KR20130115445A - Integrated management system - Google Patents

Abstract

PURPOSE: An integrated management system is provided to enable a user to enlarge or reduce a desired image, thereby searching and controlling a situation of a building. CONSTITUTION: A power monitoring unit (10) collects the data for a voltage, a current, a frequency, etc. which are inputted and outputted to a panel board and a switchgear installed in a building. An image information collection unit (20) collects a set of image information from a closed-circuit television (CCTV) camera installed in the building. An EL monitoring unit (30) monitors an electric motor, which operates an elevator, a rotation door, and an escalator, and an operation state of a motor control center. A fire monitoring unit (40) monitors fire by using a set of temperature change information of a usage space in a building. A management device unit (100) includes a power monitoring unit, an image information collection unit, and a fire monitoring unit. A main server (200) provides a set of information collected by communicating with the management device unit as a graphic type and facilitates real-time situation monitoring. A DVI image transmission device unit (300) divides an image collected by an image information collection unit and provides the data to a large size monitor (600) installed in a situation room. A switch (400) transmits and receives an image signal, which is photographed in a plurality of CCTV cameras, to the main server. The switch monitors and controls the image of a camera through a control program which is provided by the main server. A database (500) stores and manages the information which is collected and analyzed by the main server. [Reference numerals] (10) Power monitoring unit; (20) Image information collection unit; (200) Main server; (30) EL monitoring unit; (300) DVI image transmission device unit; (40) Fire monitoring unit; (400) Switch; (500) Database; (600) Large size monitor; (700) Controller

Description

Integrated management system

The present invention relates to an integrated control system, and more particularly, the apartment control room through the management server that can collect and analyze in real time the operation information, power usage and topic information of the elevator occurring in the apartment or mall building, It provides an integrated control system that enables the implementation of all system management and control retrieval environments using large screens arranged in the situation room.

In modern society, various social problems are continuously occurring around the world, such as the explosive increase of population and the destruction of natural ecosystem due to the increased population, resource depletion, social crime, and traffic congestion. In order to solve these social problems, each country has established and operated a control service system that can quickly identify whether problems are occurring in each field, such as methods, firefighting, weather, medical, power, and communication, and take appropriate measures. Doing.

Such a control service system, for example, reports the occurrence of accidents collected from police boxes, police stations, etc. by telephone, dispatches personnel to the field to deal with the accidents, and sends a call signal that an emergency patient has occurred in a hospital. It has been operated by dispatching emergency medical teams upon receipt. In addition, in recent years, information and communication technology has evolved remarkably, and the aforementioned control service system is evolving into an electronic system using electronic communication devices, the Internet network, and mobile communication network.

However, such a conventional electronic control service system is a situation in which control service systems for each field are operated individually or independently, and not integrated. That is, crime prevention service, fire control service, weather control service, medical control service, power control service, communication control service, etc. are separately established and operated, and thus cannot exchange information with each other.

Meanwhile, crime prevention, firefighting, weather, medical care, power, and communication are organically related to each other. That is, when an abnormal condition occurs in a specific field among the fields such as crime prevention, fire fighting, weather, medical care, electric power, and communication, it may have a ripple effect to other fields. For example, if there is a big fire in a densely populated area and there is an emergency in firefighting, medical personnel must be put in to rescue the victims, and emergency communications must be maintained to spread the accident and prevent the spread of damage. In addition to monitoring the power system to prevent the power supply from being cut off by fire, emergency power must be supplied to the area when the power supply line is cut off by the fire. Security should be activated to prevent this.

Therefore, the control services for each of the above-mentioned fields are organically interworked with each other, and the organizations operating each control service cooperate with each other, predict the occurrence of abnormal conditions and their spread ranges, and comprehensively determine the corresponding measures. In this case, measures or measures should be taken.

However, to date, each of the control services has been independently constructed and operated by each institution, and there is no mutual work cooperation, and even if the business cooperation is taken, it is extremely limited, and there is a problem that rapid cooperation is impossible.

Korea Patent Office Registered Patent Publication No. 10-0761234

The present invention is to solve the above-mentioned conventional problems, an object of the present invention is to enlarge or reduce the image desired by the user to perform the PIP (Picture In Picture) function in the image output to a large monitor It is possible to divide and output multiple images on one monitor without the need for multiple monitors, and to integrate the multiple equipments to ensure easy installation and maintenance convenience. Allows you to search and control the overall situation within

In addition, the programs such as elevator, fire, power monitoring system in the management unit unit can be smoothly interlocked by remote control by the program provided by the main server and the switcher generated when used as is.

Comprehensive analysis of the control information collected from each control service and the control information collected by the specific server on the network to process the control service, and when an abnormal condition occurs, it is quickly propagated to related parties or related organizations and derived from the specific control service. By identifying possible interworking services, it can process not only a specific control service but also other control services to interlock, or generate an alarm to interwork with each control service.

In order to achieve the above object, the present invention is implemented by the following embodiments.

According to an embodiment of the present invention, the power monitoring unit for collecting data such as voltage, current, frequency, etc. input and output from the distribution panel, distribution panel, etc. installed in the building, and the image information collection unit for collecting image information from the CCTV camera installed in the building; And a management unit including an EL monitoring unit for monitoring the operating states of the motor and the motor control panel for operating an elevator, a revolving door, an escalator, and a fire detection unit for detecting a fire due to a temperature change of a space used inside the building; Data communication with the management unit to provide the collected information in graphic form in real time to monitor and control the status in real time, and to divide the image collected from the image information collection unit to a large monitor installed in the situation room DVI video transmission unit that provides data, and video signals recorded by a number of CCTV cameras And a switcher capable of transmitting and receiving to the main server and performing video monitoring and control of the camera through a control program provided by the main server, and a database storing and managing information collected and analyzed by the main server. do.

Also. The integrated control system further includes a controller connected to the main server and implementing a GUI screen on the monitor to select and monitor each CCTV camera by menu button operation and perform various camera control functions. .

The main server is characterized in that it comprises a control means for transmitting and receiving data to and from the management device unit to control and monitor, and a control program for controlling a plurality of CCTV cameras installed in the building through the switcher.

The control means includes a data collection module for collecting data from a power monitoring unit, an image information collecting unit, an EL monitoring unit, and a fire detecting unit, and compares the information with a predetermined reference value based on the collected information to determine a communication failure and cause a failure. If the communication is not smooth by collecting the collected location, the communication status check module is used to contact the management department for immediate response, and in case of a failure situation such as fire or overload using the data collected from the information collection module. A situation notification support module for notifying the remotely located user by using an e-mail or a short message, and based on the data collected by the information collection module, such as the current state of power usage in the building and the movement or regular population identification or security It includes a data storage module that analyzes and stores data that allows you to analyze and predict problems. And that is characterized.

The control program includes a control data generation module for generating a command for removing a switcher and data for controlling a CCTV camera, and a screen division for allowing a user to output a desired image through a large monitor. Module, a camera zoom control module that allows a user to zoom in, zoom out, and move a specific image on a divided screen, and an adjustment / selection / setting data storage module for storing, adjusting, selecting, and setting camera zoom-in or focus by a user. And a video display module for storing the positions of all the cameras installed in the camera, and an image display module for displaying a video signal transmitted from the switcher 400 in a predetermined user interface.

The DVI image transmission unit receives a video information transmitted from the video information collector and decodes the audio information and the video information respectively, a video processor for video processing the video information decoded by the decoder, and inputs from a user. A control unit for managing and controlling a user command processing unit for processing a command, a DVI video transmission unit as a whole, and managing and controlling the entire system according to a DVI image transmission command input through the user command processing unit; A DVI video transmission mode determination unit for determining a transmission mode of the corresponding DVI video under control, and a DVI video input for transmitting a DVI video to a predetermined digital display device connected according to the DVI video transmission mode determined by the DVI video transmission mode determination unit. And an output unit.

The switcher includes a video signal input unit for receiving camera video signals transmitted from a plurality of CCTV cameras, a switching unit for controlling the received video signal by a control program of the main server to select a required video input signal, and a switching unit. A video signal output unit for amplifying the video signal and outputting it to an image processing unit of the main server, a control unit for controlling a signal circuit inside the switcher, and a data for controlling an operation command and a CCTV camera of the control unit; It characterized in that it comprises a data communication unit for transmitting and receiving.

As described above, the integrated control system according to the present invention enables a user to enlarge or reduce a desired image by performing a picture in picture (PIP) function and output a large monitor. By dividing and outputting the image of, it does not need multiple monitors and it has the effect of deriving the beauty of appearance.

In addition, the controller connected to the main server and transmitting and receiving data implements a GUI screen on the monitor so that each CCTV camera can be selected and monitored by menu button operation through the touch screen, and various camera control functions can be performed. Ensure an efficient work environment.

In addition, by integrating multiple equipments to ensure easy installation and maintenance convenience, the controller can monitor and control the overall situation in the building through a monitor, and in conjunction with the emergency bell system, an efficient monitoring system in case of emergency To be implemented.

In addition, the programs such as elevator, fire, power monitoring system in the management unit unit can be smoothly interlocked by remote control by the program provided by the main server and the switcher generated when used as is.

1 is a block diagram showing a schematic configuration of an integrated control system according to an embodiment of the present invention
2 is a block diagram showing a schematic configuration of the main server of the integrated control system according to an embodiment of the present invention;
3 is a block diagram showing a schematic configuration of a DVI video transmission unit of the integrated control system according to an embodiment of the present invention;
4 is a block diagram showing a schematic configuration of the switcher of the integrated control system according to an embodiment of the present invention
5 is a diagram illustrating a GUI screen implemented through a PC of the integrated control system according to an embodiment of the present invention.
6 is a view showing a screen configuration by the integrated control system according to an embodiment of the present invention

Hereinafter, with reference to the accompanying drawings, the integrated control system according to the present invention will be described in detail. It is to be noted that the same elements among the drawings are denoted by the same reference numerals whenever possible.

In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

1 is a block diagram showing a schematic configuration of the integrated control system according to an embodiment of the present invention, Figure 2 is a configuration showing a schematic configuration of the main server of the integrated control system according to an embodiment of the present invention 3 is a block diagram showing a schematic configuration of a DVI video transmission unit of the integrated control system according to an embodiment of the present invention, Figure 4 is a switcher of the integrated control system according to an embodiment of the present invention FIG. 5 is a diagram illustrating a GUI screen implemented through a PC of an integrated control system according to an exemplary embodiment of the present invention, and FIG. 6 is a diagram illustrating an exemplary embodiment of the present invention. It is a figure which shows the screen structure by the integrated control system.

As shown in FIG. 1, the power monitoring unit 10 collects data such as voltage, current, frequency, and the like input and output from a distribution panel, a distribution panel, and the like installed in a building, and collects image information from a CCTV camera installed in the building. The unit 20, the EL monitoring unit 30 for monitoring the operating state of the motor and the motor control panel for operating the elevator, revolving door, escalator, etc., and the fire detecting unit for detecting fire due to temperature change in the use space inside the building, etc. The management device unit 100 including the 40 and the main server 200 to provide the collected information in graphic form by performing data communication with the management device unit 100 to monitor and control the current status in real time. And a DVI video transmission unit 300 for dividing the image collected by the image information collecting unit 20 and providing data to the large monitor 600 installed in the situation room. A switcher 400 capable of transmitting and receiving an image signal captured by the camera to the main server 200 and performing image monitoring and control of a camera through a control program provided by the main server 200, and the main server ( And a database 500 that stores and manages the information collected and analyzed in 200.

It is connected to the main server 200, characterized in that it further comprises a controller 700 to select and monitor each CCTV camera by the menu button operation on the monitor and to perform various camera control functions.

The data collected by the management device unit 100 is transmitted to the TCP / IP module 600 through a network and transmitted to the main server 200. Make sure you can monitor.

The main server 200 controls a plurality of CCTV cameras installed in the building through the control means 210 and the switcher 400 for transmitting and receiving data to and from the management device unit 100 to control and monitor It includes a control program 220 to enable.

As shown in FIG. 2, the control unit 210 collects data from the power monitoring unit 10, the image information collecting unit 20, the EL monitoring unit 30, and the fire detecting unit 40. Based on the collection module 211 and the collected information, and compared with the predetermined reference value to determine the communication failure, and collect information on the location where the failure occurred, if communication is not smooth to contact the management to make an immediate response. By using the communication status check module 212 and the data collected by the information collection module 211 to notify the user in a remote location by using an e-mail or a short message when a failure situation such as fire or overload occurs Based on the data collected by the status notification support module 213 and the data collection module 211, and analyze and predict problems such as the current state of power use in the building and the movement or regular population grasp or security. Includes a data storage module 214 for analyzing and storing data.

The control program 220 includes a control data generation module 221 for generating a command for removing the switcher 400 and data for controlling the CCTV camera, and a large monitor 600 for a user's desired image. Screen split module 222 to perform a PIP function to output through, a camera zoom control module 223 to enlarge or reduce and move a specific image in the divided screen, and the camera zoom in or focus by the user Adjustment / selection / setting data storage module 224 for storing adjustment, selection, and setting data, camera position storage module 225 for storing positions of all cameras installed in the field, and video signals transmitted from switcher 400 And an image display module 226 for displaying in a predetermined user interface.

Therefore, the main server 200 is connected to the controller 700 to be described later through the control program 220 to control the switcher 40 in a GUI configuration implemented on the monitor of the controller 700. The monitoring function can be performed through images of power and elevator status in the building.

The DVI image transmitting apparatus 300 receives a video information transmitted from the video information collecting unit 20 and decodes the audio information and the video information, respectively, and a decoding unit 310. The user command processing unit 330 manages and controls the video processor 320 for processing video information, the user command processing unit 330 for processing a command input from a user, and the DVI image transmission device unit 300 as a whole. Control unit 340 for managing and controlling the entire system according to the DVI image transmission command input through the DVI image transmission mode determination unit for determining the transmission mode of the DVI image under the control of the control unit 340 ( 350) and a DVI image input / output unit 360 for transmitting a DVI image to a predetermined digital display device connected in accordance with the DVI image transmission mode determined by the DVI image transmission mode determination unit 350. .

The DVI image transmitting apparatus 300 variably signals the corresponding DVI image outputted according to the image transmission mode of the large monitor 600 to which the image collected from the image information collecting unit 20 is connected. In order to minimize image quality deterioration occurring in the large monitor 600 having different DVI image transmission modes, the normal image is reproduced through the corresponding screen.

In addition, as shown in FIG. 6, the output image can perform a picture in picture (PIP) function so that a user can enlarge or reduce a desired image, and output a plurality of images on one monitor. It does not require multiple monitors and has the effect of deriving the beauty of appearance.

The switcher 400 processes the video signals received from the plurality of CCTV cameras installed in the building, and provides the processed video signals to the control data generation module of the main server 200, which are transmitted from the plurality of CCTV cameras. A video signal input unit 410 for receiving a camera video signal, a switching unit 420 for controlling a received video signal by a control program of the main server 200 to select a required video input signal, and a switch The video signal output unit 430 for amplifying the video signal and outputting it to the control data generation module of the main server 200, the controller 440 for controlling the signal circuit inside the switcher 400, and the controller 440. It includes a data communication unit 450 to transmit and receive data to control the operation command of the CCTV camera and the main server 200.

The controller 700 is installed with a control program to control the switcher 400 to display on the monitor in a GUI method, and to transmit and receive data with the main server 200 by the user While watching the video taken by the camera through the GUI screen, each CCTV camera can be selected and monitored by the menu button operation on the screen and various camera control functions can be performed.

In recent years, since the GUI type program has been generalized, it is possible to easily perform a monitoring and camera control function using a mouse or the like on a screen displayed on a monitor so that a convenient working environment can be created.

In addition, the controller 700 is connected to the main server 200 through a network, in which case it can be connected through a separate authentication process to enhance the security function. The controller 700 displays the location of the CCTV camera installed in the building on the screen as a camera icon to allow the user to select the image switching of the switcher 400.

Therefore, the image output to the large monitor can be controlled by the controller 700 and perform a picture in picture (PIP) function so that the administrator can easily search for the screen and enlarge or reduce the image. It creates a convenient working environment and outputs multiple images on one monitor so that it does not require multiple monitors and has the effect of deriving the beauty of appearance.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Should be interpreted as falling within the scope of.

100: management unit 200: main server
300: DVI video transmission unit 400: switcher
500: Database 600: Large monitor
700: controller

Claims (7)

Power monitoring unit 10 for collecting data such as voltage, current, frequency, etc. input and output from the distribution panel, distribution panel, etc. installed in the building, image information collection unit 20 for collecting image information from the CCTV camera installed in the building, elevator, Management device including an EL monitoring unit 30 for monitoring the operating state of the motor and the motor control panel for operating the revolving door, escalator, and the like, and a fire detection unit 40 for detecting a fire due to a temperature change of the use space inside the building. The main server 200 and the image information collecting unit to provide information collected in data form through data communication with the management unit 100 and the management unit 100 to monitor and control the current status in real time. DVI image transmission device 300 for dividing the image collected in the 20 to provide data to the large monitor 600 installed in the situation room, and the video signal photographed from a plurality of CCTV cameras And a switcher 400 capable of transmitting and receiving an image to and from the main server 200 and performing image monitoring and control of the camera through a control program provided by the main server 200, and collecting and analyzing the same from the main server 200. Integrated control system comprising a database 500 for storing and managing a piece of information. The method of claim 1,
The integrated control system is connected to the main server 200 and implements a GUI screen on the monitor to select and monitor each CCTV camera by the menu button operation to control and perform a variety of camera control functions 700 Integrated control system characterized in that it further comprises The method of claim 1,
The main server 200 may control a plurality of CCTV cameras installed in the building through the control means 210 and the switcher 400 to transmit and receive data to and from the management device unit 100 to control and monitor. Integrated control system, characterized in that it comprises a control program 220 to The method of claim 3,
The control means 210 is an information collection module 211 for collecting data from the power monitoring unit 10, the image information collecting unit 20, EL monitoring unit 30, the fire detection unit 40, and collecting Communication status check module 212 to determine the communication failure based on the determined reference value and determine the communication failure and to collect the information where the failure occurred, if the communication is not smooth to contact the management department for an immediate response. And a situation notification support module 213 for notifying a remotely located user by using an e-mail or a short message when a failure situation such as fire or overload occurs by using the data collected by the information collection module 211; On the basis of the data collected by the information collection module 211, the analysis and storage of data to enable the analysis and prediction of problems such as the current state of electricity use and movement of the building or the population or security at all times Integrated control system comprises a data storage module 214 to The method of claim 3,
The control program 220 includes a control data generation module 221 for generating a command for removing the switcher 400 and data for controlling the CCTV camera, and a large monitor 600 for a user's desired image. Screen split module 222 to perform a PIP function to output through, a camera zoom control module 223 to enlarge or reduce and move a specific image in the divided screen, and the camera zoom in or focus by the user Adjustment / selection / setting data storage module 224 for storing adjustment, selection, and setting data, camera position storage module 225 for storing positions of all cameras installed in the field, and video signals transmitted from switcher 400 Integrated control system comprising a video display module 226 to display a predetermined user interface (user interface) The method of claim 1,
The DVI image transmitting apparatus 300 receives a video information transmitted from the video information collecting unit 20 and decodes the audio information and the video information, respectively, and a decoding unit 310. The user command processing unit 330 manages and controls the video processor 320 for processing video information, the user command processing unit 330 for processing a command input from a user, and the DVI image transmission device unit 300 as a whole. Control unit 340 for managing and controlling the entire system according to the DVI image transmission command input through the DVI image transmission mode determination unit for determining the transmission mode of the DVI image under the control of the control unit 340 ( 350) and a DVI image input / output unit 360 for transmitting a DVI image to a predetermined digital display device connected in accordance with the DVI image transmission mode determined by the DVI image transmission mode determination unit 350. Integrated control system, characterized in that is. The method of claim 1,
The switcher 400 is a video signal input unit 410 for receiving camera video signals transmitted from a plurality of CCTV cameras, and the received video signal is controlled by a control program of the main server 200 to provide a necessary video input signal Switching unit 420 to select, the video signal output unit 430 to amplify the switched video signal to the image processing unit (21?) Of the main server 200 and the signal inside the switcher 400 And a data communication unit 450 for transmitting and receiving a control unit 440 for controlling a circuit and data for controlling an operation command of the control unit 440 and a CCTV camera with the main server 200. Integrated control system.

Images