KR20050034766A - A system of preventing car from flooding in a parking zone by river using network and method thereof - Google Patents

Abstract

The present invention relates to a vehicle flooding prevention system and method for sensing the water level of the river to prepare for an emergency caused by vehicle flooding that can occur in the river parking lot.

The river parking vehicle flooding prevention system according to the present invention is installed at the entrance to the parking lot, the detector is attached to detect the vehicle entering the doorway, operating by the vehicle detection signal of the detector, the picture of the vehicle entering the doorway Surveillance camera for recognizing and license plate characters; Water level measuring means for measuring the water level of the river in which the parking lot is formed; Emergency management to servers of a plurality of insurance companies in order to manage vehicles entering and exiting the parking lot through the vehicle information and the water level data output from the monitoring camera and the water level measuring means, and to minimize the damage of the vehicle due to the flooding of the parking lot by the heavy rain. Parking management server for transmitting a signal; And at least one insurance company server connected to the parking management server and a network, receiving a parking vehicle list from the parking management server, selecting an insured vehicle from each insurance company, and notifying the vehicle owner and the towing company of an emergency. It characterized by including;

According to the present invention, due to the rapid response through the insurance company connected to the parking management server it is possible to prevent the vehicle damage due to flooding in the river parking lot in advance.

Description

A system of preventing car from flooding in a parking zone by river using network and method

The present invention relates to vehicle inundation prevention, and more particularly, to a system and method for preventing inundation of a vehicle parked in a river parking lot.

At present, the parking lot is insufficient in Korea due to the rapid increase of vehicles, and the government and local governments have made and used the parking lot by using spaces such as rivers or riversides as a countermeasure.

However, during the rainy season or the day of flooding, vehicles parked on rivers and riversides are exposed to the risk of flooding, and the damage caused by them is enormous, and the cost of the damage is enormous.

 Therefore, as a countermeasure against this, police and public officials may control the parking lot and transport the parked vehicles to a safe place, but there are few measures to prepare for sudden heavy rains.

The technical problem to be achieved by the present invention is to provide a vehicle flooding prevention system and method for preparing for an emergency that can occur in the river parking by sensing the water level of the river.

The river parking vehicle flooding prevention system using the network according to the present invention for solving the technical problem is installed at the parking lot entrance, the detector is attached to detect the vehicle entering the entrance, the operation by the vehicle detection signal of the detector A surveillance camera recognizing a photograph of the vehicle entering the doorway and a license plate character; Water level measuring means for measuring the water level of the river in which the parking lot is formed; Emergency management to servers of a plurality of insurance companies in order to manage vehicles entering and exiting the parking lot through the vehicle information and the water level data output from the monitoring camera and the water level measuring means, and to minimize the damage of the vehicle due to the flooding of the parking lot by the heavy rain. Parking management server for transmitting a signal; And at least one insurance company server connected to the parking management server and a network, receiving a parking vehicle list from the parking management server, selecting an insured vehicle from each insurance company, and notifying the vehicle owner and the towing company of an emergency. It characterized by including;

The river parking vehicle flooding prevention method using the network according to the present invention for solving the technical problem is (a) detects the vehicle entering the parking entrance, operating the surveillance camera to the surveillance camera at the time of wearing or leaving the vehicle Storing and deleting the photographed vehicle information; (b) measuring the water level of the river and storing the river water level information; (c) comparing the river level with a critical level; (d) transmitting the list of vehicles parked in the river parking lot stored in the parking lot management server to a plurality of insurance company servers when the river level exceeds the critical level; And (e) informing the borrower by using wired / wireless communication through the vehicle list notified to the plurality of insurance company servers.

In the river parking vehicle flooding prevention system using a network according to the present invention for solving the other technical problem is to prevent the flooding of vehicles parked in a parking lot formed in a plurality of rivers, in the system for managing the plurality of river parking, At least one parking management server having a surveillance camera operated by a detector for detecting a vehicle's incoming and outgoing of the river parking and a water level measuring means for measuring the level of the river; An operator server for receiving in real time information of the vehicle and the water level of the streams through incoming and outgoing vehicles of the plurality of river parking lots transmitted by the plurality of parking management servers in real time; And an insurance company server that receives a parking vehicle list of each river parking lot from the operator server, selects a vehicle having insurance therein, and informs the owner of the vehicle owner of an emergency situation. The parking management server, the operator server, The insurance company server and the borrower's terminal are connected by a network.

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

1 is a block diagram showing the configuration of a vehicle flooding prevention system of a river parking lot using the network according to the present invention, the monitoring cameras (11, 12), water level measuring means (20), parking management server (30), communication network 40, the insurance company server (51, 52, 53, 54) and the borrower terminal (60).

Surveillance cameras 11 and 12 are installed in a plurality of entrances and exits of the river parking lot, the detector is attached to detect the vehicle when entering the entrance and exit of the parking lot, photographed by operating the detection signal of the detector, Recognize the number.

The water level measuring means 20 measures the level of the river by installing a water level measuring sensor in the river.

The parking management server 30 is a server that manages the vehicles entering and exiting the parking lot and transmits emergency rescue signals to servers of a plurality of insurance companies in order to minimize the damage of the vehicle due to flooding of the parking lot by the heavy rain.

The parking management server 30 includes a signal processor 310, a controller 32, a vehicle management database 33, and a water level management database 34.

The signal processor 31 converts the image photographed by the surveillance cameras 11 and 12 into a digital signal, and converts the water level data measured by the water level measuring means 20 into a digital signal.

The controller 32 controls to store or delete the data converted by the signal processor 31 in the databases 33 and 34, and the water level data and the threshold water level data measured from the water level measuring means 20 are performed. Compare and control to transmit the list of parking vehicles stored in the vehicle management database 33 to the insurance companies server (51, 52, 53, 54) when the threshold water level data is exceeded.

The vehicle management database 33 stores photographs of vehicles taken from the plurality of surveillance cameras 11 and 12 and vehicle numbers recognized by the license plate, and also stores information on the parking lot name, area name, goods receipt, and time of delivery. You can also save.

The water level management database 34 stores the water level data measured from the water level measuring means 20.

The communication unit 35 is connected to the network 40 and serves to transmit a list of parking vehicles to the servers 51, 52, 53, 54 of the insurance company.

The communication network 40 supports wired / wireless communication services between the parking management server 30, the insurance company servers 51, 52, 53, 54, and the borrower terminal 60.

Insurance company server (51, 52, 53, 54) receives a list of parking vehicles from the parking management server 30, selects the insured vehicle to each insurance company and notifies the owner of the vehicle owner terminal 60 of the emergency situation .

The owner terminal 60 is a communication terminal of the vehicle owner, and includes various types of terminals such as a mobile phone, a PC, a PDA, a landline phone, and the like.

Figure 2 shows a flow chart of the river parking vehicle flooding prevention method using the network according to the present invention.

With reference to FIG. 1 will be described a method for preventing the flooding of vehicles in the river parking lot according to the present invention.

First, the step of storing and deleting the vehicle information at the time of receipt and shipment of the vehicle (S210).

A plurality of surveillance cameras 11 and 12 are installed at the entrance and the exit of the river parking lot, and a vehicle attached to the entrance and exit of the parking lot is detected by a detector attached to the surveillance cameras 11 and 12, and the vehicle detects a vehicle. The surveillance camera is operated to photograph the vehicle and to recognize the number of the vehicle license plate.

When the vehicle is received and released at the river parking lot, the vehicle is photographed by the plurality of surveillance cameras 11 and 12 installed at the entrance and the vehicle photograph and the number of the vehicle are stored in the vehicle management database 33. At this time, the signal processor 31 processes the image photographed by the surveillance cameras 11 and 12 according to a predetermined standard and recognizes the number of the vehicle.

Secondly, the water level of the river is measured and river water level information is stored.

The water level measuring sensor, which is the water level measuring means 20, is installed at a predetermined position in the river and measures the level of the river. The measured water level information is converted into digital data by the signal processor 31 and stored in the water level management database 34.

Third, the river level and the critical level are compared.

The critical level means the level just before the river overflows, and is determined to have time to evacuate the vehicle from the vehicle owner or the towing company receiving the emergency rescue request signal.

The critical water level is calculated by applying the maximum value of the hourly precipitation, and may notify the borrower and the insurance company in advance based on the critical expected water level.

Fourth, a step of transmitting the vehicle list parked in the river parking lot to a plurality of insurance companies (S240).

The parking management server 30 transmits the vehicle list stored in the vehicle management database 33 to the plurality of insurance company servers 51, 52, 53, 54 when the river water level exceeds the critical water level.

The plurality of insurance company servers 51, 52, 53, and 54 selects the insured vehicles through the vehicle list.

Fifth, the emergency request to the borrower and towing company (S250).

The plurality of insurance company servers (51, 52, 53, 54) makes an emergency evacuation request to the vehicle owner, and if not contacted with the vehicle owner, makes an emergency evacuation request to the towing company associated with the insurance company.

Figure 3 shows an embodiment of the vehicle flooding prevention system of the river parking lot using the network according to the present invention.

Surveillance cameras 11 and 12 are installed in the gate 10 installed at the entrance of the river parking lot. The gate 10 may be provided in plural numbers depending on the circumstances of the river runners, and the gate 10 may be installed to distinguish the inlet and the outlet.

The water level measuring means 20 is installed at a place where the water level of the river can be measured. In some cases, the water level measuring means 20 may be provided in plural places.

The parking management server 30 is installed in the parking control station managing the river parking, and is connected to the output terminals of the monitoring cameras 11 and 12 and the water level measuring means 20.

The parking management server 30 is connected to the server of the insurance company through a network, and stores or deletes the picture and the vehicle number of the vehicle in the database when the vehicle enters and exits.

When heavy rain occurs in the river parking lot and reaches the critical level just before the flooding, the parking list stored in the parking management server is automatically transmitted to the servers of a plurality of insurance companies.

Each insurance company requests emergency evacuation from the owner of the vehicle registered in the server, and if the contact with the vehicle owner is not possible, the insurance company contacts the towing company and takes action to tow the vehicle.

4 is a block diagram showing another configuration of the vehicle flooding prevention system of the river parking lot using the network according to the present invention, the parking management server (110, 120, 130), communication network 200, operator server 300, insurance company server ( 410, 420, 430, and 440 and the owner terminal 500.

Parking management server (130, 131, 132) is operated by a detector for detecting a vehicle entering the entrance and exit of the parking lot when the vehicle is entered and exited the parking lot, and the surveillance camera (111, 121, 131) and the river to shoot the entrance vehicle, and recognize the license plate Water level measuring means (112, 122, 132) for measuring the water level, and transmits the vehicle information and the water level information of the river, such as the number of vehicles parked in the river parking lot, vehicle arrival and departure time, parking lot name, etc. to the operator server 300 in real time do.

The network 200 supports wired / wireless communication services with the parking management server 130, 131, 132, the operator server 300, the insurance company server 410, 420, 430, 440, and the borrower terminal 500.

The operator server 300 transmits the information of the vehicle and the water level of the streams through the incoming and outgoing vehicles of the plurality of river parking lots transmitted in real time by the plurality of parking management servers 130, 131, and 132 to the operator server 300 in real time.

The insurance company server 410, 420, 430, 440 receives the parking vehicle list of each river parking lot from the operator server 300, selects a vehicle having insurance therein, and notifies the vehicle owner's owner terminal 600 of the emergency situation.

In this case, if the contact with the borrower can not contact the towing company contracted with the insurance company, emergency rescue request, and to park the car parked in the river parking lot to a safe place.

The vehicle owner terminal 600 is a communication terminal of the vehicle owner, and includes various types of terminals such as a mobile phone, a PC, a PDA, a landline phone, and the like.

As shown in the above-described embodiment, the present invention is a system for protecting a vehicle that is damaged by flooding due to a heavy rain on a vehicle parked in a river parking lot, and a vehicle owner parked in the river parking lot is not far from the river parking lot. If you are in danger of being invaded by heavy rains, each insurance company will contact the owner of the vehicle first, or if the owner of the car is far away, the insurance company will It is a system that can contact the towing company and evacuate the vehicle.

As described above, the present invention has been described with reference to the embodiments illustrated in the drawings, which are merely exemplary, and it should be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. will be. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

According to the present invention, due to the rapid response through the insurance company connected to the water level detection device and the parking management server installed in the river parking lot can not only prevent vehicle damage due to flooding in the river parking lot in advance, but also minimizes the damage scale in the worst case. I can do it.

1 is a block diagram showing the configuration of a river parking vehicle flooding prevention system using a network according to the present invention.

Figure 2 shows a flow chart of the river parking vehicle flooding prevention method using the network according to the present invention.

Figure 3 shows an embodiment of the vehicle flooding prevention system of the river parking lot using the network according to the present invention.

4 is a block diagram showing another configuration of the river parking vehicle flooding prevention system using the network according to the present invention.

Claims (10)

In the system for preventing the flooding of vehicles parked in the parking lot formed in the river, A surveillance camera installed at the entrance to the parking lot and attached with a detector for detecting a vehicle entering the entrance, operating by a vehicle detection signal of the detector, and recognizing a photograph and a license plate character of the vehicle entering the entrance; Water level measuring means for measuring the water level of the river in which the parking lot is formed; Emergency management to servers of a plurality of insurance companies in order to manage vehicles entering and exiting the parking lot through the vehicle information and the water level data output from the monitoring camera and the water level measuring means, and to minimize the damage of the vehicle due to the flooding of the parking lot by the heavy rain. Parking management server for transmitting a signal; And At least one insurance company server connected to the parking management server and a network and receiving a parking vehicle list from the parking management server to select an insured vehicle from each insurance company and notify the owner and the towing company of an emergency; River parking vehicle flooding prevention system, characterized in that it comprises a. According to claim 1, wherein the parking management server A signal processor converting the image photographed by the surveillance camera into a digital signal and converting the water level data measured by the water level measuring means into a digital signal; A vehicle management database storing a vehicle number photographed from the plurality of surveillance cameras and a vehicle number recognized by a vehicle license plate; A water level management database storing water level data measured from the water level measuring means; Control to store or delete the data converted by the signal processing unit in the parking management or the water level management database, and compares the water level data measured by the water level measuring means with the critical water level data to exceed the critical water level data. A control unit for controlling a function of transmitting a list of parking vehicles stored in a vehicle management database to a server of an insurance company; And a communication unit connected to the network to transmit a list of parking vehicles to a server of an insurance company. The method of claim 1, wherein the insurance company server River parking lot flood prevention system, characterized in that notifying the vehicle owner by wireless or wired communication means. In the method of preventing the flooding of the vehicle parked in the parking lot formed in the river, and managing the river parking lot, (a) detecting a vehicle entering a parking lot entrance and operating the surveillance camera to store and delete vehicle information photographed by the surveillance camera when the vehicle is received or released; (b) measuring the water level of the river and storing the river water level information; (c) comparing the river level with a critical level; (d) transmitting the list of vehicles parked in the river parking lot stored in the parking lot management server to a plurality of insurance company servers when the river level exceeds the critical level; And (e) informing the borrower by using wired / wireless communication through a vehicle list notified to the plurality of insurance company servers. The method of claim 4, wherein step (a) Installing the surveillance camera with the detector at the entrance of the river parking lot, storing the vehicle's photo and the vehicle number in the database when the vehicle is received, and deleting the vehicle's photo and the vehicle number from the database when the vehicle is shipped. River parking lot flooding prevention method. The method of claim 4, wherein the critical water level is A method for preventing flooding of a river parking lot, characterized by a level immediately before a river overflows, and determined to have time to evacuate the vehicle from the owner or towing company receiving the emergency rescue request signal. The method of claim 6, wherein the critical level is A method for preventing flooding of a river parking lot, characterized in that it is possible to calculate the critical predicted water level by applying the maximum amount of hourly precipitation and notify the borrower and the insurance company in advance based on the critical predicted water level. The method of claim 4, wherein step (e) The plurality of insurance company server makes an emergency evacuation request to the vehicle owner, and if the contact with the vehicle owner is not in contact with the vehicle owner, the emergency evacuation request to the towing company contracted with the insurance company. In the system for preventing the flooding of vehicles parked in the parking lot formed in the plurality of rivers, and managing the plurality of river parking lot, At least one parking management server having a surveillance camera operated by a detector for detecting a vehicle's incoming and outgoing of the river parking and a water level measuring means for measuring the level of the river; An operator server for receiving in real time information of the vehicle and the water level of the streams through incoming and outgoing vehicles of the plurality of river parking lots that are transmitted in real time by the plurality of parking management servers; And An insurance company server that receives a list of parking vehicles of each river parking lot from the operator server, selects vehicles insured by the company, and informs the owner of the vehicle owner of an emergency situation; The parking management server, the operator server, insurance company server and the car terminal is connected to the network, the parking lot vehicle flood prevention system, characterized in that the network. The method of claim 9, wherein the parking management server A signal processor converting the image photographed by the surveillance camera into a digital signal and converting the water level data measured by the water level measuring means into a digital signal; A vehicle management database that stores a picture of a vehicle taken from the plurality of surveillance cameras and a vehicle number recognized by a vehicle license plate, and also stores basic information about a vehicle owner; A water level management database storing water level data measured from the water level measuring means; Control to store or delete the data converted by the signal processing unit in the parking management or the water level management database, and compares the water level data measured by the water level measuring means with the critical water level data to exceed the critical water level data. A control unit for controlling a function of transmitting a list of parking vehicles stored in a vehicle management database to a server of an insurance company; And a communication unit connected to the network to transmit a list of parking vehicles to a server of an insurance company.