KR101651368B1 - Underground parking control method - Google Patents

Underground parking control method Download PDF

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Publication number
KR101651368B1
KR101651368B1 KR1020150115172A KR20150115172A KR101651368B1 KR 101651368 B1 KR101651368 B1 KR 101651368B1 KR 1020150115172 A KR1020150115172 A KR 1020150115172A KR 20150115172 A KR20150115172 A KR 20150115172A KR 101651368 B1 KR101651368 B1 KR 101651368B1
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KR
South Korea
Prior art keywords
vehicle
server
parking lot
led lighting
output
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KR1020150115172A
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Korean (ko)
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이광옥
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주식회사 이에스지
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Priority to KR1020150115172A priority Critical patent/KR101651368B1/en
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Publication of KR101651368B1 publication Critical patent/KR101651368B1/en

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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
    • E04H6/42—Devices or arrangements peculiar to garages, not covered elsewhere, e.g. securing devices, safety devices, monitoring and operating schemes; centering devices
    • E04H6/422—Automatically operated car-parks
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21S—NON-PORTABLE LIGHTING DEVICES; SYSTEMS THEREOF; VEHICLE LIGHTING DEVICES SPECIALLY ADAPTED FOR VEHICLE EXTERIORS
    • F21S10/00—Lighting devices or systems producing a varying lighting effect
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V23/00—Arrangement of electric circuit elements in or on lighting devices
    • F21V23/04—Arrangement of electric circuit elements in or on lighting devices the elements being switches
    • F21V23/0442—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors
    • F21V23/0471—Arrangement of electric circuit elements in or on lighting devices the elements being switches activated by means of a sensor, e.g. motion or photodetectors the sensor detecting the proximity, the presence or the movement of an object or a person
    • H05B37/0245—

Abstract

The entrance vehicle controller 100 checks the number of the vehicle 40 and controls access to the vehicle 40. When the vehicle 40 enters the underground parking lot, the entrance vehicle controller 100 transmits a signal to the server 200 through the LAN 20 communication, The number of the stored internal vehicles is increased by one and the server 200 is installed at the entrance of the parking lot by the communication of the Zigbee 400 to maximize the output of the LED lighting 500 using the dimming method. A second step of detecting the movement of the vehicle 40 in the first step and sensing the movement of the LED lighting unit 500 to maximize the output of the LED lighting unit 500 installed around the vehicle 40; When the vehicle 40 moved in step 2 enters the parking zone, the movement detection sensor of the LED lighting 500 senses it and transmits it to the server 200. The parking zone is not parkable, The output of the LED illumination 500 to the exit of the vehicle 40 is maximized so that the output of the vehicle 40 is maximized until the vehicle 40 or the person passes through it. When the parked vehicle 40 moves in step 3, the output of the surrounding LED lighting 500 is maximized, and the parking area becomes a parking position. When all the LED lights 500 from the parking area to the exit are parked, A fourth step of outputting the maximum brightness; In the fourth step, when the vehicle departs from the underground parking lot after moving to the parking lot exit, the number of vehicles in the underground parking lot stored in the server 200 decreases by one; In this case,
Accordingly, the method of controlling the underground parking lot according to the present invention can systematically automatically illuminate the underground parking lot, analyze the situation and respond to the situation, can operate the user through the touch screen, It has a remarkable effect of being able to manage the LED lighting through the server integrally and to control the constraint on the structural installation due to the long communication distance through the ZigBee.

Description

{Underground parking control method}

The present invention relates to a method of controlling an underground parking lot, more specifically, systematically illuminating an underground parking lot, automatically analyzing the situation and responding to the situation, operating a user through a touch screen, The present invention relates to a method of controlling an underground parking lot in which LED lighting can be integrally managed through a server and a communication distance is long through ZigBee so that constraints on structural installation can be reduced.

According to the parking lot LED lighting control management system of the Registered Patent Registration No. 10-0930309 as a prior art, there is provided a centralized monitoring system, a smart server connected to the central monitoring system by communication and installed in a parking lot where the vehicle is parked, Wherein the central monitoring system comprises a first central processing unit for controlling the entire parking lot LED lighting control management system and a second central processing unit for controlling the whole of the parking lot LED lighting control management system, A display device for outputting data output from the central processing unit in a visual graphical form, a database for storing data necessary for execution of the parking lot management system, and a first network interface for communication with the smart server, Smart servers provide local control and control of lighting systems. A web server for implementing a supervisory control web page connectable at a remote site, a scheduler for providing a schedule function, a data log, and a second network interface for communicating with the first network interface of the central monitoring system Off switch as an externally man-operated control switch, said lighting system being operable under the control of said smart server to control the lighting system, A pulse width modulation driver for modulating a width of a direct current supplied through a power supply; and a second central processing unit for communicating with the third network interface A fourth network interface, and an illumination lamp. LED lighting control are described as management systems.

According to another embodiment of the present invention, there is provided an underground parking lot lighting control system using an IPU-EN, which is disclosed in Patent Registration No. 10-0935736, which is located at the entrance of an underground parking lot and at the center of an intersection, An intersection node controlling an illumination node; An illuminating node for illuminating the illuminating lamp when the lighting command of the intersection node and the human body detecting sensor detect movement of a person, automatically turning off the turning-on command of the intersection node and a predetermined schedule time, A parking node that monitors the change of the parking space in real time and transmits changed information to the parking space display device when a change occurs in the parking space; And a parking space display device for displaying a parking available space by numerals and LEDs based on information transmitted from the parking node, wherein the intersection node is installed in a corresponding direction to detect a traveling direction of the vehicle An intersection RF transmitting unit for transmitting an ON or OFF command to an illuminating node in the cluster by control of an intersection MC; a power supply unit for supplying power; And an intersection type MCU for transmitting a lighting command to the lighting nodes in the cluster when the sensing information of the direction sensed by the vehicle traveling direction monitoring sensor is received and controlling the intersectional RF transmitter and the status display unit An underground parking light control system using an IP-ESP Lt; / RTI >

However, the above-described conventional apparatus has a disadvantage in that the user can not operate the apparatus through the screen, the response speed is slower than the Zigbee communication, the communication distance is short and the system is structurally narrow and can not be effectively controlled.

Therefore, through the method of controlling the underground parking lot according to the present invention, it is possible to systematically illuminate the dimming system of the underground parking lot, analyze the situation and respond to the situation, enable the user to operate the touch screen, We want to provide an underground parking lot control method that can quickly guide the road through the terminal, manage the LED lighting through the server, and control the constraint on the structural installation because of the long communication distance through ZigBee will be.

The present invention is a method of controlling the access vehicle controller 100 by confirming the number of the vehicle 40 and controlling the access of the vehicle 40 and transmitting the signal to the server 200 through the LAN 20 communication when the vehicle 40 enters the underground parking lot, The number of internal vehicles stored in the server 200 is increased by one and the server 200 is installed in the entrance of the parking lot by the communication of the Zigbee 400 so as to maximize the output of the LED lighting 500 using the dimming method, ; A second step of detecting the movement of the vehicle 40 in the first step and sensing the movement of the LED lighting unit 500 to maximize the output of the LED lighting unit 500 installed around the vehicle 40; When the vehicle 40 moved in step 2 enters the parking zone, the movement detection sensor of the LED lighting 500 senses it and transmits it to the server 200. The parking zone is not parkable, The output of the LED illumination 500 to the exit of the vehicle 40 is maximized so that the output of the vehicle 40 is maximized until the vehicle 40 or the person passes through it. When the parked vehicle 40 moves in step 3, the output of the surrounding LED lighting 500 is maximized, and the parking area becomes a parking position. When all the LED lights 500 from the parking area to the exit are parked, A fourth step of outputting the maximum brightness; In the fourth step, when the vehicle departs from the underground parking lot after moving to the parking lot exit, the number of vehicles in the underground parking lot stored in the server 200 decreases by one; .

The method of controlling an underground parking lot according to the present invention can systematically automatically illuminate an underground parking lot in a dimming manner, analyze a situation and respond to the situation, manipulate the user through a touch screen, , LED lights can be integrated through the server, and ZigBee has a long communication distance, so there is a remarkable effect that the restriction on the structural installation can be reduced.

1 is a detailed view of a method of controlling an underground parking lot according to the present invention.
2 is a conceptual diagram of a method of controlling an underground parking lot according to the present invention.
3 is a flowchart of a method of controlling an underground parking lot according to the present invention

The present invention is a method of controlling the access vehicle controller 100 by confirming the number of the vehicle 40 and controlling the access of the vehicle 40 and transmitting the signal to the server 200 through the LAN 20 communication when the vehicle 40 enters the underground parking lot, The number of internal vehicles stored in the server 200 is increased by one and the server 200 is installed in the entrance of the parking lot by the communication of the Zigbee 400 so as to maximize the output of the LED lighting 500 using the dimming method, ; A second step of detecting the movement of the vehicle 40 in the first step and sensing the movement of the LED lighting unit 500 to maximize the output of the LED lighting unit 500 installed around the vehicle 40; When the vehicle 40 moved in step 2 enters the parking zone, the movement detection sensor of the LED lighting 500 senses it and transmits it to the server 200. The parking zone is not parkable, The output of the LED illumination 500 to the exit of the vehicle 40 is maximized so that the output of the vehicle 40 is maximized until the vehicle 40 or the person passes through it. When the parked vehicle 40 moves in step 3, the output of the surrounding LED lighting 500 is maximized, and the parking area becomes a parking position. When all the LED lights 500 from the parking area to the exit are parked, A fourth step of outputting the maximum brightness; In the fourth step, when the vehicle departs from the underground parking lot after moving to the parking lot exit, the number of vehicles in the underground parking lot stored in the server 200 decreases by one; .

When the occupant of the vehicle 40 touches the parking available position displayed on the screen of the KIOSK 600, which is a touch screen installed at the entrance, the data of the touched position is transmitted to the server 200, The output of the LED lighting 500 in the underground parking lot at the road set in the server 200 is maximized and the lighting state is maintained in which the output is maximized until the vehicle 40 or the person passes by, The LED illumination 500 is not maintained in the illumination maintaining state, and the output is reduced to a certain amount when the vehicle 40 or the person does not move for the predetermined time in the server 200.

The first step is to check the number of the vehicle 40 by the entrance vehicle controller 100 and allow the vehicle 40 to enter the underground parking lot in the case of the vehicle 40 in which the number is stored in the server 200, The server 200 is connected to the server 200 by the communication of the LAN 20 connected to the access control device 100 so that the number of internal vehicles stored in the server 200 increases by one, 40 and the server 200 performs RF communication 30 on the Zigbee 400 through the data collector 300 connected to the LAN 20 to output the LED lighting 500 And is maximized.

In the second step, when the vehicle 40 moves, a movement detection sensor in each LED illumination 500 senses the movement of the vehicle 40 and transmits a movement state to the server 200, The controller 200 receives the moving state and maximizes the direction of movement of the vehicle 40 and the output of the LED illumination 500 in the vicinity.

When the moving vehicle 40 enters the parking zone, the movement sensor of the LED lighting 500 configured in each parking zone recognizes the moving vehicle 40 and transmits it to the server 200. The server 200 transmits the vehicle It is possible to confirm all the parked parking areas. In the case where the vehicle 40 parked in the parking area is judged to be impossible to park in the server 200, all the LED lights The output of the LED lighting unit 500 is maximized, and the lighting maintaining state in which the maximum output is maintained until the person is passed becomes the lighting maintenance state of the LED lighting unit 500 when the elevator or the exit reaches the exit.

In the step 4, the movement of the parked vehicle 40 is recognized by the movement detection sensor of the upper LED lighting 500, and the server transmits the data to the server 200. The server 200 transmits the LED lighting All of the LED lights 500 in the vicinity of the parking lot 500 reach a maximum output and all the LED lights 500 from the parked parking area to the exit are maintained at the maximum brightness When the parked vehicle 40 moves from one place to another in the server 200, the parking area in which the vehicle 40 is located becomes a parkable position.

In the step 5, when the vehicle 40 that has moved to the parking lot exit leaves the underground parking lot by the exit, the outbound vehicle controller 100 transmits to the server 200 that the vehicle has left the vehicle, The number of vehicles in the parking lot is reduced by one.

The present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a detailed view of a method of controlling an underground parking lot according to the present invention, FIG. 2 is a conceptual view of a method of controlling an underground parking lot according to the present invention, and FIG.

The present invention can be applied to the case where the entrance vehicle controller 100 checks the number of the vehicle 40 and controls access to the vehicle 40. When the vehicle 40 enters the underground parking lot, The number of internal vehicles stored in the server 200 is increased by one and the server 200 is connected to the LED lighting 500 using dimming ) To the maximum; A second step of detecting the movement of the vehicle 40 in the first step and sensing the movement of the LED lighting unit 500 to maximize the output of the LED lighting unit 500 installed around the vehicle 40; When the vehicle 40 moved in step 2 enters the parking zone, the movement detection sensor of the LED lighting 500 senses it and transmits it to the server 200. The parking zone is not parkable, The output of the LED illumination 500 to the exit of the vehicle 40 is maximized so that the output of the vehicle 40 is maximized until the vehicle 40 or the person passes through it. When the parked vehicle 40 moves in step 3, the output of the surrounding LED lighting 500 is maximized, and the parking area becomes a parking position. When all the LED lights 500 from the parking area to the exit are parked, This maximum brightness is 4 steps; In the fourth step, when the vehicle departs from the underground parking lot after moving to the parking lot exit, the number of vehicles in the underground parking lot stored in the server 200 decreases by one; In this case,

When the occupant of the vehicle 40 touches the parking available position displayed on the screen of the KIOSK 600, which is the touch screen installed at the entrance, the data of the touched position is transmitted to the server 200, The output of the LED illumination 500 in the underground parking lot on the road set in the vehicle 200 is maximized to reach the illumination maintaining state in which the output is maximized until the vehicle 40 or the person passes by,

The LED illumination 500 of the LED illumination 500, which is not in the illumination maintenance state, is reduced to a certain amount when the vehicle 40 or the person does not move for a predetermined time in the server 200.

The first step is to check the number of the vehicle 40 by the entrance vehicle controller 100 and allow the vehicle 40 to enter the underground parking lot in the case of the vehicle 40 in which the number is stored in the server 200, The server 200 is connected to the server 200 by the communication of the LAN 20 connected to the access control device 100 so that the number of internal vehicles stored in the server 200 increases by one, 40 and the server 200 performs RF communication 30 on the Zigbee 400 through the data collector 300 connected to the LAN 20 to output the LED lighting 500 It is to maximize.

In the second step, when the vehicle 40 moves, a movement detection sensor in each LED illumination 500 senses the movement of the vehicle 40 and transmits a movement state to the server 200, The controller 200 receives the moving state and maximizes the direction in which the vehicle 40 moves and the output of the LED illumination 500 in the vicinity.

When the moving vehicle 40 enters the parking zone, the movement sensor of the LED lighting 500 configured in each parking zone recognizes the moving vehicle 40 and transmits it to the server 200. The server 200 transmits the vehicle It is possible to confirm all the parked parking areas. In the case where the vehicle 40 parked in the parking area is judged to be impossible to park in the server 200, all the LED lights The output of the LED lighting unit 500 is maximized, and the lighting maintaining state in which the maximum output is maintained until the person passes by is maximized.

In the step 4, the movement of the parked vehicle 40 is recognized by the movement detection sensor of the upper LED lighting 500, and the server transmits the data to the server 200. The server 200 transmits the LED lighting All of the LED lights 500 in the vicinity of the parking lot 500 reach a maximum output and all the LED lights 500 from the parked parking area to the exit are maintained at the maximum brightness In the server 200, when the parked vehicle 40 moves from one place to another, the parking area in which the vehicle 40 is located becomes a parkable position.

In the step 5, when the vehicle 40 that has moved to the parking lot exit leaves the underground parking lot by the exit, the outbound vehicle controller 100 transmits to the server 200 that the vehicle has left the vehicle, The number of vehicles in the parking lot is reduced by one.

The vehicle access control device 100 is installed at the entrance of an apartment or a parking lot and recognizes the ID of the entering / exiting vehicle 40, recognizing the ID of the vehicle 40, 200).

The entrance vehicle controller 100 can check the entrance or exit of the vehicle 40 at the entrance of an apartment or an underground parking lot and recognize the ID of the entering or leaving vehicle 40, Number to the server 200, and when the server 200 is approved, the vehicle 40 can be taken in and out.

Further, when it is recognized that the vehicle enters and exits the entrance and exit controller 100, the output of the LED illumination 500 located at the entrance is maximized.

The server 200 is directly connected to the entrance vehicle controller 100, the data collector 300 or the terminal 600 through the LAN 20 and is connected to the Zigbee wirelessly through the data collector 600. [ Communication is possible.

The server 200 receives the ID of the entering and exiting vehicle 40 recognized by the entrance vehicle controller 100 and transmits the data to the terminal to inform the parking available position of the underground parking lot and the data collector 300 And the LED lighting unit 500 can be controlled according to the output state of the LED lighting unit 500 by transmitting and receiving data to and from the LED lighting unit 500 through a wired connection via the LAN 20. [

In addition, the server 200 constitutes the LED illumination 500. When the signal is received from the entrance vehicle controller 100, the server 200 receives the signal to maximize the brightness of the LED illumination 500 at the entrance When the incoming vehicle moves from the entrance to another place, the brightness of the LED illumination 500 gradually decreases and decreases to the minimum, the brightness of the LED illumination 500 in the moving direction becomes maximum, To create the lighting according to.

In addition, the LED illumination 500 may include a motion detection sensor capable of controlling a brightness output by a dimming method, communicating with a server connected to the ZigBee 400, and capable of transmitting and receiving an operation state , The motion detection sensor is a vehicle 40 or a sensor responsive to human motion.

The LED lighting 500 can be controlled by the manager 10 according to the schedule designated by the server 200 and can be controlled individually, .

In addition, the brightness of the LED illumination 500 is adjusted so that the brightness of the moving direction of the person or the vehicle is maximized, the brightness of the passing spot diminishes gradually from the maximum to the minimum, To create lighting.

In addition, the ZigBee 400 is connected to the LED lighting 500 to communicate, and the RF device is configured.

The RF device included in the ZigBee 400 can communicate with the data collector 300 connected to the server 200 through the RF communication 30 and receives the control status from the server 200 500 in accordance with the present invention.

In addition, the data collector 300 is connected to the LAN 20 and communicates with the server 200, and the ZigBee 400 or the RF device is configured in the terminal so that the RF communication 30 is possible.

The data collector 300 transmits the status of the LED illumination 500 and the parking status received from the Zigbee 400 to the LED illumination 500. In contrast, when the LED illumination 500 is controlled by the server 200, .

Also, the data collector 300 can reserve its own schedule event, and the event can form the LED illumination 500 according to a change of time or a specific situation.

The schedule event may be adjusted by time, condition, or selection depending on the data set by the server.

In one embodiment, the brightness of the LED illumination 500 according to the current time is applied to the brightness applied to the server, thereby lowering the brightness and reducing power consumption.

According to the above condition, when a specific condition occurs, a special situation occurs. In one embodiment, when a vehicle having a specific number comes in, the LED lighting 500 illuminates the predetermined position or predetermined nearby position to guide the road.

The power saving mode is a power saving mode, a guiding method mode, a search method mode, and the like. The power saving mode includes all the LED lights 500 , Or when the number of the LED lights 500 is set to two, one of them prevents the brightness from changing.

In addition, the KIOSK 600 is a touch screen type information transmitting unattended terminal that a user can easily press through a touch method. The KIOSK 600 displays information on an underground parking lot, It is possible to confirm the parking position of the vehicle at the time of inputting the vehicle number.

As an example of the above information, the information includes a parking area or an announcement.

Also, when the parking position displayed on the touch screen screen of the terminal is touched, the LED illumination 500 to the position corresponding to the parking position is turned on until the vehicle passes.

In addition, the KIOSK 600 may display a parking area and a non-parking area on the screen using green and red colors. If the parking position is selected, The LED illumination 500 is formed.

Accordingly, the method of controlling the underground parking lot according to the present invention can systematically automatically illuminate the underground parking lot, analyze the situation and respond to the situation, can operate the user through the touch screen, It has a remarkable effect of being able to manage the LED lighting through the server integrally and to control the constraint on the structural installation due to the long communication distance through the ZigBee.

10: Manager
20: LAN
30: RF communication
40: vehicle
100: Access control system
200: Server
300: Data Collector
400: Zigbee
500: LED lighting
600: KIOSK

Claims (7)

The entrance vehicle controller 100 checks the number of the vehicle 40 and controls access to the vehicle 40. When the vehicle 40 enters the underground parking lot, the entrance vehicle controller 100 transmits a signal to the server 200 through the LAN 20 communication, The number of the stored internal vehicles is increased by one and the server 200 is installed at the entrance of the parking lot by the communication of the Zigbee 400 to maximize the output of the LED lighting 500 using the dimming method. A second step of detecting the movement of the vehicle 40 in the first step and sensing the movement of the LED lighting unit 500 to maximize the output of the LED lighting unit 500 installed around the vehicle 40; When the vehicle 40 moved in step 2 enters the parking zone, the movement detection sensor of the LED lighting 500 senses it and transmits it to the server 200. The parking zone is not parkable, The output of the LED illumination 500 to the exit of the vehicle 40 is maximized so that the output of the vehicle 40 is maximized until the vehicle 40 or the person passes through it. When the parked vehicle 40 moves in step 3, the output of the surrounding LED lighting 500 is maximized, and the parking area becomes a parking position. When all the LED lights 500 from the parking area to the exit are parked, A fourth step of outputting the maximum brightness; In the fourth step, when the vehicle departs from the underground parking lot after moving to the parking lot exit, the number of vehicles in the underground parking lot stored in the server 200 decreases by one; A method of controlling an underground parking lot comprising:
When the occupant of the vehicle 40 touches the parking available position displayed on the screen of the KIOSK 600, which is a touch screen installed at the entrance, the data of the touched position is transmitted to the server 200, The output of the LED lighting 500 in the underground parking lot on the road set in the LED lighting unit 500 is maximized so that the output of the LED lighting 500 is maximized until the vehicle 40 or the person passes by. The LED lighting 500 which is not in the middle lighting maintenance state is reduced to a certain amount when the vehicle 40 or the person does not move for a predetermined time in the server 200,
The first step is to check the number of the vehicle 40 by the entrance vehicle controller 100 and allow the vehicle 40 to enter the underground parking lot in the case of the vehicle 40 in which the number is stored in the server 200, The number of the internal vehicles stored in the server 200 is increased by one and the number of the internal vehicles 40 is increased by the number of internal vehicles stored in the server 200, The server 200 makes RF communication 30 to the Zigbee 400 through the data collector 300 connected to the LAN 20 to maximize the output of the LED lighting 500 at the entrance of the parking lot and,
In the second step, when the vehicle 40 moves, a movement detection sensor inside each LED illumination 500 senses the movement of the vehicle 40 and transmits a movement state to the server 200, Receives the moving state, maximizes the direction of movement of the vehicle 40 and the output of the LED illumination 500 in the vicinity,
In the step 3, when the moving vehicle 40 enters the parking area, the movement sensor of the LED lighting 500 configured in each parking area recognizes and transmits the recognition result to the server 200, And a place where the vehicle 40 parked in the parking area is judged to be impossible to park in the server 200 and all LED lights 500 in the direction from the parking area to the elevator or the exit ) Is maximized to maintain the maximum power output until the person passes by, and the LED illumination 500 is terminated in the lighting maintenance state at the moment of arrival at the elevator or the exit,
The server 200 transmits the LED illumination 500 to the server 200. When the LED illumination 500 detects that the parked vehicle 40 is moving, The LED lighting 500 of the surrounding area becomes the maximum output and all the LED lighting 500 from the parked parking area to the exit is kept at the maximum brightness, In the server 200, when the parked vehicle 40 moves from one place to another, the parking zone in which the vehicle 40 is located becomes the parkable position,
In the step 5, when the vehicle 40 that has moved to the parking lot exit leaves the underground parking lot by the exit, it transmits to the server 200 that the vehicle is out of the access control unit 100, The number of vehicles is reduced by one,
The data collector 300 can schedule a schedule event, and the schedule event is configured such that the LED illumination 500 is differently formed by time, condition, or selection depending on data set in the server,
The KIOSK 600 displays on the screen a color-coded and non-parking area. When the user selects a parking position by pressing the screen of the KIOSK 600, The KIOSK 600 outputs the parking position of the vehicle to the screen when the vehicle number is input,
The brightness of the LED illumination 500 according to the current time is applied as the brightness applied to the server to lower the brightness to reduce the power consumption,
When the vehicle having a specific number registered in the server 300 enters the condition, the road is led by illuminating the LED illumination 500 at a predetermined position or a predetermined nearby position,
The power saving mode includes a power saving mode immediately applied by the KIOSK 600 or the server 200. In the power saving mode, when the LED illumination 500 is divided into two units, one brightness change occurs A method for controlling an underground parking lot
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108288404A (en) * 2018-01-31 2018-07-17 四川驿停车智慧科技有限公司 A kind of Entrance pre-display system
KR102029402B1 (en) 2019-03-04 2019-10-07 주식회사 우리시스템 Transmission method of lighting signal for a group light system

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101165364B1 (en) * 2011-09-16 2012-08-29 주식회사 포스코건설 Rf control management system for equipment of apartment by
KR20130134265A (en) * 2012-05-30 2013-12-10 (주)에스디시스템 Light guiding parking system

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101165364B1 (en) * 2011-09-16 2012-08-29 주식회사 포스코건설 Rf control management system for equipment of apartment by
KR20130134265A (en) * 2012-05-30 2013-12-10 (주)에스디시스템 Light guiding parking system

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108288404A (en) * 2018-01-31 2018-07-17 四川驿停车智慧科技有限公司 A kind of Entrance pre-display system
CN108288404B (en) * 2018-01-31 2023-11-03 孙晓 Parking area entry pre-display system
KR102029402B1 (en) 2019-03-04 2019-10-07 주식회사 우리시스템 Transmission method of lighting signal for a group light system

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