KR200225066Y1 - A monitoring system with floating ip address - Google Patents

Abstract

The present invention relates to a web video surveillance system using a floating IP address, and when an abnormality is detected at the monitoring site by a sensor including a sensor or an eavesdropping information input device at the monitoring site, a warning signal indicating an abnormal situation is monitored. Transmits the surveillance site host and the surveillance camera device connected to the surveillance site host by transmitting to the site host to store the surveillance video information inputted from the surveillance camera device in the surveillance site host and to monitor the surveillance video image input from the detection device. When the monitoring site host is operated by a warning signal, it receives a floating IP address from the IP address provider server, and the monitoring site host transmits the assigned floating IP address to the central relay server of the monitoring central control system. By registering, the surveillance system user at a remote location Monitoring site system that checks the floating IP address of the monitoring site host through the server and accesses the monitoring site host to receive the stored surveillance video information and the non-monitoring video information from the monitoring site host and the web using the same A video surveillance system.

Description

MONITORING SYSTEM WITH FLOATING IP ADDRESS}

According to the present invention, when an abnormality is detected at a monitoring site by a sensor including a sensor or an interception information input device, a warning signal informing the status of the abnormality is transmitted to the monitoring site host and the monitoring site host and the monitoring site host. The surveillance camera device connected to the camera is operated to store the surveillance video information inputted from the surveillance camera device in the monitoring site host, and the surveillance video image input from the sensing device is stored in the monitoring site host. When the server is operated by the IP address provider server, a dynamic IP address is obtained from the IP address provider server, and the monitoring site host transmits the registered IP address to the central relay server of the monitoring central control system and registers the remote IP address. Check and monitor the dynamic IP address of the monitoring site host through Present invention relates to the field monitoring system with a dynamic IP address to be provided to ensure the monitoring and surveillance video information stored in the non-image information from the monitoring site hosts connected to the host Chapter.

Currently, security surveillance systems are widely used to monitor actual situations, theft and disasters. For example, monitoring the status of incoming and outgoing logistics and disasters or thefts in a warehouse, managing and monitoring work processes in a production plant, monitoring disasters or thefts in farms and orchards, monitoring people entering and exiting financial institutions and working conditions. For monitoring, recording, dam monitoring, wastewater treatment plant, water purification plant, and city gas, etc., at a dam water source, a sensor, interception information input device or surveillance camera device is installed at the monitoring place, and the sensor, interception information input device, or surveillance camera Surveillance is monitored by a surveillance system that transmits surveillance information obtained by a device or the like to a surveillance remote location via a communication network.

Conventional security monitoring system used to achieve the objective as described above is to collect the monitoring information obtained at the monitoring site in the monitoring central control center and to monitor it by providing the monitoring or monitoring system users in the monitoring central control center Is being carried out.

Currently, the monitoring system using the Internet is increasing due to the development of the Internet technology and the expansion of the use of the Internet, and the conventional monitoring system using the Internet monitors all the monitoring information acquired through the monitoring information input device or the sensing device of the monitoring site. All the monitoring information in the monitoring central control system is used because it collects the information from the operator's monitoring central control system and stores it in the video server, and distributes and provides the monitoring information to the monitor or user who accesses the video server. There is a problem that a large amount of monitoring is required because a centralized monitoring and control system must be built in order to collect and process data.The data of monitoring information from various monitoring sites is collected by collecting and processing all the monitoring related information in the monitoring and central control system. Flow monitoring There is a problem that the concentration of the monitoring system is reduced processing efficiency of the monitoring information, thereby reducing the reliability of the monitoring. In the case of providing the collected monitoring information to the monitoring system user through the Internet, the conventional method collects all the monitoring information from the monitoring central control system and then provides it to the monitoring system user through the monitoring central control system. The conventional method has a problem in that the economic burden and management burden of installing a large capacity server function in the monitoring central control system is large, and a transmission speed that provides monitoring information when multiple monitors or users of the monitoring system are connected to the monitoring central control system. There is a problem that the monitor or the user of the surveillance system can not be provided with the monitoring information quickly.

In addition, the method of monitoring and installing a monitoring site host having a server function in the conventional monitoring site is a method in which the monitoring site host has a fixed IP address. There is an advantage that direct access to the monitoring site host of the monitoring site, but there is a problem that it is difficult to transmit and determine the information related to the comprehensive monitoring through the monitoring central control system.

The present invention has been made to solve the above problems, and when an abnormality is detected at the monitoring site by a sensing device including a sensor or an eavesdropping information input device at the monitoring site, a warning signal informing of the abnormal situation is transmitted to the monitoring site host. To operate the surveillance site host and the surveillance camera device connected to the surveillance site host to store the surveillance video information inputted from the surveillance camera device in the surveillance site host and to store the surveillance ratio image information input from the sensing device in the surveillance site host. At the same time, the monitoring site host receives a floating IP address from the IP address provider server when the monitoring site host operates by a warning signal, and the monitoring site host transmits and registers the assigned floating IP address to the central relay server of the monitoring central control system. Monitoring system user through the central relay server Seeks to provide on-site monitoring system with a dynamic IP address to check the dynamic IP address of the host to receive the information provided for surveillance video surveillance and non-image information is stored on-site monitoring from a host connected to the monitoring site host.

1 is a block diagram showing a system configuration of an embodiment according to the present invention.

2 is a block diagram showing a system configuration of another embodiment according to the present invention.

3 is a flowchart illustrating the operation of the embodiment according to the present invention.

Explanation of symbols on the main parts of the drawings

100: monitoring site 140: monitoring relay device

150: surveillance site host 160; Surveillance Camera Device

200: monitoring central control system 210: central relay server

310: surveillance system user public communication network terminal

320: surveillance system user Internet terminal

An object of the present invention described above is provided with a data transmission and reception device for transmitting and receiving data with an external device connected to the Internet with an IP address provider server having a plurality of IP addresses and assigning any one of the plurality of IP addresses. It is a surveillance central control system that receives the IP address given by an external device and provides the IP address to a second external device and a surveillance site system that processes information necessary for surveillance generated at the monitoring site by connecting to the wired / wireless public communication network and the Internet. ,

It is installed at the monitoring site to be monitored to determine whether there is an abnormal state of the monitoring site through at least one or more sensing devices for detecting the normal or abnormal state of the monitoring site and sensing information input from the sensing device. And outputs a warning signal informing of occurrence of an abnormal condition when it is determined to be an abnormal condition, and receives a surveillance relay device that transmits the warning signal to a specific destination through the wired / wireless public communication network and receives monitoring image information generated from a monitoring site. In response to the warning signal input from the monitoring camera device and the monitoring relay device, the camera enters the normal operation state from the idle state and simultaneously operates the monitoring camera device and receives an IP address from the IP address provider server through the Internet. Central relay by transmitting the received IP address to the monitoring central control system And a surveillance site host configured to register with a server and to receive and store surveillance video information input from the surveillance camera device, and to provide the surveillance video information to the specific destination through the Internet. This can be achieved by a surveillance site system with a floating IP address.

The specific destination for the monitoring relay device to transmit the warning signal through the wired / wireless public communication network is one or both of the monitoring central control system and the public communication network terminal of the monitoring system user.

The surveillance field host may further include a function of receiving surveillance ratio image information input from the sensing device and storing the surveillance ratio image information in an information storage unit of the surveillance field host.

The specific destination for the surveillance site host to transmit the surveillance image information through the Internet is characterized in that any one or both of the central monitoring system and the Internet terminal of the user of the surveillance system.

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

1 is a block diagram showing a system configuration of an embodiment according to the present invention, Figure 2 is a block diagram showing a system configuration of another embodiment according to the present invention.

As illustrated in FIG. 1, the monitoring site system 100 formed at the monitoring site according to the present invention includes a sensing device 110, a monitoring relay device 120, a monitoring camera device 130, and a monitoring site host 140. It is configured to include, the monitoring site host 140 includes an information storage unit 141 to store the information according to the monitoring.

The detection device 110 is installed at a monitoring site to be monitored and receives sensing information to detect whether the monitoring site is in a normal state or an abnormal state, and according to the purpose of monitoring, a thermal sensor, a door opening sensor, an infrared sensor. Various sensor devices 111 or the interception information input device 112, etc. are included. By detecting information input from the sensor device 111 or the intercepting information input device 112 as described above, it is possible to monitor the monitoring site by first checking the occurrence of an abnormal state in the monitoring site.

The monitoring relay device 120 determines whether an abnormal state of the monitoring site is detected based on the sensing information input from the sensing device 110, and outputs a warning signal for notifying occurrence of an abnormal state when the abnormal state is determined. The wired and wireless public communication network 400 serves to transmit to a specific destination. At this time, the monitoring relay 120 is connected to the detection device 110 including the sensor device 111 or the interception information input device 112 by wire or wirelessly to monitor the detection information input to the detection device 110 Transmit to device 120. The specific destination is a public communication network terminal 310 and / or a monitoring central control system 200 of the monitoring system user, and the monitoring is determined when the monitoring site detects an abnormal condition through the detection information by the monitoring relay 120. The relay device 120 transmits a warning signal indicating that an abnormal state has occurred to the public communication network terminal 310 and / or the monitoring central control system 200 of the user of the monitoring system through the wired / wireless public communication network 400 and thus has an abnormal state at the monitoring site. Indicates that a has occurred. In this case, when the detection apparatus 110 includes the interception information input device 112, the interception information of the surveillance site inputted to the interception information input device 112 is transmitted to the public communication network of the surveillance system user through the wired / wireless public communication network 400. The terminal 310 and / or the centralized monitoring system 200 may be transmitted to provide interception information generated at the monitoring site. The public communication network terminal 310 includes a wired telephone or a mobile communication terminal, which is widely used in the related art. Through the warning signal transmitted from the monitoring relay 120, the monitoring system user or the monitoring personnel can determine the occurrence of the abnormal state of the monitoring site, and can take appropriate measures. In addition, the monitoring relay device 120 is connected to the monitoring site host 140 by wire or wirelessly and transmits a warning signal to the monitoring site host 140. The monitoring field system 100 may further include a remote controller 150 that can remotely control the monitoring relay device 120.

The surveillance camera device 130 receives the surveillance video information generated at the surveillance site, and the surveillance video information input to the surveillance camera device 130 is transmitted to the surveillance site host 140 described below. Surveillance camera device 130 operates at the same time when the monitoring site host receives a warning signal to switch to the normal operation state.

The monitoring site host 140 is in an idle state in normal times, and is switched from the dormant state to the normal operation state by the warning signal input from the monitoring relay device 120, and when the monitoring site host 140 is switched to the normal operation state through the Internet 500. Receives an IP address from the IP address provider server 600, transmits the received IP address to the monitoring central control system 200, and stores the information to receive and store the surveillance image information input from the surveillance camera device 130 A unit 141 is provided and provides surveillance image information through the Internet 500 to a specific destination.

In addition, the monitoring site host 140 receives the monitoring ratio image information input from the sensing device 110 including the sensor 111 or the interception information input device 112 from the monitoring relay device 120 to store the information storage unit ( 140 may be stored and provided to the surveillance system user through the Internet 500.

In addition, a program that can track the intrusion path when there is an intruder at the surveillance site by using the surveillance image information input to the plurality of surveillance camera device 130 and the surveillance ratio image information input to the plurality of detection apparatus 110. Is provided in the monitoring site host 140, the intrusion path information of the intruder in the monitoring site host 140 is stored in the information storage unit 140 of the monitoring site host 140, and stored in Image information may be provided to the surveillance system user through the Internet (500).

The IP address provider server 600 has a plurality of IP addresses and assigns any one of the plurality of IP addresses to an external device requesting an IP address. Surveillance site host 140 is provided with a server function for providing information through the Internet 500, and at the same time to the normal operation state connected to the Internet 500 to obtain a new IP address from the IP address provider server 600 The received IP address is transmitted to the monitoring central control system 200 through the Internet. At this time, the IP address received from the monitoring site host 140 from the IP address provider server 600 is flexible every time the monitoring site host 140 is connected to the Internet. Transmission to the control system 200 notifies the central relay server 210. The internet terminal 320 used by the surveillance system user includes all devices capable of using the wired or wireless internet.

The monitoring central control system 200 includes a data transmission and reception device 220 and a central relay server 210.

The data transmission and reception apparatus 220 is a device capable of transmitting and receiving data with an external device through the wired / wireless public communication network 400 and the Internet 500. The warning signal transmitted from the monitoring relay device 120 through the wired / wireless public communication network 400 and the monitoring image information transmitted from the monitoring field host 140 through the Internet are monitored via the data transmission / reception device 220. Is received).

The central relay server 210 receives and registers an IP address assigned to the monitoring site host 140 by the IP address provider server 600 from the monitoring site host 140 of the monitoring site system 100, and then registers the user of the monitoring system user. By request, the surveillance system user is provided with the IP address of the surveillance site host 140. The monitoring system user accesses the monitoring central control system 200 using the Internet terminal 320 and receives the IP address of the monitoring site host 140 from the central relay server 210, and monitors using the provided IP address. It can be connected to the field host 140, connected to the monitoring site host 140 receives the surveillance image information stored in the monitoring site host 140 through the Internet 500 from the monitoring site host 140 You can see what it looks like. At this time, the central relay server 210 of the monitoring central control system 200 automatically monitors the user's Internet terminal 320 via the Internet when the monitoring system user requests the connection of the monitoring site host 140. It is preferable to embed a program connecting to the IP address of 140 so that the surveillance system user can easily access the surveillance site host 140.

In addition, the monitoring central control system 200 is provided with an information storage unit 230 to receive and store the monitoring video information stored in the monitoring site host 140 from the monitoring site host 140, thereby monitoring The image information is primarily stored in the information storage unit 141 of the monitoring site host 140, and secondly stored in the information storage unit 230 of the monitoring central control system 200, thereby monitoring site host 140 Alternatively, when the surveillance central control system 200 loses the stored information due to an accident, the surveillance image information may be completely prevented from being lost.

3 is a flowchart illustrating the operation of the embodiment according to the present invention.

The sensing device 110 including the sensor 111 or the interception information input device 112 installed at the monitoring site receives the sensing information at the monitoring site. Sensing information input to the detection device 110 is transmitted to the monitoring relay device 120, the monitoring relay device 120 determines whether or not the abnormal condition of the monitoring site through the detection information input from the detection device 110, If it is determined that the abnormal state, a warning signal indicating the occurrence of the abnormal state is output. The monitoring relay device 120 transmits a warning signal to the monitoring site host 140, and the monitoring site host 140 is switched from the idle state to a normal operation state by the warning signal. Surveillance camera device 130 connected to 140 also operates normally to start receiving surveillance video information. In addition, the monitoring relay device 120 transmits a warning signal to the monitoring central control system 200 and / or the public communication network terminal 310 of the user of the monitoring system through the wired / wireless public communication network (400). As the monitoring central control system 200 receives the warning signal, the monitoring person can identify the occurrence of an abnormal condition of the monitoring site and proceed with the corresponding action. The user of the monitoring system at the monitoring remote 300 can receive the warning signal. As a result of receiving the error, the occurrence of an abnormal state of the monitoring site can be identified and the action can be taken accordingly.

In this case, when the sensing device 110 includes the interception information input device 112, the interception information of the monitoring site input through the interception information input device 112 is received from the monitoring relay device 120 and the wired / wireless public communication network ( 400 may be transmitted to the public monitoring network terminal 310 of the monitoring central control system 200 and / or the user of the monitoring system. In this case, the monitoring central control system 200 may store the received interception information in the information storage unit 230.

When the switch to the normal operation state from the idle state by the warning signal, the monitoring site host 140 is connected to the Internet 500 is given a new IP address from the IP address provider server 600. The IP address that the monitoring field host 140 receives from the IP address provider server 600 is a flexible IP address that changes every time the Internet 500 is connected. The monitoring site host 140 transmits the received IP address to the monitoring central control system 200, and the monitoring central control system 200 transmits the received IP address of the monitoring site host 140 to a central relay server ( Register at 210). The surveillance site host 140 receives the surveillance video information from the surveillance camera device 130 and stores the surveillance image information in the information storage unit 141 of the surveillance site host 140. After the surveillance field host 140 is converted to a normal operation state, the process of receiving an IP address by connecting to the Internet 500 and receiving and storing surveillance image information from the surveillance camera device 130 are simultaneously performed.

When the monitoring system user accesses the monitoring central control system 200 using the Internet terminal 320 and requests the IP address of the monitoring site host 140, the central relay server 210 of the monitoring central control system 200 is requested. ) Provides the IP address of the monitoring site host 140 to the user, the user can access the monitoring site host 140 through the Internet 500 using the Internet terminal 320, the monitoring site host ( 140, the stored surveillance image information is provided. While the surveillance system user receives the surveillance image information, the surveillance central control system 200 may receive the surveillance image information from the surveillance site host 140 and store the surveillance image information in the information storage unit 230 of the surveillance central control system 200. .

When the surveillance image information is stored in the information storage unit 230 of the surveillance central control system 200, the surveillance system user accesses the surveillance central control system 200 to monitor the surveillance image information stored in the information storage unit 230. May be provided through the Internet 500.

In the present invention, the monitoring field host 140 may be connected to a POS terminal to receive information from the monitoring field host 140 and use the same.

In the present invention, the monitoring site host 140 further monitors by adding a function to extract comprehensive surveillance information by extracting intruder tracking path information using the surveillance video information input from the surveillance camera device 130. In addition to video information, comprehensive monitoring information can be provided to users of surveillance systems.

Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary and should be understood by those skilled in the art that various modifications and equivalent embodiments are possible. . Therefore, the true scope of protection of the present invention should be defined by the technical spirit of the attached utility model registration claims.

According to the present invention, a server function is provided and a monitoring site host that can provide information through the Internet is installed at the monitoring site, and the monitoring central control system has a small capacity of providing a flexible IP address of the monitoring site host to the monitoring system user. By installing only the relay server, it is possible to reduce the construction cost of the monitoring central control system. Also, the monitoring video information and the non-monitoring video information can be saved by the user connecting from the monitoring site host using the IP address of the monitoring site host. By acquiring the data stream, the flow of information on the surveillance is prevented from being concentrated, so that the flow of the surveillance video is smooth, so that the surveillance system user can easily acquire the surveillance video information and the non-monitoring video.

In addition, by storing the surveillance video information and the non-monitoring video information in the monitoring site host and the central control system, respectively, there is an advantage that it is possible to prevent the complete loss of the surveillance video information.

Claims (2)

An IP address provided with a first external device having a plurality of IP addresses and having a data transmission / reception device for transmitting and receiving data with an external device connected to an IP address provider server for assigning any one of the plurality of IP addresses to the Internet. Is a surveillance central control system that provides the IP address to a second external device and a surveillance site system that is connected to the wired / wireless public telecommunications network and the Internet and processes information necessary for surveillance generated at the surveillance site. At least one sensing device installed at a monitoring site to be monitored and receiving sensing information to detect whether the monitoring site is in a normal state or an abnormal state; It is determined whether or not an abnormal state of the monitoring site through the detection information input from the sensing device, and if it is determined that the abnormal state is determined, outputs a warning signal informing of occurrence of the abnormal state, and sends the warning signal to a specific destination through the wired / wireless public communication network. Monitoring relay device for transmitting to; A surveillance camera device for receiving surveillance video information generated at the surveillance site; And In response to the warning signal input from the monitoring relay device, the camera enters a normal operation state from an idle state and simultaneously operates the surveillance camera device, receives an IP address from the IP address provider server through the Internet, It transmits the IP address to the surveillance central control system and registers with the central relay server, and has an information storage unit for receiving and storing the surveillance image information input from the surveillance camera device, and the surveillance image information through the Internet to the specific destination. Surveillance system having a floating IP address, characterized in that it comprises a surveillance site host providing. The monitoring site having a floating IP address according to claim 1, wherein the monitoring site host further includes a function of receiving surveillance ratio image information input from the sensing device and storing the monitoring ratio image information in an information storage unit of the monitoring site host. system.