KR101102941B1 - System for integrative service-typed district metering based remote management - Google Patents

Abstract

PURPOSE: A service type local metering system based on integrated remote management is provided to accurately check the flow rate in a water supplying pipe by comparing the information outputted through TM data and a flow meter LCD in real time. CONSTITUTION: A panel main body(110) collects the video information of a flow meter chamber and the status information of itself and transmits the information through a communications line. The panel main body performs the control operation corresponding to remote management control information and civil service information which are transmitted through the communications line. A panel door(120) is arranged in the front side of the panel main body and opens and closes the inside of the panel main body. The panel door arranges a display board and displays the information transmitted from the panel main body. A central center(200) transmits the control information and the civil service information to the panel main body through the communications line.

Description

Area metering system based on integrated remote management {SYSTEM FOR INTEGRATIVE SERVICE-TYPED DISTRICT METERING BASED REMOTE MANAGEMENT}

The present invention relates to a technology for providing a service based on integrated remote management, and more particularly, to a service type zonal measurement system based on integrated remote management.

The zonal metering system is a system for the purpose of efficiency management by measuring the quantification of the flow rate by measuring the incoming flow rate by installing a flow meter in the inlet water pipe in a certain area unit.

Therefore, the general zonal metering system has the following main functions. That is, the conventional zonal metering system collects and analyzes the flow rate and the hydraulic pressure information (instantaneous / accumulated flow rate, pipe pressure), the pump operation status monitoring and control (some products), the historical data inside the panel (some products) and the panel. It includes features such as a flow meter LCD capture (some products) using an internal camera.

As can be seen from the main functions as described above, it can be seen that the conventional zonal metering system has a main purpose in data monitoring (TM) rather than integrated remote control (monitoring / control TM / TC).

That is, the conventional zonal metering system has been shown to be vulnerable to failure analysis and maintenance because the main purpose is to monitor flow and pressure information (measurement, TM) rather than integrated remote management.

Therefore, the conventional zonal metering system has a problem that, firstly, due to the flow and hydraulic pressure measurement-oriented system operation, there is a lack of data for analysis on the cause of failure when data collection fails (ex. Communication failure or power off when data collection fails). Second, the weakness of the management of additional facilities (fans, heaters, etc.) due to external installation, that is, the energy caused by failure and abnormal setting due to abnormal operation due to lack of setting and status monitoring information on the relevant facilities. There is a problem that waste occurs (ex. Change of set value and monitoring of malfunction due to seasonal change), and third, problem of manual recognition of flowmeter error and other additional facility error, that is, start cause analysis in case of failure of data collection failure. Fourth, the management function for the underground flowmeter chamber is weak, that is, because the flowmeter chamber is located on the road or alleyway, Frequent traffic and civic traffic cause manhole opening and closing, but there is a problem that there is no support for internal situation monitoring / monitoring. Fifth, it is possible to remotely manage the limited part in case of problems, that is, in the flowmeter room in general. There is a problem that frequent direct visits are required for problem analysis and resolution by providing only the pump operation ON / OFF control. Sixth, it is treated as a street unfavorable facility, that is, zonal metering system is usually installed in roads and alleys. However, there is a problem that they are treated as unfavorable facilities in traffic / aesthetic because there is no service provided to citizens.

An object of the present invention for solving the above problems is to collect and store the information generated during the management of the water pipe, and to transmit the collected information to the central center for remote monitoring, and to transmit from the central center It is to provide an integrated remote management-based zonal metering system that can control various components by the control signals.

In order to achieve the above object, the present invention provides an integrated remote management-based zonal metering system having a flowmeter chamber in an underground space in which a water pipe is buried, and connected to a communication line, wherein the image information of the flowmeter chamber and its own A panel body for collecting and storing state information and simultaneously transmitting the information through the communication line and performing a control operation corresponding to the remote management control information and the civil service information transmitted through the communication line; A panel door mounted on a front surface of the panel main body to open and close the inside of the panel main body and equipped with an electronic display panel displaying information transmitted from the panel main body; And control information and civil service information for remotely managing the panel main body and the electronic display board according to the image information of the flow meter room transmitted from the panel main body to the communication line and the state information of the panel main body through the communication line. It includes a central center for transmitting to the panel body.

In addition, the present invention is the panel body, while storing the collected image information and the state information of the flow meter room and at the same time checks whether the event occurs or transmitted through the communication line in real time when no event occurs, Generating the event information and transmitting the generated event information, the image information of the flow meter room, and its own state information in real time through the communication line when the event occurs.

In addition, the panel main body, the power supply unit for supplying power to the panel main body and the display panel; A heater for controlling the temperature inside the panel body; A fan for controlling humidity and temperature inside the panel body; A flow meter for measuring and outputting a flow rate passing through the water pipe; A programmable logic controller (PLC) for controlling the heater and the fan; A panel body camera having a microphone for capturing an image inside the panel body and collecting and outputting sound; And managing the operation state of the power supply unit, and managing operation state management information of the power supply unit, flow rate and pressure information output from the flow meter, control information output from the PLC, and image and sound information output from the panel body camera. The control operation corresponding to the remote management control information by storing and transmitting in real time to the central center through the communication line and receiving the remote management control information and civil service information transmitted through the communication line from the central center. And it characterized in that it comprises a PC (PC) for controlling to display the civil service information on the billboard.

In addition, the present invention is a panel body, the flow meter chamber camera having a microphone for capturing the image of the flow meter chamber of the underground space where the water pipe is buried, and collects the sound and outputs to the PC; And a pump for discharging water in the flowmeter chamber to the outside when the flowmeter chamber in the underground space in which the water pipe is buried under the control of the PLC linked with the PC is further included. While storing the video and audio information collected from the camera therein and transmitting in real time to the central center through the communication line, and transmits the remote management control information according to the video and audio information from the central center through the communication line. Receiving and controlling the driving of the pump in conjunction with the PLC.

In addition, the present invention further includes a radio transmitting and receiving unit for the panel body to perform wireless communication with the central center under the control of the PC, wherein the PC is the central center in the event of service failure of the communication line or the central center. And control the wireless transmission and reception unit to perform wireless communication with the central center, wherein the central center further comprises a wireless transmission and reception unit for performing wireless communication with the wireless transmission and reception unit of the panel body when the communication line or the service failure occurs. .

In addition, the present invention is a panel body, the flow meter chamber camera having a microphone for capturing the image of the flow meter chamber of the underground space where the water pipe is buried, and collects the sound and outputs to the PC; A pump for discharging water in the flowmeter chamber to the outside when the flowmeter chamber in the underground space where the water pipe is buried under the control of the PLC linked with the PC; And a wireless transmitting and receiving unit for performing wireless communication with the central center under the control of the PC when the communication line or the central center has a service failure, and the PC receives the image and sound information collected from the flowmeter camera. The internal storage and the real-time transmission to the central center through the communication line, and receives the remote management control information according to the video and sound information from the central center through the communication line in conjunction with the PLC of the pump Controlling the driving, and controlling the wireless transmission / reception unit to perform wireless communication with the central center when the communication line or the central center has a service failure, and the central center wirelessly controls the panel body when the communication line or the service failure occurs. And a wireless transmitter and receiver for performing wireless communication with the transceiver. It shall be.

In addition, the present invention is that the PC, the power supply unit, flow meter, flow meter chamber camera, panel body camera, pump, heater, fan, PLC to collect information about the operating state of at least one or more and store for a predetermined period Characterized in that.

In another aspect, the PC collects information on the operation state of at least one of the power supply unit, the flow meter, the flow meter room camera, the panel body camera, the pump, the heater, the fan, the PLC. And storing for a set period of time.

In addition, the present invention, the PC, the power supply unit, the flow meter, the flow meter room camera, the panel body camera, the pump, the heater, the fan, the PLC, the operation state of at least one failure by checking the operation state of the PLC Characterized in that the information is transmitted to the central center.

In addition, the present invention is characterized in that the event information is the failure or failure of the power supply, the flow meter, the flow meter room camera, the panel body camera, the pump, the heater, the fan, the PLC.

In addition, the present invention provides a security management module (Security Manager) for the PC to perform the rights and access management of the PC; A network state monitor module for managing wired / wireless communication switching through a network state monitoring through the communication line; An SNMP collector (SNMP Collector: Simple Network Management Protocol Collector) for collecting and outputting management information of the power supply unit; A data collector module for collecting and outputting flow rate and water pressure information of a water pipe from the flow meter; A preparser module which first processes and outputs management information collected by the SNMP collection module and flow rate and hydraulic pressure information collected by the data collection module; An analysis module (Analyzer) for analyzing / processing primary management information, flow rate and hydraulic pressure information processed by the pre-parser module; A PLC controller for controlling the PLC and outputting control information according thereto; A message controller for controlling the phrase information displayed on the display board; A device control operation module (Device Control Manager) for controlling the PLC control module and the message control module; A media content management module (Media Content Manager) for managing the panel body camera and the flow meter camera; Searching for event occurrence from management information analyzed in the analysis module, flow rate and water pressure information, control information of the PLC output from the device control operation module, and video and audio information output from the media content operation module, Event management module for generating event information according to (Event Manager); The management information analyzed by the analysis module, flow rate and water pressure information, the control information of the PLC 117 output from the device control operation module and the video and audio information output from the media content operation module are stored and the communication line Or a data logger module for performing data synchronization with the central center when the communication failure with the central center returns; Management information, flow rate and water pressure information analyzed by the analysis module stored through the data logger module, control information of the PLC output from the device control operation module and video and audio information output from the media content operation module in real time The management information and the flow rate and water pressure information analyzed by the event module generated by the event operation module and the analysis module stored through the data logger module through the communication line, and the device control operation module. A real-time service operating module (Real Service Manager) for transmitting the control information of the PLC (117) and the video and audio information output from the media content operation module output from the real-time through the communication line to the central center; A data service operation module for synchronizing data transmitted in real time from the real time service operation module and periodically transmitting a history inquiry service of data stored through the data logger module to the central center; And remote management in the central center through an embedded software module including a control service manager for managing the device control operation module and the media content operation module.

The present invention collects and stores information generated in the management of water pipes, and transmits the collected information to the central center for remote monitoring, and by controlling various components by control signals transmitted from the central center. In addition, it is possible to minimize the frequency of on-site visits of managers, improve the efficiency of manpower operation, improve emergency response through remote management, and increase the reliability of data by using real-time video information. Excellent effect. That is, the present invention has the effect of allowing the administrator to accurately determine the flow rate flowing through the water pipe by allowing the real-time comparison and confirmation of the information output through the TM data and the flowmeter LCD.

In addition, the present invention has an excellent effect that it is possible to improve the efficiency of the work process by analyzing the cause quickly for various disorders.

In addition, the present invention provides a variety of information related to the operation of the water supply to the general public, there is an excellent effect that can lead to a change in the recognition of life services providing facilities beyond the recognition of the obstacles of the street.

1 is a configuration diagram of an embodiment of a service-type zonal metering system based on integrated remote management according to the present invention;
FIG. 2 is a diagram illustrating an example of an embedded software module of the PC of FIG. 1.
3 to 8 is an exemplary view for explaining the various functions of the integrated service type based on the distance management system according to the present invention

Other objects, features and advantages of the present invention will become apparent from the following detailed description of embodiments taken in conjunction with the accompanying drawings.

Hereinafter, with reference to the accompanying drawings for the service-type zonal metering system based on integrated remote management according to the present invention will be described in detail.

1 is a configuration diagram of an embodiment of a service-type zonal measurement system based on integrated remote management according to the present invention.

As shown in FIG. 1, the zone metering system 100 for monitoring the water pipes buried underground and generating information necessary for the management of the pipes, and the zone metering system remotely using information transmitted from the zone metering system. It is configured to include a central center 200 for controlling the function.

The zonal metering system 100 monitors water pipes buried underground and collects and transmits various information to the central center 200 and outputs the information requested by the administrator, as shown in FIG. 1. In the same way, it collects and stores the video information of the flow meter in the underground space where the water pipe is buried and its own state information, and transmits it to the communication line in real time, and to the remote management control information and civil service information transmitted through the communication line. Panel body 110 performing a corresponding operation, mounted on the front of the panel body 110 to open and close the inside of the panel body 110, and displays the information transmitted from the panel body 110 The panel door 120 on which the electric sign plate 121 is mounted, the image information of the flow meter room transmitted from the panel main body 110 to the communication line, and the panel copy. Central center 200 for transmitting the control information and civil service information for remote management of the panel body 110 and the electric sign 121 according to the status information of the body to the panel body 120 through the communication line It is configured to include.

The panel body 110 includes a power supply 111, a flow meter 112, a flow meter chamber camera 113a, a panel body camera 113b, a pump 114, a heater 115, and a fan. 116, a PLC (Programmable Logic Controller) 117, a PC (118), and a radio transmitter / receiver 119.

The power supply 111 supplies power to the panel body 110 and the light plate 121. Here, the power supply 111 is an uninterruptible power supply (UPS), and the power supply lines of the panel body 110 and the electric light plate 121 are not shown in FIGS. 1 to 7. Here, the UPS is a device that is normally stored in the storage battery, and when the power is cut off to supply the power without delay.

The flow meter 112 measures the flow rate passing through the water pipe from the flow meter sensor in the underground manhole and outputs it to the PC 118. The flow meter 112 is generally composed of a flow meter sensor and the instrument panel, but not shown.

The flow meter room camera 111a has a built-in microphone, collects sound at the same time as imaging the flow meter room image of the underground space where the water pipe is buried, and outputs the image and sound information to the PC 118.

The panel body camera 111b has a built-in microphone, collects sound through the built-in microphone at the same time as capturing an image of the inside of the panel body 110, and outputs image and sound information to the PC 118.

The pump 114 discharges the water in the flowmeter chamber to the outside when the flowmeter chamber in the underground space where the water pipe is buried under the control of the PLC 117 interlocked with the PC 118 is flooded.

The heater 115 is driven under the control of the PLC 117 to adjust the temperature inside the panel body 110.

The fan 116 controls humidity and temperature inside the panel body 110 under the control of the PLC 117.

The PLC 117 interlocks with the PC 118 to control the pump 114, the heater 115, and the fan 116 and output the control information to the PC 118. That is, the PLC 117 may perform a function of monitoring or controlling analog contacts of sensors such as the pump 112, the heater 113, and the fan 114.

The PC 118 manages the operation state of the power supply unit 111, the operation state management information of the power supply unit 111 and the flow rate and water pressure information output from the flow meter 112 and from the PLC 117 The control information and the image and sound information output from the flow meter room camera 111a and the panel body camera 111a are respectively stored and transmitted to the central center 200 through the communication line in real time. Receives the remote management control information and the civil service information transmitted through the communication line from the central center 200 performs the operation corresponding to the remote management control information and controls to display the civil service information on the electric sign 121 do. On the other hand, the PC 118 may be configured as a personal computer (PC) that is currently used in general, and also performs a function for managing the output of various phrases on the electric sign 121, a description thereof is a general one, and thus will be omitted. Let's do it.

The wireless transmission / reception unit 119 performs wireless communication with the central center 200 under the control of the PC 118 when the communication line or the service of the central center 200 fails.

The panel door 120 performs a function of opening and closing the panel body 121, and an electric light plate 121 controlled by the PC 118 is mounted on the outside of the panel door 120, so that the PC ( 118) may perform a function of outputting a variety of information, for example, the flow rate status, various notice phrases and guide phrases.

In addition, the central center 200, wireless communication with the wireless transmission and reception unit 119 of the panel body 110 under the control of the central center 200 when the communication line or the service of the central center 200 failure. It further comprises a wireless transmission and reception unit 201 for performing. On the other hand, the central center 200 is generally composed of various devices for the administrators to manage the zonal metering system, the illustration thereof will be omitted.

In addition, the central center 200 performs a function for the administrator to monitor various information transmitted from the zonal weighing system, or transmits a control signal input from the manager to the zonal weighing system to control various components of the zonal weighing system. Can be done. In other words, the central center performs a function of a flow rate improving system (TM / TC), and manages a zonal metering system at a remote location.

FIG. 2 is a diagram illustrating an example of an embedded software module of the PC of FIG. 1. As illustrated, the PC 118 includes a security manager 118-1 and a network state monitor. Module (Network State Monitor) 118-2, SNMP Collector (Simple Networt Management Protocol Collector) 118-3, Data Collector 118-4, Preparser Module (Preparser) 118-5, Analysis Module 118-6, PLC Controller 118-7, Message Controller 118-8, Device Control Manager (118-9), Media Content Manager (118-10), Event Manager (118-11), Data Logger Module ( Data Logger (118-12), Real Service Manager (118-13), Data Service Manager (118 Service), and Control Service Manager (Control Service Manager) ) (118-15) And the remote management center at the center to occur through the built-in software module.

The security operation module 118-1 performs authority and access management of the PC.

The network status monitor module 118-2 manages wired / wireless communication switching through network status monitoring through the communication line.

The SNMP collection module 118-3 collects and outputs management information of the power supply 111.

The data collection module 118-4 collects and outputs flow rate and water pressure information of the water pipe from the flow meter 112.

The preparser module 118-5 first processes and outputs management information collected by the SNMP collection module 118-3 and flow rate and water pressure information collected by the data collection module 118-4.

The analysis module 118-6 analyzes / processes primary management information, flow rate, and water pressure information processed by the preparser module 118-5 and outputs the analyzed information.

The PLC control module 118-7 controls the PLC 117 and outputs control information accordingly.

The message control module 118-8 controls the phrase information displayed on the display board 121.

The device control operation module 118-9 controls the PLC control module 118-7 and the message control module 118-8.

The media content operation module 118-10 manages the panel main body camera 131b and the flow meter room camera 131a.

The event operation module 118-11 includes management information analyzed by the analysis module 118-6, flow rate and pressure information, and control information of the PLC 117 outputted from the device control operation module 118-9. And whether the event is generated from the image and sound information output from the media content operation module 118-10, and generates event information according to the result.

The data logger module 118-12 controls management information, flow rate and water pressure information analyzed by the analysis module 118-6, and the PLC 117 outputted from the device control operation module 118-9. Information and video and audio information output from the media content operation module 118-10 are stored, and data synchronization with the central center is performed when a communication failure with the communication line or the central center returns.

The real-time service operation module 118-13 may include management information, flow rate and hydraulic pressure information analyzed by the analysis module 118-6 stored through the data logger module 118-13, and the device control operation module 118. -9) transmits the control information of the PLC 117 and the video and audio information output from the media content operation module 118-10 to the central center 200 through the communication line in real time; Event information generated by the event operation module 118-11, management information analyzed by the analysis module 118-6 stored through the data logger module 118-13, flow rate and water pressure information, and device control The control center of the PLC 117 outputted from the operation module 118-9 and the video and audio information output from the media content operation module 118-10 in real time through the communication line to the central center 200. To send.

The data service operation module 118-14 synchronizes data transmitted in real time from the real time service operation module 118-13 and periodically performs a history inquiry service of data stored through the data logger module 118-12. Transmit to the central center (200).

The control service operation module 118-15 manages the device control operation module 118-9 and the media content operation module 118-10.

3 to 8 are exemplary diagrams for explaining various functions of an integrated remote management based service type metrology system according to the present invention, and show components and communication relationships operated for each function.

When described in detail with reference to the accompanying drawings, the operation of the integrated type remote management based service type metrology system according to the present invention as follows.

First, referring to FIGS. 1 to 3, an independent data logger operating function of an integrated remote management based service type metrology system according to the present invention will be described as follows.

As shown in FIGS. 1 and 3, the power supply unit 111, which is a UPS, supplies power to the panel body 110 and the electric light plate 121.

Then, the PC 118 in the panel body 110 performs the authority and access management according to the power supplied from the power supply 111, and monitors the status of the communication line. That is, as shown in FIG. 2, the PC 118 performs authority and access management through the security operation module 118-1, which is a built-in software module, and allows access to the authorized administrator, and monitors network status. The module 118-2 performs network state monitoring through the communication line, and waits in a state capable of transmitting and receiving information when the network state is normal.

In addition, the PC 118 manages the operation state of the power supply 111 in accordance with the power supplied from the power supply 111 and at the same time the predetermined information on the electronic board 121 mounted on the panel door 120 ) And, in addition, interlocked with the PLC 117 to control the temperature and humidity inside the panel body 110. That is, as shown in FIG. 2, the PC 118 collects management information of the power supply 111 through the SNMP collection module 118-3 according to the power supplied from the power supply 111. Pre-set text information is displayed on the electronic display panel 121 through the message control module 118-8, and interlocked with the PLC 117 through the PLC control module 118-7.

Subsequently, the PLC 117 drives the heater 115 and the fan 116 in cooperation with the PC 118 and outputs control information thereof.

Then, the flow meter 112 measures and outputs the flow rate passing through the water pipe from the flow meter sensor in the underground manhole.

Then, the PC 118 stores the management information of the power supply unit 111, the control information of the PLC 117, the flow rate and water pressure information of the flow meter 112 therein, and checks whether an event is generated by checking whether an event occurs. If it does not occur and transmits to the central center 200 through the communication line in real time. That is, the PC 118 flows the management information of the power supply 111 collected through the SNMP collection module 118-3 and the flow rate of the flow meter 112 collected through the data collection module 118-4. And firstly process the hydraulic pressure information through the preparser module 118-5, and analyze the flow rate and the hydraulic pressure information and the management information primarily processed by the preparser module 118-5 through the analysis module 118-6. / Process and store the data internally through the data logger module 118-12 and check the event occurrence through the event operation module 118-11. After the synchronization through the real-time service operation module (118-13) and transmits the synchronized information to the central center 200 through the communication line, and the collected through the PLC control module (118-7) Storing the control information of the PLC 117 internally through the data logger module 118-12, and At the time, the event operation module 118-11 checks whether an event has occurred and if an event does not occur, synchronizes the data service operation module 118-14 and then executes the real time service operation module 118-13. The synchronized information is transmitted to the central center 200 through the communication line. Here, the PC 118 is the management information of the power supply 111, the control information of the PLC 117 and the flow meter for a predetermined period (1 to 2 years) preset through the data logger module 118-12 After storing the data history of the flow rate and hydraulic pressure information of the 112 and the history inquiry service of the predetermined period (1 to 2 years) through the data service operation module 118-14 through the communication line to the central center To 200.

Accordingly, the central center 200 manages the management information of the power supply 111 transmitted from the PC 118 through the communication line, the control information of the PLC 117, and the flow rate and water pressure information of the flow meter 112. Is displayed.

On the other hand, the PC 118 transmits the service interruption information of the communication line or the central center 200 through the wireless transmission and reception unit 119 when the service of the communication line or the central center 200 stops the communication line or the center. When the center 200 returns after the service, the stored management information of the power supply 111 and the control information of the PLC 117 and the flow rate and hydraulic pressure information of the flow meter 112 are synchronized to the center through the communication line. By transmitting to the center 200 to minimize the loss to ensure the continuity of the data. That is, the PC 118 performs a network state monitoring through the communication line through the network state monitor module 118-2 to wirelessly interrupt the service interruption information when the service of the communication line or the central center 200 is interrupted. After the transmission to the central center 200 through the transceiver 119 and the service return to the management information of the power supply unit 111 and the control information of the PLC 117 through the data logger module 118-12 and By synchronizing the flow rate and water pressure information of the flow meter 112 to the central center 200 through the communication line to minimize the loss to ensure the continuity of data.

Next, referring to Figures 1, 2 and 4 to improve the on-site response capabilities due to the operation of the remote imaging device (panel main camera or flow meter camera) of the service-based zonal metering system based on the integrated remote management according to the present invention. The explanation is as follows.

As shown in FIG. 1 and FIG. 4, the power supply unit 111, which is a UPS, supplies power to the panel body 110 and the electronic plate 121.

Then, the PC 118 in the panel body 110 performs the authority and access management according to the power supplied from the power supply 111, and monitors the status of the communication line. That is, as shown in FIG. 2, the PC 118 performs authority and access management through the security operation module 118-1, which is a built-in software module, and allows access to the authorized administrator, and monitors network status. The module 118-2 performs network state monitoring through the communication line, and waits in a state capable of transmitting and receiving information when the network state is normal.

In addition, the flowmeter chamber camera 111a includes a microphone, and collects sound simultaneously with imaging of the flowmeter chamber image of the underground space where the water pipe is buried, and outputs the image and sound information to the PC 118.

In addition, the panel body camera 111b has a built-in microphone, and simultaneously captures an image of the inside of the panel body 110 and collects sound through the built-in microphone, and outputs the image and sound information to the PC 118. .

Then, the PC 118 stores the management information of the power supply unit 111, the control information of the PLC 117 and the flow rate and hydraulic pressure information of the flow meter 112 therein and whether or not an event occurs. When the event does not occur by checking the transmission to the central center 200 through the communication line in real time, the image and sound information of the flow meter room and the panel body camera (output from the flow meter room camera 111a) The internal image and sound information output from 111b) are stored and transmitted to the central center 200 through the communication line. That is, the PC 118 flows the management information of the power supply 111 collected through the SNMP collection module 118-3 and the flow rate of the flow meter 112 collected through the data collection module 118-4. And firstly process the hydraulic pressure information through the preparser module 118-5 and analyze the management information, the flow rate and the hydraulic pressure information first processed by the preparser module 118-5 through the analysis module 118-6. / Process and store the data internally through the data logger module 118-12 and check the event occurrence through the event operation module 118-11. After the synchronization through the real-time service operation module (118-13) and transmits the synchronized information to the central center 200 through the communication line, and the collected through the PLC control module (118-7) Storing the control information of the PLC 117 internally through the data logger module 118-12, and Check whether the event occurred through the event operation module 118-11 at the time and if the event does not occur, synchronize through the data service operation module 118-14 and then through the real time service operation module 118-13. Synchronized information is transmitted to the central center 200 through the communication line, and the PC 118 further includes image and sound information of the flowmeter room output from the flowmeter room camera 111a and the panel body camera. 111b) receives the internal video and sound information output through the media content operation module 118-10, stores the data through the data logger module and checks whether an event occurs through the event operation module 118-11. If the event does not occur by synchronizing through the data service operating module (118-14) and then through the real-time service operating module (118-13) the synchronized information through the communication line And it transmits it to the central center 200. Here, the PC 118 is the management information of the power supply 111, the control information of the PLC 117 and the flow meter for a predetermined period (1 to 2 years) preset through the data logger module 118-12 The predetermined designation of the flow rate and the water pressure information of 112, the image and sound information of the flow meter camera 111a, and the image and sound information of the panel body camera 111b through the data service operation module 118-14. After storing the period (1-2 years), the history inquiry service of the predetermined designated period (1-2 years) or a predetermined period is provided to the central center 200 through the communication line.

Accordingly, the central center 200 includes management information of the power supply unit 111 transmitted through the communication line, control information of the PLC 117, flow rate and hydraulic pressure information of the flow meter 112, and the flow meter room camera ( The image and sound information of 111a) and the image and sound information of the panel body camera 111b are displayed, and the sound is transmitted when the administrator selects the sound information.

At this time, the manager of the central center 200 is the PC (118) through the communication line control information for remotely managing the pump 114 when the flow meter chamber is flooded according to the displayed image information of the flow meter chamber. To send).

Then, the PC 118 drives the pump 114 in conjunction with the PLC 117 according to the remote management control information transmitted from the central center 200 through the communication line to externally drain the water in the flowmeter room. To be discharged. That is, the PC 118 transmits a signal for controlling the pump 114 through the PLC control module 118-7 according to the remote management control information transmitted from the central center 200 through the communication line. By outputting to the PLC 117 to control the PLC 117 to drive the pump 114 to discharge the water in the flow meter room to the outside. By doing so, the present invention can output a real-time measurement situation image of the flow meter 112 to the central center 200, and by remotely managing the image and sound information inside the flow meter room difficult to access from the central center 200 Information such as immersion and pump operation can be easily checked.

Next, with reference to Figures 1, 2 and 5 will be described in the active event information management function of the integrated remote management-based zonal metering system according to the present invention.

As shown in FIG. 1 and FIG. 5, the power supply unit 111, which is a UPS, supplies power to the panel body 110 and the electric light plate 121.

Then, the PC 118 in the panel body 110 performs the authority and access management according to the power supplied from the power supply 111, and monitors the status of the communication line. That is, as shown in FIG. 2, the PC 118 performs authority and access management through the security operation module 118-1, which is a built-in software module, and allows access to the authorized administrator, and monitors network status. The module 118-2 performs network state monitoring through the communication line, and waits in a state capable of transmitting and receiving information when the network state is normal.

In addition, the flowmeter chamber camera 111a includes a microphone, and collects sound simultaneously with imaging of the flowmeter chamber image of the underground space where the water pipe is buried, and outputs the image and sound information to the PC 118.

In addition, the panel body camera 111b has a built-in microphone, and simultaneously captures an image of the inside of the panel body 110 and collects sound through the built-in microphone, and outputs the image and sound information to the PC 118. .

Then, the PC 118 stores the management information of the power supply unit 111, the control information of the PLC 117 and the flow rate and hydraulic pressure information of the flow meter 112 therein and whether or not an event occurs. When the event occurs by checking the generated event occurrence information, the management information of the power supply unit 111, the control information of the PLC 117 and the flow rate and water pressure information of the flow meter 112 in real time in the communication line And transmits to the central center 200 and stores the image and sound information of the flow meter room output from the flow meter room camera 111a and the internal image and sound information output from the panel body camera 111b. When an event occurs by checking whether an event is generated, the generated event occurrence information, the image and sound information of the flow meter room output from the flow meter room camera 111a, and the panel main body camera. Internal image and sound information output from 111b is transmitted to the central center 200 through the communication line. That is, the PC 118 flows the management information of the power supply 111 collected through the SNMP collection module 118-3 and the flow rate of the flow meter 112 collected through the data collection module 118-4. And firstly process the hydraulic pressure information through the preparser module 118-5 and analyze the management information, the flow rate and the hydraulic pressure information first processed by the preparser module 118-6 through the analysis module 118-6. / Process and store the data internally through the data logger module 118-12 and at the same time check the event occurrence through the event operation module 118-11 to generate event occurrence information when an event occurs and generate a data service operation module ( 118-14) and then through the real-time service operation module (118-13) transmits the synchronized information to the central center 200 through the communication line, and the PLC control module (118-7) Control information of the PLC 117 collected through the data logger module At the same time, the event management module 118-11 checks whether an event has occurred and generates event occurrence information and synchronizes it with the data service operation module 118-14 after the event is generated. And transmits the synchronized information to the central center 200 through the communication line through the communication line 118-13, and the PC 118 also displays an image of the flow meter room output from the flow meter room camera 111a. Receives the sound information and the internal image and sound information output from the panel body camera 111b through the media content operation module 118-10, stores the data therein through the data logger module 118-12, and simultaneously operates the event. Check whether the event occurs through the module 118-11, and generate an event occurrence information when the event occurs and synchronize it through the data service operation module 118-14, and then operate the real-time service. Transmits said synchronization information in the module (118-13) to the central center 200 via the communication line. Here, the PC 118 is the management information of the power supply 111, the control information of the PLC 117 and the flow meter for a predetermined period (1 to 2 years) preset through the data logger module 118-12 The predetermined designation of the flow rate and the water pressure information of 112, the image and sound information of the flow meter camera 111a, and the image and sound information of the panel body camera 111b through the data service operation module 118-14. After storing the period (1-2 years), the history inquiry service of the predetermined designated period (1-2 years) or a predetermined period is provided to the central center 200 through the communication line.

Accordingly, the central center 200 transmits the event occurrence information transmitted through the communication line, management information of the power supply 111, control information of the PLC 117, and flow rate and water pressure information of the flow meter 112. And by displaying the image and sound information of the flow meter room camera 111a and the image and sound information of the panel body camera 111b, the administrator can turn off the power supply of the power supply unit 111 according to the displayed event occurrence information. And analyzing the cause according to the remaining information of the battery, the failure information of the pump 114, the heater 115 and the fan 116 can perform an early response to the risk factor.

Next, referring to Figures 1, 2 and 6 will be described the control management function of the zonal weighing system according to the present invention.

As shown in FIG. 1 and FIG. 6, the power supply unit 111, which is a UPS, supplies power to the panel body 110 and the electric light plate 121.

Then, the PC 118 in the panel body 110 performs the authority and access management according to the power supplied from the power supply 111, and monitors the status of the communication line. That is, as shown in FIG. 2, the PC 118 performs authority and access management through the security operation module 118-1, which is a built-in software module, and allows access to the authorized administrator, and monitors network status. The module 118-2 performs network state monitoring through the communication line, and waits in a state capable of transmitting and receiving information when the network state is normal.

In addition, the flowmeter chamber camera 111a includes a microphone, and collects sound simultaneously with imaging of the flowmeter chamber image of the underground space where the water pipe is buried, and outputs the image and sound information to the PC 118.

In addition, the panel body camera 111b has a built-in microphone, and simultaneously captures an image of the inside of the panel body 110 and collects sound through the built-in microphone, and outputs the image and sound information to the PC 118. .

Then, the PC 118 stores the management information of the power supply unit 111, the control information of the PLC 117 and the flow rate and hydraulic pressure information of the flow meter 112 therein and whether or not an event occurs. When the event does not occur by checking the transmission to the central center 200 through the communication line in real time, the image and sound information of the flow meter room and the panel body camera (output from the flow meter room camera 111a) The internal image and sound information output from 111b) are stored and at the same time, an event is generated and transmitted to the central center 200 through the communication line when no event occurs. That is, the PC 118 flows the management information of the power supply 111 collected through the SNMP collection module 118-3 and the flow rate of the flow meter 112 collected through the data collection module 118-4. And firstly process the hydraulic pressure information through the preparser module 118-5 and analyze the management information, the flow rate and the hydraulic pressure information first processed by the preparser module 118-5 through the analysis module 118-6. / Process and store the data internally through the data logger module 118-12 and check the event occurrence through the event operation module 118-11. After the synchronization through the real-time service operation module (118-13) and transmits the synchronized information to the central center 200 through the communication line, and the collected through the PLC control module (118-7) Storing the control information of the PLC 117 internally through the data logger module 118-12, and Check whether the event occurred through the event operation module 118-11 at the time and if the event does not occur, synchronize through the data service operation module 118-14 and then through the real time service operation module 118-13. Synchronized information is transmitted to the central center 200 through the communication line, and the PC 118 further includes image and sound information of the flowmeter room output from the flowmeter room camera 111a and the panel body camera. 111b) receives the internal video and sound information output through the media content operation module 118-10, stores the data through the data logger module 118-12, and simultaneously performs the event operation module 118-11. If an event does not occur by checking whether an event has occurred, synchronize the data through the data service operation module 118-14 and then transmit the synchronized information through the communication line through the real time service operation module 118-13. It transmits to the central center 200. Here, the PC 118 is the management information of the power supply 111, the control information of the PLC 117 and the flow meter for a predetermined period (1 to 2 years) preset through the data logger module 118-12 The predetermined designation of the flow rate and the water pressure information of 112, the image and sound information of the flow meter camera 111a, and the image and sound information of the panel body camera 111b through the data service operation module 118-14. After storing the period (1-2 years), the history inquiry service of the predetermined designated period (1-2 years) or a predetermined period is provided to the central center 200 through the communication line.

Accordingly, the central center 200 includes management information of the power supply unit 111 transmitted through the communication line, control information of the PLC 117, flow rate and hydraulic pressure information of the flow meter 112, and the flow meter room camera ( The image and sound information of 111a) and the image and sound information of the panel main body camera 111b are displayed.

Thereafter, when the manager of the central center 200 attempts to turn on / off at least one of the pump 114, the heater 115, and the fan 116, the central center 200 may be configured to the on / off. The remote management control information is transmitted to the PC 118 through the communication line.

Then, the PC 118 cooperates with the PLC 117 according to the remote management control information transmitted from the central center 200 through the communication line, and the pump 114, the heater 115, and the fan 116. ) At least one or more of). That is, the PC 118 is interlocked with the PLC 117 through the PLC control module 118-7 according to the remote management control information transmitted from the central center 200 through the communication line. And at least one of the heater 115 and the fan 116 is turned on / off.

According to the present invention, the manager of the central center 200 may control the pump 114, the heater 115, and the fan 116 remotely through the above process to increase the efficiency of management.

Next, referring to Figures 1, 2 and 7 will be described in the signboard management function of the service-type zonal metering system based on the integrated remote management according to the present invention.

1 and 7, the power supply unit 111, which is a UPS, supplies power to the panel body 110 and the electric light plate 121.

Then, the PC 118 in the panel body 110 performs the authority and access management according to the power supplied from the power supply 111, and monitors the status of the communication line. That is, as shown in FIG. 2, the PC 118 performs authority and access management through the security operation module 118-1, which is a built-in software module, and allows access to the authorized administrator, and monitors network status. The module 118-2 performs network state monitoring through the communication line, and waits in a state capable of transmitting and receiving information when the network state is normal.

In addition, the flowmeter chamber camera 111a includes a microphone, and collects sound simultaneously with imaging of the flowmeter chamber image of the underground space where the water pipe is buried, and outputs the image and sound information to the PC 118.

In addition, the panel body camera 111b has a built-in microphone, and simultaneously captures an image of the inside of the panel body 110 and collects sound through the built-in microphone, and outputs the image and sound information to the PC 118. .

Then, the PC 118 stores the management information of the power supply unit 111, the control information of the PLC 117 and the flow rate and hydraulic pressure information of the flow meter 112 therein and whether or not an event occurs. When the event does not occur by checking the transmission to the central center 200 through the communication line in real time, the image and sound information of the flow meter room and the panel body camera (output from the flow meter room camera 111a) The internal image and sound information output from 111b) are stored and at the same time, an event is generated and transmitted to the central center 200 through the communication line when no event occurs. That is, the PC 118 flows the management information of the power supply 111 collected through the SNMP collection module 118-3 and the flow rate of the flow meter 112 collected through the data collection module 118-4. And firstly process the hydraulic pressure information through the preparser module 118-5, and analyze the flow rate and the hydraulic pressure information and the management information primarily processed by the preparser module 118-5 through the analysis module 118-6. / Process and store the data internally through the data logger module 118-12 and check the event occurrence through the event operation module 118-11. After synchronization through the real-time service operation module (118-14) to transmit the synchronized information to the central center 200 through the communication line, and the collected through the PLC control module (118-7) Storing the control information of the PLC 117 internally through the data logger module 118-12, and Check whether the event occurred through the event operation module 118-11 at the time and if the event does not occur, synchronize through the data service operation module 118-14 and then through the real time service operation module 118-13. Synchronized information is transmitted to the central center 200 through the communication line, and the PC 118 further includes image and sound information of the flowmeter room output from the flowmeter room camera 111a and the panel body camera. 111b) receives the internal video and sound information output through the media content operation module 118-10, stores the data through the data logger module 118-12, and simultaneously performs the event operation module 118-11. If an event does not occur by checking whether an event has occurred, synchronize the data through the data service operation module 118-14 and then transmit the synchronized information through the communication line through the real time service operation module 118-13. It transmits to the central center 200. Here, the PC 118 is the management information of the power supply 111, the control information of the PLC 117 and the flow meter for a predetermined period (1 to 2 years) preset through the data logger module 118-12 The predetermined designation of the flow rate and the water pressure information of 112, the image and sound information of the flow meter camera 111a, and the image and sound information of the panel body camera 111b through the data service operation module 118-14. After storing the period (1-2 years), the history inquiry service of the predetermined designated period (1-2 years) or a predetermined period is provided to the central center 200 through the communication line.

Accordingly, the central center 200 includes management information of the power supply unit 111 transmitted through the communication line, control information of the PLC 117, flow rate and hydraulic pressure information of the flow meter 112, and the flow meter room camera ( The image and sound information of 111a) and the image and sound information of the panel main body camera 111b are displayed.

Subsequently, when the manager of the central center 200 attempts to provide the water use status information in the zone according to the displayed flow rate and water pressure information of the flow meter 112 or to inform residents in the zone of the singular and various construction information notifications, etc. The center 200 provides the water usage status information in the zone or transmits civil service information such as a singular and various construction information notification to the PC 118 through the communication line.

Then, the PC 118 provides the water use status information in the zone transmitted from the central center 200 through the communication line, or provides civil service information such as a singular and various construction information notification message control module 118-8. The display is displayed on the display board 121 through).

Therefore, the present invention minimizes the complaints of the customer by providing the civil service information such as the manager of the central center 200 to provide the water use status information in the zone or notification of the singular and various construction information through the above process. can do.

Next, referring to Figures 1, 2 and 8 will be described the remote management function of the service-type zonal metering system based on the integrated remote management according to the present invention.

1 and 8, the power supply 111, which is a UPS, supplies power to the panel body 110 and the electric light plate 121.

Then, the PC 118 in the panel body 110 performs the authority and access management according to the power supplied from the power supply 111, and monitors the status of the communication line. That is, as shown in FIG. 2, the PC 118 performs authority and access management through the security operation module 118-1, which is a built-in software module, and allows access to the authorized administrator, and monitors network status. The module 118-2 performs network state monitoring through the communication line, and waits in a state capable of transmitting and receiving information when the network state is normal.

In addition, the flowmeter chamber camera 111a includes a microphone, and collects sound simultaneously with imaging of the flowmeter chamber image of the underground space where the water pipe is buried, and outputs the image and sound information to the PC 118.

In addition, the panel body camera 111b has a built-in microphone, and simultaneously captures an image of the inside of the panel body 110 and collects sound through the built-in microphone, and outputs the image and sound information to the PC 118. .

Then, the PC 118 stores the management information of the power supply unit 111, the control information of the PLC 117 and the flow rate and hydraulic pressure information of the flow meter 112 therein and whether or not an event occurs. When the event does not occur by checking the transmission to the central center 200 through the communication line in real time, the image and sound information of the flow meter room and the panel body camera (output from the flow meter room camera 111a) The internal image and sound information output from 111b) are stored and at the same time, an event is generated and transmitted to the central center 200 through the communication line when no event occurs. That is, the PC 118 flows the management information of the power supply 111 collected through the SNMP collection module 118-3 and the flow rate of the flow meter 112 collected through the data collection module 118-4. And firstly process the hydraulic pressure information through the preparser module 118-5, and analyze the flow rate and the hydraulic pressure information and the management information primarily processed by the preparser module 118-5 through the analysis module 118-6. / Process and store the data logger module (118-12) internally and at the same time check the event occurrence through the event operation module (118-11) if the event does not occur if the data service operation module (118-14) After the synchronization through the real-time service operation module (118-13) and transmits the synchronized information to the central center 200 through the communication line, and the collected through the PLC control module (118-7) Storing the control information of the PLC 117 internally through the data logger module 118-12, and Check whether the event occurred through the event operation module 118-11 at the time and if the event does not occur, synchronize through the data service operation module 118-14 and then through the real time service operation module 118-13. Synchronized information is transmitted to the central center 200 through the communication line, and the PC 118 further includes image and sound information of the flowmeter room output from the flowmeter room camera 111a and the panel body camera. 111b) receives the internal video and sound information output through the media content operation module 118-10, stores the data through the data logger module 118-12, and simultaneously performs the event operation module 118-11. If an event does not occur by checking whether an event has occurred, synchronize the data through the data service operation module 118-14 and then transmit the synchronized information through the communication line through the real time service operation module 118-13. It transmits to the central center 200. Here, the PC 118 is the management information of the power supply 111, the control information of the PLC 117 and the flow meter for a predetermined period (1 to 2 years) preset through the data logger module 118-12 The predetermined designation of the flow rate and the water pressure information of 112, the image and sound information of the flow meter camera 111a, and the image and sound information of the panel body camera 111b through the data service operation module 118-14. After storing the period (1-2 years), the history inquiry service of the predetermined designated period (1-2 years) or a predetermined period is provided to the central center 200 through the communication line.

Accordingly, the central center 200 includes management information of the power supply unit 111 transmitted through the communication line, control information of the PLC 117, flow rate and hydraulic pressure information of the flow meter 112, and the flow meter room camera ( The image and sound information of 111a) and the image and sound information of the panel main body camera 111b are displayed.

Thereafter, the manager of the central center 200 displays the control information of the PLC 117, the flow and pressure information of the flow meter 112, the image and sound information of the flow meter room camera 111a, and the panel body camera. The central center when trying to control at least one or more of the PLC (117), the flow meter 112, the flow meter chamber camera (111a) and the panel body camera (111b) according to the image and sound information of the (111b) (111b). 200 is the PC through the communication line remote management control information for controlling at least one or more of the PLC (117), the flow meter 112, the flow meter room camera (111a) and the panel body camera (111b). Transfer to 118.

Then, the PC 118 is at least one of the PLC 117 and the flow meter 112, the flow meter room camera 111a and the panel body camera 111b transmitted from the central center 200 through the communication line. Control is performed through at least one of the data collection module 118-4, the PLC control module 118-7 and the media content operation module 118-10 corresponding to the remote management control information for controlling one or more.

Therefore, in the present invention, at least one of the PLC 117, the flow meter 112, the flow meter room camera 111a, and the panel body camera 111b is controlled by the manager of the central center 200 through the above process. It is possible to remotely manage the above.

Table 1 below summarizes the distinction between the service-type zonal metering system based on the integrated remote management and the zonal weighing system according to the prior art as described above.

Classification Details Conventional technology Invention









Fault Management





Communication failure -No information on cause analysis.
(Telecommunication line failure or power off
Other disorders)
-Data loss occurs. -Communication line failure


Data synchronization during disaster recovery after on-site retention
Power Off -Data after UPS switching
Collection failure

-Data loss occurs. -UPS usage alarm and battery level information

-Failover after site preservation
Data synchronization

Heater and
Fan failure -Failure to maintain proper internal temperature
System failure. Cause analysis through site visit
Energy due to abnormal operation
Lower efficiency (electricity bills, etc.) -On-site response after cause analysis by sending status information

-Improve energy efficiency by remotely controlling the set value according to season and time
Pump drive failure -Check the flowmeter room (manhole) after flooding
Cause analysis / response -After receiving status information, check the flow meter room (manhole) image device and respond on site
Other disorders -Cause analysis after site visit
-After cause analysis through internal PC
Field response
Maintenance -Various contact management after site visit -Remote management using video / audio device and operation status analysis using internal PC and PLC

Etc -Treat it as a street obstacle -Numerical information related to flow supply and use
-Promote services through exhibition phrases for singular and various projects

That is, the present invention can minimize the frequency of on-site visits of the manager, improve efficiency for manpower operation, improve emergency response through remote management, and improve reliability of data by using real-time image information. It can be increased. That is, the present invention is characterized by allowing the administrator to accurately identify the flow rate flowing through the water pipe by allowing the real-time comparison and confirmation of the information output through the TM data and the flowmeter LCD.

In addition, the present invention can improve the efficiency of the work process by analyzing the causes for various obstacles quickly, and by providing various information related to the operation of the water supply to the general public, to escape the recognition of the obstacles of the street to provide life services facilities There is a characteristic that can induce a change in the perception.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the technical spirit of the present invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification, but should be defined by the claims.

100: zonal measurement system 110: panel body
111: power supply 112: flow meter
113a: flow chamber camera 113b: panel body camera
114: pump 115: heater
116: fan
117: PLC (Programmable Logic Controller)
118: PC (PC) 119: wireless transceiver
120: panel door 121: electronic board
200: Central Center 201: Radio Transceiver

Claims (15)

In an integrated remote management-based zonal metering system having a flowmeter room in an underground space where water pipes are buried and connected to a communication line,
Collecting and storing the image information of the flow meter room and its own state information and transmitting in real time through the communication line, and performs a control operation corresponding to the remote management control information and civil service information transmitted through the communication line Panel body;
A panel door mounted on a front surface of the panel main body to open and close the inside of the panel main body and equipped with an electronic display panel displaying information transmitted from the panel main body; And
Control information and civil service information for remotely managing the panel main body and the electronic display board according to the image information of the flow meter room transmitted from the panel main body to the communication line and the state information of the panel main body through the communication line. It includes a central center for transmitting to the panel body, the panel body,
A flow meter room camera having a microphone for capturing an image of a flow meter room in an underground space where the water pipe is buried, collecting sound, and outputting the sound to a PC; And
The pump further includes a pump for discharging the water in the flowmeter chamber when the flowmeter chamber in the underground space where the water pipe is buried under the control of a programmable logic controller (PLC) interlocked with the PC. ,
While storing the video and sound information collected from the flow meter room camera therein and transmitting in real time to the central center through the communication line, and remote management control according to the video and sound information from the central center through the communication line Integrated type remote management based service metering system, characterized in that for receiving information and controlling the drive of the pump in conjunction with the PLC.
The method of claim 1,
The panel body,
In addition to storing the collected video information and the state information of the flow meter room and checks whether an event has occurred, if no event occurs, the event information is transmitted through the communication line in real time or generated as the event occurs. And transmitting the image information of the flow meter room and its own state information in real time through the communication line. The method of claim 1,
The panel body,
A power supply unit for supplying power to the panel body and the display board;
A heater for controlling the temperature inside the panel body;
A fan for controlling humidity and temperature inside the panel body;
A flow meter for measuring and outputting a flow rate passing through the water pipe;
A programmable logic controller (PLC) for controlling the heater and the fan;
A panel body camera having a microphone for capturing an image inside the panel body and collecting and outputting sound; And
The operation state of the power supply unit is managed, and the operation state management information of the power supply unit, flow rate and pressure information output from the flow meter, control information output from the PLC, and image and sound information output from the panel main camera are stored. At the same time, the control unit transmits the remote management control information and the civil service information transmitted through the communication line to the central center through the communication line in real time, and performs a control operation corresponding to the remote management control information. An integrated remote management-based zonal metering system comprising a PC for performing and controlling the civil service information to be displayed on the display board. The method of claim 3, wherein
The PC,
An integrated remote management-based service type, characterized in that for collecting a predetermined period of information on the operation state of the power supply unit, the flow meter, the panel body camera, the heater, the fan, the PLC and collects the information. Zoning system. The method of claim 3, wherein
The PC checks the operation state of the power supply unit, the flow meter, the panel main body camera, the heater, the fan, and the PLC, and transmits event information generated during at least one failure to the central center. Area metering system based on integrated remote management. The method of claim 5, wherein
The event information is an integrated remote management-based zonal metering system, characterized in that the power supply, the flow meter, the panel body camera, the heater, the fan, the failure or failure of the PLC. The method of claim 3, wherein
The PC,
Collecting and storing information on the operation state of at least one of the power supply unit, the flow meter, the panel body camera, the flow meter room camera, the pump, the heater, the fan, the PLC for a predetermined period of time. Area metering system based on integrated remote management. The method of claim 3, wherein
The PC checks the operation state of the power supply unit, the flow meter, the panel main body camera, the flow meter room camera, the pump, the heater, the fan, and the PLC to display event information generated in advance when at least one failure occurs. Area type metering system based on integrated remote management, characterized in that the transmission to the central center. The method of claim 8,
The event information may include information on a failure or failure of the power supply unit, information on a failure or failure of the flowmeter, information on a failure or failure of the flowmeter chamber camera, information on a failure or failure of the panel body camera, Integrated remote management, characterized in that any one of information on the failure or failure of the pump, information on the failure or failure of the heater, information on the failure or failure of the fan, information on the failure or failure of the PLC. Based zonal weighing system as a service. The method of claim 3, wherein
The panel body,
Further comprising a wireless transmitting and receiving unit for performing wireless communication with the central center under the control of the PC,
The PC controls the wireless transmitter and receiver to perform wireless communication with the central center in the event of a failure of the communication line or the central center,
The central center,
And a wireless transmission / reception unit for performing wireless communication with the wireless transmission / reception unit of the panel main body in the case of the communication line or the service failure. The method of claim 3, wherein
The panel body,
A flow meter room camera having a microphone for capturing an image of a flow meter room in an underground space where the water pipe is buried, collecting sound, and outputting the sound to the PC;
A pump for discharging water in the flowmeter chamber to the outside when the flowmeter chamber in the underground space where the water pipe is buried under the control of the PLC linked with the PC; And
Further comprising a wireless transmission and reception unit for performing wireless communication with the central center under the control of the PC when the communication line or the service of the central center,
The PC stores the image and sound information collected from the flowmeter chamber camera therein and transmits the image and sound information to the central center in real time through the communication line, and according to the video and sound information from the central center through the communication line. Receives remote management control information and controls the driving of the pump in conjunction with the PLC, and controls the wireless transmitter and receiver to perform wireless communication with the central center in the event of service failure of the communication line or the central center,
The central center,
And a wireless transmission / reception unit for performing wireless communication with the wireless transmission / reception unit of the panel main body in the case of the communication line or the service failure. The method of claim 11,
The PC,
Collecting and storing information on the operation state of at least one of the power supply unit, the flow meter, the flow meter chamber camera, the panel body camera, the pump, the heater, the fan, the PLC for a predetermined period of time. Area metering system based on integrated remote management. The method of claim 11,
The PC checks the operation state of the power supply unit, the flow meter, the flow meter room camera, the panel main body camera, the pump, the heater, the fan, and the PLC to display the event information generated when at least one failure occurs. Area type metering system based on integrated remote management, characterized in that the transmission to the central center. The method of claim 13,
The event information is a service type area based on integrated remote management, characterized in that the power supply, the flow meter, the flow meter room camera, the panel body camera, the pump, the heater, the fan, the PLC failure or failure. Weighing system. The method of claim 10, wherein the PC,
A security manager for performing authority and access management of the PC;
A network state monitor module for managing wired / wireless communication switching through a network state monitoring through the communication line;
An SNMP collector (SNMP Collector: Simple Network Management Protocol Collector) for collecting and outputting management information of the power supply unit;
A data collector module for collecting and outputting flow rate and water pressure information of a water pipe from the flow meter;
A preparser module which first processes and outputs management information collected by the SNMP collection module and flow rate and hydraulic pressure information collected by the data collection module;
An analysis module (Analyzer) for analyzing / processing primary management information, flow rate and hydraulic pressure information processed by the pre-parser module;
A PLC controller for controlling the PLC and outputting control information according thereto;
A message controller for controlling the phrase information displayed on the display board;
A device control operation module (Device Control Manager) for controlling the PLC control module and the message control module;
A media content management module for managing the panel body camera and the flow meter room camera;
Searching for event occurrence from management information analyzed in the analysis module, flow rate and water pressure information, control information of the PLC output from the device control operation module, and video and audio information output from the media content operation module, Event management module for generating event information according to (Event Manager);
The management information analyzed by the analysis module, flow rate and water pressure information, the control information of the PLC 117 output from the device control operation module and the video and audio information output from the media content operation module are stored and the communication line Or a data logger module for performing data synchronization with the central center when the communication failure with the central center returns;
Management information, flow rate and water pressure information analyzed by the analysis module stored through the data logger module, control information of the PLC output from the device control operation module and video and audio information output from the media content operation module in real time The management information and the flow rate and water pressure information analyzed by the event module generated by the event operation module and the analysis module stored through the data logger module through the communication line, and the device control operation module. A real-time service operating module (Real Service Manager) for transmitting the control information of the PLC (117) and the video and audio information output from the media content operation module output from the real-time through the communication line to the central center;
A data service operation module for synchronizing data transmitted in real time from the real time service operation module and periodically transmitting a history inquiry service of data stored through the data logger module to the central center; And
Integrated remote management-based, characterized in that the remote control in the central center through the built-in software module including a control service manager (Control Service Manager) for managing the device control operation module and the media content operation module Zoning system as a service.

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