KR101131263B1 - Self-remote auto monitoring system - Google Patents

Abstract

PURPOSE: An automatic self-remote monitoring system is provided to rapidly report an intruder to a police station using a self-remote monitoring operation on a real time basis. CONSTITUTION: A subscriber signal collecting terminal device(2) is installed on a building or a subscriber house. The subscriber signal collecting terminal device communicates with an external server through a data communication network. An emergency signal transmission server(4) receives an invasion signal from a sensor. The subscriber signal collecting terminal device transmits video data to the transmission server while outputting a voice warning signal. The emergency signal transmission server registers code information of the subscriber signal collecting terminal device and a terminal number for each subscriber in beforehand. The emergency signal transmission server registers invasion information received from the subscriber signal collecting terminal device by combining with related information.

Description

Self-Remote Monitoring System {SELF-REMOTE AUTO MONITORING SYSTEM}

The present invention relates to a self-automatic remote monitoring system, in more detail by determining whether the sensor installed in the anticipated path of intrusion detects the alarm sound and at the same time by transmitting the captured image and intrusion signal through CCTV to the subscriber's terminal It is about a remote automatic surveillance system for a person to carry out remote monitoring and to allow early arrest through rapid report to the police station.

As is well known, due to the recent development of information communication technology, development of information providing technology for providing information on various fields via a long distance data communication network to a plurality of subscribers through at least one host server is actively underway.

Based on this, in recent years, information selection technology and compression technology are being developed to more easily access peripheral technologies such as cache memory expansion technology to provide accurate information to subscribers more quickly and subscribers' tastes and preferences. It is also accelerating the development of various contents and its solutions.

In recent years, as the capitalist society has advanced, residents and building operators have mainly built CCTV surveillance systems to protect property and life.

The CCTV surveillance system consists of a CCTV camera and a DVR device for storing the image data captured by the CCTV camera. Such a conventional CCTV surveillance system does not actively cope with robbery or theft, and arrests criminals after a subsequent crime accident occurs. There is a problem that the range that can be solved by the system is very limited because it is only securing the personal information for the purpose.

In particular, the conventional CCTV surveillance system has a problem that when the criminal is wearing a hat or sunglasses to commit a criminal act, the arrest rate is very low because it is only about the height to secure the personal information of the criminal.

In addition, although public institutions such as police stations are obliged to arrest robbery robbers, there was a problem that it was impossible to put in manpower or expenses to monitor CCTV of a private CCTV surveillance system installed in all residential furniture or commercial buildings. Previous regular monitoring had a problem that legal problems such as invasion of privacy existed.

The present invention has been made in view of the above-described state of the art, and determines whether the sensor installed in the anticipated path of intrusion detects the alarm sound and simultaneously transmits the captured image and the intrusion signal through CCTV to the subscriber's terminal. Its purpose is to provide a remote auto-monitoring system for a person who conducts remote monitoring and enables early arrest through a quick report to the police station.

In order to achieve the above object, according to a preferred embodiment of the present invention receives an intrusion signal from the sensor and transmits to the emergency signal transmission server, outputs a voice warning signal, and image data to transmit to the emergency signal transmission server A subscriber signal collection terminal device; Emergency signal transmission server that registers terminal number of each subscriber and code information of subscriber signal collecting terminal device in advance, registers intrusion information received from subscriber signal collecting terminal device with related information, and transmits to registered subscriber terminal. Wow; Receiving intrusion information from the emergency signal transmission server is provided with a self-remote automatic monitoring system comprising a subscriber terminal for confirming the intrusion and report processing to the police station server.

Preferably, there is provided a self-automatic remote monitoring system characterized in that it further comprises a police station server for receiving a report call of the subscriber terminal.

Preferably, the subscriber terminal is provided with a self-automatic remote monitoring system, characterized in that any one of a smart phone, a mobile phone, a communication PDA, a computer terminal.

Preferably, the subscriber signal collecting terminal device is installed therein, a plurality of intrusion detection paths are installed in the intrusion detection sensor for detecting whether intrusion; A speaker for outputting a warning sound when an intrusion signal is generated; A speaker driver for driving the speaker; A camera for capturing an image of the sensor on which the intrusion signal is generated; A camera driver for driving the camera; An image signal processor for processing image data captured by a camera into a file having a capacity that can be transmitted through a data communication network; A memory for storing code information, time information, and image data of a sensor in which an intrusion signal is generated, and storing warning sound data; A data transmitter for transmitting and processing code information, time information, and image data of a sensor where an intrusion signal is generated to an emergency signal transmission server; By controlling each configuration, there is provided a self-automatic remote monitoring system comprising a control unit for outputting a warning sound when an intrusion signal is generated, and controlling to capture the intrusion image and transmit it to the emergency signal transmission server.

Preferably, the emergency signal transmission server therein, the communication module and the communication module connected to the subscriber signal collection terminal device; A subscriber information registration unit for registering subscriber identification information, subscriber terminal number, e-mail address, and code information of the subscriber signal collection terminal device; A subscriber data processing unit for extracting and combining the corresponding subscriber information through the intrusion information and the image data received from the subscriber signal collection terminal; An emergency signal generator to determine whether an intrusion signal is generated according to code information of the registered subscriber signal collection terminal device; A data broker for transmitting intrusion information and video data received from the subscriber signal collection terminal device to a corresponding subscriber terminal; A data storage unit for storing the intrusion information and the image data received from the subscriber signal collecting terminal device together with the corresponding subscriber information; By controlling each component, there is provided a self-remote automatic monitoring system comprising a control unit for controlling to transmit and process the signal received from the subscriber signal collection terminal device in which the intrusion signal is generated to the subscriber terminal of the registered number.

Preferably, the emergency signal transmission server includes a subscriber identification code indicating a code number of a subscriber signal collection terminal to identify the subscriber when an intrusion signal is generated for a specific subscriber's premises; Intrusion signal generation sensor identification code; Captured image data; The subscriber's terminal number; Provided is a self-monitoring system for remote self-monitoring which combines and stores data consisting of the subscriber's email address.

Self-automatic remote monitoring system according to the present invention can quickly determine whether the intrusion through the self-installed camera, the subscriber itself, by sending a warning broadcast in the event of intrusion situation to combat criminals, the customer self-service service at low cost It can be used, the number of service subscribers can be further increased, there is an advantage that the efficiency of manpower deployment is increased because there is no need to arrange duplicate personnel such as private dispatch personnel, police, etc. across the society.

1 is a schematic diagram showing the configuration of a self-automatic remote monitoring system according to an embodiment of the present invention,
2 is a view for showing the data flow of the self-automatic remote monitoring system according to an embodiment of the present invention,
Figure 3 is a block diagram showing the configuration of the subscriber signal collecting terminal device included in the self-automatic remote monitoring system according to an embodiment of the present invention,
Figure 4 is a block diagram showing the configuration of the emergency signal transmission server included in the self-automatic remote monitoring system according to an embodiment of the present invention,
5 is a view showing the intrusion information combined in the emergency signal transmission server included in the self-automatic remote monitoring system according to an embodiment of the present invention,
FIG. 6 is a flowchart illustrating a signal flow of a self-monitoring remote monitoring system according to an embodiment of the present invention.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

1 is a schematic diagram showing the configuration of a self-automatic remote monitoring system according to an embodiment of the present invention.

Referring to this, the self-automatic remote monitoring system according to an embodiment of the present invention determines whether the sensor installed in the anticipated path of intrusion detects the alarm sound, and simultaneously transmits the captured image and the intrusion signal through CCTV to the subscriber terminal. By doing this, it is possible to carry out remote monitoring of self in real time and enable early arrest through quick report to the police station.

Self-automated remote monitoring system according to an embodiment of the present invention is a system that enables active response in the event of an accident by building a CCTV system that enables real-time monitoring of the conventional incident post-processing method.

In more detail, the self-remote automatic monitoring system according to an embodiment of the present invention is composed of a subscriber signal collection terminal device, an emergency signal transmission server, a subscriber terminal, and a police station server.

The subscriber signal collecting terminal device 2 is a terminal device installed in a building such as a subscriber's home or a commercial building and capable of communicating with an external server through a data communication network. ), A voice warning signal is output, and image data is captured and transmitted to the emergency signal transmission server 4, thereby ultimately informing the subscriber that an intrusion signal has been generated for the building in which the terminal device of the subscriber is installed. Device.

In addition, the emergency signal transmission server 4 is a server for receiving an intrusion signal from the subscriber signal collection terminal device 2 and relaying the terminal signal to the terminals 6 and 7 of the number registered by the subscriber. The code information of the subscriber signal collection terminal device 2 is registered in advance, and the intrusion information received from the subscriber signal collection terminal device 2 is registered in combination with the related information, and transmitted to the registered subscriber terminals 6 and 7. Server to process.

In addition, the subscriber terminal (6, 7) is a terminal that receives the intrusion information from the emergency signal transmission server (4) to check the intrusion and report to the police office server 8, smartphone, mobile phone, PDA capable of communication And terminals such as computer terminals.

If the subscriber terminal (6, 7) is a computer terminal, the emergency signal transmission server 4 transmits an emergency signal to the e-mail address of the registered subscriber, and sends the SMS to the mobile phone of the subscriber terminal. Can be notified.

In addition, the self-automatic remote monitoring system according to an embodiment of the present invention further includes a police station server 8 for receiving a report call of the subscriber terminals 6 and 7. The emergency signal sent to the subscriber terminal (6, 7) can be checked to make a telephone call to the National Police Agency server (8), so that the front line police station can promptly dispatch when a crime occurs without monitoring CCTVs installed in multiple buildings. Will be able to perform

2 is a view showing a data flow of the self-remote automatic monitoring system according to an embodiment of the present invention.

Referring to this, referring to the schematic data flow through the self-remote automatic monitoring system according to an embodiment of the present invention, the self-remote automatic monitoring system according to an embodiment of the present invention is first installed with a sensor on the anticipated intrusion path. The subscriber signal collection terminal 2 and the emergency signal transmission server 4 are connected to each other so as to communicate with each other, and the information of the subscriber terminals 6 and 7 for mediating the emergency signal to the emergency signal transmission server 4. In the registered state, the subscriber signal collection terminal 2 determines whether an intrusion signal through the sensor is generated.

When an intrusion signal is generated through a sensor, the subscriber signal collecting terminal device 2 outputs a warning sound through a speaker installed inside or outside the subscriber to perform primary criminal combat, and drives the camera to capture image data. do.

In this case, the image data may be a moving image or still image data.

When the image data is captured, the subscriber signal collection terminal 2 generates a packet by combining the image data with an intrusion signal, code information, and time information, and transmits the packet data to the emergency signal transmission server 4. do.

Then, the emergency signal transmission server 4 receives the packet data including the emergency signal, extracts the registered terminal number of the subscriber, and transmits the packet data to the subscriber terminals 6 and 7.

Receiving the packet data, the subscriber can output the intrusion video data through the subscriber terminals 6 and 7 to grasp the intrusion situation and report the intrusion situation to the police station server 8.

Figure 3 is a block diagram showing the configuration of the subscriber signal collecting terminal device included in the self-automatic remote monitoring system according to an embodiment of the present invention.

Referring to this, the subscriber signal collection terminal device 2 included in the self-remote monitoring system according to an embodiment of the present invention includes an intrusion detection sensor, a speaker, a speaker driver, a camera, a camera driver, and an image signal processor. , Memory, data transmission unit, and control unit.

Reference numeral 10 denotes an intrusion detection sensor installed on a plurality of intrusion expected paths, and reference numeral 24 denotes a speaker that outputs a warning sound when an intrusion signal is generated, and reference numeral 26 drives the speaker 24. The speaker drive unit is shown.

Reference numeral 12 denotes a camera for capturing a sensor-side image generated by an intrusion signal, reference numeral 14 denotes a camera driver for driving the camera 12, and reference numeral 16 denotes image data captured by the camera 12. Represents a video signal processor that processes a file having a capacity that can be transmitted through a data communication network.

Reference numeral 20 denotes a memory for storing code information, time information, and image data of a sensor on which an intrusion signal is generated, and storing warning voice data, and reference numeral 18 denotes code information and time information of a sensor on which an intrusion signal is generated, A data transmission unit for transmitting image data to the emergency signal transmission server 4 is shown.

In addition, reference numeral 22 denotes a control unit for controlling each component to output a warning sound when an intrusion signal is generated, and to control to capture the intrusion image and transmit it to the emergency signal transmission server 4. Reference numeral 22a is an electronic clock.

Figure 4 is a block diagram showing the configuration of the emergency signal transmission server included in the self-automatic remote monitoring system according to an embodiment of the present invention, Figure 5 is a self-remote automatic monitoring system according to an embodiment of the present invention The intrusion information combined in the emergency signal transmission server included.

Referring to this, the emergency signal transmission server 4 included in the self-automatic remote monitoring system according to an embodiment of the present invention has a communication module, subscriber information registration unit, subscriber data processing unit, emergency signal generation unit, and data relay unit therein. , A data storage unit, and a control unit.

Reference numeral 30 denotes a communication module for communication connection with the subscriber signal collection terminal 2, and reference numeral 32 denotes subscriber identification information, subscriber terminal number, e-mail address, and code information of the subscriber signal collection terminal 2; Represents a subscriber information register to register.

Reference numeral 34 denotes a subscriber data processing unit which extracts and combines corresponding subscriber information through intrusion information and image data received from the subscriber signal collection terminal 2, and reference numeral 36 denotes the registered subscriber signal collection terminal. An emergency signal generator for determining whether an intrusion signal is generated according to the code information of the apparatus 2 is shown.

Reference numeral 38 denotes a data relay unit for transmitting intrusion information and image data received from the subscriber signal collecting terminal device 2 to the corresponding subscriber terminals 6 and 7, and reference numeral 40 denotes the subscriber signal collecting terminal device 2; Represents a data storage unit for storing the intrusion information and the image data received from) with the subscriber information.

On the other hand, reference numeral 42 is a control unit for controlling the configuration, and controls to transmit and process the signal received from the subscriber signal collection terminal device 2 in which the intrusion signal is generated to the subscriber terminal (6, 7) of the registered number Indicates.

In this case, referring to FIG. 5, the emergency signal transmission server 4 combines subscriber information through data transmitted when an intrusion signal is generated for a specific subscriber's premises, and the subscriber information 50 identifies a subscriber. Since the subscriber identification code 52 indicating the code number of the subscriber signal collection terminal 2 is included, the emergency signal transmission server 4 can determine in which home an intrusion has been made, and based on this, The terminal number of the stored subscriber can be extracted.

In addition, the subscriber information 50 includes an intrusion signal generation sensor identification code 54, which can record where the intrusion was made, and includes the image data 56 captured by the bar. The transmitted image data 56 is transmitted to the subscriber's terminal 6, 7 so that the subscriber can directly check whether an actual intrusion event has occurred through the intrusion image.

In addition, the subscriber information 50 is provided with the subscriber's terminal number 68, and the subscriber terminal number 68 transmits data for notifying the intrusion situation, and also includes the subscriber's e-mail address 6. F. Also, the subscriber terminal number 68 transmits data for notifying the intrusion situation to the subscriber's e-mail address.

Therefore, when the emergency signal transmission server 4 receives the intrusion-related data from the subscriber signal collection terminal 2, the subscriber information as shown in FIG. 5 is combined and stored in the data storage unit, and at the same time, the intrusion signal. And image data are transmitted to the subscriber stations 6 and 7.

With reference to the accompanying drawings, the function and operation of the self-automatic remote monitoring system according to an embodiment of the present invention of the above configuration will be described in detail.

FIG. 6 is a flowchart illustrating a signal flow of a self-monitoring remote monitoring system according to an embodiment of the present invention.

First, in the self-remote automatic monitoring system according to an embodiment of the present invention, the sensor is first installed in the anticipated path of intrusion, and the subscriber signal collection terminal 2 and the emergency signal transmission server 4 are connected to each other to communicate with each other. In addition, the system operates in the state where the information of the subscriber terminals 6 and 7 for mediating the emergency signal is registered in the emergency signal transmission server 4, and the corresponding subscriber is provided by the emergency signal transmission server 4. A subscriber who subscribes to a remote auto-monitoring service.

With the system built and subscribed to the remote auto-monitoring service, the subscriber signal collection terminal 2 determines whether an intrusion signal is generated through sensors installed in a plurality of intrusion expected paths.

When the intrusion signal through the sensor is generated, the subscriber signal collection terminal 2 outputs a warning sound through the speaker 24 installed in the subscriber's home or outside, the warning sound data output through the speaker 24 For example, “an intrusion situation has occurred.” A traffic signal has been requested to a nearby police vehicle. ”

At the same time, the subscriber signal collecting terminal device 2 drives the camera 12 to capture image data, and preferably, the subscriber signal collecting terminal device 2 corresponds to the position information of the sensor on which the intrusion signal is detected. The camera 12 is controlled to capture the intrusion image on the sensor side.

At this time, the image data may be a moving image or still image data.

When the image data is captured, the subscriber signal collection terminal 2 generates a packet by combining the image data with an intrusion signal, code (code of the terminal device) information, and time information, and transmits the packet data to an emergency signal transmission server. Transfer process to (4).

Then, the emergency signal transmission server 4 receives the packet data including the emergency signal and extracts the corresponding subscriber information. For example, the subscriber information is a pre-registered terminal number capable of transmitting the intrusion signal.

When the information of the subscriber station (6, 7) is confirmed, the emergency signal transmission server 4 transmits the packet data to the subscriber station (6, 7).

Accordingly, the subscriber who has received the packet data can output the intrusion video data through the subscriber terminals 6 and 7 to grasp the intrusion situation and report the intrusion situation to the police station server 8.

If the sensor operation due to a sensor error or other obstacle is confirmed through the image data, the subscriber does not need to make a separate notification and may be relieved about the intrusion.

Self-automatic remote monitoring system according to an embodiment of the present invention through the above-described functions and operations can quickly determine whether the intrusion through the self-installed camera itself, and by sending a warning broadcast in case of an intrusion situation, criminals primarily It can be eliminated, and customers can use self-monitoring service at low cost, thereby increasing the number of service subscribers.

In addition, since there is no need to arrange redundant personnel such as private dispatch personnel and the police on a social basis, the efficiency of manpower deployment is increased.

On the other hand, the self-automatic remote monitoring system according to an embodiment of the present invention is not limited to the above-described embodiment, various modifications are possible within the scope not departing from the technical gist.

2: subscriber signal collection terminal, 4: emergency signal transmission server,
6, 7: subscriber terminal, 8: police station server.

Claims (6)

Receives intrusion signal from sensor and transmits it to emergency signal transmission server, outputs voice warning signal, and captures image data and transmits it to emergency signal transmission server. An intrusion detection sensor; A speaker for outputting a warning sound when an intrusion signal is generated; A speaker driver for driving the speaker; A camera for capturing an image of the sensor on which the intrusion signal is generated; A camera driver for driving the camera; An image signal processor for processing image data captured by a camera into a file having a capacity that can be transmitted through a data communication network; A memory for storing code information, time information, and image data of a sensor in which an intrusion signal is generated, and storing warning sound data; A data transmitter for transmitting and processing code information, time information, and image data of a sensor where an intrusion signal is generated to an emergency signal transmission server; A subscriber signal collection terminal device comprising a control unit for controlling each component to output a warning sound when an intrusion signal is generated, and to control the image to be transmitted to the emergency signal transmission server by capturing the intrusion image;
Register the terminal number of each subscriber and the code information of the subscriber signal collection terminal device in advance, register the intrusion information received from the subscriber signal collection terminal device with the related information, and transmit it to the registered subscriber terminal. A communication module in communication with the subscriber signal collection terminal; A subscriber information registration unit for registering subscriber identification information, subscriber terminal number, e-mail address, and code information of the subscriber signal collection terminal device; A subscriber data processing unit for extracting and combining the corresponding subscriber information through the intrusion information and the image data received from the subscriber signal collection terminal; An emergency signal generator to determine whether an intrusion signal is generated according to code information of the registered subscriber signal collection terminal device; A data broker for transmitting intrusion information and video data received from the subscriber signal collection terminal device to a corresponding subscriber terminal; A data storage unit for storing the intrusion information and the image data received from the subscriber signal collecting terminal device together with the corresponding subscriber information; An emergency signal transmission server comprising a control unit configured to control each configuration to transmit and process a signal received from a subscriber signal collection terminal device having an intrusion signal to a subscriber terminal having a pre-registered number;
Receiving intrusion information from the emergency signal transmission server, and confirms whether the intrusion and the subscriber terminal for processing the report to the police station server;
The emergency signal transmission server may include a subscriber identification code indicating a code number of a subscriber signal collection terminal device to identify a subscriber when an intrusion signal is generated to a specific subscriber's premises; Intrusion signal generation sensor identification code; Captured image data; The subscriber's terminal number; Self-automatic remote monitoring system, characterized in that the combination of the data consisting of the subscriber's email address to store. The system of claim 1, further comprising a police station server for receiving a report call of the subscriber station. The system of claim 1, wherein the subscriber station is any one of a smart phone, a mobile phone, a communicable PDA, and a computer terminal. delete delete delete

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