KR102307468B1 - Central control room self-inspection system - Google Patents

Abstract

The present invention provides a central platform server (2000) including: a central control means (100) equipped with a first program which collects management facility-related information from management facilities, stores and manages collected management facility-related information, and performs event processing of management facilities according to the collected management facility-related information; and a central monitoring means (200) equipped with a second program for monitoring an operating state of the central control means (100) and processing an abnormal occurrence event of the central control means (100) when the central control means (100) is abnormally operated, thereby performing a self-inspection function of the central control room.

Description

Central control room self-inspection system

The present invention relates to a central control room self-inspection system, and more particularly, collects management facility-related information from management facilities, stores and manages the collected management facility-related information, and manages events of management facilities according to the collected management facility-related information The central control means 100 on which the first program for performing the processing is mounted and the operation state of the central control means 100 are monitored, and when the central control means 100 is abnormally operated, the central control means 100 is abnormal. By providing a central platform server 2000 including a central monitoring means 200 loaded with a second program for processing occurrence events, the Internet of Things-based central control room self-inspection function can be performed. It is about the inspection system.

With the advent of artificial intelligence in the era of the 4th industrial revolution, and as things become intelligent, things are becoming unmanned autonomy beyond automation as things think and decide for themselves, such as collecting, comparing, analyzing, judging, and taking action.

At the Gartner Symposium/IT Expo held in Orlando, Florida on February 18, 2019, Autonomous Things was presented as 'Top 10 Strategic Technology Trends to Watch in 2019'. It is expected to spread rapidly throughout the industry.

Therefore, in the future, the industry will switch to a method in which a central control server equipped with an operating system (OS) is connected to objects and autonomously collects, compares, analyzes, judges, and controls autonomously the data and promptly delivers the results to the manager or related organizations. seems to be

In other words, as in the existing era of the 3rd industrial revolution, systems in which manpower compares, analyzes, judges, and takes action on data are expected to be eliminated due to their inefficiency.

On the other hand, various management facilities must be maintained in a safe state so that they can respond to emergencies 365 days a year.

In the case of various management facilities, there is a time limit in receiving A/S and responding to a problem even if a problem is discovered at this time.

For example, the existing water supply management facility based on the era of the 3rd industrial revolution measures, collects, and transmits the state of the facility, and the manager compares, analyzes and judges it and controls it remotely. There is a limit to solving problems caused by manpower remotely when problems occur with motors and measuring instruments.

In addition, due to the increase in the number of management facilities, the existing manager directly manages various management facilities at the site and manually controls various pumps and motors, but the automation system is applied to the field for remote management. Although the failure diagnosis function is applied, the technology for determining the presence or absence of a failure by identifying the operation status of the motor and measurement sensors, which are related facilities, has not been introduced. When a problem occurs due to an error in measurement values, it is not possible to respond quickly, so it is constantly exposed to disasters.

Therefore, it is very necessary to build a system that monitors the operating state of the measurement sensor for facility management in real time, prepares for a failure situation, and can quickly disseminate it to a manager.

As the Ministry of Land, Infrastructure and Transport strengthened the punishment for institutions that performed poorly on safety inspections of facilities, and the special law on the safety and maintenance of facilities (hereinafter referred to as the Facility Safety Act) was promulgated, the content of permitting subcontracts for new technologies was promulgated. It was announced that it will be implemented from April 2020. (Excerpt from the press release of the Ministry of Land, Infrastructure and Transport on January 6. 2020)

The Ministry of Land, Infrastructure and Transport expects that the safety inspection of facilities will be substantiated and advanced as the 4th industrial technology is activated in the field of safety inspection of facilities to prevent poor inspection through the revision of this Enforcement Decree. He said that he would continue to discover system improvements to enhance the safety of facilities.

Recently, government ministries and local governments have built and are operating an integrated control room to manage the facilities scattered within their jurisdictions.

In order to operate a facility in one integrated control room, a person in charge of each field must be on-site to monitor 24 hours a day, 365 days a year, find problems and take action.

The HMI program of the integrated management room currently in operation receives various data and displays it on the operation screen, and the administrator sees, compares, analyzes, judges, and remotely controls the measurement screen.

Therefore, many operation personnel are deployed in each field in the integrated control room to monitor facilities 24 hours a day and night.

In the case of local governments, the person in charge of the relevant department performs several tasks, but if he/she resides in the integrated control room and performs monitoring, difficulties arise that cannot see other tasks.

In addition, it takes from several minutes to several tens of minutes to find data stored in the database, and frequent data loss occurs due to communication interruption.

In addition, although data of a corresponding object is collected and transmitted through the Internet of Things, if data cannot be transmitted or erroneous data is transmitted, appropriate judgment and action cannot be made, so there is a problem in responding to various civil complaints and initial response.

Therefore, the central control server equipped with the operating system (OS) checks the collected data and detects errors, and when communication is cut off, it saves the data itself and automatically recovers the communication restart data to transmit sustainable high-quality data without interruption. A possible method should be applied.

The autonomous operation platform installed in the integrated control room compares, analyzes and judges the data received from the field with the management manual, informs the manager of the necessary information, separates and stores it in the database, and informs the related organizations of the situation to respond and take action. Should be.

On the other hand, if a problem occurs in the central control server itself equipped with an operating system (OS), an immediate response should be carried out. response was impossible.

Therefore, there is a need for a system that detects whether the functions of various operating programs constituting the operating system (OS) mounted on the central control server operate abnormally, informs the manager when an abnormality is detected, and enables preemptive initial response.

(Prior Document 1) Republic of Korea Patent Registration No. 10-2059424 (2019.12.26)

Therefore, the present invention has been proposed in view of the problems of the prior art as described above, and a first object of the present invention is to collect management facility-related information from a management facility, store and manage the collected management facility-related information, and manage the collected management facility-related information. The central control means 100 that performs event processing of the management facility according to the facility-related information and monitors the operation state of the central control means 100, and when the central control means 100 abnormally operates, the central control means 100 ) to provide a central platform server (2000) including a central monitoring means (200) for performing abnormal occurrence event processing.

A second object of the present invention is to monitor the operating state of the central monitoring means 200, and when the central monitoring means 200 is abnormally operated, the monitoring terminal device 3000 to process the abnormal occurrence of the central monitoring means 200 ) is provided.

In order to achieve the problem to be solved by the present invention, the central control room self-inspection system,

a monitor 1000 on which event information is displayed based on a topographic map;

It includes a central platform server 2000 that collects management facility-related information from management facilities, stores and manages the collected management facility-related information, performs event processing according to the collected management facility-related information, and performs self-inspection, ,

The central platform server 2000,

A central control means (100) equipped with a first program that collects management facility-related information from management facilities, stores and manages the collected management facility-related information, and performs event processing of management facilities according to the collected management facility-related information class;

Central monitoring means 200 equipped with a second program for monitoring the operating state of the central control means 100 and processing an abnormal occurrence event of the central control means 100 when the central control means 100 is abnormally operated includes ;

The central control room self-inspection system according to the present invention having the above configuration and action,

The central control means 100 and the central control means ( A central platform server 2000 including a central monitoring means 200 for monitoring the operation state of 100) and performing an abnormal occurrence event processing of the central control means 100 when the central control means 100 is abnormally operated. By providing, self-inspection of the central control room is performed, thereby exhibiting the effect of preventing the failure of control monitoring due to a failure of the central control room.

In addition, by providing a monitoring terminal device 3000 that monitors the operating state of the central monitoring means 200, and performs an abnormal occurrence event processing of the central monitoring means 200 when the central monitoring means 200 is abnormally operated, By checking in advance the abnormal operation of the central monitoring means 200 for monitoring the central control means 100, the central monitoring means 200 has the effect of creating an environment in which the central control means 100 can be accurately monitored. do.

1 is a configuration diagram of a central control room self-inspection system according to an embodiment of the present invention.
2 is a functional conceptual diagram of a first program mounted on the central control means 100 of the central control room self-inspection system according to an embodiment of the present invention.
3 is a functional conceptual diagram of a second program mounted on the central monitoring means 200 of the central control room self-inspection system according to an embodiment of the present invention.
4 is an exemplary view showing the location of the accident occurrence management facility and the accident contents included in the accident information among the event processing functions of the central control room self-inspection system according to an embodiment of the present invention on a topographical map-based monitor screen.
5 is an exemplary view showing the location of the management facility where the autonomous action occurred among the event processing functions of the self-inspection system of the central control room according to the embodiment of the present invention and the contents of the autonomous action included in the autonomous action information on a topographical map-based monitor screen.
6 is a topographical map-based monitor screen showing the location of the management facility where the failure occurred, the object where the failure occurred, and the failure contents included in the failure information among the event processing functions of the self-inspection system of the central control room according to the embodiment of the present invention. one example too.

The following is merely illustrative of the principles of the invention. Therefore, those skilled in the art will be able to devise various devices which, although not explicitly described or shown herein, embody the principles of the present invention and are included within the spirit and scope of the present invention.

In addition, it should be understood that all conditional terms and examples listed herein are, in principle, expressly intended only for the purpose of understanding the inventive concept and are not limited to the specifically enumerated embodiments and states as such. do.

In describing the present invention, terms such as first, second, etc. may be used to describe various components, but the components may not be limited by the terms.

For example, without departing from the scope of the present invention, a first component may be referred to as a second component, and similarly, a second component may also be referred to as a first component.

When a component is referred to as being connected or connected to another component, it may be directly connected or connected to the other component, but it can be understood that other components may exist in between. .

The terms used herein are used only to describe specific embodiments, and are not intended to limit the present invention, and the singular expression may include a plural expression unless the context clearly dictates otherwise.

In this specification, the terms include or include are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, and includes one or more other features or numbers, It may be understood that the existence or addition of steps, operations, components, parts or combinations thereof is not precluded in advance.

Hereinafter, a preferred embodiment of the central control room self-inspection system according to the present invention will be described based on the accompanying drawings.

1 is an overall configuration diagram of the present invention. As shown in FIG. 1 , the self-inspection system of the central control room according to the present invention is largely configured to include a monitor 1000 and a central platform server 2000 .

The monitor 1000 displays event information based on a topographical map, and the central platform server 2000 collects management facility-related information from the management facility 10, stores and manages the collected management facility-related information, and manages the collected management Event processing is performed according to facility-related information, and self-inspection is performed.

In order to perform the above functions, the central platform server 2000,

A central control means (100) equipped with a first program that collects management facility-related information from management facilities, stores and manages the collected management facility-related information, and performs event processing of management facilities according to the collected management facility-related information class;

Central monitoring means 200 equipped with a second program for monitoring the operating state of the central control means 100 and processing an abnormal occurrence event of the central control means 100 when the central control means 100 is abnormally operated It is characterized in that it includes.

Specifically, as shown in FIG. 2 , the first program mounted on the central control means 100 is

Data collection function to collect information related to management facilities transmitted by management facilities;

Data management function that separates, stores, and manages the collected management facility-related information;

Event processing function that performs event processing of management facilities according to the collected management facility-related information;

A function including an event notification function of notifying the relevant person in charge according to the event being processed is performed.

The data collection function is to collect management facility-related information transmitted by the management facility, and the management facility-related information includes accident information of the management facility, autonomous action information of the management facility, and failure information of facilities installed in the management facility.

The accident information of the management facility included in the management facility-related information includes the unique identification information of the management facility and the accident content information, and the autonomous action information of the management facility includes the unique identification information of the management facility and the information on the content of the autonomous action, The failure information of the facilities installed in the management facility is characterized by including the unique identification information of the management facility, the unique identification information of the object in which the failure occurs, and the failure content information.

For example, if the management facility is sluice management facility A installed in the Nakdong River, and the accident that occurred is a backflow at the 2nd sluice gate, the unique identification information of the management facility included in the accident information of the management facility is the unique identification of the sluice gate management facility A It is information #101, and the accident content information included in the accident information of the management facility is the occurrence of backflow at the 2nd sluice gate.

As another example, if the management facility is a sluice gate management facility A installed in the Nakdong River, and it is an autonomous action that closes the second sluice gate due to backflow at the 2nd sluice gate, the unique identification information of the management facility included in the autonomous action information of the management facility is the unique identification information #101 of the sluice management facility A, and the information on the contents of the autonomous action included in the information on the autonomous action of the management facility is that the sluice gate is closed due to backflow at the second sluice gate.

As another example, if the management facility is sluice management facility A installed in the Nakdong River, and the second sluice gate does not operate as a result of test operation to check the second sluice gate, The unique identification information is unique identification information #101 of the sluice gate management facility A, and the failure content information included in the failure information of the facilities installed in the management facility is the second failure of the sluice gate.

The data management function refers to a function of separating, storing, and managing the collected management facility-related information, and by separating, storing and managing information by management facility and facilities installed in management facilities, accident information, autonomous action information, When fault information is acquired, the information is efficiently separated, stored, and managed for each management facility and each facility installed in the management facility.

The event processing function is to perform event processing of the management facility according to the collected management facility-related information.

Specifically, the event processing function compares the unique identification information of the management facility included in the accident information with the pre-stored management facility management information when the collected management facility-related information is accident information of the management facility, and the location of the management facility where the accident occurred It includes the function of identifying the location of the identified accident occurrence management facility and displaying the accident details included in the accident information on the topographical map-based monitor screen.

For example, as shown in Figure 4, when the accident information of the management facility is an accident in which a fire occurred in the No. 1 pump installed in the A water supply management facility, the unique identification information 'ID of the management facility from the accident information of the management facility: 1-RTU' is extracted, and the location of the management facility A, which is a management facility matching the extracted unique identification information, is identified, and the A water supply management facility is displayed at the corresponding location on the topographic map displayed on the monitor screen. From the information, the occurrence of a fire is extracted from the No. 1 pump installed in A waterworks management facility, which is the content of the accident, and the extracted incident details are displayed on the topographical map-based monitor screen where the location of the A waterworks management facility is displayed.

In addition, the event processing function compares the unique identification information of the management facility included in the autonomous action information with the pre-stored management facility management information when the collected management facility-related information is autonomous action information of the management facility. It includes the function of identifying the location of the system and displaying the location of the management facility where the identified autonomous action occurred and the content of the autonomous action included in the autonomous action information on the topographical map-based monitor screen.

For example, as shown in FIG. 5, when the autonomous action information of the management facility is an autonomous action to close the No. 1 water supply pipe installed in the B waterworks management facility, the unique identification information of the management facility from the autonomous action information of the management facility 'ID:2-RTU' is extracted, and the location of B waterworks management facility, which is a management facility that matches the extracted unique identification information, is displayed and managed at the location on the topographic map displayed on the monitor screen From the information on the autonomous action of the facility, the closure of the No. 1 water supply pipe installed in the B waterworks management facility, which is the content of the autonomous action, is extracted and the extracted content of the extracted autonomous action is displayed on the topographical map-based monitor screen where the location of the B waterworks management facility is displayed.

In addition, the event processing function compares the unique identification information of the management facility included in the failure information with the pre-stored management facility management information when the collected management facility-related information is failure information of facilities installed in the management facility. The location of the faulty object is identified, and the unique identification information of the faulty object included in the fault information is compared with the pre-stored facility management information to determine what the faulty target is, and the location of the identified faulty management facility and the identified fault It includes a function to display the object that has occurred and the details of the failure included in the failure information on the topographical map-based monitor screen.

For example, as shown in FIG. 6 , when the failure information of facilities installed in the management facility is a valve failure installed in the No. 1 water supply pipe installed in the water management facility C, the failure information of the facilities installed in the management facility is Extract the unique identification information 'ID:3-RTU', identify the location of the C waterworks management facility that matches the extracted unique identification information, and display the B waterworks management facility at the location on the topographic map displayed on the monitor screen and extracts the unique identification information #103 of the object having a failure from the failure information of the facilities installed in the management facility, and compares the extracted unique identification information #103 of the object with the pre-stored facility management information so that the object with the failure is the number 1 water supply Identifying the supply pipe, identifying the valve failure from the failure information of facilities installed in the management facility, and identifying the faulty object and faulty water supply pipe No. A faulty valve installed in the

The event notification function performs a related notification to the person in charge according to the event being processed.

The event notification function provides a text message regarding the location and content of the accident management facility when the location and content of the accident are displayed on the topographical map-based monitor screen of the management organization where the accident occurred. It includes a function of transmitting to the manager terminal (4000).

For example, if an event processing is performed in which the location of the accident occurrence management facility and the contents of the accident are displayed on the topographical map-based monitor screen for an accident in which a fire occurred at the No. 1 pump installed in A waterworks management facility, 'A waterworks management facility '010-1234-, the manager terminal (4000) of the management institution that manages the waterworks management facility by creating a text message about the location of the accident management facility and the details of the accident, saying that there was a fire in the first pump installed in '010-1234- ****' will be sent.

In addition, the event notification function sends a text message about the location of the management facility where the autonomous action occurred and the contents of the autonomous action when the location of the management facility where the autonomous action occurred and the contents of the autonomous action are displayed on the topographical map-based monitor screen. It includes a function of transmitting the generated management facility to the manager terminal of the management institution that manages it.

For example, for the autonomous action to close the No. 1 water supply pipe installed in the B waterworks management facility, the location of the management facility where the autonomous action occurred and the contents of the autonomous action are displayed on the topographical map-based monitor screen. By creating a text message about the location of the management facility where the voluntary action occurred and the content of the voluntary action, the voluntary action to close the No. 1 water supply pipe installed in the B waterworks management facility was performed, the It is sent to the manager terminal 4000, '010-1234-****'.

In addition, when the location of the management facility where the failure occurred, the object where the failure occurred, and the failure details are displayed on the topographical map-based monitor screen, the event notification function relates to the location of the management facility where the failure occurred, the object where the failure occurred, and the details of the failure It includes a function of sending a text message to the manager terminal of a management organization that manages the management facility in which the failure has occurred.

For example, for the occurrence of a failure of the valve installed in the No. 1 water supply pipe installed in the C waterworks management facility, the location of the management facility where the failure occurred, the object where the failure occurred and the details of the failure are displayed on the topographical map-based monitor screen. In this case, a text message is generated about the location of the management facility where the failure occurred, the object where the failure occurred, and the details of the failure to manage the waterworks management facility. It will be sent to '010-1234-****', which is the manager terminal 4000 of the management institution.

The central monitoring means 200 monitors the operating state of the central control means 100, and when the central control means 100 operates abnormally, a second program for processing an abnormal occurrence event of the central control means 100 It is characterized in that it is mounted.

That is, the central monitoring means 200 collects management facility-related information from the management facilities processed by the central control means, stores and manages the collected management facility-related information, and processes events of the management facility according to the collected management facility-related information. It is to perform the function to monitor whether the function is properly performed.

3, in order to perform the above functions, the central monitoring means 200 includes a first monitoring function, a second monitoring function, an event processing monitoring function, an event notification monitoring function, and an abnormal event processing function. A second program to be executed is loaded.

The first monitoring function transmits the TX signal to the central control means 100 and then, if the RX signal from the central control means 100 according to the TX signal transmission is not received, centrally control the management facility-related information from the management facility It is determined that the means 100 is in an abnormal operating state that is not normally collected.

That is, after transmitting the TX signal to the central control means 100, if the RX signal from the central control means 100 according to the TX signal transmission is not received, the management facility-related information from the management facility to the central control means 100 It is determined that this is an abnormal operation state that is not normally collected.

When the management facility-related information is collected from the management facility, the second monitoring function identifies the unique identification information of the management facility included in the management facility-related information, and the storage location of the storage means matched with the identified unique identification information of the management facility If the collected management facility-related information is not stored, it is determined that the collected management facility-related information is in an abnormal operating state in which the central control means 100 does not separate, store, and manage the collected management facility-related information in a designated storage location for each management facility. .

For example, when the central control means 100 normally collects management facility-related information from A waterworks management facility, the unique identification information of A waterworks management facility is identified from management facility-related information, and the identified waterworks management facility A If the information related to the A water supply management facility collected is not stored in the storage location of the storage means matching the unique identification information, the central control means 100 separates, stores, It is determined that it is an abnormal operation state that is not managed.

If the central control means 100 does not perform event processing according to the collected management facility-related information, the event processing monitoring function is to determine an abnormal operation state in which event processing is not performed according to the collected management facility-related information.

The event processing monitoring function is

After accident information is collected from the management facility, if the location of the accident occurrence management facility and the contents of the accident are not displayed on the topographical map-based monitor screen, it is determined that the central control means 100 is in an abnormal operating state in which the accident event processing is not performed. a third monitoring function,

After autonomous action information is collected from the management facility, if the location of the management facility where the autonomous action occurred and the content of the autonomous action are not displayed on the topographical map-based monitor screen, the central control means 100 does not process the autonomous action event. a fourth monitoring function to determine that it is in an operating state;

After the failure information is collected from the management facility, if the location of the management facility where the failure occurred, the object where the failure occurred, and the failure details are not displayed on the topographic map-based monitor screen, the central control means 100 does not perform failure event processing. It includes a fifth monitoring function that determines that it is in an abnormal operating state.

Specifically, the third monitoring function is after the accident information is collected from the management facility, and if the location of the accident occurrence management facility and the contents of the accident are not displayed on the topographical map-based monitor screen, the central control means 100 processes the accident event It is determined as an abnormal operation state that does not perform

For example, if accident information that a fire occurred in pump No. 1 installed in water management facility A is collected from water management facility A, the location of water management facility A and the fire in pump No. 1 are displayed on the topographical map-based monitor screen. If the accident content is not displayed on the monitor screen that the location of the water supply management facility A and the accident that a fire occurred in Pump No. 1 is not displayed on the monitor screen, the central control means 100 does not perform the accident event processing. It is judged as an abnormal operation state.

In the fourth monitoring function, after autonomous action information is collected from the management facility, if the location of the management facility where the autonomous action occurred and the content of the autonomous action are not displayed on the topographical map-based monitor screen, the central control means 100 sends the autonomous action event It is determined as an abnormal operation state in which no processing is performed.

For example, when information on voluntary measures indicating that the water supply pipe No. 1 installed in the water management facility B was closed is collected from the water management facility B, the location of the water management facility B and the water supply pipe No. 1 are closed on the topographical map-based monitor screen. is displayed, if the location of the water supply management facility B and the contents of the autonomous action stating that the water supply pipe No. 1 is closed is not displayed on the monitor screen, the central control means 100 performs the autonomous action event processing It is judged as an abnormal operation state that does not do so.

In the fifth monitoring function, after the failure information is collected from the management facility, if the location of the management facility where the failure occurred, the object where the failure occurred, and the failure details are not displayed on the topographic map-based monitor screen, the central control means 100 fails. It is determined as an abnormal operation state in which event processing is not performed.

For example, if failure information indicating that a failure occurred in the valve installed in the water supply pipe No. 1 installed in the water management facility C is collected from the water management facility C, the location of the water management facility C and the location of the water service No. 1 on the topographical map-based monitor screen If a failure is displayed indicating that a failure has occurred in the valve installed in the supply pipe, if the location of the C waterworks management facility and the failure contents are not displayed on the monitor screen indicating that a failure has occurred in the valve installed in the No. 1 water supply pipe, the central control means It is determined that (100) is in an abnormal operating state in which failure event processing is not performed.

The event notification monitoring function is abnormal in that if the central control means 100 does not perform a related notification to the person in charge according to the event processed, the central control means 100 does not perform the related notification to the person in charge according to the event processed It is judged to be in an operational state.

The event notification monitoring function is

After the accident information is collected from the management facility, if a text message about the location of the accident occurrence management facility and the content of the accident is not transmitted to the manager terminal of the management institution that manages the management facility where the accident occurred, the central control means 100 A sixth monitoring function that determines that the event is in an abnormal operating state that does not perform an event notification;

After the autonomous action information is collected from the management facility, if a text message about the location of the management facility where the autonomous action occurred and the contents of the autonomous action is not transmitted to the manager terminal of the management institution that manages the management facility where the autonomous action occurred, the central control means A seventh monitoring function that determines that (100) is in an abnormal operating state that does not perform autonomous action event notification;

After the failure information is collected from the management facility, if a text message about the location of the management facility where the failure occurred, the object where the failure occurred, and the details of the failure is not transmitted to the manager terminal of the management institution that manages the management facility where the failure occurred, central control It includes an eighth monitoring function for determining that the means 100 is in an abnormal operating state in which the failure event notification is not performed.

Specifically, after the accident information is collected from the management facility in the 6th monitoring function, a text message about the location of the accident management facility and the content of the accident is not transmitted to the manager terminal of the management organization that manages the management facility where the accident occurred. If not, it is determined that the central control means 100 is in an abnormal operating state in which the accident event notification is not performed.

For example, if accident information that a fire occurred in Pump No. 1 installed in A waterworks management facility is collected from A Waterworks Management Facility, the location of A waterworks management facility and the details of the accident that pump No. A text message is sent to the manager terminal 4000 of the management institution that manages the A water supply management facility. Otherwise, it is determined that the central control means 100 is in an abnormal operating state in which the accident event notification is not performed.

In the seventh monitoring function, after autonomous action information is collected from the management facility, a text message about the location of the management facility where the autonomous action occurred and the contents of the autonomous action is transmitted to the manager terminal of the management institution that manages the management facility where the autonomous action has occurred If not, it is determined that the central control means 100 is in an abnormal operating state in which the autonomous action event notification is not performed.

For example, if voluntary action information indicating that the water supply pipe No. 1 installed in the water management facility B was closed is collected from the water management facility B, it is related to the location of the water management facility B and the contents of the voluntary action that the water supply pipe No. 1 has been closed. A text message is sent to the manager terminal 4000 of the management institution that manages the B water supply management facility. Otherwise, it is determined that the central control means 100 is in an abnormal operating state in which the autonomous action event notification is not performed.

In the eighth monitoring function, after failure information is collected from the management facility, a text message about the location of the management facility where the failure occurred, the object where the failure occurred, and the contents of the failure is sent to the manager terminal of the management institution that manages the management facility in which the failure occurred. If it is not transmitted, it is determined that the central control means 100 is in an abnormal operating state in which the failure event notification is not performed.

For example, if fault information is collected from the C waterworks management facility indicating that a failure has occurred in the valve installed in the No. 1 water supply pipe installed in the C waterworks management facility, the location of the C waterworks management facility and the valve installed in the No. A text message about the failure that this has occurred is sent to the manager terminal 4000 of the management organization that manages the C water supply management facility. If the text message related to the failure that has occurred is not processed, the central control means 100 is determined to be an abnormal operation state in which the failure event notification is not performed.

The abnormal event processing function includes at least one of information collection, information storage management, event processing, and event notification of the central control means 100 through the first monitoring function, the second monitoring function, the event processing monitoring function, and the event notification monitoring function. When it is determined that one function is in an abnormal operating state, the central control means 100 terminates and re-executes the first program mounted on the central control means 100, and the central control means 100 determined to be in an abnormal operating state even after re-execution of the first program When the abnormal operation state of the corresponding function continues, a warning sound for the function in the abnormal operation state is output through the speaker provided in the central control room, or an abnormal occurrence of the function in the abnormal operation state of the central control means 100 is notified to the manager terminal. sending a notification message.

For example, if a problem occurs in the failure event processing function among the information collection, information storage management, event processing, and event notification functions of the central control means 100, the central control means 100 is abnormal through the fifth monitoring function. It is judged to be in an operational state.

If it is determined that the central control means 100 is in an abnormal operating state, the first program loaded on the central control means 100 is primarily terminated and then re-executed.

After that, if it is confirmed again through the fifth monitoring function that there is a problem in the failure event processing function of the central control means 100 even after re-execution of the first program, 'processing the failure event of the central control means through a speaker provided in the central control room 'Fault event of central control means' to output a warning sound saying 'The function is in an abnormal operating state and needs to be checked.' or 'Central control unit failure event This is to send a notification message stating that the processing function is in an abnormal operating state and needs to be checked.

On the other hand, the central control room self-inspection system of the present invention monitors the operating state of the central monitoring means 200, and when the central monitoring means 200 operates abnormally, the central monitoring means 200 performs an abnormal event processing. 3 It may be configured to further include a program-loaded monitoring terminal device (3000).

That is, when a problem occurs in the central monitoring means 200 that monitors the central control means 100 , as a countermeasure for this, the operating state of the central monitoring means 200 is monitored, and the central monitoring means 200 abnormal operation At the time, a third program for performing an abnormal occurrence event processing of the central monitoring means 200 is mounted on the monitoring terminal device 3000 .

The third program mounted on the monitoring terminal device 3000 is,

A function of periodically transmitting a polling signal to the central monitoring means 200;

If the response polling signal of the central monitoring means 200 to the transmitted polling signal is not received, it is determined that an abnormality has occurred in the second program mounted on the central monitoring means 200, and a warning sound is generated through a speaker provided in the central control room. It outputs or transmits a notification message notifying the occurrence of an abnormality in the central monitoring means 200 to the manager terminal.

That is, the polling signal is periodically transmitted to the central monitoring means and a response polling signal is received from the central monitoring means. At this time, if the response polling signal is not received, the second program mounted on the central monitoring means 200 is abnormal. It is determined that this has occurred and a warning sound is output through a speaker provided in the central control room or a notification message notifying the occurrence of an abnormality in the central monitoring means 200 is transmitted to the manager terminal. For example, it outputs a warning sound saying 'The central monitoring means 200 is in an abnormal operating state and needs to be checked.' sending a notification message.

In the above, preferred embodiments of the present invention have been illustrated and described, but the present invention is not limited to the specific embodiments described above, and it is common in the technical field to which the present invention pertains without departing from the gist of the present invention as claimed in the claims. Various modifications may be made by those having the knowledge of, of course, and these modifications should not be individually understood from the technical spirit or perspective of the present invention.

100: central control means
200: central monitoring means
1000 : monitor
2000 : Central Platform Server
3000: monitoring terminal device

Claims (8)

In the central control room self-inspection system,
a monitor 1000 on which event information is displayed based on a topographic map;
It includes a central platform server 2000 that collects management facility-related information from management facilities, stores and manages the collected management facility-related information, performs event processing according to the collected management facility-related information, and performs self-inspection, ,

The central platform server 2000,
A central control means (100) equipped with a first program that collects management facility-related information from management facilities, stores and manages the collected management facility-related information, and performs event processing of management facilities according to the collected management facility-related information class;
Central monitoring means 200 equipped with a second program for monitoring the operating state of the central control means 100 and processing an abnormal occurrence event of the central control means 100 when the central control means 100 is abnormally operated including;

The second program mounted on the central monitoring means 200,
After transmitting the TX signal to the central control means 100, if the RX signal from the central control means 100 according to the TX signal transmission is not received, the central control means 100 normally transmits information related to the management facility from the management facility. A first monitoring function for judging that it is in an abnormal operating state that is not being collected;
When management facility-related information is collected from the management facility, the unique identification information of the management facility included in the management facility-related information is identified, and the management facility-related information collected at the storage location of the storage means matched with the identified unique identification information of the management facility If the information is not stored, a second monitoring function for determining that the collected management facility-related information is in an abnormal operating state in which the central control means 100 is not separated, stored, and managed in a storage location designated for each management facility;
If the central control means 100 does not perform event processing according to the collected management facility-related information, the central control means 100 does not perform event processing according to the management facility-related information event processing to determine that it is in an abnormal operating state monitoring function,
If the central control means 100 does not perform a related notification to the person in charge according to the event being processed, the central control means 100 determines that it is in an abnormal operating state in which the related notification is not performed to the person in charge according to the event processed Event notification monitoring function,
At least one of the information collection, information storage management, event processing, and event notification functions of the central control means 100 is abnormally operated through the first monitoring function, the second monitoring function, the event processing monitoring function, and the event notification monitoring function When it is determined that the state is in the state, the first program mounted on the central control means 100 is terminated and re-executed, and the corresponding function of the central control means 100 determined to be in an abnormal operation state even after the re-execution of the first program is in an abnormal operation state. If continues, a warning sound for a function in an abnormal operating state is output through a speaker provided in the central control room, or a notification message notifying the occurrence of an abnormality in a function in an abnormal operating state of the central control means 100 to the manager terminal is transmitted. Central control room self-inspection system, characterized in that it performs the event processing function.
The method of claim 1,
The first program mounted on the central control means 100,
A data collection function that collects management facility-related information transmitted by the management facility;
A data management function that separates, stores, and manages the collected management facility-related information;
An event processing function that performs event processing of the management facility according to the collected management facility-related information;
Performs an event notification function that notifies the person in charge according to the event being processed;

The information related to the management facility,
Includes accident information of management facilities, autonomous action information of management facilities, and failure information of facilities installed in management facilities;
The accident information of the management facility includes unique identification information and accident content information of the management facility,
The autonomous action information of the management facility includes unique identification information of the management facility and information on the contents of the autonomous action,
The failure information of the facilities installed in the management facility is a central control room self-inspection system, characterized in that it includes unique identification information of the management facility, unique identification information of an object in which a failure occurs, and failure details information.
3. The method of claim 2,
The event processing function is
When the collected management facility-related information is accident information of a management facility, the unique identification information of the management facility included in the accident information is compared with the previously stored management facility management information to determine the location of the management facility where the accident occurred and the identified accident occurred A function to display the location of the management facility and the accident details included in the accident information on the topographical map-based monitor screen;
If the collected management facility-related information is self-measure information of management facilities, compare the unique identification information of the management facility included in the self-measure information with the pre-stored management facility management information to identify and identify the location of the management facility where the autonomous action occurred The function of displaying the location of the management facility where the self-measurement occurred and the contents of the autonomous action included in the information on the autonomous action on the topographical map-based monitor screen;
If the collected management facility-related information is failure information of facilities installed in the management facility, compare the unique identification information of the management facility included in the failure information with the pre-stored management facility management information to determine the location of the management facility where the failure occurred, and By comparing the unique identification information of the object with the failure included in the information with the pre-stored facility management information, the object with the failure is identified, and the location of the management facility where the failure has occurred and the object and failure information with the identified failure are identified. Central control room self-inspection system, characterized in that it includes a function to display the faults included on the topographical map-based monitor screen.
3. The method of claim 2,
The event notification function is
When the location and contents of the accident management facility are displayed on the topographical map-based monitor screen, a text message about the location and contents of the accident management facility is transmitted to the manager terminal of the management organization that manages the management facility where the accident occurred. function and
When the location of the management facility where the autonomous action occurred and the details of the autonomous action are displayed on the topographical map-based monitor screen, a text message about the location of the management facility where the autonomous action occurred and the details of the autonomous action is sent to the management facility where the autonomous action occurred. a function to transmit to the administrator's terminal of the institution; and
If the location of the management facility where the failure occurred, the object where the failure occurred, and the details of the failure are displayed on the topographical map-based monitor screen, the location of the management facility where the failure occurred, the object where the failure occurred, and a text message about the contents of the failure are managed Central control room self-inspection system, characterized in that it includes a function of transmitting to the manager terminal of the management organization that manages the facility.
delete The method of claim 1,
The event processing monitoring function is
After accident information is collected from the management facility, if the location of the accident occurrence management facility and the contents of the accident are not displayed on the topographical map-based monitor screen, it is determined that the central control means 100 is in an abnormal operating state in which the accident event processing is not performed. a third monitoring function,
After autonomous action information is collected from the management facility, if the location of the management facility where the autonomous action occurred and the content of the autonomous action are not displayed on the topographical map-based monitor screen, the central control means 100 does not process the autonomous action event. a fourth monitoring function to determine that it is in an operating state;
After the failure information is collected from the management facility, if the location of the management facility where the failure occurred, the object where the failure occurred, and the failure details are not displayed on the topographic map-based monitor screen, the central control means 100 does not perform failure event processing. Central control room self-inspection system, characterized in that it includes a fifth monitoring function to determine that the abnormal operation state.
The method of claim 1,
The event notification monitoring function is
After the accident information is collected from the management facility, if a text message about the location of the accident occurrence management facility and the content of the accident is not transmitted to the manager terminal of the management institution that manages the management facility where the accident occurred, the central control means 100 A sixth monitoring function that determines that the event is in an abnormal operating state that does not perform an event notification;
After the autonomous action information is collected from the management facility, if a text message about the location of the management facility where the autonomous action occurred and the contents of the autonomous action is not transmitted to the manager terminal of the management institution that manages the management facility where the autonomous action occurred, the central control means A seventh monitoring function that determines that (100) is in an abnormal operating state that does not perform autonomous action event notification;
After the failure information is collected from the management facility, if a text message about the location of the management facility where the failure occurred, the object where the failure occurred, and the details of the failure is not transmitted to the manager terminal of the management institution that manages the management facility where the failure occurred, central control Central control room self-inspection system, characterized in that it includes an eighth monitoring function for determining that the means (100) is in an abnormal operating state that does not perform a failure event notification.
The method of claim 1,
Monitoring terminal device 3000 equipped with a third program for monitoring the operation state of the central monitoring means 200 and processing an abnormal occurrence event of the central monitoring means 200 when the central monitoring means 200 is abnormally operated ) further comprising

The third program mounted on the monitoring terminal device 3000 is,
A function of periodically transmitting a polling signal to the central monitoring means 200;
If the response polling signal of the central monitoring means 200 to the transmitted polling signal is not received, it is determined that an abnormality has occurred in the second program mounted on the central monitoring means 200, and a warning sound is generated through a speaker provided in the central control room. Central control room self-inspection system, characterized in that it outputs or transmits a notification message notifying the occurrence of an abnormality in the central monitoring means (200) to the manager terminal.

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