KR100493078B1 - Security system and method using mobile communication network - Google Patents

Abstract

The present invention relates to a security system and method using a mobile communication network, the present invention detects an intrusion of an outsider, the security device for transmitting security information through a mobile communication network 300 of the CDMA (Code Division Multiple Access) method (100) ); Analyzing the security information received from the security device 100 to generate an alarm and at the same time real-time notification to the administrator, a remote request for information transmission to the security device 100 using a Short Message Service (SMS) Surveillance server 200 is configured, through the CDMA mobile communication network 300 security device 100 transmits the security information to the remote monitoring server 200 in real time, short message service (SMS) By using the remote monitoring server 300 by requesting the information transmission to the security device 100, there is an effect in reducing the cost required to build a security system and improve the reliability.

Description

Security system and method using mobile communication network {SECURITY SYSTEM AND METHOD USING MOBILE COMMUNICATION NETWORK}

The present invention relates to a security system and method using a mobile communication network, and more particularly to a security system and method using a mobile communication network to analyze the security information received from the subscriber terminal through the mobile communication network to notify the administrator. .

In the conventional security system, when an external unauthorized intrusion is detected, an alarm sound is generated and an unauthorized intrusion detection information is transmitted to a security service provider or a police station through a wired communication network. By taking action, you protect your life and your property.

However, since the conventional security system uses a wired communication network such as a public telephone communication network or a dedicated communication network as described above, a lot of initial installation and maintenance costs are consumed. However, if an intruder intentionally cuts the communication line, Not only is it impossible to transmit the detection information to the security service provider and the police station, but there is a problem in that an additional considerable cost is required to recover it.

In addition, recently, many security systems using wireless communication have been introduced, but since they use a private communication network, it is difficult to use in a wide area, difficult to transmit a large amount of information, and difficult to maintain security when transmitting information. there was.

The present invention has been made to solve the above problems, and a first object of the present invention is to provide a security system and method using a mobile communication network to notify the administrator by analyzing the security information received in real time from the subscriber terminal through the mobile communication network There is.

In addition, a second object of the present invention is to provide a security system and method using a mobile communication network to use only a part of the mobile communication service including a short service.

The system according to the present invention for achieving the first object, the security device for transmitting the security information through the mobile communication network to detect unauthorized intrusion; It is characterized by consisting of a remote monitoring server for generating an alarm and real-time notification to the administrator by analyzing the security information received from the security device.

In addition, the system according to the present invention for achieving the first object, characterized in that for transmitting the security information to the remote monitoring server through the CDMA mobile communication network.

In addition, the system according to the present invention for achieving the second object, the remote monitoring server requests the information transmission to the security device using a Short Message Service (SMS), received from the security device The security information is analyzed to determine whether the security device is in normal operation and whether or not an alarm is generated.

In addition, the method according to the present invention for achieving the first object and the second object, in the security method using a mobile communication network in which the security device is connected to a remote monitoring server through a CDMA mobile communication network, A forward communication step of detecting an intrusion of an outsider and transmitting security information to the remote monitoring server, analyzing the security information at the remote monitoring server to generate an alarm; When the short surveillance information for requesting information transmission from the remote monitoring server is transmitted to the security device, the security device comprises a reverse communication step of analyzing the short information and connecting to the remote monitoring server.

Hereinafter, an embodiment of a security system and method using a mobile communication network according to the present invention will be described with reference to the accompanying drawings. However, the technical spirit of the present invention is not limited thereto, but may be variously modified and modified by those skilled in the art.

1 is a block diagram schematically showing a security system using a mobile communication network according to the present invention, Figure 2 is a block diagram showing a security device according to the present invention in detail, Figure 3 is for remote monitoring according to the present invention 4 is a block diagram illustrating a server in detail, and FIG. 4 is a flowchart illustrating a forward communication step of a security method using a mobile communication network according to the present invention, and FIG. 5 is a reverse communication method of a security method using a mobile communication network according to the present invention. A flowchart for explaining the steps.

Security system using a mobile communication network according to the present invention, as shown in Figure 1, the security device for transmitting security information through the mobile communication network 300 by detecting unauthorized intrusion; It consists of a remote monitoring server 200 for generating an alarm and real-time notification to the administrator by analyzing the security information received from the security device 100.

Here, the security apparatus 100 transmits the security information to the remote monitoring server 200 through a CDMA mobile communication network.

In addition, the remote monitoring server 200 requests the security device 100 to transmit information using a short message service (SMS), and analyzes the security information received from the security device 100. It supports a half-duplex communication method for checking whether the crime prevention apparatus 100 operates normally and whether there is an alarm.

On the other hand, the security device 100, as shown in Figure 2, the storage means for temporarily storing the security information (110); Detecting means 120 for detecting the unauthorized intrusion of the outsider to output the crime prevention information to the main control means 130; The security information input from the sensing means 120 is temporarily stored in the storage means 110, and controls the communication network connection of the mobile communication connecting means 140 or the wired communication connecting means 170, the status display means ( Main control means 130 for controlling the display of the status of the control unit 160 and controlled by the administrator through the programming means 150; Mobile communication access means (140) for transmitting the security information input from the main control means (130) to the remote monitoring server (200) through the mobile communication network (300) under control of the main control means (130); A programming means (150) for setting the configuration of the sensing means (120), a connection number of the remote monitoring server (200), a password of the security device (100), and the short service; And status display means for displaying the operating state of the security device 100 under the control of the main control means (130); When communication with the remote monitoring server 200 is not possible through the mobile communication network 300 is configured as a wired communication connection means 170 for communicating with the remote monitoring server 200 through a public switched telephone network (400) do.

Wherein the detection means 120, the sensor unit 121 for detecting the unauthorized intrusion of the outsider to output a detection signal; A sensor control unit 122 for supplying power to the sensor unit 121 and generating security information based on a detection signal input from the sensor unit 121 and outputting the security information to the main control unit 130; And an alarm display unit 123 displaying whether or not an alarm is generated by an outsider under control of the sensor controller 122.

In addition, the sensor unit 121, a sensor 121-1 for detecting an intrusion, a sensor 121-2 for detecting a fire, a sensor 121-3 for detecting a door opening and closing, and detecting destruction It is configured to include at least one or more of the sensors (121-4).

In addition, the main control means 130, and transmits the serial number information of the security device 100 to the remote monitoring server 200 together with the security information, the short information received from the remote monitoring server 200 Analyze the connection, if the predetermined code matches the remote monitoring server 200 is connected.

Meanwhile, the remote monitoring server 200 includes a database 210 in which subscriber information is stored, as shown in FIG. 3; Outputting short information for requesting information transmission to the security apparatus 100 to the mobile communication access means 230, and controlling to store the security information input from the mobile communication access means 230 in the database 210; Main control means 220; The short text information input from the main control means 220 is output to the security device 100 through the mobile communication network 300, and the security information input from the security device 100 through the mobile communication network 300 is displayed. Mobile communication connection means 230 outputting to the main control means 220; Alarm display means (240) for displaying an alarm occurrence state under the control of the main control means (220); It is composed of a wired communication connection means 250 for communicating with the security device 100 through the public telephone switching network (400).

Here, the database 210 stores subscriber information including the subscriber's name, the subscriber's location, the subscriber's device serial number, the alarm occurrence history, and the like.

In addition, the alarm display means 240, the alarm sound generating unit 241 for generating an alarm sound under the control of the main control means 220, and the light emitting unit 242 for emitting light under the control of the main control means 220. ), A text display unit 243 for displaying a text message on the screen under the control of the main control means 220, and at least one or more of the calling unit 244 for calling to the manager under the control of the main control means 220. It is configured to include.

4 to 5, the security method using a mobile communication network according to the present invention, a mobile communication network in which the security device 100 is connected to the remote monitoring server 200 through the CDMA mobile communication network 300 In the crime prevention method using, the crime prevention device 100 detects unauthorized intrusion and transmits crime prevention information to the remote monitoring server 200, the remote monitoring server 200 analyzes the crime prevention information Forward communication step (S100) for generating an alarm; When the remote monitoring server 200 transmits short information for requesting information transmission to the crime prevention apparatus 100, the crime prevention apparatus 100 analyzes the short information to the remote monitoring server 200. It consists of a reverse communication step (S200) for accessing.

Wherein the forward communication step (S100) is, as shown in Figure 4, the security device 100, when detecting the unauthorized intrusion of outsiders 110 (S110) for generating security information; In the security device 100, the step 120 of attempting to connect to the remote monitoring server 200 (S120); Step 130 (S130), in the remote monitoring server (200), determining whether a connection attempt of the security apparatus (100) is legitimate and granting access; In the security device 100, step 140 of transmitting the security information to the remote monitoring server (200) (S140); In the remote monitoring server 200, it is a 150 step (S150) for generating an alarm by analyzing the security information received from the security device 100.

Wherein the 120 step (S120), the security device 100, the 121st step (S121) for transmitting a connection signal to the remote monitoring server (200); In the security device 100, step 122 of transmitting the device serial number information of the device to the remote monitoring server (200) (S122).

In addition, the 130 step (S130), the remote monitoring server 200, step 131 (S131) to continuously determine whether there is a connection signal received from the security device (100); If there is a connection signal received as a result of the determination in step 131 (S131), the remote monitoring server 200 receives the subscriber information of the database 210 by the device serial number information received from the security apparatus 100. Search for a 132 th step (S132); Step 133, in the remote monitoring server 200, determining whether the subscriber is a valid subscriber by comparing the device serial number information with the subscriber information retrieved from the database; A 134th step (S134) of allowing a connection in the remote monitoring server (200) if it is determined that the subscriber is a legitimate subscriber (S133); If it is determined in step 133 (S133) that the subscriber is not a legitimate subscriber, the remote monitoring server 200 includes a 134th step (S135) of disallowing access and returning to step 131 (S131).

In addition, the 140th step (S140), the security device 100, the step 141 of determining whether the connection is permitted from the remote monitoring server (200) (S141); If the access is granted as a result of the determination in the step 141 (S141), the security apparatus 100 transmits the security information to the remote monitoring server 200, and if the access is not granted, the 121st step (S121). Return to step 142 (S142); In the crime prevention apparatus 100, it is determined whether crime prevention information remains. If the crime prevention information remains as a result of the determination, the operation returns to step 142 (S142). If the determination result does not remain, the operation returns to operation 110 (S110). In step 143, operation S143 is performed.

In addition, the 150th step (S150), the remote monitoring server 200, the 151st step (S151) for receiving security information from the security device 100; Step 152 of analyzing the received crime prevention information in the remote monitoring server 200; A step 153 (S153) of determining whether to generate an alarm based on the analyzed crime prevention information in the remote monitoring server 200; Step 154 (S154) of generating an alarm in the remote monitoring server (200) according to the result determined in the step (153) (S153); In the remote monitoring server 200, the analyzed security information is stored in the database 210, and the 155th step (S155) is performed to return to the 131th step (S131).

In addition, the reverse communication step (S200), as shown in Figure 5, the remote monitoring server 200, step 210 of transmitting the short information to request the information transmission to the security device 100 (S210) ); Step 220, in the security device 100, determining whether the connection request is legitimate by analyzing the short information received from the remote monitoring server 200; In the crime prevention device 100, if the short information analysis results in a legitimate connection request, the security device 100 is connected to the remote monitoring server 200 (230) (S230).

In addition, the security method using the mobile communication network made as described above, if the communication between the security device and the server for remote monitoring through the mobile communication network, it is communicated through a public telephone switching network.

Subsequently, the operation and effect of an embodiment of the security method using the mobile communication network according to the present invention configured as described above are divided into a forward communication step S100 and a reverse communication step S200 as follows.

1. Forward communication step (S100)

As illustrated in FIG. 1, when the security apparatus 100 detects an unauthorized intrusion of an outsider and transmits security information through the mobile communication network 300, the remote monitoring server 200 from the security apparatus 100. Analyzes the received security information, generates an alarm and notifies the administrator in real time.

The remote monitoring server 200 analyzes the security information received from the security device 100 to check whether the security device 100 is in normal operation and whether or not there is an alarm.

In particular, in the embodiment of the present invention, the security device 100 and the remote monitoring server 200 communicates through a CDMA mobile communication network, and supports a half-duplex communication method.

Here, the half-duplex communication method means a bi-directional communication but only one direction at a time.

In addition, the CDMA mobile communication network is now commonly referred to as digital mobile communication as a general purpose communication network.

Digital mobile communication is largely divided into a Code Division Multiple Access (CDMA) method and a Global System for Mobile (GSM) method. The GSM method is used in Europe, and the CDMA method is used in the Americas and Korea.

The CDMA mobile communication is most preferred as an embodiment of the present invention because it is difficult to eavesdrop on the contents of the call and is primarily directed to data communication.

Looking at the operation of the security device 100 in more detail with reference to Figure 2 as follows.

As shown in FIG. 2, the sensing means 120 outputs the crime prevention information to the main control means 130 when detecting an unauthorized invasion of an outsider.

That is, the detection means 120 according to the present invention includes a sensor 121-1 for detecting an intrusion, a sensor 121-2 for detecting a fire, a sensor 121-3 for detecting a door opening and closing, and destruction At least one or more of the sensor (121-4) for detecting the detection of unauthorized intrusion, the sensors (121-1, 121-2, 121-3, 121-4) the detection signal to the sensor control unit 122 The sensor controller 122 generates security information by the detection signals input from the sensors 121-1, 121-2, 121-3, and 121-4, and outputs the security information to the main control means 130.

At this time, the alarm display unit 123 displays whether an alarm is generated by an outsider under the control of the sensor control unit 122, and turns on a light emitting diode or generates an alarm to notify the subscriber of unauthorized intrusion.

On the other hand, the main control means 130, temporarily stores the security information input from the detection means 120 in the storage means (110).

In addition, the mobile communication access means 140 transmits the security information to the remote monitoring server 200 through the mobile communication network 300 under the control of the main control means 130.

The main control means 130, and transmits the serial number information of the security device 100 to the remote monitoring server 200 together with the security information.

In this case, when communication with the remote monitoring server 200 is not possible through the mobile communication network 300, the wired communication access means 170 is controlled through the public telephone switching network 400 under the control of the main control means 130. The security information is transmitted to the remote monitoring server 200.

That is, the public switched telephone network 400 is generally a network for using a public telephone, and in the present invention is used as an auxiliary system for improving the reliability of the system.

The wired communication connection unit 170 may be implemented as a modem used in a general PC.

In addition, the security device 100 according to the present invention is provided with a programming means 150, the type of the detection means 120, the connection number of the remote monitoring server 200, of the security device 100 It is used to set several items such as self-password and the short message service. It is also used for maintenance and debugging of software.

In addition, the security device 100 according to the present invention is provided with a status display means 160, and displays the operating state of the security device 100 under the control of the main control means 130.

On the other hand, the mobile communication connection means 230 of the remote monitoring server 200, as shown in Figure 3, the security information and the device serial number input from the security device 100 through the mobile communication network 300 Information is output to the main control means 220.

The main control unit 220 stores the security information input from the mobile communication connection unit 230 in the database 210.

At this time, the alarm display means 240 displays an alarm occurrence state under the control of the main control means 220.

That is, the alarm sound generating unit 241 generates an alarm sound under the control of the main control means 220, or the light emitting unit 242 emits light under the control of the main control means 220, or the character display unit ( 243 displays a text message on the screen under the control of the main control means 220, or the caller 244 calls the manager under the control of the main control means 220.

In addition, the character display unit 243 is displayed on the screen of the icon of all subscribers, by changing the color of the icon according to whether or not the alarm, to visually notify the administrator whether or not the alarm of the particular subscriber.

Here, the database 210 stores subscriber information including the subscriber's name, the subscriber's location, the subscriber's device serial number, the alarm occurrence history, and the like.

Looking at the forward communication step (S100) of the security method using a mobile communication network according to the present invention with reference to FIG.

First, when the detection means 120 of the crime prevention apparatus 100 detects an unauthorized invasion of an outsider in operation 110 (S110), the crime prevention information is generated and output to the main control means 130.

Accordingly, in step 120 (S120), the main control unit 130 of the security apparatus 100 controls the mobile communication access unit 140 and attempts to access the remote monitoring server 200.

That is, when crime prevention information is input from the sensing means 120, the main control means 130 of the crime prevention apparatus 100 controls the mobile communication access means 140 to first transmit an access signal to the remote monitoring server 200. After the transmission (S121), and transmits its own device serial number information to the remote monitoring server 200 (S122).

Accordingly, in step 130 (S130), the main control unit 220 of the remote monitoring server 200 determines whether the connection attempt of the security apparatus 100 is a legitimate attempt, and permits access if it is a legitimate attempt.

That is, the main control unit 220 of the remote monitoring server 200 continuously determines whether there is a connection signal received from the security device 100 (S131), and if there is a connection signal received as a result of the determination, the security device 100 After searching the subscriber information of the database 210 by the device serial number information received from the (S132), and comparing the device serial number information with the subscriber information retrieved from the database 210 to determine whether a valid subscriber (S133) If the result of the determination is a legitimate subscriber, the access permission is notified (S134). If the determination is not a legitimate subscriber, the access permission is notified and the process returns to step 131 (S131) (S135).

Accordingly, when access is permitted in the 130 th step S130, in operation 140, the main control means 130 of the crime prevention apparatus 100 controls the mobile communication access means 140 to display the crime prevention information. Transmission to the remote monitoring server 200.

That is, the main control means 130 of the security apparatus 100 determines whether the access is permitted from the remote monitoring server 200 (S141), and if the access is permitted, the mobile communication access means 140 is determined. After transmitting the security information to the remote monitoring server 200 and if the access is not permitted, the process returns to step 121 (S121), and then determines whether the security information remains (S142). If it remains, the process returns to step 142 (S142). If it is determined that security information does not remain, the process returns to step 110 (S110) (S143).

Accordingly, in step 150 (S150), the main control unit 220 of the remote monitoring server 200 analyzes the security information received from the security apparatus 100 to generate an alarm and simultaneously notify the administrator in real time.

That is, the main control means 220 of the remote monitoring server 200 receives the security information from the security device 100 (S151), and analyzes the received security information (S152), the analyzed security information It is determined whether to generate an alarm (S153), after generating an alarm according to the determination result and notifying the administrator in real time (S154), the analyzed crime prevention information is stored in the database 210 and the step 131 The flow returns to S131 (S155).

In the security method using the mobile communication network made as described above, the plurality of security devices 100 transmits the security information to the remote monitoring server 200 through the CDMA mobile communication network (300).

2. Reverse communication step (S200)

The remote monitoring server 200 requests the security device 100 to transmit information using a short message service (SMS).

In general, a short message service is a kind of mobile communication service, and the remote monitoring server 200 of the present invention transmits the short text information to the crime prevention apparatus 100 in real time using the short message service.

That is, when the main control means 220 outputs the short message information consisting of a digital code sequence to the mobile communication access means 230 to request the information transmission to the security device 100, the mobile communication access means 230 Short information input from the main control means 220 is transmitted to the crime prevention apparatus 100 through the mobile communication network 300.

Accordingly, when the mobile communication access unit 140 of the crime prevention apparatus 100 receives the short information and outputs it to the main control means 130, the main control means 130 analyzes the received short information and pre-specifies a code. Repeatedly compare with and match with the remote monitoring server 200.

For example, when the encryption code "10011101" information transmission request code "11110000" preset in the remote monitoring server 200 and the crime prevention apparatus 100, the remote monitoring server 200 to request information transmission; When the "10011101 10011101 1111000 1111000" code string is transmitted to the security device 100, the security device 100 receives the "10011101 10011101 1111000 1111000" code string and compares it with a predetermined code repeatedly. Access to the remote monitoring server 200.

Looking at the reverse communication step (S200) as described above with reference to Figure 5 as follows.

As shown in FIG. 5, in operation 210, the main control unit 220 of the remote monitoring server 200 controls the mobile communication access unit 230 to receive the short information for requesting information transmission. Transmit to the security device 100.

Accordingly, in step 220, the main control unit 130 of the crime prevention apparatus 100 analyzes the short information received from the remote monitoring server 200 to determine whether the connection request is legitimate.

That is, the main control means 130 of the crime prevention apparatus 100 receives the short information from the remote monitoring server 200 (S221), and analyzes the received short information (S222) to determine whether or not a legitimate connection request. After the determination (S223), if it is not a legitimate connection request, the process returns to step 221 (S221).

At this time, if the short information analysis results in a legitimate connection request, in step 230 (S230), the main control means 130 of the security apparatus 100 controls the mobile communication access means 140 to the remote monitoring server 200. Connect (S230).

The present invention is not limited to the above described embodiments, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

As described above, the present invention, the remote monitoring server via the mobile communication network receives the security information in real time from the security device installed in the subscriber's home to notify the administrator, reducing the initial installation cost, unauthorized intruders cut the communication line Even if the security system is maintained, reliability can be improved by maintaining the security system normally, and the computerization of the entire security system can be secured to ensure universality, it can be used in a wide range of areas, and to perform functions such as prevention, disaster prevention or environmental monitoring. It is possible to transmit a sufficient amount of information, and there is an effect in maintaining security in transmitting the information.

In addition, the present invention has the effect that by using only some of the services including a short service among the mobile communication service can be minimized the installation cost and apply low rates.

1 is a block diagram schematically illustrating a security system using a mobile communication network according to the present invention;

Figure 2 is a block diagram showing in detail the security device according to the present invention,

3 is a block diagram illustrating in detail a server for remote monitoring according to the present invention;

4 is a flowchart illustrating a forward communication step of the security method using a mobile communication network according to the present invention;

5 is a flowchart illustrating a reverse communication step of the security method using a mobile communication network according to the present invention.

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

100: security device 200: remote monitoring server

300: mobile communication network 400: public telephone switching network

110: storage means 120: detection means

130: main control means 140: mobile communication connection means

150: programming means 160: status display means

170: wired communication connecting means 121: sensor

122: sensor control unit 123: alarm display unit

121-1: Intrusion Sensor 121-2: Fire Sensor

121-3: Door opening and closing sensor 121-4: Destruction sensor

210: database 220: main control means

230: mobile communication connection means 240: alarm display means

250: wired communication connecting means 241: alarm sound generating unit

242 light emitting unit 243 character display unit

244: call part

Claims (21)

A series of security devices that detect unauthorized intrusion of an outsider from a sensing means including at least one of a sensor for detecting an intrusion, a sensor for detecting a fire, a sensor for detecting a door opening, and a sensor for detecting a breakdown. A security apparatus for transmitting the information together with the number information through a mobile communication network, or temporarily storing the security information input from the sensing means in a storage means, and transmitting it when a security information transmission request is made; And Requesting the information transmission to the security device using a Short Message Service (SMS), analyzing the security information received from the security device to generate an alarm and notify the administrator in real time, and the normal operation of the security device Security system using a mobile communication network, characterized in that configured as a remote monitoring server for checking whether or not. According to claim 1, wherein the security device Security system using a mobile communication network, characterized in that for transmitting the security information to the remote monitoring server through a CDMA mobile communication network. delete According to claim 1, wherein the security device Storage means for temporarily storing security information; Sensor unit for detecting unauthorized intrusion of an outsider and outputting a detection signal, Sensor control unit for generating security information by the detection signal input from the sensor unit and outputting to the main control means, Alarm generation of an outsider under the control of the sensor control unit Sensing means comprising an alarm display portion for displaying whether or not; Temporarily stores the security information input from the detection means in the storage means, and transmits the serial number information of the security device to the remote monitoring server together with the security information, and receives the short message transmitted from the remote monitoring server. Main control means for analyzing the information and accessing the remote monitoring server if it matches a predetermined code; Security system using a mobile communication network, characterized in that the mobile communication connection means for transmitting the security information to the remote monitoring server through the mobile communication network under the control of the main control means. delete delete delete delete The method of claim 4, wherein the security device Programming means for setting a configuration of the sensing means, a connection number of the remote monitoring server, a password of the security device, and the short service; Security system using a mobile communication network, characterized in that it further comprises a status display means for displaying the operating state of the security device under the control of the main control means. The method of claim 1, wherein the remote monitoring server A database storing subscriber information; Main control means for outputting short information for requesting information transmission to the security device and storing the security information input from the security device in the database; Mobile communication connection means for outputting short text information input from the main control means to the security device through the mobile communication network, and outputting security information input from the security device through the mobile communication network to the main control means; Security system using a mobile communication network, characterized in that the alarm display means for displaying the alarm occurrence state in accordance with the control of the main control means. 11. The method of claim 10, wherein the database Security system using a mobile communication network, characterized in that the subscriber information, including the name of the subscriber, the location of the subscriber, the device serial number of the subscriber, the alarm history. The method of claim 10, wherein the alarm display means An alarm sound generation unit for generating an alarm sound under the control of the main control means, a light emitting unit for emitting light under the control of the main control means, a text display unit for displaying a text message on the screen under the control of the main control means, and Security system using a mobile communication network, characterized in that it comprises at least one or more of the calling unit for calling to the manager under the control of the main control means. According to claim 1, wherein the security device It is further configured to include a wired communication connection means for communicating with the remote monitoring server via a public switched telephone network when communication with the remote monitoring server through the mobile communication network is impossible, The remote monitoring server Security system using a mobile communication network characterized in that it further comprises a wired communication connection means for communicating with the security device through the public switched telephone network. In the security method using a mobile communication network in which the security device is connected to the remote monitoring server through a CDMA mobile communication network, Step 110, in the crime prevention apparatus, generating security information when detecting an unauthorized intrusion of an outsider; Step 120, in the security device, attempting to connect to the remote monitoring server; Step 130, in the remote monitoring server, judging whether or not the attempted connection of the security apparatus is legitimate; Step 140, in the security device, transmitting the security information to the remote monitoring server; A forward communication step of the remote monitoring server, comprising a 150 step of generating an alarm by analyzing the crime prevention information received from the crime prevention apparatus; And Step 210, in the remote monitoring server, transmitting short information to request the transmission of information to the security device; Step 220, in the crime prevention device, determining whether a legitimate connection request is made by analyzing short information received from the remote monitoring server; In the crime prevention device, a security communication method using a mobile communication network comprising a reverse communication step consisting of a 230 step of connecting to the remote monitoring server from the security device if the connection request is a legitimate analysis result. delete 15. The method of claim 14, wherein said step 120 is Step 121, in the security device, transmitting an access signal to the remote monitoring server; In the crime prevention device, a security method using a mobile communication network comprising the step 122 of transmitting the device serial number information of the remote monitoring server. 15. The method of claim 14, wherein step 130 is Step 131, the remote monitoring server continuously determining whether there is an access signal received from the security apparatus; Step 132, when the remote monitoring server receives the access signal as a result of the determination in step 131, searching for subscriber information of the database by device serial number information received from the security apparatus; Step 133, in the remote monitoring server, judging whether the user is a valid subscriber by comparing the device serial number information with the subscriber information retrieved from the database; Step 134, if the valid subscriber is determined in step 133, the remote monitoring server permits access; The security method using a mobile communication network comprising the step 134 of disallowing access and returning to step 131 if the remote monitoring server is not a valid subscriber as determined in step 133. 15. The method of claim 14, wherein step 140 is Step 141, in the security apparatus, determining whether access is permitted from the remote monitoring server; Step 142, if the access is granted as a result of the determination in step 141, the security apparatus transmits the security information to the remote monitoring server; and if the access is not granted, returning to step 121; In the crime prevention device, it is determined whether security information remains, and if the crime prevention information remains as a result of the determination, the process returns to step 142; Security method using a mobile communication network. 15. The method of claim 14, wherein step 150 is Step 151, receiving the security information from the security device in the remote monitoring server; Step 152, analyzing the received crime prevention information in the remote monitoring server; Step 153, in the remote monitoring server, determining whether to generate an alarm based on the analyzed crime prevention information; A step 154 of generating an alarm in the remote monitoring server according to the result determined in the step 153; And a step 155 of storing the analyzed security information in the database and returning to step 131 in the remote monitoring server. delete The method of claim 14, When the communication between the security device and the remote monitoring server through the mobile communication network is impossible, the security method using a mobile communication network, characterized in that communicating via a public switched telephone network.