KR20010046672A - Multi Alarms Dispatching System for Wireless data network - Google Patents

Abstract

PURPOSE: Provided are a multiple alarm order system and a method thereof using double order networks comprising a first order network using a wireless data network or a GPS system and a second order network using voice. CONSTITUTION: The multiple alarm order system comprises: an order center(10) to take an alarm signal generated from a patron and give orders to a patrol car(20); the wireless data network(30) for transmitting the order to the patrol car(20); an RF voice network(40) for transmitting the order to the patrol car(20); a system(60) to grasp the location of the car(20) by using a private location frequency of a GPS satellite(50); a system(70) for transmitting an emergency situation of patrolmen to the order center(10) by using an emergency transmitting/receiving device or the wireless data network(30). And the multiple alarm order method comprises: a first step for displaying the alarm generated from the patron on a CRT of the order center(10); a second step for giving the orders according to the displayed alarm and checking whether the order signal is received or not; a third step for transmitting the treated result code after the patrol car(20) arrives on the spot, if the signal of the second step is received; a forth step for showing the location and the situation of the patrol car(20) on an electronic map in the order center(10).

Description

Multi alarm command system and method using wireless data network {Multi Alarms Dispatching System for Wireless data network}

The present invention relates to an alarm command system, and more particularly, a wireless command network to manage a security command system by a dual command network of a first command network using a wireless data network or a GPS system and a second command network using a voice. The present invention relates to a multiple alarm command system and a method using a data network.

In general, in order to prevent the intrusion of people or theft of valuables, etc. in a building such as a factory, apartment, or a shopping mall, a security device or an anti-theft device is installed and connected to a command center or police box through a main controller, which is a management device. do.

After installing a detector used for such a security device in a necessary place of a building, a signal must first be transmitted from the detector to the main controller in order to transmit the detected signal to the command center.

As described above, the alarm signal generated from the customer is transmitted to the command center, and the command center receives the received alarm signal and gives a command to the patrolman by voice.

Therefore, the patrol officer who receives the voice command from the command center moves to the location of the customer where the alarm has occurred.

However, the above-described conventional alarm command system receives a signal generated by the command center and issues a command to the patrol crew only by using the voice command, so that the voice command is not correctly received in an area where the reception condition is not good. In addition, there is a problem that the command center has to find and communicate with the patrol crew one by one, so a delayed command occurs. During one-on-one communication, another patrol crew must wait to communicate with the control room. And, there was a problem that wastes unnecessary manpower to handle this.

Accordingly, the present invention was devised to solve the above-mentioned problems, and the security command system can be managed by the dual command network of the first command network using the wireless data network or the GPS system and the second command network using the voice. It is an object of the present invention to provide a multiple alarm command system and method using a wireless data network.

Multiple alarm command system using a wireless data network of the present invention for achieving the above object,

A command center that receives a warning signal from the customer and issues a command to the patrol car;

A wireless data network for data communication for transmitting a command according to an alarm signal received at the command center to a patrol car;

An RF voice network, which is its own voice wireless communication network, for transmitting the command according to the alarm signal received at the command center to the patrol car;

An automatic vehicle position system for detecting a vehicle position by using a civil satellite position frequency of a GPS satellite to transmit an efficient alert command of an alert signal received at the command center to the patrol car; And,

Characterized in that the emergency protection system for transmitting the emergency situation of the patrol crew using the RF emergency transceiver or the wireless data network to the command center.

The command system of the command center is

A host computer that receives and manages alarm signals generated by customers;

And a server computer that manages and monitors data in order to transmit a command according to the alarm signal received by the host computer to the patrol car.

The vehicle system of the patrol car,

A GPS antenna for receiving civilian location frequencies from the GPS satellites;

A GPS receiver for receiving and translating civilian location frequencies transmitted from the GPS satellites via the GPS antennas;

A vehicle data terminal for processing commanded alarm data, GPS information, and vehicle status information using the wireless data network;

An RF antenna for using the wireless data network;

An RF module for transmitting and receiving alarm data, GPS coordinates, patrol crew emergency request, and vehicle status using the wireless data network through the RF antenna;

An RF emergency transceiver for receiving an emergency request of a patrol crew using the RF module and transmitting the emergency request to the vehicle data terminal; And,

Characterized in that it comprises a DC power supply for supplying power to the vehicle data terminal, RF module, RF emergency transceiver.

In addition, multiple alarm command method using a wireless data network of the present invention for achieving the above object,

A first step of displaying an alarm generated in the CRT of the command center when an alarm occurs to the customer;

A second step of determining whether or not a command signal is received after giving a command according to the alarm displayed on the CRT of the command center in the first step;

A third step of, when the signal is received in the second process, dispatched according to the received signal to arrive at the alarm occurrence region, and then transmitting the processed result code; And,

And a fourth process of expressing the position and state of the patrol vehicle on the real-time electronic map in the command center in conjunction with the first, second, and third processes.

1 is a network diagram of a multiple alarm command system using a wireless data network according to the present invention;

2 is a detailed configuration diagram of the vehicle system of FIG.

3 is an operation flowchart for the command system of FIG. 1;

4 is a schematic diagram illustrating a communication state of a wireless data network according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: command center 20: patrol car

30: wireless data network 40: RF voice network

50: GPS satellite 60: automatic vehicle positioning system (AVL)

70: emergency protection system (EPS) 11: host computer

12: server computer 21: GPS antenna

22 GPS receiver 23 Vehicle data terminal (MDT)

24: RF antenna 25: RF module

26: RF emergency transceiver 27: DC power (battery)

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

Multiple alarm command system using a wireless data network according to the present invention, as shown in Figure 1, the command center 10 for receiving a warning signal generated by the customer to give a command to the patrol car 20; A wireless data network 30 for data communication for transmitting a command according to the alarm signal received at the command center 10 to the patrol car 20; An RF voice network 40, which is its own voice wireless communication network, for transmitting the command according to the alarm signal received at the command center 10 to the patrol car 20; An automatic vehicle position system (60) for detecting a vehicle position using a civilian position frequency of the GPS satellite 50 to transmit an efficient alert command of the alert signal received at the command center 10 to the patrol car 20; And an emergency protection system 70 which transmits an emergency situation of the patrol crew to the command center 10 using the RF emergency transceiver or the wireless data network 30.

The command system of the command center 10 includes a host computer 11 for receiving and managing alarm signals generated by a customer; And a server computer 12 that manages and monitors data in order to transmit a command according to the alarm signal received by the host computer 11 to the patrol car 20.

The vehicle system of the patrol car 20 includes a GPS antenna 21 for receiving civilian location frequencies from the GPS satellites 50, as shown in FIG. A GPS receiver 22 for receiving and translating civilian location frequencies transmitted from the GPS satellites 50 through the GPS antenna 21; A vehicle data terminal 23 expressing processing of commanded alarm data, GPS information and vehicle status information using the wireless data network 30; An RF antenna 24 for using the wireless data network 30; An RF module 25 for transmitting and receiving alarm data, GPS coordinates, patrol officer emergency request, and vehicle status using the wireless data network 30 through the RF antenna 24; An RF emergency transceiver 26 for receiving an emergency request of a patrol crew using the RF module 25 and transmitting it to the vehicle data terminal 23; And a direct current power source 27 for supplying power to the vehicle data terminal 23, the RF module 25, and the RF emergency transceiver 26.

Referring to Figures 3 and 4 the operation of the present invention configured as described above are as follows.

First, through the host computer 11 of the command center 10, information about the customer and codes for alarm situations that may occur, respectively, are converted into a database (hereinafter referred to as DB) and stored in the server computer 12. In the state, the current state of the customer is checked through the communication controller to update the DB of the server computer 12 with the latest information.

When the alarm signal generated to the customer in the above state is received by the host computer 11 of the command center 10, the server computer 12 is an alarm code according to the alarm signal received by the host computer 11 The DB is converted into a vehicle data terminal (hereinafter referred to as a mobile data terminal MDT) 23 of the patrol vehicle 20.

On the other hand, if the patrolman sends a password to the server computer 12 to log in the MDT 23 of the patrol car 20, the server computer 12 from the MDT 23 The MDT 23 is logged in at the current time at which the password was received.

When the command alert signal is transmitted from the host computer 11 to the server computer 12 while the MDT 23 is logged in as described above, the server computer 12 transmits the MDT 23 of the patrol car 20. Send the command signal to).

The MDT 23 requests the server computer 12 for information about the customer whose command signal is generated, and the server computer 12 references the customer information updated with the latest information. Send customer information).

On the other hand, the server computer 12 requests coordinates every predetermined time to the MDT 23, the MDT 23 transmits the coordinates and its own coordinates required from the server computer 12, the server computer ( 12 may determine the position of the patrol car 20 and the vehicle state using the electronic map.

That is, when the host computer 11 transmits the position request signal of the patrol car 20 to the server computer 12, the server computer 12 sends the patrol car position request signal transmitted from the host computer 11 to the patrol car ( 20) to MDT 23.

The MDT 23 transmits the patrol car position information requested from the server computer 12 through the GPS receiver 22 to the server computer 12 using the GPS satellite 50 and checks the connection state. do.

The server computer 12 checks the connection state to the host computer 11 with respect to the connection state check transmitted from the MDT 23, and then transmits a response to the connection state check to the MDT 23.

When the MDT 23 receives the command signal transmitted from the server computer 12, the MDT 23 arrives at the site where the alarm is generated according to the command signal, takes action to the customer, and then outputs the result code to the server computer 12. End the command by sending to.

On the other hand, when an emergency occurs to the patrol crew of the patrol car 20, the patrol crew transmits the emergency status to the server computer 12 through the MDT 23 using the RF emergency transceiver 26 of the patrol car 20. In addition, the server computer 12 detects an emergency state transmitted from the RF emergency transceiver 26 through the MDT 23, makes an emergency call 112 or contacts a nearby patrol crew to perform an emergency situation. It helps to solve it.

3 illustrates a first step (S1) of displaying an alarm generated in the CRT of the command center when an alarm occurs to the customer as shown in FIG. A second step (S2) of determining whether a command signal is received after giving a command according to the alarm displayed on the CRT of the command center in the first step (S1); A third step (S3) of transmitting a processed result code after the signal is received in the second step (S2) and dispatched according to the received signal to arrive at an alarm occurrence area; And a fourth process S4 in which the positions and states of the patrol vehicle are expressed on the real-time electronic map at the command center in cooperation with the first, second, and third processes S1, S2, and S3.

As described in detail above, the multi-alarm command system using the wireless data network according to the present invention includes a security command system using a dual command network of a first command network using a wireless data network or a GPS system and a second command network using voice. By managing it, it is possible to solve the wireless communication obstacle, and the application of the data command system has the effect of solving the uncertainty of the voice command.

In addition, by applying wireless data network, real-time information can be provided in real time to improve the ability to cope with incidents and accidents. And it is possible to give a dispatch instruction to the near vehicle, to ensure the promptness of emergency dispatch when a situation occurs, it is effective to grasp the emergency situation of the patrol crew.

Although the invention has been described in detail only with respect to the specific examples described, it will be apparent to those skilled in the art that various modifications and variations are possible within the spirit of the invention, and such modifications and variations belong to the appended claims.

Claims (4)

A command center 10 for receiving a warning signal generated by the customer and giving a command to the patrol car 20; A wireless data network 30 for data communication for transmitting a command according to the alarm signal received at the command center 10 to the patrol car 20; An RF voice network 40, which is its own voice wireless communication network, for transmitting the command according to the alarm signal received at the command center 10 to the patrol car 20; An automatic vehicle position system (60) for detecting a vehicle position using a civilian position frequency of the GPS satellite 50 to transmit an efficient alert command of the alert signal received at the command center 10 to the patrol car 20; And, Multiple alert command system using a wireless data network, characterized in that configured as an emergency protection system 70 for transmitting an emergency situation of the patrol crew using the RF emergency transceiver or the wireless data network 30 to the command center (10). . The method of claim 1, The command system of the command center 10 is A host computer 11 for receiving and managing an alarm signal generated by a customer; In order to transmit the command according to the alarm signal received by the host computer 11 to the patrol car 20, the server computer 12 for managing and monitoring data, characterized in that it comprises a multiple alarm command using a wireless data network system. The method of claim 1, The vehicle system of the patrol car 20, A GPS antenna 21 for receiving a civilian location frequency from the GPS satellites 50; A GPS receiver 22 for receiving and translating civilian location frequencies transmitted from the GPS satellites 50 through the GPS antenna 21; A vehicle data terminal 23 expressing processing of commanded alarm data, GPS information and vehicle status information using the wireless data network 30; An RF antenna 24 for using the wireless data network 30; An RF module 25 for transmitting and receiving alarm data, GPS coordinates, patrol officer emergency request, and vehicle status using the wireless data network 30 through the RF antenna 24; An RF emergency transceiver 26 for receiving an emergency request of a patrol crew using the RF module 25 and transmitting it to the vehicle data terminal 23; And, And a DC power supply (27) for supplying power to the vehicle data terminal (23), the RF module (25), and the RF emergency transceiver (26). A first step (S1) of displaying an alarm generated in the CRT of the command center when an alarm occurs to the customer; A second step (S2) of determining whether a command signal is received after giving a command according to the alarm displayed on the CRT of the command center in the first step (S1); A third step (S3) of transmitting a processed result code after the signal is received in the second step (S2) and dispatched according to the received signal to arrive at an alarm occurrence area; And, And a fourth process (S4) in which the position and state of the patrol vehicle are expressed on the real-time electronic map at the command center in cooperation with the first, second, and third processes (S1, S2, S3). Multiple alarm command method used.