputted through the RF front end and the rear end and sending the radio call signal to be fed back to the main control means to the RF front end and the rear end; A driving unit for driving security lights; And a main controller which controls the operation of the internal components as a whole.