KR20000031248A - Monitoring device using mobile communication - Google Patents

Abstract

PURPOSE: A monitoring device for a mobile communication is provided to report a generated event to an operator system by a mobile terminal when an arbitrary event is generated. CONSTITUTION: A monitoring device for a mobile communication comprises a location information reception portion, a mobile terminal interface portion, a monitoring terminal management portion, a control portion, an operator system portion, and a mobile communication portion. The location information reception portion receives location information. The mobile terminal interface portion is connected with a mobile terminal. The monitoring terminal management portion monitors an abnormal state. The control portion controls the location information reception portion, the mobile terminal interface portion, and the monitoring terminal management portion. The operator system portion receives a monitored event. The mobile communication portion reports the monitored event to the operator system.

Description

Monitoring device using mobile communication

The present invention relates to a monitoring apparatus using mobile communication, and more particularly, to a monitoring apparatus using mobile communication suitable for automatically informing an operator system through a mobile terminal when an event occurs.

In general, the monitoring device is used in various forms depending on the application.

For example, the monitoring device of a vehicle is attached to a vehicle to generate a simple alarm sound when an accident such as an external shock is configured to prevent the theft of goods inside the vehicle or theft of the vehicle.

Another example is a security system. In general, a security system is a wired connection between a security device and a security center (operator system).

In the case of an intrusion from the outside, such a security system detects the sensor of the security system and notifies it to the security device, and the security device informs the operator system.

In the case of a security system, the security system is connected to the operator system by wire.

In the case of such a conventional security system has the following problems.

First, since the car's monitoring device only sounds an alarm, the car's location could not be detected at all.

Second, when an accident occurs on a car, the location of the accident or the exact situation at the time of the accident cannot be known.In particular, when a driver is unable to take any action due to a big accident in a place where traffic is too busy or at leisure, There was a problem that can not be received quickly.

Third, even in the case of a security system, there is a wired connection between the security system and the operator system. When the wire is disconnected, even if the security system reports an occurrence of an accident between the operator system, the operator system could not be reported, so it could not take appropriate measures. We couldn't monitor what's going on.

DISCLOSURE OF THE INVENTION An object of the present invention has been made in view of the above-mentioned problems of the prior art, and is limited by wires by carrying out communication using a mobile terminal between a monitoring device for monitoring a specific event and an operator system operating the monitoring device. It is to provide a monitoring device using a mobile communication that can overcome.

According to an aspect of the present invention for achieving the above object, a location information receiver for receiving location information sent from any device, a mobile terminal interface for communicating with the mobile terminal, and optionally specified abnormal situation A monitoring terminal management unit for monitoring, a control unit controlling the location information receiving unit, a monitoring terminal management unit and a mobile terminal interface unit, an operator system for receiving any event monitored by the monitoring terminal management unit, and an event occurring in the monitoring terminal management unit. It comprises a mobile communication unit for reporting to the operator system.

Preferably, the mobile terminal includes an external device interface unit for communication with a monitoring terminal manager, a data processor for processing data received from the external device interface unit, and an arbitrary operator system according to the data processing contents of the data processor. It consists of a control unit for generating a call.

According to the present invention as described above, it is possible to report any event to the operator system by mobile communication to overcome the limitations of the wire and at the same time, in particular, in the event of an emergency can be quickly responded.

1 is a block diagram of a monitoring device using a mobile communication of the present invention

FIG. 2 is a block diagram of a mobile terminal in the monitoring device as shown in FIG.

3 is a block diagram of a monitoring management unit in the monitoring device as shown in FIG.

4 is a flowchart for explaining a vehicle location tracking method of a monitoring apparatus using a mobile communication of the present invention;

5 is a view for explaining a method for monitoring the position and state of the vehicle of the monitoring device using a mobile communication of the present invention;

6 is a view for explaining a report when a vehicle accident occurs in the monitoring device using a mobile communication of the present invention

7 is a diagram illustrating a case of monitoring the anti-theft using mobile communication according to the present invention.

Explanation of symbols for the main parts of the drawings

1: monitoring management unit 2: operator system

3: mobile communication unit 4: monitoring terminal unit

5: mobile terminal 6: mobile communication network

Hereinafter, a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a block diagram of a monitoring apparatus using a mobile communication of the present invention.

The monitoring apparatus according to the present invention includes a monitoring management unit 1 for monitoring an arbitrary event, an operator system 2 for receiving any event monitored by the monitoring management unit 1, and an occurrence occurring in the monitoring management unit 1. And a mobile communication unit 3 for reporting the incident to the operator system 2.

At this time, the monitoring management unit 1 manages the monitoring terminal unit 4, the monitoring terminal unit 4 is composed of a vehicle monitoring unit 4a, unmanned surveillance camera unit 4b, external intrusion sensor unit 4c and the like. do.

The mobile communication unit 3 is composed of a mobile terminal 5 such as a personal mobile communication (PCS) and a mobile communication network 6 including a base station supporting wireless communication of the mobile terminal 5.

At this time, the operator system 2 is composed of a security company 2a, a police station 2b, an insurance company 2c, and the like.

FIG. 2 is a block diagram of a mobile terminal in the monitoring apparatus as shown in FIG. 1.

The mobile terminal 5 according to the present invention includes an external device interface unit 5a for communication with the monitoring management unit 1, a data processing unit 5b for processing data received from the external device interface unit 5a, It consists of the terminal control part 5d which generate | occur | produces a call according to the data processing content of the said data processing part 5b.

At this time, the external device interface unit 5b is configured to interface data with the monitoring management unit 1 by RS-232E.

The data processing unit 5b has a built-in Transmission Control Protocol / Internet Protocol (TCP / IP) protocol when a line data (Async. Data) method is used, and a packet according to the mobile communication network 6 configuration. It can also be used as data. At this time, follow the standard provided by TIA / EIA IS-707. In addition, the short message service (SMS) may also be used to transmit short data.

The terminal controller 5d receives the signal from the data processor 5b, analyzes the signal, and reports the occurrence of the incident to the operator system 2 through the mobile communication network 6 as shown in FIG. 1 through the call processor 5e. . At this time, a radio frequency (RF) 5c is configured between the terminal control unit 5d and the data processing unit 5b to use a frequency of the same band as that of the mobile terminal.

Finally, the monitoring management unit 1 includes a location information receiver 1a for receiving location information sent from an arbitrary device, a mobile terminal interface 1b for communicating with the mobile terminal 5, and an abnormally designated abnormal situation. And a control unit 1d for controlling the position monitoring unit 1c, the monitoring terminal management unit 1c, and the mobile terminal interface unit 1b.

The operation of the monitoring apparatus using the mobile communication according to the present invention will be described.

The operating characteristic of the monitoring apparatus using the mobile communication is to first collect information from the monitoring terminal unit 4 periodically or upon occurrence of any event and transmit data to the monitoring management unit 1 for any event. In 1), data is transmitted to the mobile terminal 5, and when the mobile terminal 5 transmits information on a new event to the operator system 2 through the mobile communication network 6, new information is transmitted according to the transmitted information. Report any incident that has occurred or take an appropriate response to the event.

4 is a flowchart illustrating a vehicle location tracking method of a monitoring apparatus using mobile communication according to the present invention.

In the vehicle position tracking method of the monitoring apparatus using the mobile communication according to the present invention, when the monitoring management unit is connected to the vehicle, as shown in FIG. 4, the position and time information is periodically obtained from the position information receiving unit of the sensing apparatus installed in the vehicle ( 100).

Next, it is determined whether it is time to deliver the location information to the operator system (101).

As a result of the determination, when it is time to deliver the location information to the operator system, the mobile terminal provides location information of the vehicle (103). The mobile terminal then provides 104 location information of the vehicle to an operator system (eg, a traffic service company). At this time, a short message service is used.

In this case, the period may be changed in the network operator system.

The method of changing the period is to connect the monitoring management unit of the vehicle with wireless data to the network operator system and directly control the monitoring device to change the reference value.

That is, it is possible to directly access the monitoring function of the monitoring management unit.

5 is a view for explaining a method for monitoring the position / state of the vehicle of the monitoring device using a mobile communication of the present invention.

In particular, FIG. 5 relates to a method in which a surveillance management unit is connected to a vehicle and enables the operator system to check the position of the vehicle and the state of the vehicle.

First, the operator system connects a wireless database call to the monitoring management unit at a specific number in the network (201).

When the network operator system establishes a connection of wireless data through the mobile terminal of the monitoring management unit (202), the operator system directly controls the wireless device and obtains desired information (203). In this case, since the wireless device is connected to the vehicle monitoring unit, the wireless device may detect all the current states of the vehicle.

For example, the position tracking 204, the state 205 of the vehicle, the state 206 of various sensors, the current speed 207, and the like can be known. In addition, airbags and doors can be checked.

Surveillance management unit is capable of unmanned transmission while communicating various information detected by vehicle management unit of vehicle with network operator system.

As mentioned above, when the network operator system changes specific information, the sensing device transmits the changed information to the control unit of the vehicle, and the control unit of the vehicle performs an operation according to the changed information.

In addition, when the wired connection between the vehicle monitoring unit 4a and the monitoring terminal manager 1c is disconnected, a report is received from the vehicle monitoring unit 4a that there is no report or the wired connection is lost. Since such a report is reported to the operator system 2 through the control unit 1d of the management monitoring unit 1, the operator system 2 informs the vehicle driver of such facts using the mobile terminal 5 or the like.

6 is a view for explaining a report when a vehicle accident occurs in the monitoring device using a mobile communication of the present invention.

In particular, FIG. 6 relates to how the surveillance management unit may be connected to a vehicle to transmit accident information when an accident occurs while driving the vehicle.

First, when a vehicle accident is detected through a sensor of the vehicle, the vehicle monitoring unit transmits the vehicle accident to the control unit of the monitoring management unit, and the control unit wireless data to the operator system (police station, insurance company, etc.) through the mobile terminal interface unit. Attempt to connect to the service call (302).

Next, when the connection between the mobile terminal interface unit and the operator system is successful, the report content of the monitoring terminal manager is transmitted to the operator system through data communication (303).

At this time, the contents reported to the operator system are the location of the accident vehicle 304, the state of the vehicle 305, the speed of the accident 306, and other necessary information 307. Other necessary information includes engine status, various sensor status, door status, and the like. In addition, when the various sensors include a temperature sensor, a fire of the vehicle may also be detected.

7 is a view for explaining the case of monitoring the anti-theft using the mobile communication of the present invention.

In particular, Fig. 7 is suitable when used for theft prevention.

First, when a signal for notifying theft is detected in the vehicle monitoring unit installed in the vehicle (401), the operator system (a police station, an insurance company, a security company) is notified of an emergency by using a short message service (SMS), and a wireless database connection is established. Tries (402). After the connection, the operator system sends the necessary information (403).

In this case, the information required by the operator system includes information on the type of theft 404 (for example, theft of the vehicle itself, theft through the door of the vehicle, theft after breaking the vehicle glass), and the screen displayed on the unmanned camera. Information on information 405, information on the state of the existing wire 406, and other necessary information 407, and the like.

Although the type of theft is not shown in the drawings as well as the vehicle, theft of a house or a building may be detected and notified to a police station or a security company.

In other words, houses and buildings generally have a wired monitoring and reporting system. When wireless is used, an accident due to a broken wire can be prevented.

The present invention as described above has the following effects.

First, the current status of the surveillance management department can be informed accurately and in detail to the operator system periodically or in case of an incident, thereby protecting personal property and safety more quickly.

Second, since the infrastructure for using wireless is in a state of being formed, the network can be easily configured, so that service can be performed in a short period of time.

Third, as well as remotely transmitting and receiving data, the operator system can directly access and control the monitoring device, so that it is possible to monitor the current situation directly and to cope with the current situation quickly.

Fourth, since a mobile communication network is used, it is possible to access a large amount of information.

Claims (2)

A location information receiver for receiving location information sent from an arbitrary device; A mobile terminal interface unit communicating with the mobile terminal; A monitoring terminal manager for monitoring a randomly designated abnormal situation; A controller for controlling the location information receiver, the monitoring terminal manager, and the mobile terminal interface; An operator system for receiving any event monitored by the monitoring terminal manager; And a mobile communication unit for reporting an event occurring in the monitoring terminal manager to the operator system. The mobile terminal of claim 1, wherein the mobile terminal includes an external device interface unit for communicating with a monitoring management unit, a data processing unit processing data received from the external device interface unit, and a data processing unit according to data processing contents of the data processing unit. Surveillance device using mobile communication, characterized in that the control system for generating a call to the operator system.