KR101635806B1 - Facility safety management system having multi-function measuring module of interactive function, intelligence function and duty function, and method for the same - Google Patents

Facility safety management system having multi-function measuring module of interactive function, intelligence function and duty function, and method for the same Download PDF

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KR101635806B1
KR101635806B1 KR1020150095899A KR20150095899A KR101635806B1 KR 101635806 B1 KR101635806 B1 KR 101635806B1 KR 1020150095899 A KR1020150095899 A KR 1020150095899A KR 20150095899 A KR20150095899 A KR 20150095899A KR 101635806 B1 KR101635806 B1 KR 101635806B1
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function
module
multifunctional
measurement
safety
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KR1020150095899A
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Korean (ko)
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신현섭
김태헌
박기태
노승희
김희주
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한국건설기술연구원
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
    • G—PHYSICS
    • G08—SIGNALLING
    • G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C17/00—Arrangements for transmitting signals characterised by the use of a wireless electrical link
    • G08C17/02—Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link

Abstract

A number of measurement modules measuring the abnormal behavior of facilities perform multi-function including interactive function, intelligence function and duty function to obtain measurement data and safety diagnosis result And the reliability of decision making for facility safety diagnosis can be improved by performing a decision making by combining various monitoring results measured from each of the multifunctional measurement modules. In addition, in each multifunctional measurement module By performing the safety diagnosis, it is possible to quickly and accurately grasp the damage position and the degree of damage corresponding to the abnormal behavior of the facility. Also, the dialog function, the intelligence function and the mission A facility safety management system having a multifunctional measurement module of function and a method thereof are provided.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a facility safety management system having a multifunctional measurement module of a communication function, an intelligence function, and a mission function, and a facility safety management system including the multifunctional measurement module.

The present invention relates to a facility safety management system, and more particularly, to a facility safety management system in which a plurality of measurement modules for measuring an abnormal behavior of a facility includes an interactive function, an intelligence function and a duty function The present invention relates to a facility safety management system and a method thereof, which can provide measurement data and a safety diagnosis result by performing a multi-function.

In general, a facility is constructed in various shapes and sizes for its location, purpose and purpose, and various facilities for providing a more comfortable living environment and convenience are provided because it is a living space for a human being.

These facilities can not be used permanently due to human technological limitations and various external factors, but they can be added or subtracted according to natural factors such as climate and human factors such as lifestyle and management method of residents. Only. In addition, since various facilities installed in such facilities are directly connected to the lives of the residents, periodic screening is required to be operated with optimum performance. Especially, in facilities related to human life, .

Therefore, the management of the facilities is very important for the life of the facilities and the safety of the residents of the facilities. Especially, for the facilities where many people live, such as public buildings, It is obligatory to undergo periodic inspections of the facility and its facilities. In particular, social infrastructures are assets that are constructed through large-scale investments to form the foundation of the nation and whose economic effects appear over a long period of time. For example, roads, railways, ports, dams, airports, waterworks, It is a reality that a facility safety management system that can be evacuated from a catastrophic accident is needed in everyday inspection and management of social infrastructures including fish tank facilities.

However, safety inspection of such facilities and equipment is specialized for each field, and it is strictly managed by qualifying the person who is able to perform safety inspection for the relevant field legally, so that the above-mentioned building The state had to feel the difficulty in regular inspection of the facility itself and various facilities installed therein.

FIG. 1 is a diagram illustrating a centralized measurement data collecting environment in which data acquired from a plurality of instruments according to the related art is simultaneously transmitted to a field processing unit.

1, data measured by a plurality of meters 10a, 10b, and 10c is collected through a repeater 21, and is then centrally measured by the field processor 22, Can be collected and information can be inquired.

On the other hand, as a prior art, Korean Patent No. 10-955592 discloses an invention entitled " Facility Management System Using RFID and GIS and Its Control Method ", which will be described with reference to FIG.

2 is a block diagram of a facility management system using RFID and GIS according to a conventional technology.

Referring to FIG. 2, a facility management system using RFID and GIS according to the related art includes a buried pin 31 for providing an RFID tag signal while being buried close to a facility installation position. And an RFID reader capable of receiving the RFID tag signal of the buried pin 31. The RFID reader provides the information of the facilities linked to the RFID tag signal of the buried pin 31 and the geographical information of the facility to the surveyor, And provides location information on the current terminal 33 to the surveyor, provides the surveyor with geographical information on the facility, information on the facility, information on facilities updated by the surveyor having the terminal 33, To the spatial database 32 and receives the geographical information of the updated facilities and information on the facilities through the spatial database 32. [

The facilities management system using RFID and GIS according to the conventional technology can efficiently support the corrective work by integrating the information of the facilities installed on the ground or underground into a database using RFID and GIS.

As another prior art, Korean Patent Laid-Open Publication No. 2011-125045 discloses an invention entitled " Integrated Safety Management System and Method for Heterogeneous Facilities ", which will be described with reference to FIG.

3 is a block diagram of an integrated safety management system for heterogeneous facilities according to the prior art.

Referring to FIG. 3, the integrated safety management system for heterogeneous facilities according to the related art includes a plurality of unit systems 40 including a plurality of sensors installed for each facility. A plurality of data collection systems 53 for collecting and storing / evaluating / analyzing sensor data transmitted from each unit system 40; An integrated operating system 51 for receiving and storing sensor data processed by the data collection system 53, storing and monitoring the generated sensor data, and generating a request message and an alarm message from the sensor through monitoring; An early warning system (54) for activating an alarm message generated in the integrated operating system (51); And an external institution system 55 for requesting data stored in the integrated operation system 51 and using the data as external data.

The unit system 40 is composed of a plurality of sensor sets installed in a specific facility, and a plurality of unit systems constituted by different kinds of sensors are grouped for each of the facilities.

According to the integrated safety management system of the heterogeneous facilities according to the conventional technology, the safety state of the facility can be managed remotely without going directly to the site by integrally managing / monitoring the state and safety of the heterogeneous facilities, And the safety of the facility can be predicted as well as the current state of the facility by judging the safety of the facility through the facility measurement data analyzed in the integrated operating system in addition to the event generated in the facility.

However, according to the related art, all judgment of the measurement data is performed by the facility manager, and the expert capable of judging by the data is very limited. In particular, it is difficult to objectively judge a large amount of data. Accordingly, in a general situation, a facility safety management system is required to notify only refined data and to confirm detailed data as needed.

Korean Registered Patent No. 10-955592 filed on Dec. 2, 2009, entitled " Facility Management System Using RFID and GIS and Control Method Thereof " Korean Patent No. 10-1056056 filed on April 13, 2009, entitled "Analytical Method for Safety Management of River Reef Facilities" Korean Patent Publication No. 2006-65362 (Publication date: June 14, 2006), entitled " Facility Management System Using Wireless Sensor Network " Korean Patent Publication No. 2011-125045 (Publication date: Nov. 18, 2011), title of invention: "Integrated safety management system and method for heterogeneous facilities" Korean Patent Publication No. 2006-21423 (Published on Mar. 8, 2006) Title of invention: "Safety management system and its safety management method over the Internet"

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems and an object of the present invention is to provide an information processing apparatus and a method for controlling a facility, which includes a plurality of measurement modules for measuring an abnormal behavior of a facility including an interactive function, an intelligence function and a duty function Which is capable of providing measurement data and a result of safety diagnosis by performing a multi-function which is a function of a multifunctional measuring function of a communication function, an intelligent function, and a mission function, and a method thereof.

According to another aspect of the present invention, there is provided a multi-functional measurement module for performing time synchronization in a multi-functional measurement module, A facility safety management system having a multifunctional measurement module of functions and mission functions, and a method thereof.

As a means for achieving the above technical object, a facility safety management system having a multifunctional measurement module of a dialog function, an intelligent function and a mission function according to the present invention is installed in each member of the facility so as to detect abnormal behavior of the facility At least one multifunctional measurement module for performing a multifunction of a dialog function, an intelligent function and a mission function; Wherein the at least one multifunctional measuring module is connected to the at least one multifunctional measuring module in a wired or wireless manner, receives the measurement data and the safety diagnosis result from the at least one multifunctional measuring module, collects the collected measurement data and the safety diagnosis result, A relay module for checking an operation state of the multifunctional measurement module; And a communication module that communicates with the relay module in a wired or wireless manner, sets a mission and a scenario to be performed by each of the at least one multifunctional measurement module, receives the measurement data and the safety diagnosis result collected from the relay module, Wherein the communication function of the multifunctional measurement module performs bidirectional communication with the multifunctional measurement module adjacent to the multifunctional measurement module, and the intelligent function performs the bi-directional communication with the adjacent multifunctional measurement module, And provides the safety diagnosis result corresponding to the behavior, and the mission function performs local monitoring or global monitoring of the facility according to a predetermined mission.

The facility safety management system including the multifunction measurement module of the interactive function, the intelligent function, and the mission function according to the present invention may further include a remote management server connected to the field safety management terminal in a wired or wireless manner for remote management have.

Here, the multifunctional measurement module may have at least one pair in conversation in order to perform an interactive function, and the pair may be a combination of local monitoring and global monitoring.

Here, the multifunctional measurement module may be configured as a combination of local monitoring, local monitoring, global monitoring, and global monitoring according to a sensor type or a safety diagnosis algorithm, and synchronization may be established between the paired multifunction measuring modules connected in pairs by bidirectional communication And the monitoring result of the same time zone is requested and processed for the chain monitoring.

Each of the multifunctional measurement modules includes a measurement unit installed on each member of the facility to measure abnormal behavior of the facility; A signal processing and safety diagnosis unit for processing a signal measured by the measurement unit and performing a safety diagnosis on the facility according to a safety diagnosis algorithm; A data storage unit for storing measurement data and a safety diagnosis result processed by the signal processing and safety diagnosis unit; A communication module for a multifunction measuring module that performs wired or wireless communication with the relay module to transmit the measurement data and the result of the safety diagnosis; And a scenario execution unit for recognizing various situations according to the results of the built-in safety diagnosis algorithm and performing a chain operation according to the set scenarios.

Each of the communication modules for the multifunctional measurement module performs wired or wireless communication with the relay module and performs wired or wireless communication so that the multifunctional measurement module can communicate with the adjacent multifunctional measurement module through bidirectional communication. do.

Here, the relay module may include: a communication module for a relay module that performs wired or wireless communication with the at least one multifunctional measurement module and the field safety management terminal; A measurement module status checking unit for checking whether a malfunction has occurred according to an operation state of the at least one multifunctional measurement module; And a data storage and collection unit for collecting the measurement data and the safety diagnosis result received from each of the at least one multifunctional measurement module.

Here, the on-site safety management terminal may include a communication module for the on-site safety management terminal that performs wired or wireless communication with the relay module to receive the collected measurement data and the result of the safety diagnosis; A scenario setting unit for setting a mission to be performed by the at least one multifunctional measuring module; A safety management decision unit for performing a safety management decision on the facility according to the measurement data and the safety diagnosis result received through the communication module; A display for instantly displaying safety diagnosis results, reliability and scenario results of each of the multifunctional measurement modules on a screen, and displaying a mission in the scenario setting section and a safety management decision screen for the facility; A data storage unit for storing measurement data and a safety diagnosis result of each of the multifunctional measurement modules; And a time synchronization performing unit 136 for performing time synchronization on the measurement data and the safety diagnosis result of each of the multifunction measurement modules.

Here, the time synchronization performing unit periodically performs time synchronization of each of the multifunctional measurement modules, or measures measurement errors of the multifunctional measurement modules to correct the data time.

According to another aspect of the present invention, there is provided a facility safety management method including a multifunction measurement module of an interactive function, an intelligent function, and a mission function, comprising the steps of: a) Establishing a mission of; b) transmitting the mission to each of the multifunctional measurement modules via the relay module; c) performing the monitoring measurement through each of the plurality of measurement units of the multifunction measurement module; d) performing the signal processing and the safety diagnosis through the multi-function measurement module (two-way communication) with the adjacent multi-function measurement module; e) transmitting the measurement data and the safety diagnosis result to the relay module by the multifunction measurement module; f) collecting the measurement data and the safety diagnosis result transmitted from each of the multifunctional measurement modules by the relay module; g) transmitting the measurement data and the safety diagnosis result collected by the relay module to the site safety management terminal; And h) performing the safety management decision based on the measurement data and the safety diagnosis result by the field safety management terminal, wherein the multifunctional measurement module is configured to perform a bi-directional communication with the multifunctional measurement module Function, an intelligence function that provides safety diagnosis results in response to abnormal behavior of the facility according to the built-in safety diagnosis algorithm, and a multifunctional function that includes a mission function to perform local surveillance or global surveillance on the facility according to a predetermined mission .

According to the present invention, a plurality of measurement modules for measuring an abnormal behavior of a facility perform multifunctional functions including an interactive function, an intelligent function, and a mission function to provide measurement data and a safety diagnosis result, The reliability of decision making for facility safety diagnosis can be improved by making decisions by combining the monitoring results.

According to the present invention, by performing the safety diagnosis in each multifunctional measurement module in which the time synchronization is performed, it is possible to quickly and accurately grasp the damage position and the degree of damage corresponding to the abnormal behavior of the facility.

According to the present invention, it is possible to reduce the warning error through the dialog of each of the multifunctional measurement modules, thereby reducing the fatigue of the user due to the warning error.

According to the present invention, non-experts can be easily utilized by automating measurement and monitoring.

1 is a diagram illustrating a centralized measurement data collection environment in which data acquired from a plurality of instruments according to the prior art is simultaneously transmitted to a field processing unit.
2 is a block diagram of a facility management system using RFID and GIS according to a conventional technology.
3 is a block diagram of an integrated safety management system for heterogeneous facilities according to the prior art.
4 is a block diagram schematically showing a facility safety management system including a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention.
FIG. 5 is a block diagram specifically illustrating a facility safety management system including a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention.
6 is a diagram for explaining the functions of the multifunction measurement module in the facility safety management system including the multifunction measurement module of the interactive function, the intelligent function, and the mission function according to the embodiment of the present invention.
FIG. 7 is a view for explaining local and global monitoring duties of a multifunction measurement module in a facility safety management system including a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention.
8A to 8D are diagrams illustrating a decision process of a field safety management terminal in a facility safety management system having a multifunctional measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention.
9 is a flowchart illustrating an operation of a method for managing safety of a facility including a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

Throughout the specification, when an element is referred to as "comprising ", it means that it can include other elements as well, without excluding other elements unless specifically stated otherwise. Also, the term "part" or the like, as described in the specification, means a unit for processing at least one function or operation, and may be implemented by hardware, software, or a combination of hardware and software.

[Facility safety management system equipped with multifunction measuring module of dialog function, intelligence function and mission function]

4 is a configuration diagram schematically showing a facility safety management system including a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention. A facility safety management system having a multifunctional measurement module of an intelligent function and a mission function.

4 and 5, a facility safety management system 100 including a multifunctional measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention includes at least one multifunctional measurement module 110, A relay module 120, a site safety management terminal 130, and a remote management server 140. [ Here, the facility 200 is a social infrastructure that is constructed as a large-scale investment for forming a national infrastructure and has long-term economic effects such as roads, railways, ports, dams, airports, , Rivers and aquaculture facilities, and the like.

The facility safety management system 100 including the multifunctional measurement module of the interactive function, the intelligent function and the mission function according to the embodiment of the present invention includes the measurement modules 110a, 110b, 110c, ..., 110n) capable of bidirectional communication; An intelligence function capable of judging the safety of the facility 200 through an embedded safety diagnosis algorithm; And a multi-function including a duty monitoring function or a duty monitoring function that assigns and monitors a monitoring task or a global monitoring task. At this time, the communication between the multifunctional measuring module 110 and the adjacent multifunctional measuring module 110 is both wired or wireless, but it is preferable to use wired communication. Because the recent structures are constructed using complex materials, some members may affect wireless communication, and wireless communication may be difficult if they are clogged with concrete walls or steel plates even though they are close to each other.

5, the multifunctional measurement module 110 is an apparatus for obtaining safety management information of the facility 200 and includes a measurement unit 111, a data storage unit 112, A safety diagnosis unit 113, a communication module 114, and a scenario execution unit 115. [ The relay module 120 may include a relay module communication module 121, a measurement module status check unit 122 and a data storage and collection unit 123, A scenario setting unit 132, a safety management decision unit 133, a display 134, a data storage unit 135, and a time synchronization performing unit 136 But are not limited to,

The multifunctional measuring module 110 is provided for at least one device for acquiring safety management information of the facility 200 and installed in each member of the facility 200 to detect abnormal behavior of the facility 200, Functions, intelligence functions, and mission functions. That is, the interactive function of the multifunctional measuring module 110 performs bidirectional communication with the multifunctional measuring module 110 adjacent to the multifunctional measuring module 110, and the intelligent function corresponds to the abnormal behavior of the facility 200 And provides the result of the safety diagnosis, and the mission function performs a local monitoring mission or a global monitoring mission for the facility 200 according to a predetermined mission.

5, the measuring unit 111 of the multifunctional measuring module 110 is installed in each member of the facility 200 as a meter for safety diagnosis to detect abnormal behavior of the facility 200 For example, the measurement unit 111 may include a sensor such as a speedometer, a displacement meter, a strain gauge, an A / D converter and an amplifier for digitizing (A / D) the measured physical quantity. The signal processing and safety diagnosis unit 113 of the multifunctional measurement module 110 processes signals measured by the measurement unit 111 and performs safety diagnosis of the facility 200 according to a safety diagnosis algorithm . The data storage unit 112 of the multifunctional measurement module 110 may store the data measured by the measurement unit 111 and the measurement data and the safety diagnosis result processed by the signal processing and safety diagnosis unit 113, The communication module 114 for the multifunctional measurement module performs wired or wireless communication with the relay module 120 to transmit the measurement data and the safety diagnosis result. The scenario execution unit 115 recognizes various situations according to the results of the built-in safety diagnosis algorithm, and performs a chain operation according to the set scenarios.

The communication module 114 for the multifunctional measurement module communicates with the relay module 120 and communicates with the adjacent multifunctional measurement module 110 in both directions by communicating the measurement data and the safety diagnosis result, But is not limited to, a wired or wireless communication module.

The relay module 120 relays the measurement data and the safety diagnosis result through wired communication or wireless communication according to the scale of the facility 200 or the environmental condition, and confirms the operation state of the multifunctional measurement module 110. That is, the relay module 120 communicates with the at least one multifunctional measurement module 110 in a wired or wireless manner, receives the measurement data and the safety diagnosis result from the at least one multifunctional measurement module 110, It is possible to transmit the collected measurement data and the safety diagnosis result, and to check the operation state of the at least one multifunction measurement module 110, that is, the malfunction.

5, the communication module 121 of the relay module 120 performs wired or wireless communication with the at least one multifunctional measurement module 110 and the field safety management terminal 130 And the measurement module status checking unit 122 of the relay module 120 relays the measurement data and the safety diagnosis result through wired communication or wireless communication according to the size or the environmental condition of the facility 200, The operation state of the multifunctional measurement module 110 is checked. The data storage and collection unit 123 of the relay module 120 is a temporary storage device for preventing the data relayed by the relay module 120 from being lost, And collects the measurement data and safety diagnosis results.

The field safety management terminal 130 communicates with the relay module 120 in a wired or wireless manner and sets tasks and scenarios to be performed by the at least one multifunctional measurement module 110. The relay module 120, And receives the measurement data and the result of the safety diagnosis, and performs the safety diagnosis decision. The site safety management terminal 130 visualizes and provides the user with a comprehensive safety diagnosis result of the facility 200, such as the measurement data, the safety diagnosis result, and the state of the multifunction measurement module 110.

5, the communication module 131 of the field-safety management terminal 130 performs wired or wireless communication with the relay module 120 to collect the collected measurement data and the safety diagnosis result And the scenario setting unit 132 sets a task to be performed by the at least one multifunctional measuring module 110. [ The safety management decision unit 133 performs a safety management decision on the facility 200 according to the measurement data and the safety diagnosis result received through the communication module 131, The safety diagnosis result, the reliability and the scenario result of each of the multifunctional measurement modules 110 are immediately displayed on the screen, and the mission set by the scenario setting unit 132 and the safety management decision on the facility 200 Screen display. The data storage unit 135 stores the measurement data and the safety diagnosis result of each of the multifunctional measurement modules 110. The time synchronization performing unit 136 periodically detects the time of each of the multifunctional measurement modules 110 Synchronization can be collectively performed or the measurement time of each of the multifunctional measurement modules 110 can be measured to correct the data time.

That is, the field safety management terminal 130 communicates wired or wirelessly with the relay module 120, sets a mission to be performed by each of the at least one multifunctional measurement modules 110, ), And performs the safety diagnosis decision.

As shown in FIG. 4, the remote management server 140 is wired or wirelessly connected to the field security management terminal 130 for remote management.

Therefore, in the case of the facility safety management system including the multifunction measurement module of the interactive function, the intelligent function, and the mission function according to the embodiment of the present invention, the facility safety management system, which is not the conventional centralized measurement data collection, It is possible to quickly and accurately grasp the damage position and damage level corresponding to the abnormal behavior of the facility 200 because the safety diagnosis is performed in the facility 110.

In the case of the facility safety management system having the multifunction measurement module of the interactive function, the intelligent function and the mission function according to the embodiment of the present invention, the multifunctional measurement module 110 and the adjacent multifunctional measurement module 110 It is possible to reduce the warning error, thereby reducing the fatigue of the user due to the warning error.

In the case of the facility safety management system including the multifunction measurement module of the interactive function, the intelligent function, and the mission function according to the embodiment of the present invention, The reliability of decision making on facility safety diagnosis can be improved.

Also, in the case of the facility safety management system including the multifunction measurement module of the interactive function, the intelligent function, and the mission function according to the embodiment of the present invention, the non-expert can be easily utilized by automating the measurement and monitoring.

6 is a view for explaining the functions of the multifunctional measurement module in the facility safety management system including the multifunctional measurement module of the dialog function, the intelligent function, and the mission function according to the embodiment of the present invention. 1 is a view for explaining local and global monitoring tasks of a multifunction measurement module in a facility safety management system having a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment.

In the multifunctional measurement module 110 of the facility safety management system 100 having the multifunctional measurement module of the interactive function, the intelligent function and the mission function according to the embodiment of the present invention, as shown in FIG. 6, Monitoring and conversation between the multifunctional measurement module 110 of the monitoring module 110 and the adjacent measurement module 110 are possible, and transmission / reception of the monitoring information is possible in both directions. The mission function indicates that each of the multifunctional measurement modules 110 has a different physical quantity measured according to each member of the facility 200 and has a unique monitoring mission function corresponding to the physical quantity. For example, Duties can be carried out separately from local monitoring duties and global monitoring duties through built-in safety diagnosis algorithms. For example, as shown in FIG. 7, the local monitoring mission is an operation for sensitively monitoring a limited area, and refers to acquiring ultrasonic waves, images, and the like, and the global monitoring task is a comprehensive monitoring task Observation task is, for example, acquisition of vibration, displacement, and the like.

8A to 8D are diagrams illustrating a decision process of a field safety control terminal in a facility safety management system including a multifunctional measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention.

As shown in FIG. 5, a time error may occur in data storage because each of the multifunctional measurement module 110 or the relay module 120 has a built-in data processing and storage unit. For example, in order to analyze one event measured by the multifunctional measurement module 110 in multiple angles, the multifunctional measurement module 110 must be based on data measured at the same time in the stored data, Time synchronization between the two. For example, the time synchronization method a) performs a safety management diagnosis after compensating the data time by measuring a measurement error of each of the multifunction measurement modules, or a) collectively collecting data at a centralized periodically or periodically.

8A to 8D, in the case of the facility safety management system 100 including the multifunction measurement module of the interactive function, the intelligent function, and the mission function according to the embodiment of the present invention, As described above, in the multifunctional measurement module 110, the accelerometer, which is the measurement unit 111, collects data. 8B, if abnormal behavior is detected after the signal processing and safety diagnosis unit 113 of the multifunctional measurement module 110 performs the safety diagnosis of the measurement data, the adjacent multifunctional measurement module 110 detects the abnormal behavior, And then requests safety diagnosis data in the same time zone.

Next, as shown in FIG. 8C, when the safety diagnosis result obtained from the adjacent multifunctional measurement module 110 is transmitted to the site safety management terminal 130, the site safety management terminal 130 performs time synchronization And compares the result of the safety diagnosis of the multifunctional measurement module 110 and the adjacent multifunctional measurement module 110 in the same time zone.

Next, as shown in FIG. 8D, it is possible to grasp the safety management state of the entire facility 200 through comparison of the safety diagnosis results of the entire multifunctional measurement module 110. If it is diagnosed as a dangerous situation, And displays the trick on the display 134 immediately.

The multifunctional measurement module 110 of the facility safety management system 100 having the multifunctional measurement module of the interactive function, the intelligent function and the mission function according to the embodiment of the present invention, as shown in FIG. 7, A conversation partner can have at least one pair, and the basic condition of this pair can consist of a combination of local and global surveillance.

Also, depending on the type of sensor or safety diagnosis algorithm, it can be configured as a combination of local monitoring - local monitoring or global monitoring - global monitoring. At this time, the synchronization monitoring function can be improved by performing synchronization through interactive (bi-directional communication) between the paired multifunctional measurement modules 110, and then requesting and processing monitoring results in the same time zone.

Since the user can confirm the local monitoring result and the global monitoring result of the relevant area where the time measurement data is analyzed immediately after the occurrence of the situation, the user can grasp the rough damage area and the damage size of the facility 200 In addition, the field safety management terminal 130 can assemble various monitoring results measured from each of the multifunctional measurement modules 110, thereby making final decision making with improved reliability.

[Method of safety management of facility with multifunction measurement module of dialog function, intelligence function and mission function]

9 is a flowchart illustrating an operation of a method for managing safety of a facility including a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention.

9, a facility safety management method including a multifunction measurement module of an interactive function, an intelligent function, and a mission function according to an embodiment of the present invention includes the steps of: The respective tasks and scenarios are set (S110).

Next, the field safety management terminal 130 transmits a mission and a scenario to each of the multifunctional measurement modules 110 via the relay module 120 (S120).

Next, the multifunctional measurement module 110 performs monitoring measurement through each of the measurement units 111 (S130). Here, the multifunctional measuring module 110 includes an interactive function for performing bidirectional communication with an adjacent multifunctional measuring module 110, an intelligent function for providing a result of a safety diagnosis corresponding to an abnormal behavior of the facility 200, And performs a multi-function including a mission function for performing local surveillance or global surveillance on the facility 200 according to the type of the facility. At this time, the multifunctional measurement module 110 may have at least one pair in conversation in order to perform an interactive function, the pair may be a combination of local monitoring and global monitoring, and the multifunctional measuring module 110 ) May be configured as a combination of local monitoring-local monitoring or global monitoring-global monitoring according to a sensor type or a safety diagnosis algorithm, and synchronization is performed through conversation (bi-directional communication) between the paired multifunctional measurement modules 110 Request and process surveillance results for the same time zone for follow-up surveillance. The multifunctional measuring module 110 includes a communication module 114 that performs wired or wireless communication with the relay module 120 to transmit the measurement data and the result of the safety diagnosis, The relay module 120 and the multifunctional measurement module 110 may be a wired or wireless communication module capable of interacting with the adjacent multifunctional measurement module 110 in two-way communication.

Next, the multifunctional measuring module 110 performs signal processing and safety diagnosis through conversation (bidirectional communication) with the adjacent multifunctional measuring module 110 (S140). At this time, the warning error can be reduced through the conversation of each of the multifunctional measurement modules 110, thereby reducing the fatigue of the user due to the warning error.

Next, the multifunctional measurement module 110 transmits the measurement data and the safety diagnosis result to the relay module 120 (S150).

Next, the relay module 120 collects the measurement data and the safety diagnosis result transmitted from each of the multifunctional measurement modules 110 (S160).

Next, the relay module 120 transmits the collected measurement data and the safety diagnosis result to the field safety management terminal 130 (S170). In addition, the relay module 120 can check whether there is a malfunction according to the operation state of the at least one multifunctional measurement module 110.

Next, the field safety management terminal 130 performs safety management decision based on the measurement data and the result of the safety diagnosis (S180). At this time, the time synchronization performing unit 136 of the field safety management terminal 130 can perform time synchronization with the measurement data and the safety diagnosis result of each of the multifunctional measurement modules 110, and for example, The synchronization performing unit 136 may periodically synchronize the time of each of the multifunctional measurement modules 110 or may measure the measurement error of each of the multifunctional measurement modules 110 to correct the data time.

Accordingly, it is possible to improve the reliability of the decision on the safety diagnosis of the facility by making a decision by synthesizing various monitoring results measured from each of the multifunctional measurement modules 110.

According to the embodiment of the present invention, it is possible to quickly and accurately grasp the damage position and the degree of damage corresponding to the abnormal behavior of the facility, and the non-specialist can be easily utilized by automating the measurement and monitoring.

It will be understood by those skilled in the art that the foregoing description of the present invention is for illustrative purposes only and that those of ordinary skill in the art can readily understand that various changes and modifications may be made without departing from the spirit or essential characteristics of the present invention. will be. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. For example, each component described as a single entity may be distributed and implemented, and components described as being distributed may also be implemented in a combined form.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

100: Facility safety management system
200: Facility
110, 110a, 110b, 110c, 110n: Multifunction measuring module
120: Relay module
130: On-site safety management terminal
140: remote management server
111:
112: Data storage unit
113: Signal Processing and Safety Diagnosis Department
114: Communication module for multifunction measurement module
115: scenario execution unit
121: Communication module for relay module
122: Measurement module status check section
123: Data storage and collection unit
131: Communication module for on-site safety management terminal
132: scenario setting section
133: Safety Management Decision Department
134: Display
135: Data storage unit
136: time synchronization performing unit

Claims (16)

At least one multifunction measuring module 110 installed in each member of the facility 200 for detecting an abnormal behavior of the facility 200 and performing multi-functions of an interactive function, an intelligent function, and a mission function;
(110), and receives measurement data and a safety diagnosis result from the at least one multifunctional measurement module (110) and collects the collected measurement data and the result of the safety diagnosis A relay module (120) for checking the operation state of the at least one multifunctional measurement module (110); And
The multifunction measuring module 110 communicates with the relay module 120 in a wired or wireless manner to set up tasks and scenarios to be performed by each of the at least one multifunctional measurement modules 110. The measurement data collected from the relay module 120, A site safety management terminal 130 for receiving a result and making a safety diagnosis decision,
≪ / RTI >
The multifunction measurement module 110 performs bidirectional communication with the multifunctional measurement module 110 adjacent to the multifunctional measurement module 110. The multifunctional measurement module 110 performs bidirectional communication with the multifunctional measurement module 110, And provides a safety diagnosis result corresponding to abnormal behavior, and the mission function performs local monitoring or global monitoring of the facility 200 according to a predetermined mission,
The multifunctional measurement module 110 may have at least one pair in conversation to perform an interactive function, and the pair is configured by a combination of local monitoring and global monitoring. Facility safety management system equipped with multifunction measurement module of function. The method according to claim 1,
And a multifunctional measurement module of an interactive function, an intelligent function, and a mission function further comprising a remote management server (140) connected to the on-site safety management terminal (130) in a wired or wireless manner for remote management. delete The method according to claim 1,
The multifunctional measuring module 110 may be configured as a combination of local monitoring, local monitoring, global monitoring, and global monitoring in accordance with a sensor type or a safety diagnosis algorithm, and a dialog (bidirectional communication) And the monitoring result of the same time zone is requested and processed for the chain monitoring, and the facilities safety management system including the multifunction measurement module of the dialog function, the intelligent function and the mission function. The multi-function measuring module according to claim 1,
A measuring unit 111 installed on each member of the facility 200 for measuring an abnormal behavior of the facility 200;
A signal processing and safety diagnosis unit 113 for processing signals measured by the measurement unit 111 and performing safety diagnosis for the facility 200 according to a safety diagnosis algorithm;
A data storage unit 112 for storing measurement data and a safety diagnosis result processed by the signal processing and safety diagnosis unit 113;
A communication module (114) for a multifunctional measuring module that performs wired or wireless communication with the relay module (120) and transmits the measurement data and the result of the safety diagnosis; And
A scenario execution unit 115 for recognizing various situations according to a result of the built-in safety diagnosis algorithm and performing a chain operation according to a set scenario,
A facility safety management system including a multifunctional measurement module including an interactive function, an intelligent function, and a mission function. 6. The method of claim 5,
Each of the communication modules 114 for the multifunctional measurement module performs wired or wireless communication with the relay module 120 so that the multifunctional measurement module 110 can communicate with the adjacent multifunctional measurement module 110 in two- And a wired or wireless communication is carried out between the mobile terminal and the mobile communication terminal, wherein the multifunctional measurement module includes an interactive function, an intelligent function, and a mission function. The relay station of claim 1, wherein the relay module (120)
A communication module (121) for a relay module that performs wired or wireless communication with the at least one multifunctional measurement module (110) and the field safety management terminal (130);
A measurement module status checking unit 122 for checking whether the at least one multifunctional measurement module 110 is malfunctioning according to an operation state thereof; And
A data storage and collection unit (123) for collecting measurement data and a safety diagnosis result received from each of the at least one multifunctional measurement modules (110)
A facility safety management system including a multifunctional measurement module including an interactive function, an intelligent function, and a mission function. The system according to claim 1, wherein the field safety management terminal (130)
A communication module (131) for a site for safety management terminal for performing wired or wireless communication with the relay module (120) and receiving the collected measurement data and a safety diagnosis result;
A scenario setting unit 132 for setting a mission to be performed by the at least one multifunctional measuring module 110;
A safety management decision unit 133 for performing a safety management decision on the facility 200 according to the measurement data and the safety diagnosis result received through the communication module 131;
The safety diagnosis result, the reliability, and the scenario result of each of the multifunctional measurement modules 110 are immediately displayed on the screen, and the tasks set by the scenario setting unit 132 and the safety management decision- A display 134 for displaying on a screen;
A data storage unit 135 for storing measurement data and a safety diagnosis result of each of the multifunction measurement modules 110; And
A time synchronization performing unit 136 for performing time synchronization on the measurement data and the safety diagnosis result of each of the multifunction measurement modules 110,
A facility safety management system including a multifunctional measurement module including an interactive function, an intelligent function, and a mission function. 9. The method of claim 8,
The time synchronization performing unit 136 periodically performs time synchronization of each of the multifunctional measurement modules 110 or measures the measurement errors of each of the multifunctional measurement modules 110 to correct the data time A facility safety management system equipped with a multifunctional measurement module of interactive functions, intelligence functions and mission functions. a) setting the mission of each of the multifunctional measurement modules 110 by the site safety management terminal 130;
b) transmitting the mission to each of the multifunctional measurement modules 110 via the relay module 120 by the site safety management terminal 130;
c) performing the monitoring measurement by the multifunctional measurement module 110 through each measurement unit 111;
d) performing the signal processing and the safety diagnosis through the multi-function measuring module 110 through the interactive multi-function measuring module 110 (bidirectional communication);
e) transmitting the measurement data and the safety diagnosis result to the relay module (120) by the multifunctional measurement module (110);
f) collecting measurement data and safety diagnosis results transmitted from each of the multifunctional measurement modules (110) by the relay module (120);
g) transmitting the measurement data and the safety diagnosis result collected by the relay module (120) to the field safety management terminal (130); And
h) performing the safety management decision based on the measurement data and the result of the safety diagnosis at the site safety management terminal (130)
, ≪ / RTI &
The multifunctional measuring module 110 detects a safety corresponding to an abnormal behavior of the facility 200 according to a built-in safety diagnosis algorithm, an interactive function of performing bidirectional communication with the multifunctional measuring module 110 adjacent to the multifunctional measuring module 110, Performs a multi-function including an intelligence function for providing a diagnosis result, and a mission function for performing local surveillance or global surveillance on the facility 200 according to a predetermined mission,
The multifunctional measurement module 110 may have at least one pair in conversation to perform an interactive function, and the pair is configured by a combination of local monitoring and global monitoring. A method for safety management of a facility equipped with a multifunctional measuring module. delete 11. The method of claim 10,
The multifunctional measuring module 110 may be configured as a combination of local monitoring, local monitoring, global monitoring, and global monitoring in accordance with a sensor type or a safety diagnosis algorithm, and a dialog (bidirectional communication) And the monitoring result of the same time zone is requested and processed for the chronological monitoring after performing synchronization via the multifunction measuring module of the multifunction measuring module of the interactive function, the intelligent function and the mission function. 11. The method of claim 10,
Each of the communication modules 114 for the multifunctional measuring module 110 of the multifunctional measuring module 110 performs wired or wireless communication with the relay module 120 and the multifunctional measuring module 110 is connected to the adjacent multifunctional measuring module 110, Wherein the wired or wireless communication is performed so as to allow the user to communicate with each other through two-way communication. 11. The method of claim 10,
Wherein the relay module (120) checks whether a malfunction occurs according to an operation state of the at least one multifunctional measurement module (110). The multifunctional measurement module . 11. The method of claim 10,
Wherein the time synchronization performing unit (136) of the field safety management terminal (130) performs the time synchronization with the measurement data and the safety diagnosis result of each of the multifunction measurement modules (110) in the step (h) , A method for safety management of facilities having a multifunction measurement module of intelligence function and mission function. 16. The method of claim 15,
The time synchronization performing unit 136 periodically performs time synchronization of each of the multifunctional measurement modules 110 or measures the measurement errors of each of the multifunctional measurement modules 110 to correct the data time A method for safety management of a facility equipped with a multifunctional measurement module having a dialog function, an intelligence function and a mission function.
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