KR20200030840A - Integrated control support system using emergency call device with multiple transmission - Google Patents

Abstract

The present invention relates to an integrated control support system using an emergency call device of a multiple transmission/reception scheme. According to one embodiment of the present invention, the integrated control support system using an emergency call device of a multiple transmission/reception scheme includes: a camera unit which receives image and sound information to transfer the same to an image analysis unit; an image analysis unit which edits received and analyzed information according to a predetermined range if the analyzed information satisfies the predetermined range and accordingly, transmits a specified signal to a normal situation control unit; a normal situation control unit which automatically monitors and classifies a normal situation; an emergency situation control unit which receives and controls a signal for an emergency situation when the signal for an emergency situation is received from an interface unit; an interface unit which is included in an emergency call box of a multiple transmission/reception scheme; a database unit which includes an emergency call device of a multiple transmission/reception scheme including an emergency call and an emergency call device included in the interface unit, and stores information including image information, sound information, and location information; and an emergency signal unit which receives an emergency signal and a voice signal from a manager terminal and the interface unit to transmit the received signal to one or more of the normal situation control unit or the emergency situation control unit. According to the present invention, it is possible to respond to an emergency signal more efficiently even if nobody is in a control room.

Description

INTEGRATED CONTROL SUPPORT SYSTEM USING EMERGENCY CALL DEVICE WITH MULTIPLE TRANSMISSION}

The present invention relates to an integrated control support system using a multi-transmission and emergency call device. In more detail, it supports multiple reception by applying the standard SIP (Session Initiation Protocol) method, and increases the connection with the monitoring system to enable a quick and smooth response to an emergency situation. It is about the integrated control support system that enables quicker and more appropriate response to other emergency situations.

In the event of an emergency such as a crime, accident, or other dangerous situation, effective initial response is very important. In particular, it can be said that it is more important for the public facilities used by a large number of people to prevent the emergency and effectively and promptly respond to the above emergency.

Therefore, in public parks, apartments, subways, and other facilities, it is necessary to have a system that can quickly recognize and deal with the above risks. In general, most of the above emergency response systems receive video information through a camera and can report a crime or accident caused by an emergency call device to a manager.

In particular, the conventional emergency call device that is transmitted and received in one direction to the manager has a problem in that the manager cannot quickly recognize and respond to the emergent emergency when the manager is absent from the control room. In addition, to prevent this, it is also impossible to realistically monitor the control room without a 24-hour break. Therefore, it is necessary to develop a system that can monitor the emergency situation automatically and transmit the received emergency signal in multiple directions to enable quicker response.

Therefore, by applying the standard Session Initiation Protocol (SIP) method, emergency reporting can be transmitted in a multi-reception mode rather than a single reception, and the information captured by CCTV and the information of the reported emergency call location are integrated and monitored, etc. It is necessary to establish a more integrated and comprehensive system by allowing interworking with patrol workers' mobile phones and other types of wired and wireless communication devices so that a more appropriate response to emergencies can be applied much more quickly.

Therefore, the present inventors can continuously monitor the dangerous situation, while providing an integrated control support system using an emergency call device of multiple transmission / reception methods to enable quick and effective response to emergency situations through a multi-directional transmission / reception system. Developed. In particular, when using the integrated control support system using the multiplexing / receiving emergency call system, it is possible to respond effectively to an emergency even when the administrator is not in the control room. Even when the emergency is over and the emergency is in progress The cases in which the report was missed were classified to enable effective coping.

KR 20-0446426 Y1 KR 10-0518172 B1

An object of the present invention is to provide an integrated control support system using an emergency call device of multiple transmission / reception methods so that an emergency call signal can be more effectively coped with an emergency signal even when a control room is absent by receiving it in a multiple reception manner rather than a single reception. It is for.

The integrated control support system using the multiplexing / receiving emergency call device is to interwork with not only the synchronous type but also the heterogeneous wired / wireless communication device, so that the worker closest to the point in the emergency situation can respond more quickly.

The integrated control support system using the multiplexing / receiving emergency call device integrates the reports received through the emergency call device and the information received through the monitoring device such as CCTV, and provides a more specific emergency situation to workers. To be able to preemptively take appropriate measures for emergencies.

The multi-transmission / reception type emergency call device is interlocked with a street light and a siren device, so that it is possible to immediately respond to an emergency within a certain range wirelessly.

In order to achieve the above object, an integrated control support system using a multi-transmission and emergency call apparatus according to an embodiment of the present invention includes a camera unit that receives image and sound information and transmits it to an image analysis unit; An image analysis unit that edits the received information and the analyzed information according to a predetermined range when the analyzed information satisfies a predetermined range and transmits the determined signal to the general situation control unit; A general situation control unit that automatically monitors and classifies the general situation; An emergency control unit receiving and controlling the signal when an emergency situation signal is received from the interface unit; An interface unit included in a multi-transmission / reception emergency call box; A database unit including a multi-transmission / reception emergency call apparatus including an emergency call and an emergency call apparatus included in the interface unit and storing information including video information, sound information, and location information; It includes an emergency signal unit for receiving an emergency signal and a voice signal from the manager terminal and the interface unit and transmits the received signal to one or more of the general situation control unit or the emergency control unit.

In the integrated control support system using the multi-transmission / reception type emergency call device, the image analysis unit analyzes image and sound information according to a predetermined range to classify an emergency situation, and classifies the classified information into a general situation control unit and an emergency It is transmitted to the terminal of the administrator through the situation control unit.

In the integrated control support system using the multi-transmission / reception type emergency call device, the general situation control unit receives the information of the emergency signal unit and receives an image according to a predetermined range from the image analysis unit, and transmits the image to the manager terminal. Is to send.

In the integrated control support system using the multi-transmission / reception type emergency call device, the emergency control unit receives information of the emergency signal unit and transmits the information to the administrator's wired or wireless terminal according to a predetermined range.

Integrated control support system using multiple sending / receiving emergency call devices.

An emergency control method according to another embodiment of the present invention is to use an integrated control support system using the multiplexed emergency call device.

Hereinafter, the present invention will be described in more detail.

An integrated control support system using a multi-transmission and emergency call device according to an embodiment of the present invention includes a camera unit that receives image and sound information and transmits it to an image analysis unit; An image analysis unit that edits the received information and the analyzed information according to a predetermined range when the analyzed information satisfies a predetermined range and transmits the determined signal to the general situation control unit; A general situation control unit that automatically monitors and classifies the general situation; An emergency control unit receiving and controlling the signal when an emergency situation signal is received from the interface unit; An interface unit included in a multi-transmission / reception emergency call box; A database unit including a multi-transmission / reception emergency call apparatus including an emergency call and an emergency call apparatus included in the interface unit and storing information including video information, sound information, and location information; It includes an emergency signal unit for receiving an emergency signal and a voice signal from the manager terminal and the interface unit and transmits the received signal to one or more of the general situation control unit or the emergency control unit.

According to an embodiment of the present invention, a multi-transmission / reception emergency call apparatus includes a general situation control unit; Emergency control unit; Interface unit; Camera unit for photographing the surrounding environment; An image analysis unit that analyzes the image taken by the camera unit in real time; An emergency signal unit for receiving an emergency signal and an audio signal, and an emergency signal unit for transmitting the emergency signal and the audio signal to the general control unit and the emergency control unit when an emergency is received from the emergency signal unit, the general situation The control unit receives the information of the emergency signal unit, receives an image according to a predetermined range from the image analysis unit, transmits the image to the manager terminal, and the emergency control unit receives the information of the emergency signal unit and determines it in advance It is transmitted to the wired or wireless terminal of the manager according to the scope.

 The multi-reception method in the present invention means that information can be transmitted and received through a single terminal to a plurality of terminals or a plurality of terminals to a plurality of terminals, beyond unidirectional transmission and reception of a single terminal to a single terminal.

The emergency call device referred to in the present invention generates a certain signal when an emergency occurs, such as fire, disaster, crime, or other accident risk, regardless of a method for transmitting the signal beyond the device that simply transmits the danger signal or a manager It is defined as including all forms that can communicate with and possible signals.

The camera unit includes means for capturing and storing a specific image or video, and is defined as including all forms that can be used by those skilled in the art.

The image referred to in the present invention is not limited to the image of the dictionary meaning and includes a still picture image as well as a dynamic video image, and is defined to include sound data such as voice and sound.

The emergency signal in the present invention means that a specific danger signal is provided in a predetermined manner, and the voice signal is defined to include a signal provided as a means through which a certain conversation can be provided between the reporter and the manager.

In the multi-transmission / reception emergency call apparatus, the image analysis unit analyzes image and sound information according to a predetermined range to classify an emergency situation, and manages the classified information through a general situation control unit and an emergency control unit. It may be transmitted to the terminal.

In the multi-transmission / reception type emergency call device, the emergency signal unit may transmit a signal to a plurality of manager terminals according to a predetermined range in a SIP (Session Initiation Protocol) method.

In the multi-transmission / reception type emergency call device, it may further include an LED module, a speaker, and an amplifier.

The LED module is configured to cause the light emitting unit to emit light or light according to a predetermined pattern according to a predetermined condition or signal.

The standard SIP refers to a Session Initiation Protocol (SIP), which is a signaling protocol defined by the IETF and is widely used to control multimedia sessions such as voice and video calls, and is an intelligent terminal (telephone, internet conference) that wants to communicate on the Internet. , Instant messenger, etc.) refers to the signaling protocol of the application layer that specifies procedures for identifying each other, finding their locations, and creating, deleting, or modifying a multimedia communication session between them.

Through the SIP, multi-directional transmission and reception and multimedia session control can be performed, and even when an administrator is not present in the control room, effective data transmission and response to a dangerous situation can be achieved.

The speaker and the amplifier are to emit a constant sound signal or voice signal according to a predetermined condition or signal.

In the multiplexing / receiving emergency call device, the LED module, the speaker, and the amplifier may operate by receiving a certain signal from the emergency control unit according to a predetermined range.

According to another embodiment of the present invention, a method for controlling an emergency call device of the multiple transmission / reception method provides a control method of the emergency call device of the multiple transmission / reception method.

In the integrated control support system using the multi-transmission / reception type emergency call device, the image analysis unit analyzes image and sound information according to a predetermined range to classify an emergency situation, and classifies the classified information into a general situation control unit and an emergency It is transmitted to the terminal of the administrator through the situation control unit.

In the integrated control support system using the multi-transmission / reception type emergency call device, the general situation control unit receives the information of the emergency signal unit and receives an image according to a predetermined range from the image analysis unit, and transmits the image to the manager terminal. Is to send.

In the integrated control support system using the multi-transmission / reception type emergency call device, the emergency control unit receives information of the emergency signal unit and transmits the information to the administrator's wired or wireless terminal according to a predetermined range.

Integrated control support system using multiple sending / receiving emergency call devices.

An emergency control method according to another embodiment of the present invention is to use an integrated control support system using the multiplexed emergency call device.

The integrated control support system using the multiplexing / receiving emergency call device according to the present invention allows the emergency call signal to be received in multiple reception methods instead of a single reception so that the emergency signal can be more effectively dealt with even when the control room is absent.

The integrated control support system using the multi-transmission / reception type emergency call device is interlocked with not only the synchronous type but also the heterogeneous wired / wireless communication device, so that the worker closest to the point in the emergency situation can respond more quickly.

The integrated control support system using the multiplexing / receiving emergency call device integrates the reports received through the emergency call device and the information received through the monitoring device such as CCTV, and provides a more specific emergency situation to workers. To be able to preemptively take appropriate measures for emergencies.

The multi-transmission / reception emergency call device is interlocked with a street light and a siren device, so that it is possible to immediately respond to an emergency within a certain range wirelessly.

1 is a configuration diagram of an emergency call device of a multiple transmission and reception method included in an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail so that those skilled in the art to which the present invention pertains can easily practice. However, the present invention can be implemented in many different forms and is not limited to the embodiments described herein.

The emergency transmission / reception device 1000 of a multiple transmission / reception method installed in a public facility is photographed at regular time intervals while photographing the surrounding environment in a range set through the camera unit 300 included in the emergency transmission / reception device 1000 of the multiple transmission / reception method. The captured image image including sound information is transmitted to the image analysis unit 400. If the audio and video information analyzed by the image analysis unit 400 is within a predetermined range, it is stored in the database 800 without generating a separate signal.

On the other hand, if the audio and video information received as a result of the analysis by the image analysis unit 400 is within a predetermined range, it is transmitted to the manager terminal 700 through the general situation control unit 101. In addition, when a certain condition range is satisfied, a signal is transmitted to the emergency signal unit 500 through the general situation control unit, and the LED module 601 is turned on or the speaker 602 or the amplifier 603 emits a constant sound signal.

On the other hand, as a stage in which an emergency occurs, when a danger signal is transmitted through the interface unit 102 included in the emergency call device 1000 of multiple transmission / reception methods, information on the corresponding danger signal is transmitted through the emergency control unit 200. It is delivered to the manager terminal 700. A call or video call of a manager and a person who reports a danger route may be connected through a call equipment installed on the interface by receiving a received signal from the manager terminal 700. On the other hand, when a danger signal is received through the emergency management unit 200 and the interface unit 102, the emergency call device 1000 of the multiplex transmission / reception method in which the danger signal is received and the emergency of the multiplexing transmission / reception system in the vicinity of a preset range The video information from the camera unit 300 included in the call device is transmitted to the manager terminal 700 through the image analysis unit 400.

The image analysis unit 400 analyzes the risk situation according to a predetermined range and analyzes the information on the dangerous situation and the video information and the edited image information according to the previously set range through the emergency control unit 102 It transmits to the manager terminal 700.

The emergency control unit 200 transmits the danger signal received by the manager terminal 700, in addition to the manager's mobile phone and the manager's mobile phone 701 of the manager being patrolled according to a predetermined range of rankings. The information is transmitted by wired or wireless telephone.

When the danger signal transmitted through the image analysis unit 400 enters within a predetermined range, the emergency control unit 200 may include an LED module 601 or a speaker 602 or a control module determined for each situation in the corresponding image. A specific operation command is transmitted to the amplifier 603 so that the LED module 601 or the speaker 602 or the amplifier 603 performs a certain operation.

The multi-transmission / reception emergency call device 1000 includes one or more camera units 300, and the camera unit 300 may be a multi-transmission / reception emergency call device 1000 built-in or externally coupled.

A video image taken from one or more camera units connected to a multi-transmission / reception emergency call device 1000 receiving a dangerous signal and a multi-transmission / reception emergency call device 1000 installed in its periphery, that is, a video signal is transmitted through a video line. It is input to the matrix switcher. Of course, the control signal (ie, camera control data) provided from the emergency control unit 200 to the matrix switcher is provided to the camera units 10-1 to 10-n through a data line.

Here, the computer video matrix switcher receives a video switching command, which is one of the control signals, and connects the video input and video output. In addition, the camera control data (that is, the control signal) is received from the emergency control unit 200 through the RS485 data line and the camera control data is transmitted to the CCD cameras 10-1 to 10-n through the RS485 data line.

Then, the matrix switcher is connected to the emergency control unit 200 through the video line and the data line.

Through this, the video signal of the camera unit is provided to the emergency control unit 200, and the emergency control unit 200 is connected to at least one manager terminal 700 through a communication network.

The emergency control unit 200 and the manager terminal 700 are equipped with a control program for controlling a matrix switcher to allow a user to perform a monitoring function.

The user using the emergency control unit 200 and the administrator terminal 700 selects and monitors each camera unit by operating a menu button on the screen while viewing an image captured by the camera through a GUI screen on a monitor of a PC on which the control program is installed. And can perform various camera control functions. Recently, since GUI-type programs have been generalized, it is possible to easily perform monitoring and camera control functions with a mouse or the like on a screen displayed on a monitor simply.

The emergency control unit 200 converts the received digital image data according to a certain condition range, and the manager terminal connected to the emergency signal device 1000 of the multiplex transmission / reception method 1000 through which a corresponding danger signal is received through a network. (700).

The administrator terminal 700 may display a camera icon on a monitor (ie, a map) on a monitor through the GUI method described above, so that a user can easily select a video switching of a computer video matrix switcher. Also, video data is displayed on the monitor.

In addition, the target object and the movement of the target object are detected by the target object analysis module included in the image analysis unit 400 for the image image photographed by the camera unit 300. The target object detection module includes an image decoder unit for converting the captured image image into digital information, and an image information processing unit for extracting the detected object object motion, etc. in order to detect the movement of the target object and the target object from the captured image image It includes. In more detail, the image analysis unit 400 extracts a motion detection area and a motion area from information obtained from the video decoder unit, detects an object of interest by an adaboost method in the area, and detects the detected object. The object's vision information is extracted using the Kalman filter.

Then, the detected data is matched with a predetermined image to analyze a dangerous condition or to grasp the motion of a specified object, and the camera unit 300 shoots the specified object according to the corresponding movement line, thereby capturing location information and shooting according to the movement. The transmitted video information is transmitted through the wired / wireless device of the manager including the manager terminal 700 and the manager mobile phone 701 through the emergency control unit 102.

The camera unit 300 may be controlled by receiving camera control data through the emergency control unit 102. The camera control data is data for functions such as rotation of the camera, zoom, and camera switching, and can be set and selected by the user in the control program 400. In addition, the internal signal circuit controller can be functionally integrated into the CPU.

The preferred embodiments of the present invention have been described in detail above, but the scope of the present invention is not limited to this, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

101: general situation control
102: Emergency control
200: interface
300: camera unit;
400: image analysis unit
500: emergency signal
601: LED module
602: speaker
603: amplifier
700: administrator terminal
701: Manager's cell phone
800: database
1000: emergency call device of multiple transmission and reception methods
2000: Integrated control support system

Claims (5)

A camera unit that receives image and sound information and transmits it to the image analysis unit;
An image analysis unit that edits the received information and the analyzed information according to a predetermined range when the analyzed information satisfies a predetermined range, and transmits the determined signal to the general situation control unit;
A general situation control unit that automatically monitors and classifies the general situation;
An emergency control unit receiving and controlling the signal when an emergency situation signal is received from the interface unit;
An interface unit included in a multi-transmission / reception emergency call box;
It includes an emergency call device of a multi-transmission and reception method including an emergency call and an emergency call device included in the interface unit,
A database unit for storing information including image information, sound information, and location information;
Manager terminal and
And an emergency signal unit that receives an emergency signal and an audio signal from the interface unit and transmits the received signal to one or more of the general situation controller or the emergency controller.
Integrated control support system using multiple sending / receiving emergency call devices. According to claim 1,
The image analysis unit classifies emergency situations by analyzing image and sound information according to a predetermined range, and transmits the classified information to the manager's terminal through the general situation control unit and the emergency situation control unit.
Integrated control support system using multiple sending / receiving emergency call devices. According to claim 1,
The general situation control unit receives the information of the emergency signal unit, receives the image according to a predetermined range from the image analysis unit, and transmits the image to the manager terminal.
Integrated control support system using multiple sending / receiving emergency call devices. According to claim 1,
The emergency control unit receives the information of the emergency signal unit and transmits it to the wired or wireless terminal of the manager according to a predetermined range.
Integrated control support system using multiple sending / receiving emergency call devices. An emergency control method using an integrated control support system using a multi-transmission and emergency call device according to any one of claims 1 to 4.

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