KR101165364B1 - Rf control management system for equipment of apartment by - Google Patents

Abstract

The present invention relates to a wireless control system for underground parking facilities of a multi-unit house, and includes a Zigbee wireless communication device in each parking lot luminaire for vehicle induction and dimming control of a parking lot of a multi-unit house, and a vehicle having a one-pass card is stored in the parking lot. The purpose of this is to detect this when coming in and automatically control the lighting of the parking lot according to the movement of the vehicle so that the brightness of the lighting is automatically dimmed only in the moving direction of the vehicle.
An object of the present invention is to receive the RFID signal transmitted from the one-pass tag of the vehicle as the vehicle is permitted to enter the apartment house enters the parking lot and transmits to the control server through a repeater, corresponding to the corresponding RFID signal from the control server A plurality of parking lot luminaires for guiding the moving paths by adjusting the brightness of each parking lot luminaire located in the moving path to the parking area set according to the registered information of the vehicle; As the emergency bell RFID signal of the user is received from the predetermined parking lot luminaire, the direction of the shooting is directed to the parking lot luminaire position where the emergency call RFID signal is received by the control of the control server receiving the parking lot position data and emergency call data through the repeater. A plurality of surveillance cameras moving; And an elevator controller for calling an elevator to a floor where a user corresponding to an RFID signal received from a control server is received as an RFID signal is received from an RF tag of a user one pass card received by the predetermined parking lot luminaire. It features.

Description

Wireless Control System for Underground Parking Facilities in Apartment Buildings {RF Control Management System for Equipment of Apartment by}

The present invention relates to a system for the integrated management of the facilities of the apartment house, using a wireless control method such as Zigbee (Zigbee) parking lot lighting facilities, surveillance cameras (CCTV), emergency bells, entrance doors, elevators, etc. The present invention relates to a wireless control system of an underground parking lot facility for an integrated control of apartment buildings.

In general, multi-unit housing such as apartments, officetels, multi-purpose residential facilities, and the like have various facility management systems built in order to provide convenience to the occupants or vehicles or persons permitted to enter.

In particular, the integrated management system of facilities for multi-unit housings includes a parking lot light control system for controlling a plurality of lights installed at the entrance of the parking lot entrance control room and the indoor parking lot to control vehicle access, an entrance control system installed at an entrance or an entrance, and an elevator. It provides the convenience, security and safety of tenants such as control system and CCTV control system installed in parking lot or entrance.

A light control device installed in a conventional building is disclosed in Korean Patent Publication No. 10-2010-0039047 (light control device and method for easy arrangement) as shown in FIG.

 1 is a block diagram of a light control device according to the prior art, which is provided with a plurality of switches and can set the lights to turn on / off each switch, if any switch on / off turn on the lights set on the switch A central switchbox communicating wirelessly to turn on / off; It has a unique address for distinguishing each lamp to be controlled, and includes a light control module for controlling the on / off of each lamp arranged in the space by wirelessly communicating with the central switch box. The lights are connected in common and the central switch box and the light control module communicate wirelessly to control on / off of each light.

The prior art configured as described above is a central control system configured to remotely switch on / off a plurality of lights by a wireless communication method in a central switch box. There was a problem requiring a separate system and administrator.

Therefore, the present invention is to improve the problems of the prior art, provided with a ZigBee wireless communication device in each of the dimming controllable parking lot luminaires for vehicle induction of the parking lot of the apartment house, when the vehicle having a one pass card enters the parking lot It is an object of the present invention to provide a wireless control system of an underground parking lot of a multi-unit house that detects and automatically controls the lighting of the parking lot according to the movement of the vehicle so that the brightness of the lighting is automatically dimmed only in the direction of movement of the vehicle.

Another object of the present invention is to recognize the RF tag of the one-pass card of the vehicle or person entering the apartment house, as well as automatically opening and closing the door, calling the elevator, each monitoring camera installed when pressing the emergency bell provided in the one-pass card ( It aims to automatically control the shooting direction of CCTV) to the position where the emergency bell transmission signal is generated.

Wireless control system of a multi-unit underground parking lot facility for achieving the object of the present invention is a control server for managing and controlling each luminaire, surveillance camera or elevator installed in the facility, including parking lot, pedestrian passage, doorway, elevator of the apartment house, In the wireless control system of the underground parking lot facilities of the multi-unit house, which has a wired communication with the control server, and a repeater for transmitting and receiving a radio signal for controlling each of the facilities by a wireless control method, the vehicle allowed to enter the apartment house Receives the RFID signal transmitted from the RF tag of the vehicle provided in the vehicle as the parking lot is entered, and transmits the vehicle specific data to the control server through the repeater in the ZigBee communication method, and corresponds to the vehicle specific data from the control server Each state located in the route to the parking area set in accordance with the registered vehicle information A plurality of parking lamp for guiding the movement route and controls the illumination of the lamp field; As the emergency call RFID signal is received from the user's one pass card in the predetermined parking lot luminaire, the emergency call RFID signal is received under the control of the control server that receives the parking lot luminaire location data and emergency call data through a repeater. A plurality of surveillance cameras moving the photographing direction to the parking lot luminaire location; And an elevator control unit for calling the elevator to the floor where the received one pass card is located in the control server as the RFID signal of the user one pass card received by the predetermined parking lot luminaire is received.

Here, each parking lot luminaire includes an RFID reader for receiving an RFID signal from an RF tag of the vehicle and a one pass card; A Zigbee communication unit for transmitting and receiving Zigbee communication data with another adjacent parking lot luminaire or repeater; Receives data of the vehicle or one pass card received through the RFID reader, transmits the data received through the Zigbee communication unit as Zigbee communication data, and receives the radio control signal from the other parking lot light or repeater to control the lighting A microprocessor for outputting a signal; And a dimming controller configured to control a power supply by controlling the microprocessor to adjust brightness of a corresponding lamp.

The wireless control system of the underground parking lot facilities of the multi-unit house according to the present invention recognizes the vehicle by the ZigBee wireless communication method installed in the parking lot luminaire, and adjusts the brightness of the parking lot luminaire on the way to the designated parking position or the empty parking position more brightly. It is possible to induce the vehicle to the parking position by using the luminaire, so that the driver feels the convenience, and lowers the brightness of the entire parking lot to the power saving mode, and selects only the necessary luminaire to brighten the brightness when the parking guidance is required. There is an effect to save power.

In addition, when the emergency call key is input from the RF tag of the vehicle or the user's one pass card, the generated RFID signal is received by the RFID reader of the nearest luminaire and transmitted to the control server through the Zigbee communication network, and the surrounding server is monitored by the control server. Since the shooting position of the camera moves to the position where the emergency call key is input, the blind spot of the surveillance camera can be eliminated, and the emergency situation can be quickly responded to.

1 is a block diagram of a light control device that is easy to arrange the arrangement according to the prior art,
2 is an overall configuration diagram of a wireless control system for underground parking facilities of multi-unit houses according to an embodiment of the present invention,
3 is a schematic block diagram of the parking lot luminaire of FIG. 2.

Referring to Figures 2 and 3 attached to the wireless control system of a multi-unit underground parking facility according to the present invention will be described in detail as follows.

First, in the underground parking lot of a multi-unit house, a plurality of parking lot luminaires for parking lot lighting, surveillance cameras and elevators for the safety and security of vehicles and residents are installed. Administrative control.

FIG. 2 is an overall configuration diagram of a wireless control system of an underground parking lot of a multi-unit house according to an exemplary embodiment of the present invention, and manages each luminaire, a surveillance camera, or a lift installed in a facility including a parking lot, a pedestrian passage, an entrance, and a lift of the multi-unit house Control server 200 to control, the wired communication with the control server 200, a repeater 210 for transmitting and receiving a radio signal for controlling each facility in a ZigBee communication control method and the apartment house Receiving the RFID signal transmitted from the RF tag of the vehicle provided in the vehicle as the vehicle is permitted to enter the parking lot and transmits the vehicle ID data to the control server 200 through the repeater 210 in a ZigBee communication method. In the control server 200, a pair of lighting fixtures 110 to 140 located in a moving path to a parking area set according to the registration information of the vehicle corresponding to the vehicle ID data. A plurality of parking lot luminaires 110 to 140 to guide the movement path by adjusting the brightness, and the corresponding parking lot luminaire 120 position data as emergency call RFID signal of the user one pass card is received from the predetermined parking lot luminaire 120. And a plurality of surveillance cameras 150 moving the photographing direction to the parking lot luminaire 120 where the emergency call RFID signal is received by the control of the control server 200 receiving the emergency call data through the repeater 210. And an elevator signal to the floor of the user location corresponding to the received RFID signal by the control server 200 as the RFID signal of the user one pass card 102 received from the predetermined parking lot luminaire is received. The elevator control unit 220 is configured to.

Here, the one-pass tag is a tag having a transmission method to transmit the RFID signal to the parking lot light fixtures 110 to 140 operating within a predetermined range, the vehicle RF tag mounted on the vehicle or the one-pass card type user can carry. Card 102, the one-pass card 102 is provided with an emergency button is possible to generate an emergency RFID signal.

FIG. 3 is a block diagram of each parking lot luminaire 110-140 of the adjacent parking lot luminaire 110-140, wherein each parking lot luminaire is an RFID reader for receiving an RFID signal from an RF tag of a vehicle and a one-pass card. 116, ZigBee communication unit 111 for transmitting and receiving ZigBee communication data with another adjacent parking lot luminaire or repeater, and data of vehicle 101 or one pass card 102 received through RFID reader 116. A microprocessor for receiving and transmitting and receiving ZigBee communication data through the ZigBee communication unit 111, and receiving a wireless control signal from the other parking lot lamps 110 to 140 or the repeater 210 to output an illumination control signal ( 112 and the dimming control unit 114 to control the power supply by controlling the microprocessor 112 to adjust the brightness of the lamp 115, and converts the input AC power to direct current to drive the lamp 115 I'm A is composed of a power supply 113 for supplying.

Here, the repeater 210 can be installed in each zone or each floor of the basement, each repeater 210 transmits and receives data through the wired communication with the control server 200.

The detailed operation of the wireless control system of the underground parking lot facilities of multi-unit houses according to the embodiment of the present invention configured as described above will be described in detail as follows.

2 is an overall configuration diagram of a wireless control system of an underground parking facility of a multi-unit house according to an embodiment of the present invention. First, when a vehicle enters a parking lot of a multi-unit house, the parking lot luminaire 110 installed at the entrance of the parking lot is connected to the vehicle 101. The RFID signal is read from the RF tag installed in the 1) or the one pass card 102 carried by the occupant of the vehicle.

The parking lot luminaire 110 at the entrance of the parking lot receives an RFID signal from the vehicle RF tag when entering the vehicle 101 through the RFID reader 116, and transmits the corresponding vehicle ID data through the ZigBee communication unit 111 by a ZigBee communication method. The vehicle ID data and the ID data of the recognized parking lot luminaire 110 are transmitted to the repeater 210, and the repeater 210 transmits the received vehicle ID data to the control server 200 through a wired communication line.

The control server 200 retrieves the information of the vehicle from the received vehicle ID data in the database, and extracts the designated parking position or parking area.

The control server 200 determines the current position of the vehicle from the ID data of the parking lot luminaire 110 that recognizes the vehicle, and generates a parking induction lighting map for guiding the vehicle from the current position to the designated parking position. In addition, the parking control lighting generation signal of each parking lot luminaire (110 ~ 140) corresponding to the lighting guidance is generated.

The parking lot luminaires 110 to 140 are transmitted through the repeater 210 to the corresponding parking lot luminaires 110 to 140 in a Zigbee communication method.

Each of the parking lot lamps 110 to 140 receives a lighting control signal through the ZigBee communication unit 111, and the received lighting control signal controls the dimming control unit 114 in the microprocessor 112, the dimming control unit 114 In order to control the power input from the power supply 113 to increase the brightness of the lamp 115.

In the case of a visited vehicle without a vehicle RF tag that is permitted access, the surveillance cameras 150 and 160 detect the corresponding vehicle, and the vehicle detection data is transmitted to the control server 100 and the control server 100. ) Analyzes the position of the surveillance cameras 150 and 160 detecting the visited vehicle and the traveling direction of the detected vehicle to generate a parking induction lighting map in the moving direction of the vehicle, and then the corresponding lighting fixtures 110 to 140. Lamp 115 generates a brightness control signal. The repeater 210 received from the control server 100 transmits the lamp brightness control signals of the corresponding parking lot luminaires 110 to 140 wirelessly so that the brightness is controlled upward. It becomes higher and it becomes easy to move in a parking lot.

The driver of the vehicle 101 moves to the parking position along the parking lot luminaires 110 to 140 whose brightness is higher than other parking lot luminaires in the direction of travel to the parking position, and the respective parking lot luminaires when the vehicle 101 passes. The RFID reader 116 of 110 to 140 recognizes the vehicle RF tag, checks the passage of the vehicle, and automatically switches to the power saving mode by lowering the brightness of the lamp 115 after a set time after passing the vehicle.

On the other hand, in the state in which the brightness of the parking lot luminaires 110 to 140 is increased for vehicle guidance, the RF tag signal according to the movement of the vehicle is detected for the time set by each ZigBee communication unit 111 of each of the parking lot luminaires 110 to 140. If not, the brightness of the lamp 115 of each parking lot luminaire 110 to 140 to the original state to switch to the power saving mode.

In addition, when the user carrying the one pass card 102 passes the parking lot or the pedestrian passage, the parking lot luminaire or the pedestrian passage luminaire (not shown) receives the RF tag signal of the one pass card 102 and the corresponding. Lights up luminaires to help pedestrians move safely.

On the other hand, in the parking lot luminaire that recognizes the one-pass tag of the one-pass card 102, one-pass ID data is transmitted to the repeater 210 by Zigbee communication, and the repeater 210 is transmitted to the control server 200. After the control server 200 confirms that the one-pass ID data is a person who is allowed to enter, and generates an illumination lighting map to the door or elevator location of the floor and outputs the lighting control signal of the corresponding parking lot luminaire.

If a visitor without a one-pass card is detected from the surveillance cameras 150 and 160, the control server 200 is the doorway or the lift closest to the direction in which the surveillance cameras 150 and 160 detect the visitor. Set the lighting induction lighting map of the runner window luminaires 110 to 140 to guide to the side, and generate the brightness control signal of the corresponding parking lot lights 110 to 140.

The parking lot luminaires 110 and 140 receiving the lighting control signal increase the brightness of the lamp 115 to induce the user's movement to the door / elevator position.

When the parking lot luminaire that recognizes the one pass tag of the one pass card 102 is the parking lot luminaire adjacent to the door of the elevator or the common entrance, the parking lot luminaire may request the automatic opening of the door and the call of the elevator auto call to the repeater 210. It transmits to the control server 200 through.

The control server 200 determines whether the one-pass tag of the one-pass card 102 is a user who is permitted access, and recognizes the one-pass card 102 by the automatic door opening or the elevator control unit 220. You will be called automatically in one floor.

If the user presses the emergency call button of the one pass card 102 in an emergency situation, an emergency call signal is generated from the one pass tag embedded in the one pass card 102, and the adjacent luminaire receives the emergency call signal. It transmits to the control server 200 through 210.

 The control server 200 moves the shooting direction of the surrounding surveillance cameras 150 and 160 to the position where the emergency call signal is generated, and photographs and the captured image is controlled by the relay 210 through the control server 200. ) So that the administrator can take appropriate action.

In addition, although specific embodiments of the present invention have been described and illustrated above, it is obvious that the integrated management system of the multi-unit house facilities of the wireless control method may be variously modified and implemented by those skilled in the art according to the control method of the parking lot luminaire. to be.

However, such modified embodiments should not be understood individually from the spirit or scope of the present invention, such modified embodiments will be included within the appended claims of the present invention.

100: vehicle 102: one pass card
110 ~ 140: Parking lot luminaire 111: Zigbee communication department
112: microprocessor 113: power supply
114: dimming control unit 115: lamp
150,160: surveillance camera 200: control server
210: repeater 220: elevator control unit

Claims (7)

A control server for managing and controlling each luminaire, surveillance camera or lift installed in a facility including a parking lot, a walking path, an entrance and an elevator of a multi-unit house, and performing wired communication with the control server, and controlling each facility by a wireless control method. In the wireless control system of the underground parking lot facilities of apartment houses consisting of repeaters for transmitting and receiving radio signals for
Receiving the RFID signal transmitted from the RF tag of the vehicle provided in the vehicle as the vehicle permitted to enter the apartment house enters the parking lot, and transmits the vehicle-specific data to the control server through the repeater in a Zigbee communication method,
The control server guides the movement route by adjusting the illumination brightness of each parking lot luminaire located in the movement route to the parking zone set according to the registration information of the vehicle corresponding to the vehicle ID data, or from the surveillance camera through the control server. A plurality of parking lot luminaires for generating brightness control signals of the parking lot luminaires in the direction of travel of the visited vehicle detected by the surveillance camera when an image of the visited vehicle is not registered;
As a predetermined parking lot luminaire among the parking lot luminaires receives the emergency call RFID signal from the user's one pass card, the emergency is controlled by the control server receiving the parking lot luminaire position data and emergency call data through a repeater. A plurality of surveillance cameras for moving the photographing direction to the parking lot luminaire location receiving the call RFID signal; And
And a lift controller configured to call an elevator to a floor in which the received one pass card is located in the control server as a predetermined parking lot luminaire receives the RFID signal of the received user one pass card. Wireless control system of the underground parking lot facilities of the multi-family house.
The method of claim 1,
The RF tag of the vehicle is a one pass card for a vehicle mounted on a vehicle in which a one pass tag for generating RFID is embedded,
The one-pass card has a built-in one-pass tag and an emergency call button for generating an RFID signal, and the wireless control system of the underground parking lot facilities of the apartment house, characterized in that the card is convenient to carry.
The method of claim 1,
Each parking lot luminaire may include: an RFID reader for receiving an RFID signal from an RF tag and a one pass card of a vehicle;
A Zigbee communication unit for transmitting and receiving Zigbee communication data with another adjacent parking lot luminaire or repeater;
Receives data of the vehicle 101 or the one pass card 102 received through the RFID reader 116, transmits and receives ZigBee communication data through the ZigBee communication unit 111, from the other parking lot lighting or repeater A microprocessor for receiving a wireless control signal and outputting an illumination control signal; And
And a dimming controller for controlling the power supply by controlling the power supply under the control of the microprocessor to control the brightness of the lamp.
The method of claim 3, wherein
The microprocessor receives the one-pass tag signal received from the RF tag or the one-pass card of the vehicle received through the Zigbee communication unit and transmits the corresponding data to the adjacent luminaire or the repeater in a Zigbee communication method, and receives through the repeater. Wireless control system of the underground parking lot facilities of the apartment house, characterized in that for controlling the brightness of the light through the dimming control unit by the light control signal.
The method of claim 1,
The repeater wirelessly transmits and receives data by the plurality of parking lot luminaires and Zigbee communication method, and wireless control system of the underground parking facility of the multi-family house, characterized in that the data transmission and reception by wire with the control server.
delete The method of claim 1,
When the control server detects a visitor without a one pass card from the surveillance camera, the control server sets an induction lighting map of the corresponding runner window luminaire so that the surveillance camera guides the entrance to the nearest exit side in the direction of sensing the visitor, and the brightness of the corresponding parking lot lighting fixtures. Wireless control system of a multi-unit underground parking facility characterized in that it further comprises generating a control signal.

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