KR100281675B1 - Parking Guidance Management System - Google Patents

Abstract

The present invention relates to a parking induction management system, the entrance is recognized by the local controller through the vehicle detector to inform the situation to the warning lights and the entrance status plate, a plurality of exits, respectively, the vehicle detector and the loop coil and license plate recognizer installed To recognize the presence and type of vehicles leaving the vehicle, to measure the height of the vehicle at the car body recognizers installed at each branch of the parking lot, and to recognize the vehicle being parked through the vehicle detector at the local controller installed at each parking floor, In the master controller that receives the information according to the presence or absence of the vehicle, the type of the vehicle, and the vehicle number, the master controller controls the monitoring of the communication status and the internal operation in case of emergency, and the main computer that communicates through the master controller is internal. Induction control while controlling the overall behavior of By guiding to the parking space of the shortest distance through the light plate, it is possible to navigate to the space to park the vehicle accurately and quickly in the parking lot, and to enable efficient management according to the entrance.

Description

Parking Guidance Management System

The present invention relates to a parking induction management system for use in a large building or a large parking lot. Especially, in a large building or a large parking lot in a city, the license plate of the vehicle entering the entrance after recognizing whether a vehicle is parked in the parking area and By recognizing the height and guiding the vehicle to the parking area or the exiting vehicle properly to the exit, it is possible to find the space to park accurately and quickly in the parking lot, and to efficiently manage the entry and exit. A parking guidance management system.

Nowadays, the increasing number of vehicles has led many people to drive their cars to their destinations, which often requires them to be reliably parked in the parking lot until they are finished.

Therefore, in places such as department stores, public offices, large buildings, or parking buildings, where the vehicle is frequently accessed, the vehicle is in a state of controlling only the entrance of the vehicle while collecting the parking fee.

In other words, when the driver takes a ticket to collect the fare, the driver opens the breaker to allow the vehicle to enter the interior, and when the parked vehicle exits the exit, according to the entry time recorded in the ticket. After paying the appropriate fee, the breaker must be opened after the fee is paid so that the vehicle can exit the parking lot.

However, in the conventional parking management system as described above, since the vehicle enters the interior of the parking lot and finds an empty parking space by itself, it takes a lot of time, and also pollutes the air by traveling at a low speed inside the parking lot for parking. In addition, many accidents occur, such as time consuming and contacting a vehicle in a narrow space.

Therefore, a recent parking management system checks the presence of parked vehicles by calling each of the parking sensors sequentially from a central computer with a parking sensor that recognizes the presence or absence of a vehicle parked at each parking position. The parking of the vehicle can be induced.

However, in the conventional parking management system as described above, it is possible to check the number of vehicles parked in the parking area of the parking lot and calculate the fee according to the entry / exit of the vehicle. Of course, when exiting the guide to the exit is not made efficiently, the delay time in the interior becomes longer, so the occurrence of smoke increases, the accident caused by the contact and collisions a lot, and requires a lot of operating personnel, preferential customers There was a drawback that you cannot provide a separate service.

Accordingly, the present invention has been made to solve the above disadvantages, an object of the present invention is to recognize whether there is a vehicle parked in the parking area in a large building or a large parking lot in the city center, and then the license plate and the height of the vehicle entering the entrance By designating a space to park while recognizing the type of vehicle, and can guide the vehicle properly to the parking area through the guide light, and provides a parking guidance management system that can easily guide to the exit when leaving.

In order to achieve the above object, the present invention provides a main computer for controlling the overall operation, a monitor for displaying parking information parked in a parking lot, a printer for outputting parking information parked in a parking lot, and reading parking ticket information. A parking ticket reader, an unmanned fee calculator that calculates a parking fee according to the reading result read by the parking ticket reader, a card reader controller that controls a plurality of card readers, a fee calculator that calculates a parking fee, and the fee calculator Parking guidance management with a fare indicator that displays the parking fee calculated by and a guiding signboard that displays greetings and guides according to the number and parking location of the vehicle to guide the vehicle to the shortest empty parking space. In the system, a plurality of vehicles are installed at a parking lot entrance to recognize whether there is a vehicle entering or leaving. An entrance local controller that controls the vehicle detector of the vehicle and lights up a warning light and an entrance situation board to notify the driver when there is a vehicle entering the vehicle by the vehicle detector; The vehicle body recognizer includes a vehicle detector to recognize the vehicle, a loop coil to recognize the vehicle's traveling direction, a license plate recognizer to recognize the number of the vehicle, a beam array to measure the height of the vehicle, and A local controller that controls a plurality of parking sensors so as to recognize whether there is a vehicle parked in the parking space, and whether the vehicle is present from the entrance local controller, the vehicle detector, the loop coil, the license plate recognizer, the vehicle body recognizer, and the local controller. The communication status is received by receiving information according to the type of vehicle and the number of the vehicle. When during the emergency is characterized in that it includes a master controller which controls the operation of the inside.

1 is a block diagram schematically showing the overall configuration of the present invention.

<Explanation of symbols for main parts of drawing>

1: Inlet local controller 2-2n, 6-6n: Vehicle detector

7-7n,: Loop Coil 8-8n: License Plate Recognizer

10: local controller 11-11n: parking detector

12: master controller 13: main computer

14 monitor 15 printer

16-16n: Induction Display Board 17-17n: Unmanned Charge Calculator

18: parking ticket machine 19: parking ticket reader

20: card reader controller 21-21n: card reader

22: Rate Calculator 23: Rate Indicator

Hereinafter, a parking induction management system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram schematically showing the overall configuration of a parking guidance management system according to an embodiment of the present invention.

As shown in FIG. 1, the parking guidance management system according to an embodiment of the present invention is provided with a plurality of vehicle detectors (2) ... (2n) and warning lights (3) ... (by the entrance local controller (1). 3n) to control whether the vehicle is parked for parking through the embroidered vehicle detectors (2) ... (2n), and the warning lights (3) ... (4) to inform drivers of the situation at the entrance.

At multiple exits (GATE) (5n), the vehicle sensors (6) ... (6n) of the ultrasonic sensor to recognize whether there is a vehicle on the way out, and the loop coil ( 7) ... (7n) and vehicle detectors (6) ... (6n) are respectively installed to recognize the number of vehicles leaving and the car body of the beam array to measure the height of the vehicle at each floor junction of the parking lot. Recognizers 9 ... 9n are provided respectively.

In the present invention, each parking floor is provided with a local controller 10 for controlling whether a parking vehicle is parked in the parking space through a plurality of parking detectors 11 ... 11n. Inlet local controller (1), vehicle detector (6) ... (6n), loop coil (7) ... (7n), license plate identifier (8) ... (8n), vehicle body identifier (9) .. (9n) and the master controller 12 for receiving the information according to the vehicle type, vehicle type and vehicle number from the local controller 10 to monitor the communication status and control the internal operation in case of emergency Doing.

The main computer 13 communicating with the master controller 12 communicates with the printer 15 while displaying the information on the operation through the monitor 14 while controlling the overall operation inside. Induction display boards 16 ... 16n controlled by the main computer 13 are greetings for guiding a vehicle separated by a number and a height into an empty parking space of the shortest distance, and the number and parking of the vehicle. The guidance according to the location is displayed in numbers and letters, and the unmanned fare calculator 17 ... 17n under the control of the main computer 13 automatically calculates the fare corresponding to the parking time of the vehicle. In the parking ticket issuing machine 18 installed at the entrance, the parking ticket is issued so that the driver can pull the parking tickets one by one.

The parking ticket reader 19 which reads the information of the parking ticket issued by the parking ticket issuing machine 18 outputs the information on the fee, and the card reader controller 20 installed at the exits 5... While controlling the plurality of card readers 21 ... 21n, the payment of the fee by the card can be controlled, and the fee calculator 22 installed at the exits 5 ... 5n is a parking ticket. The fee calculated by the reader 19 is calculated and the fee calculated to be displayed on the fee indicator 23 is output.

The vehicle detectors (2) ... (2n), (6) ... (6n) are used together with the license plate readers (8) ... (8n) to identify the type of vehicle or use only one of them. It is also possible to identify different vehicle types at the height of the vehicle.

When the parking guidance management system of the present invention configured as described above initially supplies power to operate the system, the parking sensor (11) of the local controller (10) through the master controller (12) in the main computer (13). .. (11n) through the entrance local controller (1) to the outside through the vehicle detector (2) ... (2n) while transmitting a command to deliver information according to the presence or absence of a vehicle parked on each parking floor Order to deliver information on the result of confirming the presence of vehicles to park.

And through the parking sensors (11) ... (11n) of the local controller 10 receives the information according to whether the vehicle is currently parked in the parking space of each parking floor and stores it in the internal memory.

In this state, the main computer 13 checks the presence or absence of the vehicle to be parked from the outside with the vehicle detectors (2) ... (2n) through the entrance local controller (1) installed at the entrance. , The warning lights (3) ... (3n) and the entrance status board (4).

Then, by measuring the height of the vehicle entering through the self-identifier (9) ... (9n) of the beam array to recognize the information according to the type of vehicle, the area to be parked is determined and the data according to the guide is output. The vehicle is guided to the parking space while being sequentially displayed on the display boards 16 ... 16n.

In addition, while the vehicle is moving, information about the direction in which the vehicle is going to be parked fastest is sequentially displayed on the induction display boards 16, 16n to guide the vehicle toward its parking position.

If the vehicle moves to another floor, the vehicle body recognizers (9) ... (9n) installed on each floor recognize the type of vehicle by height, and whether the vehicle is normally operated by the main computer (13) receiving the information accordingly. Check.

If the vehicle is driving abnormally toward a parking position other than the direction of the parking position specified by the main computer 13, the fact is indicated by the induction display board 16 in the driving direction of the vehicle. Inform the driver by marking on and continue to the normal parking space.

When the vehicle proceeds normally, the main computer 13 continuously guides the vehicle traveling direction through the induction display boards 16, 16n, and the parking sensor 11, 11n. If it is recognized whether the vehicle is normally parked in position through one, the guidance of the vehicle is terminated.

Next, when the vehicle starts to go out and recognizes it through one of the parking detectors 11 ... 11n, the main computer 13 which recognizes it is directed to the exit from the corresponding position and exits from the corresponding location. By sequentially turning on the lights (16n) to guide the vehicle towards the exit, the vehicle detectors (6) ... (6n) installed at the exits (5) ... (5n) recognize the exit of the vehicle. The number of vehicles is recognized through the license plate recognizers 8 ... 8n to recognize which vehicle is shipped.

After receiving the information on the number of the vehicle identified through the license plate recognizers 8 ... 8n through the master controller 12, the main computer 13 reads the parking information stored in the internal memory. By using the unmanned fare calculator 17 ... 17n or the fare calculator 22, the fare for the parking time is calculated and displayed on the fare indicator 23.

When the vehicle is a regular parking, if the parking ticket is recognized by the parking ticket reader 19, the fee is not calculated.

And a notice is displayed along with a greeting to the vehicle leaving the induction display board at the exit (5) ... (5n) side.

As described above, according to the parking guidance management system of the present invention, while the entrance local controller recognizes the vehicle being entered through the plurality of vehicle detectors, the warning lights and the entrance status board inform the situation, and the plurality of exits respectively indicate the vehicle detector, the loop coil, and the like. Install license plate recognizers to recognize the type and type of vehicles leaving the vehicle.The vehicle body recognizers installed at each branch of the parking lot can be used to measure the height of the vehicles. The master controller that receives the information according to whether the vehicle is present, the type of the vehicle, and the number of the vehicle controls the monitoring of the communication state and controls the internal operation in case of emergency, and communicates with the master through the master controller. The computer controls the overall operation of the By directing to the parking space of the shortest distance through the induction signboard during the fishing, the vehicle can go to the space to park accurately and quickly in the parking lot, and it is very effective that the efficient management according to the entry and exit of the vehicle is possible.

Claims (1)

A main computer 13 for controlling the overall operation, a monitor 14 for displaying parking information parked in the parking lot, a printer 15 for outputting parking information parked in the parking lot, and a parking ticket for reading the parking ticket information The reading machine 19, the unmanned rate calculator 17 which calculates the parking fee according to the reading result read by the parking ticket reader 19, 17n, and the plurality of card readers 21. 21n controls the card reader controller 20, the rate calculator 22 for calculating the parking rate, the rate indicator 23 for displaying the parking rate calculated by the rate calculator 22, and the vehicle at the shortest. A parking guidance management system having a signboard (16) ... (16n) for induction, which displays greetings and guides according to the number and parking position of the vehicle and guides them to empty parking spaces on the street. To recognize whether there are any vehicles While controlling a plurality of vehicle detectors (2) ... (2n), a warning light (3) ... to notify the driver if there is a vehicle entering by the vehicle detectors (2) ... (2n). (3n) and entrance local controller (1) for controlling lighting of entrance situation board (4), and vehicle detector (6) for recognizing whether there are any vehicles installed and exiting at a plurality of exits (5) ... (5n) (6n), a loop coil (7) ... (7n) for checking and simultaneously checking the direction of travel of the vehicle, a license plate recognizer (8) ... (8n) for recognizing the vehicle number, and A car body identifier (9) ... (9n) consisting of a beam array measuring the height of the vehicle, and a plurality of parking sensors (11) installed on each parking floor to recognize whether there is a vehicle parked in the parking space. (11n) local controller (10), the entrance local controller (1), vehicle detector (6) ... (6n), loop coil (7) ... (7n), license plate identifier (8) ... (8n), body recognizer (9 Master controller 12 for monitoring the communication status and controlling the internal operation in case of emergency by receiving information according to the presence or absence of the vehicle, the type of the vehicle and the number of the vehicle from 9) and the local controller 10 Parking guidance management system, characterized in that provided with.

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