KR100361214B1 - Remote Control System for Street Lightings - Google Patents

Abstract

The present invention collects the control of lamps (street lamps, security lamps, etc.) lamps from the remote site and collects the damaged state of the lamps to achieve economical use of the lamps, and at the same time, accurately grasp the location of the lamps where the damages are generated and take appropriate measures. The present invention relates to a bidirectional control system for remote lighting. The two-way remote control system for controlling the remote control system directly transmits at least one or more lights through a base station relay network, and transmits predetermined information to the main control device, and receives abnormality information such as at least one or more lights formed in group units. Two-way communication of the final information by transmitting a small output wireless signal by the relay relay function of the first and second groups of lamps arranged at least one to transmit abnormality presence information to the 1,2 information set receiver and the first information set receiver. We include lighting to say. Accordingly, the remote control of lighting and turning off the lamp makes good and convenient use, and the relay relay function using bi-directional communication provides the control management room with the coded information indicating the status of the ballast and the lamp lamp and the location of the lamp in which the defect has occurred. Therefore, the ballast and / or lamp lamp of the lamp in which the failure is generated can be quickly and appropriately, there is an effect of minimizing unnecessary manpower and waste of time.

Description

Remote Control System for Street Lightings

The present invention relates to a two-way control system for lighting, and more specifically, to control the lighting (street lights, security lights, etc.) lamps and remotely burned state of the lamp at a remote location by a wireless communication network to achieve economical use of lights and at the same time burnout occurs. The present invention relates to a two-way control system for a remote lamp that accurately locates a lamp and takes appropriate measures.

Generally, a lighting lamp is a kind of electric device that illuminates a dark place, and is manufactured and arranged or installed in various forms, ranging from small things such as electricity, electronics, streets, and mines to specific features.

Here, the lighting and security light as an example, using a light sensor to determine the brightness of the light and the lighting method of the lighting and security light by using an illuminance light sensor that is turned on in the dark, the light is turned off, or by date of the year There is a timer method that controls the flashing according to the time of the built-in clock IC while preserving the dot / light off time data in advance.

The illuminance light sensor method frequently malfunctions because the amount of dust or dust floating in the air due to air pollution does not measure the amount of light properly, and the timer method cannot correct the date and time and depends on manpower. There is a problem of excessive manpower that requires a time reset on the controller when the date and time correction occurs.

In order to compensate for the above disadvantages, a radio remote control method for receiving an RF radio signal transmitted from a remote place and controlling a flashing light according to a command thereof has been proposed. However, the RF wireless communication method requires a plurality of transmitters and repeaters separately located at a remote place. Excessive cost burden to be installed and hassle and inconvenience to send correction data periodically for date and time correction.

In addition, the conventional lighting control system is to be able to control the flashing of the lighting selectively or at a desired time. The main controller transmits the control signal including the area code wirelessly, receives it from the lighting controller, compares whether the area code included in the control is the same as its area code, and analyzes consecutive control data in the same case. To control the lighting fixtures.

However, in such a lighting controller of the conventional lighting control system, it is possible to remotely control the lighting fixtures, but there is a problem in that it is not possible to remotely control the overall state of the lamps, ballasts, igniters, etc. .

In order to solve this problem, there is a device for collecting failure information of a lamp by using a power line in the related art, but it is not possible to block the high frequency noise generated by the lights of the lamp, so that it shares the power line with the lamp. Since there was a problem of affecting the noise of other loads and using a general ballast having a fixed load power consumption, only on / off control of the flashing light is possible, and depending on the situation, for example, traffic of a person or a vehicle This is a power saving control that maintains the minimum illuminance without inconvenience in traffic when the night time zone or the external illuminance is low, there is a problem that can not reduce the power consumption of the lamp.

The present invention was created in order to solve the above problems, the relay relay function using the two-way communication to determine whether the abnormality of the normal or bad lights (such as street lights, security lights, etc.) in itself, and then this information It transmits to the control room by using the low power radio signal, so that the ballast and lamp lamps are burned out and the location of the lamps are correctly recognized so that the trouble state of the receiver can be checked. It is to provide two-way control system such as remote lighting that can minimize unnecessary manpower and time waste.

Technical features of the present invention for achieving the above object, in a system for remotely controlling a lighting (street lights, security lights, etc.) using a base station relay network, remote control by directly transmitting at least one or more lights through the base station relay network A first and second information set receivers for transmitting the predetermined information to the main control device and receiving at least one abnormality information such as illumination formed in at least one group unit, and for transmitting abnormality information to the first information set receiver. At least one of the first and second groups of lamps include a lamp for two-way communication of the final information by transmitting a small output radio signal to the relay relay function.

Here, the first and second group lighting lamps are relayed in one of forward and reverse directions. The main controller stores a code in which the information obtained through the base station relay network is calculated in the first and second information set transmitters in the control management room.

The code preferably consists of at least seven digit identifiers.

1 is an overall configuration diagram of a bidirectional control system according to the present invention,

2 is a block diagram of a bidirectional control system according to the present invention.

<Description of Symbols for Main Parts of Drawings>

100,100 n; First group lighting lamp 200,200 n; Second military lighting

110; A first information set transmitter 220; Second Information Set Transmitter

300; Main controller 400; Base station relay network

500; Control management office

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

1 is an overall configuration diagram of a bidirectional control system according to the present invention, Figure 2 is a block diagram of a bidirectional control system according to the present invention.

1 and 2, the remote control lamp bidirectional control system of the present invention, and the first information set transmitter 110 for receiving and processing the data transmitted from the lamp 100 belonging to the first group (100n) remotely; A second information set transmitter 220 for receiving and processing data transmitted from the lamps 200 and 200 n belonging to the second group, the first information set transmitter 110 and the second information set transmitter ( It comprises a base station relay network 400 for supplying the output signal of the 220 to the main controller 300 remotely.

Here, the first information set transmitter 110 and the second information set transmitter 220 include a conventional technical configuration. In the embodiment of the present invention, the first group and the second group have been described as an example, but the present invention is not limited thereto, and may include two or more groups.

The sensing signal transmitted through the base station relay network 400 is supplied to the control management room 500 through the main controller 300.

2 is a block diagram showing a configuration of a bidirectional control system for a remote lighting lamp according to an embodiment of the present invention, the main controller 300, the communication unit 320, the first and second information aggregate transmission apparatus 110, 220, It consists of 1, 2 groups of lighting lamps 100, 100n, 200, and 200n.

Here, the main controller 300 outputs a control signal for operating the lamps 100, 100n, 200, and 200n according to predetermined data stored in advance, and the ordinary calendar and time data are stored. have.

In addition, the communication unit 320 is provided to enable two-way wired and wireless communication, and in response to the main control device 300, a state and a defect such as a ballast and a lamp of the lamps 100, 100n, 200, and 200n occur. The positions of the first and second groups of lamps 100, 100n, 200, and 200n are transmitted to the control management room 500 through the base station relay network 400.

The first and second information aggregation transmitters 100 and 220 are provided to enable two-way wired and wireless communication, and the first and second groups of lamps 100, 100n, 200, and 200n are normal or not. The information obtained after the diagnosis of an abnormality such as a failure by itself is transmitted to the control management room 500 through the base station relay network 400 using a small output wireless signal.

The first and second groups of lamps 100, 100n, 200 and 200n are formed of at least one group and formed of a first group and a second group, and may form a plurality of groups. In addition, the lamps 100, 100n, 200, and 200n are relay relay functions using two-way communication to diagnose whether the lamps are normal or bad, and use the low power wireless signal to transmit the first and second information set transmitters 110. The relay relay of the lamps 100, 100n, 200, and 200n receives information from the receivers of other lamps 100n and 200n in close proximity, and the number of the receiver and the defective location are transmitted to the 220. The relay relay of the lamps 100, 100n, 200, and 200n is performed in one of forward and reverse directions.

Based on the receivers of the lamps 100, 100n, 200, and 200n, the final information obtained by relaying a small output radio signal is relayed to the base station relay network 400 through the first and second information aggregation transmitters 110 and 220. The necessary data is sent from the main control device 300 to the control room 500 through the control unit, and the necessary data is stored in the computer. do.

Information transmitted and received based on the receivers of the lamps 100, 100n, 200, and 200n is represented by a seven-digit code.

That is, 0000000 ; 1, 2 digits are group number, 3, 4 digits are individual number, 5, 6, 7 digits are indicated by fault code.

The remote lighting system bidirectional control system configured as described above is operated while the main controller 300 is connected to the control management room 500 to generate a control signal for turning on and / or turning off the lighting lamp according to a transmission condition of various data previously inputted. Through the base station relay network 400 to send to the first and second groups of lamps 100, 100n, 200, 200n to achieve a control state.

Here, the process of generating the control signal of the main controller 300 according to the time data is operated in the same manner as the normal process, and thus the detailed description thereof will be omitted.

The control signal of the main controller 300 is sent to the first and second groups of lamps 100, 100n, 200, and 200n through the local relay network 400, and the lamp 100 is controlled according to the control signal. The driving signals for turning on or off the (100n) (200) and (200n) output and the lamps (100) (100n) (200) (200n) receiving the driving signals are turned on or off.

Receivers using bidirectional communication for diagnosing abnormalities of the lamps 100, 100n, 200, and 200n are installed in the lamps 100, 100n, 200, and 200n, and respective lamps 100. (100n) (200n, 200n) is a relay relay function using two-way communication to determine whether or not the abnormality, such as security or normal, such as security lamps on their own, and then the information obtained here by using a small output radio signal to approach other lights ( 100n) and 200n, and again receive information from the lamp receiver in close proximity by the same relay relay function, and the information containing the number of the receiver and the defective part to the receiver of the lamp (100n) 200n again. Send.

The relay relay proceeds in one of the forward and reverse directions, and then receives the final information from the final lamp 100 and 200 and transmits the first and second information set transmitters 110 and 220 to the first and second information set transmitters. Information set transmitter 110, 220 is sent to the main control unit 300 through the base station relay network 400, the main control unit 300 determines the received information to be stored in the control management room 500, the data management The operator can take action after checking the defective state of the trouble spot receiver.

Here, the information stored in the control management room 500 is represented by a seven-character code and the identification scheme is shown in Table 1.

Table 1

division Identification code group Individual number Receiver status Case 1 1001000 A group 01 Normal operation Case 2 0101000 B group 01 Normal operation Case 3 0101001 B group 01 Ballast failure Case 4 0101010 B group 01 Contour Case 5 · · · Input power failure Case 6 · · · Transmitter failure

Therefore, the operator who has been instructed by the operator should properly and promptly deal with ballasts and lamps, etc., of defective lamps, so as to always use the lamps and their accessories in normal condition.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the spirit and scope of the present invention.

As described above, the two-way remote control lamp control system according to the present invention is a relay relay function using a two-way communication to achieve a good and convenient use by remotely controlling the lighting and turning off the lighting of the ballast and lamps such as the state of the ballast and lamp Since the coded information indicating the location is provided to the control office, the ballast and / or the lamp of the defective lamp can be promptly and properly disposed of, and the unnecessary manpower and time waste can be minimized.

Claims (4)

In the system that remotely control the lighting (street lights, security lights, etc.) using a base station relay network, A main control device for remotely controlling at least one lamp by directly transmitting the at least one lamp through a base station relay network; First and second information set receivers configured to send predetermined information to the main controller and receive abnormality information such as lights formed in at least one group; The first and second groups of lamps arranged in at least one or more to transmit the abnormality information to the first information set receiver comprises a lamp for transmitting a small output wireless signal to the relay relay function to communicate the final information in both directions. Two-way control system for remote lighting. The method of claim 1, And the first and second group lightings are relayed in one of forward and reverse directions. The method of claim 1, The main control device is a remote lighting system, characterized in that the first and second information set transmitter stores a code for calculating the information obtained through the base station relay network in the control management room. The method of claim 3, wherein The code is a remote lighting two-way control system, characterized in that consisting of at least seven digit identification code