KR20010109409A - Method and system for controlling security by real time remote control using the internet - Google Patents

Abstract

The present invention relates to a method and system for real-time remote control monitoring and management using the Internet, the method comprising: generating sensor data and image data from a plurality of cameras; Transmitting the generated sensed data and the image data to a security management main server through the Internet; Receiving the detection data and the image data transmitted through the Internet to manage and monitor the security status and provide the security and alarm status to the user PC connected to the security management main server; Receiving and transmitting the detection data and video information through the Internet to manage and monitor the security situation and provide the security and alarm situation to the central control center connected to the security management main server; Controlling a crime prevention area through the Internet by receiving control information output from a user PC; And control the security area through the internet by inputting control information of the central control center so that the user can directly check and control the security area from a remote location. This is improved.

Description

Method and system for controlling security by real time remote control using the internet}

The present invention relates to a remote control security management through the Internet, and more specifically, the subscriber himself or herself to check the security status of a general home, company or factory in real time through a communication network, such as the Internet from a remote place, as well as to perform remote control The present invention relates to a real-time remote control monitoring management method and system using the Internet, which enables multiple monitoring by a general control center.

The Internet is a system capable of exchanging data with each other by connecting two or more computers with a cable or the like, in particular, a network in which a plurality of LANs are connected to act as one network. The Internet uses a protocol called TCP / IP to exchange data between computers.

The Internet which forms such a network can not only exchange information data, but also provide, exchange, and collect a lot of information such as shopping, reservation, or chat, and such a network can be a website or a web page by a corresponding web browser. With the opening of a specific information, it is possible to provide and exchange specific information.

In general, the unmanned security system detects or monitors fire, theft, gas leakage, etc. by using sensors or surveillance cameras, and generates an alarm sound or recognizes it in a security service company, security office or management room through a leased line. For example, you can automatically call or contact the fire or police station.

Such an unmanned security system is installed in a variety of security and security devices that can detect the location or location that requires security and security in each home, household or apartment complex or company, such devices are remotely It is able to send and receive data, so if there is a problem with security and security, it can be notified to the unmanned security company promptly.

However, the conventional unmanned security system is operated by a one-way notification function through the security service server, so it was impossible to check or control the user in real time. In addition, by requesting the management of housing, offices, shops, factories, and buildings, the service provider is notified in the event of an accident.

Accordingly, the present invention has been made to solve the above problems, and it is possible to monitor and remotely control the situation of the place requested by the subscriber at any third place in the Internet environment for both the subscriber and the service provider. The purpose is to provide a real-time remote control monitoring management method and system using the Internet to improve the security and security of security management through double check and monitoring.

In order to achieve the above object, the present invention provides a security management system that monitors a crime prevention area through various sensors, collects the monitored information, and provides the security management main server through the Internet. Generating image data from a camera of the camera; Transmitting the generated sensed data and the image data to a security management main server through the Internet; Receiving the detection data and the image data transmitted through the Internet to manage and monitor the security situation and provide the alarm situation to the user PC connected to the security management main server; Receiving and transmitting status information and video information through the Internet to manage and monitor the security situation and provide an alarm situation to the central control center connected to the security management main server; Controlling a crime prevention area through the Internet by receiving control information output from a user PC; And receiving the control information of the central control center and controlling the crime prevention area through the Internet.

1 is a block diagram of a real-time remote control security management system using the Internet according to the present invention.

Figure 2 is a detailed block diagram of a set-top box according to the present invention.

3 is a web initial screen of user security management in accordance with the present invention.

Figure 4 is an embodiment of a user security management screen applied to the present invention.

5 is an operation flowchart in a security management system for external intrusion according to the present invention.

Figure 6 is a flow chart of the operation of the security management system when gas leakage in accordance with the present invention.

7 is an operation flowchart in a security management system in case of fire according to the present invention.

8 is a flowchart illustrating a user subscription and control operation in a security management system according to the present invention.

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

100: detection sensor unit 120: space detection sensor unit

140: glass door detection sensor unit 160: gas / fire detection sensor unit

200: output control unit 220: light / heat control unit

240: cooling and heating control unit 300: camera image detection unit

400: Set Top Box 500: Internet

600: Security management main server 700: User PC

800: Central Control Center 900: Mobile Wireless Terminal

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

1 is a block diagram of a real-time remote control security management system applied to the present invention.

Referring to FIG. 1, the monitoring sensor unit 100, the output control unit 200, the image sensing unit 300, the set top box 400, the Internet 500, the security management main server 600, and the user PC 700. , The central control center 800 and the mobile terminal 900.

The central control center 800 is connected to a fire control center 820, police box 840 and apartment management office 860 to take emergency contact.

The detection sensor unit 100 detects an intruder in the room and provides the detected information to the set-top box 400, which will be described later, and a space detection sensor 120, glass breakage detection and the detected information set-top box ( The glass door sensor 140 to provide a 400, the gas leak detection sensor 150 to detect the leakage of gas and provide the detected information to the set-top box 400, and detects the fire and the detected information It consists of a fire detection sensor 160 provided to the set-top box (400).

Here, the space sensor 120 and the glass door sensor 140 corresponds to a security sensor, an infrared sensor using light, a heat sensor for detecting the heat of the human body, a magnet sensor and a switch function detector using the principle of the magnet And so on.

The state of each sensor (120, 140, 150, 160) is the set-top box (400) by dividing the output signal of the sensor so that each can be identified by the operation of the sensor, disconnection of the communication cable of the sensor, short circuit of the communication cable of the sensor and open detection of the sensor case By providing it, you can find out whether it is normal operation or external system detection by external intrusion.

For example, if the communication cable of the sensor is short-circuit, 5V voltage, 3.5V voltage in normal operation, and 0V voltage in case of cable disconnection, respectively, on the input / output board (not shown) of the set-top box 400. To be entered.

The output control unit 200 is a light / heating control unit 220 for controlling the flashing operation of the light and the heating mechanism by the control signal provided from the set-top box 400, and heating and cooling to control the on / off operation of the boiler and air conditioner The control unit 240, a home appliance control unit 260 for controlling the operation of the home appliances in each home and a gas valve control unit 280 for controlling the gas valve, the control of the output control unit 200 as described above is input and output As it is output by the board, it can control necessary equipment (camera, door, warning light, relay, etc.) at the place where this system is applied.

In addition, the image sensing unit 300 is composed of a plurality of cameras to shoot the indoor space of the predetermined area to transmit to the set-top box 400, the control of the set-top box 400 to adjust the shooting area.

The set-top box 400 processes the sensing information provided from the sensing sensor unit 100, the state information provided from the output control unit 200, and the image information from the image sensing unit 300 through a corresponding channel, respectively. Provided to the crime prevention management main server 600 through (500). Then, the security management main server 600 provides the information provided from the set-top box 400 to the user PC 700 via the Internet 500 at the request of the user and at the same time to the central control center 800.

The set-top box 400 is connected to a PC installed in a home or factory and connected to a network to make a call to a user designated contact (fire station, police station, desired contact, subscriber mobile phone), and voice and video generated in a crime prevention area in real time. Provide information.

Security management main server 600 is preferably connected via a plurality of set-top boxes 400 and the Internet respectively installed in each home, factory, office, etc. In the present invention will be described through one set-top box 400. Therefore, the central control center 800 controls the plurality of set top boxes 400 through the sensing information provided from the plurality of set top boxes 400. The user PC 700 receives only the information output by one set-top box 400. The security-related information provided to the user PC 700 is possible by accessing the user home page provided by the security management main server 600 by accessing the Internet 500 through a modem or a dedicated line.

Therefore, the user can check the status of theft, gas leakage, fire, etc. through the user security management page (described in detail in Figures 4 and 5) provided from the security management main server 600. In addition, the user can control the state of a light / heating apparatus or a heating / heating apparatus such as a home or a factory through a user security management page. Therefore, the information set by the user is provided to the set-top box 400 through the security management main server 600 and the Internet 500.

Then, the set top box 400 provides control information to the lamp / heating control unit 220 and the air conditioning unit 240. Here, the lamp / heating control unit 220 controls the on / off of the lamp or the heating device connected to the load end, the cooling and heating control unit 240 controls the cooling mechanism and heating mechanism connected to the load end. The home appliance control unit 260 controls on / off of the home appliance connected to the load end, and the gas valve control unit 280 controls the locking of the gas valve.

Here, in the embodiment of the present invention, but limited to electric lights, heat transfer, heating and cooling control, home appliances and gas valves, but can control a variety of mechanisms, such as door control, camera, etc., the control method of the load stage is carried out universally It can be controlled by relay, remote control, or RS-232 serial control.

The set-top box 400 is connected to a PC installed in a crime prevention area and connected to a network, for example, a mobile terminal 900 having a user's information such as external intrusion, gas leakage, fire, and the like detected by the sensor unit 100. And a landline phone 950.

The image detecting unit 300 is for capturing image information as a video camera, and is installed in a specific space, a living room, a front door, and a place where security is weak. Therefore, a plurality of image information is provided to the set top box 400. The security management main server 600 is connected to the user PC 700 and the set-top box 400 through the Internet, respectively, and provides the control signal of the user PC 700 and the central control center 800 to the set-top box 400 Then, theft, gas leakage, fire and status information output from the set-top box 400 is provided to the user PC 700 and the central control center 800.

Here, the central control center 800 can always detect each information provided from the plurality of set-top boxes 400 for 24 hours, the user PC 700 is connected to the security management main server 600 by the user When an emergency situation such as theft occurs, the message is transmitted to a user designated e-mail address, and dialed to a designated telephone number to provide a message to a landline phone and a mobile wireless terminal 900 possessed by the user.

2 is a detailed block diagram of the set-top box 400 applied to the present invention, and includes a central processing unit 410, a sensing information input / output unit 430, an image information processing unit 450, and a network connection control unit 470. do.

The sensing information input / output unit 430 includes an input unit 436, an output unit 438, an A / D converter 434, and an input / output control unit 432. The image information processor 450 includes an image signal input unit 456, an image signal processor 454, and a digital image compressor 452.

The network connection control unit 470 includes a data control unit 472, a network connection unit 474, an input device 476, and an LCD control unit 478.

The input unit 436 is for inputting a detection signal output from the sensor. The input unit 436 receives the normal operation signal of the sensor, a short circuit of the communication line, disconnection, and whether the sensor is opened or closed with a different signal value, and the A / D converter 434 to be described later. To provide. The output unit 438 outputs a signal for controlling equipment (cooling and heating mechanisms, gas appliances, electric lights, and electric heating lights) connected to the load end, and is controlled by a relay and an IR method according to the connection type of the load. The control by the serial system is performed.

The A / D converter 434 converts the sensing signal provided from the input unit 436 into a digital signal and provides it to the input / output control unit 432. The input / output controller 432 inputs a sensing signal and controls the control signal output of the central processing unit 400 to be described later.

The image signal input unit 456 receives an image signal photographed from a camera installed in the crime zone and provides the image signal to the image signal processor 454. The video signal processor 454 processes the video signal input through the video signal input unit 456. Here, the video signals input to the video signal input unit 456 may be alternately inputted by video signals selected by video switchers connected by cameras installed in a plurality of places, and the signals are signal processed.

The digital image compressor 452 compresses an image signal processed by the image signal processor 454 into a predetermined format and provides the compressed image signal to the central processing unit 400.

The central processing unit 400 controls the sensing signal input from the sensing information input and output unit 430 and the driving signal output, and the network information control unit 470 to process the image information input from the image signal input unit 450 is processed It provides to the security management main server 600 through, and controls the operation of the detection information input and output unit 430 and the image signal input unit 450 by the control signal provided from the security management main server 600.

The central processing unit 410 includes a memory 415 for temporarily storing data and an external storage device 420 for storing information of a moving image.

The network connection unit 474 is for inputting and outputting data through serial and parallel ports or a dedicated port, and is connected to the security management main server 600 through the Internet 500. It is connected to the internal PC to form a network and communicates with the telephone specified by the user.

The data controller 472 controls the detection signal and the image signal to be input / output to the network connection unit 474 by the control of the central control unit 400. The input device 476 is connected to the data control unit 472 to release and register a function by the user. In addition, the LCD controller 478 controls the display of the current data transmission status or the like by the information provided from the data controller 472.

Figure 3 is the initial screen of the security management home page according to the present invention, a guide (10) for explaining the overall method of use and operation of the system, product collection (20) illustrating the security and security equipment in use or recommended use , Business content (30), recruitment center (40), customer voice (50), shareholder club (60), connection (70), and input field (80).

Here, when the user accesses the security management main server 600 through the Internet 500, the initial screen of the home page is provided. Therefore, when the user enters the user ID and password granted to him through the input box 80, and clicks the access 70, the user security management page shown in Figure 4 is activated.

That is, referring to FIG. 4, the user crime prevention management page is largely divided into a control screen a and a monitoring screen n. Here, the control screen (a) can be controlled by the user on the page, the security system (b), wire tap (c), living room lamp (d), gas valve (e), room light (f), message (g) ), Outlet (h), emergency bell (i).

Here, the security system (b) displays the operation and release state of the present security management system, the censor (c) is a function for listening to the sound of the room can be controlled by the user to listen and turn off. The light d of the living room kitchen displays the light states of the living room and the kitchen and is controlled on and off by the user. The gas valve e indicates the state of the gas valve and is controlled to be opened and locked by the user.

And the lamp (f) of the room displays the light state of the room, it is controlled by the user on and off. The outlet (h) of the room indicates the state of the outlet, and is controlled by the user on and off, the emergency bell (i) is controlled by the on, off and automatically divided.

On the other hand, the surveillance screen (n) has a video screen window (o) that is provided with the screen of the video captured by the camera installed in the crime prevention area. Invasion and safety of the living room (p), window (q), veranda (r), front door (s), kitchen (t), sound monitoring (u), gas (v), fire (w) Displayed by status. In addition, the control screen has air conditioning control (x), the user can control the temperature displayed by the remote.

In addition, the control center (j), emergency contact (k), print (l), and system setting (m) are displayed as submenus. When the user clicks the control center (j), the user can send and receive e-mails with the central control center. . By clicking the emergency call (k), you can record, modify and delete the phone number where the user can be contacted in an emergency. Print (l) is a function that the user clicks to output the current operating status of the system by date and time. Then, click on the system setting (m) to set various conditions for the operation of the system.

5 is a flowchart illustrating an operation during external intrusion in the real-time remote control security management system according to the present invention.

Referring to FIG. 5, in the initial state in which each system is set, the set-top box 400 determines whether the security-related detector is in normal operation, disconnection of a communication line, a short circuit of a communication line, and an open case (S50, S51). At this time, it is determined whether the security-related detector is in a normal operating state based on the identified signal (S52). Therefore, when it is determined in step S52 that the security-related detector is in a normal operating state, the set-top box 400 transmits the security management main server 600 through the Internet that the device is in a normal operating state, the security management main server 600 ) Provides the received information to the central control center 800 and the user PC (700).

In addition, the set-top box 400 continuously determines whether an external intrusion situation is detected by the security-related detector (S53). As a result of the determination in step S53, when an external intrusion is detected by the security-related sensor, the set-top box 400 provides the intrusion situation to the security management main server 600 connected through the Internet 500.

Therefore, the central control center 800 and the subscriber PC 700 connected to the security management main server 600 can check the intrusion status in real time through the control center page and the user page (S54).

In this case, when the user PC 700 is not connected to the security management main server 600 through the Internet 500, the security management main server 600 transmits or moves the intrusion to an email address of a pre-registered user. Call the terminal and send the message.

On the other hand, with performing the step S54, through the camera installed in the living room, entrance and vulnerable areas image information is taken and transmitted to the security management main server 600 through the set-top box 400 and the Internet (500). Then, the security management main server 600 transmits the image information provided from the set-top box 400 to the user PC 700 and the central control center 800. Therefore, security personnel working at the central control center with the user can check the external intrusion status. At this time, the set-top box 400 records and stores the image information photographed by itself, and simultaneously informs the surroundings with an output of a warning sound that an intruder is present (S55). When the user checks the alarm situation on the Internet or wireless data, the security management main server 600 makes a call to the police situation room and transmits the stored voice message (S56, S57).

The security management main server 600 records the current operation of the sensor, the status of the alarm sound and the message output by date and time and ends the loop (S58).

On the other hand, if it is determined in step S52 that the security-related sensor does not perform a normal operation, the set-top box 400 recognizes this and provides the corresponding error information to the security-related main server 600 through the Internet (500). Therefore, the central control center 800 and the user PC 700 connected to the security-related main server 600 can check the corresponding error information (S59).

6 is a flowchart illustrating an operation of gas leakage in a security management system according to the present invention.

Referring to FIG. 6, in the initial state in which each system is set, the set-top box 400 determines whether the gas leakage detector is in normal operation, disconnection of the detector communication line, short circuit of the detector communication line, and whether the detector case is open (S60, S61). At this time, it is determined whether the gas leak detector is in a normal operation state based on the detected information (S62).

Therefore, when the gas leak detector is determined to be in the normal operation state in step S62, the set-top box 400 transmits the security management main server 600 to the security management main server 600 through the Internet. ) Provides the received information to the central control center 800 and the user PC (700). The set top box 400 continuously determines whether the gas leaks through the gas leak detector (S63). When the gas leakage is detected as a result of the determination in step S63, the set-top box 400 locks the main mantissa valve through the output control unit, and the corresponding gas leakage situation is managed through the Internet 500. 600).

Therefore, the central control center 800 and the user PC 700 connected to the security management main server 600 can check the gas leakage situation in real time (S64, S65).

In this case, when the user PC 700 is not connected to the security management main server 600 through the Internet 500, the security management main server 600 transmits a gas leakage situation to an e-mail address of a pre-registered user. Call the mobile terminal to send a message.

On the other hand, after performing the step S65, the security management main server 600 records the current status of the operation of the sensor, the alarm sound output and the message output by date and time and ends the loop.

On the other hand, when the gas leak detector does not perform a normal operation as a result of the determination in step S62 and the set-top box 400 recognizes this error information to the security-related main server 600 through the Internet 500. Therefore, the central control center 800 and the user PC 700 connected to the security-related main server 600 can check the corresponding error information (S67).

7 is a flowchart illustrating an operation when detecting a fire in a security-related system according to the present invention.

Referring to FIG. 7, in the initial state in which each system is set, the set-top box 400 determines whether the fire detector is in normal operation, disconnection of the detector communication line, short circuit of the detector communication line, and whether the detector case is open (S70, S71). In operation S72, it is determined whether the fire detector is in a normal operating state based on the grasped information.

Therefore, when the fire detector detected in step S72 is in the normal operation state, the set-top box 400 transmits the security management main server 600 through the Internet that the device is in the normal operation state, the security management main server 600 is The received information is provided to the central control center 800 and the user PC 700. The set top box 400 continuously determines whether a fire has occurred through the fire detector (S73). As a result of the determination in step S73, when the occurrence of a fire is detected, the set-top box 400 provides a fire occurrence state to the crime prevention management main server 600 connected through the Internet 500.

Therefore, the fire control information is provided to the central control center 800 and the user PC 700 connected to the crime prevention management main server 600 in real time, and at the same time, the fire department makes a phone call and transmits the fire information in the form of a voice message. (S74).

In this case, when the user PC 700 is not connected to the security management main server 600 through the Internet 500, the security management main server 600 transmits a fire occurrence situation to an e-mail address of a pre-registered user. Call the mobile terminal to send a message.

Meanwhile, after performing step S74, the security management main server 600 records the current operation of the fire detection sensor, the alarm sound output and the message output by the date and time, and ends the loop.

On the other hand, if it is determined in step S72 that the fire detector does not perform a normal operation, the set-top box 400 recognizes this and provides the corresponding error information to the security-related main server 600 through the Internet (500). Therefore, the central control center 800 and the user PC 700 connected to the security-related main server 600 can check the corresponding error information (S76).

8 is a flowchart illustrating a control operation of a user through a security management system according to the present invention.

8, in the initial state, the user accesses the user web page provided through the security management main server 600 through the Internet 500. At this time, the user inputs the user's ID and password on the web page and attempts to connect. When the user's ID and password are checked by comparison with the stored information of the security management main server 600, Log-in is provided to the user security management page to the user PC 700 (S80-S84).

At this time, the user security management page provided to the user is divided into a control screen, a monitoring screen, and a video screen as described in FIG. 4, where the user of the place (home, office, factory) designated by the user through the user security management page The security state is checked, and it is determined whether there is a control operation that is a system setting by the user (S85). At this time, when the user performs a control operation as a result determined in step S85, the control status of the user-specified control, for example, crime prevention, light, electric heat, interception, gas valve, message input, emergency bell, air conditioning control, etc. Provided to the crime prevention management main server 600 through (500) (S86). Therefore, the security management main server 600 performs the security management and control remotely by the information specified by the user, and continuously detects whether there is an event generated from the set-top box 400 (S87).

In this case, the term “event” refers to the general situation of external invasion, fire occurrence, emergency and gas leakage occurring in the crime prevention area, and as a result of the determination in step S87, an event occurs from the set-top box 400, that is, an external intrusion or fire occurs. In case information is provided due to the occurrence of emergency, gas leak, etc., the event occurrence status is real-time to the user PC 700 and the central control center 800 connected through the Internet 500 together with the control operation corresponding to the event. Provided by (S88).

That is, when an external intrusion occurs, the intrusion detection information is provided to the user PC 700 and the central control center 800 through the Internet, and the intrusion is confirmed by the operation of the camera installed in the entrance and living room, and the image information is itself. Record as.

If the event is a gas leak, the main gas valve is locked by the control of the set-top box 400, and the alarm situation is notified to the user PC 700 and the central control center 800. Here, the gas valve locked by the detector alarm prevents the valve from being opened by the remote control of the user and the central control center.

In addition, when an event occurs in the fire, the fire condition is provided to the central control center 800 and the user PC 700 through the Internet, and the fire station is notified quickly by calling the fire department.

On the other hand, if it is determined in step S85 that the user does not set the system in the user security management page, it is determined whether a submenu is designated (S89). As a result of the determination in step S89, when the submenu is clicked, the central control center is connected, an external emergency call connection setting, a report printer, and the like are performed, and the routine is terminated (S90).

As described above, the present invention can perform the management and control in real time through the security management window provided by the user directly through the Internet with the security company security company stability and security of the security management according to double monitoring This is improved. In addition, video recorded by the camera can be monitored in real time over the Internet.

Herein, although the present invention has been described with reference to the preferred embodiments, those skilled in the art can variously modify the present invention without departing from the spirit and scope of the present invention as set forth in the claims below. And can be changed.

Claims (8)

In the crime prevention management system that monitors the crime prevention area through various sensors, collects the monitored information and provides it to the crime prevention management main server, Generating image data from sensor data and a plurality of cameras; Transmitting the generated sensed data and the image data to a security management main server through the Internet; Receiving the detection data and the image data transmitted through the Internet to manage and monitor the security status and provide the security and alarm status to the user PC connected to the security management main server; Receiving and transmitting the detection data and video information through the Internet to manage and monitor the security situation and provide the security and alarm situation to the central control center connected to the security management main server; Controlling the crime prevention area through the Internet by receiving a security management main server from the control information output from the user PC; And Real-time remote control monitoring and management method using the Internet, comprising the process of controlling the security area through the Internet, the security management main server receives the control information of the central control center. The method of claim 1, wherein the sensing data of the sensor is output from a space sensor, a glass door sensor, a gas leak sensor, and a fire sensor. The method of claim 1, wherein the detection signal of the sensor is divided into a signal line disconnection, a signal line short circuit, a sensor case open, and a normal operating state. According to claim 1, wherein the control process of the crime prevention area by the user PC Accessing the security management main server by inputting a subscriber ID and password through a user PC; Setting a control state of a control mechanism and a monitoring mechanism provided through a user security management page provided from the security management main server; Determining whether an event occurs according to a set monitoring management condition; Receiving, when the event occurs as a result of the step determined by the user PC; And Performing a control action corresponding to the transmitted event situation; Real-time remote control monitoring and management method using the Internet, characterized in that through the user PC can be connected to the central control center, the setting of the external emergency telephone contact and report printing. A detection sensor unit 100 for detecting a state of external invasion, fire, gas leakage, etc. in the monitoring area; An image sensing unit 300 for photographing image information of the surveillance region; Signals the information input from the sensor 100 and the image detection unit 300 and transmits the signal to the security management main server 600 through the Internet 500, the information from the security management main server 600 Set-top box 400 for receiving a control signal through the Internet 500; A control output unit 200 for controlling the monitoring area by a control signal provided from the set top box 400; A user PC 700 connected to the security management main server 600 through the Internet to receive security information provided from the set-top box 400 to perform management, monitoring and control; And Real-time remote using the Internet, characterized in that it comprises a central control center 800 to access the security management main server 600 to receive the security information provided from the set-top box 400 to perform management, monitoring and control Control monitoring system The method of claim 5, wherein the sensor unit 100 A space sensor 120 for detecting an intruder in the room and providing the detected information to the set-top box 400; A glass door sensor 140 for detecting glass breakage and providing the detected information to the set top box 400; A gas leak detection sensor 150 for detecting a leak of gas and providing the detected information to the set top box 400; And Real-time remote control monitoring and management system using the Internet, characterized in that it comprises a fire detection sensor 160 for detecting fire and providing the detected information to the set-top box (400). The real-time remote control monitoring and management using the Internet according to claim 5, characterized in that the video detection unit 300 is a camera capable of capturing a video and is installed in a plurality of entrances, living rooms, and security vulnerable areas of the crime prevention area. system. The method of claim 5, wherein the set top box 400 A sensing information input / output unit 430 for outputting a control signal to the input and output control unit of information sensed by the sensing sensor unit 100; An image information processor 450 for signal-processing the image information provided from the image sensor 300; A network connection controller 470 for inputting and outputting data through serial and parallel ports or a dedicated port; And The control operation to store the state information of the detector provided from the detection information input and output unit 430 and the video data signal processed from the image information processing unit 130 and provide to the crime prevention management main server 700 through the network connection unit 470. Real-time remote control monitoring and management system using the Internet comprising a central processing unit 410 to perform.