KR101859070B1 - Safety supervision system for large scale facilities and safety supervision method thereof - Google Patents

Safety supervision system for large scale facilities and safety supervision method thereof Download PDF

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KR101859070B1
KR101859070B1 KR1020160030245A KR20160030245A KR101859070B1 KR 101859070 B1 KR101859070 B1 KR 101859070B1 KR 1020160030245 A KR1020160030245 A KR 1020160030245A KR 20160030245 A KR20160030245 A KR 20160030245A KR 101859070 B1 KR101859070 B1 KR 101859070B1
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김진수
박완선
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(주)다울
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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
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    • G—PHYSICS
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    • G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
    • G06K19/06009—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code with optically detectable marking
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    • 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
    • G08B25/01—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium
    • G08B25/10—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium using wireless transmission systems
    • 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
    • G08B25/14—Central alarm receiver or annunciator arrangements
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
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Abstract

The present invention relates to a large-scale facility safety management system, which includes a safety sensing device that provides safety information related to industrial facilities, management of industrial facilities, management of industrial facilities by providing safety information and identification information, A facility management server for providing information related to industrial facilities, a management tag unit attached to each of the industrial facilities for identifying industrial facilities, and providing unique information related to industrial facilities, And a smart terminal for receiving information from the facilities management server.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a safety management system,

The present invention relates to a large-scale facility safety management system and method, and more particularly, to a real-time facility safety management system using beacons and QR codes for preliminary safety management of risk factors of environmental pollution and safety accidents.

In recent years, the risk of atmospheric pollution and safety accidents such as fire, collapse, gas leakage, and explosion caused by poorly installed equipment or facilities installed in large industrial sites are frequently occurring.

In Korea, the comprehensive management status of dangerous facilities handling hazardous materials and vulnerable disaster facilities and detailed data on these facilities are not computerized systematically. Therefore, In addition, it is time-consuming, and there are many difficulties in eliminating or improving these risk factors or developing activities to prevent the spread of these accidents or to minimize the damage.

In particular, there is a need to prevent a safety accident caused by an aged facility or equipment, or to construct a system that can control the accident.

(Patent Document 1) Published Unexamined Patent Application No. 10-2009-0087372 (Patent Document 2) Patent Registration No. 10-1311324 (Patent Document 3) Patent Registration No. 10-0913194

The present invention is conceived to solve the above-mentioned problems, and it is an object of the present invention to provide a large-scale facility safety management system based on a beacon and QR code for safety management of an accident risk factor occurring in a facility installed in a large- The present invention provides a facility management system and method that can manage the safety management and the emergency situation coping.

A safety sensing device disposed in each of a plurality of industrial facilities and providing safety information related to the industrial facility, and a safety sensor for providing safety information and identification information of the industrial facilities, A facility management server that manages facilities, predicts and analyzes risk situations, and provides information related to industrial facilities; at least one facility that manages data collection and transmission between safety sensing devices and facility management servers, A data logger, a management tag unit attached to each of the industrial facilities to identify the industrial facilities, and to provide unique information related to the industrial facilities, and a smart tag that receives industrial facility related information from the facility management server through the management tag unit And a terminal for managing the safety of the facility.

The safety sensing device includes a plurality of wireless sensing device units for facility security management based on object intelligence communication (M2M / IoT), a fixing unit for fixing the wireless sensing device units to industrial facilities, And a communication relay unit for relaying communication between the plurality of wireless sensing device units.

The plurality of wireless sensing device units includes a plurality of sensor means that operate according to a normal or external signal, a sensing storage means that stores a unique number of the sensor means and stores sensing result values by time, And a sensor wireless communication means for wirelessly transmitting the sensed result and receiving the result of the external sensing, wherein the sensor alarm means for emitting an alarm in accordance with the sensing result of the sensor means, the sensor means, the sensing storage means, the wireless communication means, A temperature sensor, a leakage detection sensor, a settlement detection sensor, a deformation detection sensor, a corrosion detection sensor, a pressure sensor, a crack detection sensor, and an acceleration sensor .

The facilities management server collects environment information of industrial facilities through communication with a data logger, transmits a related control signal, and communicates with the smart terminal. The facility management server examines industrial facility data based on GIS or beacon, A facility inspecting unit for managing facility inspections according to characteristics of each industrial facility through information of the management tag unit and the smart terminal, A management monitoring unit for managing the safety of the industrial facility using the real-time sensing data of the communication unit and the analysis result of the data analysis unit, and for analyzing and managing the inspection result of the facility inspection unit, and storing the transmitted data, And the monitoring and management results of the management monitoring unit are shared with the smart terminal, It characterized in that it comprises a terminal support for managing the applications to be driven in the device.

The data analysis unit includes: facility analysis means for analyzing industrial facility-related data; sensor analysis means for analyzing real-time sensor data stored in the storage; big data analysis means for performing big data analysis using industrial facility data and sensor data; A risk prediction means for predicting and analyzing the risk based on the big data analysis, and a matching means for matching between the unique information related to the industrial equipment and the link information.

The facility inspection unit includes a location management unit for managing facility information according to a location of the management tag unit, a maintenance management unit for storing and managing maintenance items to be checked for each facility, a maintenance result for extracting inspection results from data of the smart terminal and the safety sensing device And an extracting unit.

The management tag unit includes a beacon unit that periodically transmits unique information of industrial equipment, a QR code unit that stores link information related to the industrial facility, a marking unit that separates the industrial facility into sections, a beacon unit and a QR code unit And a tag fixing portion for fixing the body portion to the industrial equipment.

The beacon unit includes a sending unit that periodically sends an ID value, a control unit that controls the sending unit, and a power unit that supplies power, and the beacon unit drives an application of the smart terminal that received the signal, The facility management server provides its own ID to the facility management server through the driven application, and the facility management server provides the related information to the smart terminal according to the provided information.

The beacon unit senses an industrial facility, periodically transmits the sensing value with the ID, and provides the sensing information to the server through an application in the smart terminal in response to the transmitted signal. do.

The method may further include the steps of installing a wireless sensing device unit and a management tag unit in each facility of the large-scale facility, and transmitting the safety information of the facility through the installed safety sensing device. And providing the result to the smart terminal of the manager; analyzing the safety information of the facility stored in the server by the management tag unit, The method includes the steps of: providing the terminal with the inspection information; writing the inspection information to the smart terminal and providing the written inspection information to the server; and analyzing the inspection information and analyzing the present state of the facility, And providing the result back to the smart terminal. ≪ RTI ID = 0.0 > Provide a facility safety management method.

As described above, the present invention provides a system for safety management of large facilities based on beacons and QR codes for safety management of the risk factors of accidents that may occur in facilities installed in a large industrial field, .

Administrators can also efficiently manage industrial facilities located within large facilities via beacon and QR codes.

1 is a block diagram of a large-scale facility safety management system according to an embodiment of the present invention;
2 is a block diagram of a safety sensing device according to one embodiment.
3 is a block diagram of a wireless sensing device according to one embodiment.
4 is a block diagram of a data logger in accordance with one embodiment.
5 is a block diagram of a facility management server according to an embodiment;
6 is a block diagram of a communication unit according to an embodiment;
7 is a block diagram of a data analysis unit according to an embodiment;
8 is a block diagram of a facility inspection unit according to an embodiment;
9 is a block diagram of a management monitoring unit according to an embodiment.
10 is a block diagram of a management tag unit according to an embodiment;
FIG. 11 is a flowchart illustrating a method for safely managing facilities according to an embodiment of the present invention. FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. It will be apparent to those skilled in the art that the present invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, It is provided to let you know. Wherein like reference numerals refer to like elements throughout.

It is to be clarified that the division of components in this specification is merely a division by main function which each component is responsible for. That is, two or more constituent parts to be described below may be combined into one constituent part, or one constituent part may be divided into two or more functions according to functions that are more subdivided. In addition, each of the constituent units described below may additionally perform some or all of the functions of other constituent units in addition to the main functions of the constituent units themselves, and that some of the main functions, And may be carried out in a dedicated manner. Accordingly, the presence or absence of each component described in this specification should be interpreted as a function. For this reason, it is clear that the large-scale facility safety management system and method of the present invention can be varied within the scope of achieving the object of the present invention.

1 is a block diagram of a large-scale facility safety management system according to an embodiment of the present invention. FIG. 2 is a block diagram of a safety sensing device according to an embodiment, and FIG. 3 is a block diagram of a wireless sensing device according to an embodiment. 4 is a block diagram of a data logger in accordance with one embodiment. FIG. 5 is a block diagram of a facility management server according to an embodiment, FIG. 6 is a block diagram of a communication unit according to an embodiment, FIG. 7 is a block diagram of a data analysis unit according to an embodiment, FIG. 9 is a block diagram of a management monitoring unit according to an embodiment. FIG. 10 is a block diagram of a management tag unit according to an embodiment.

1 to 10, the large-scale facility safety management system according to the present embodiment includes an industrial facility 100 in which a plurality of industrial facilities 110 are disposed, and a plurality of industrial facilities 110, A safety sensing device 200 for providing safety information related to the facility 110 and a management system 200 for managing the industrial facility 110 by receiving management and safety information and identification information of the industrial facilities 110, A facility management server 300 for providing information related to industrial facilities and at least one data logger for managing data collection and transmission between the safety sensing devices installed in the industrial facilities 110 and the facility management server 300 A management tag unit 500 attached to each of the industrial facilities 110 to identify the industrial facilities 110 and to provide unique information related to industrial facilities, Facilities related to industrial facilities through And a smart terminal 600 receives from the management server 300.

Industrial facility 100 refers to a facility in which various industrial facilities 110 are located. Such an industrial facility 110 may be a large-scale automated facility, a large-scale manufacturing facility, and a plant, but may be various large-scale industrial facilities.

Such large-scale industrial facilities are very important to manage, but they are not easy to manage because they have a wide range of facilities. However, in the present embodiment, the industrial facility 100 is divided into a plurality of regions or zones, the industrial facilities 110 within the divided areas are classified, and a safety sensor And the management tag unit 500 including the beacon and QR tags may be disposed to maximize the efficiency of management.

2, the safety sensing device 200 installed in each of the industrial facilities 110 includes a plurality of wireless sensing device units 210 for facility security management based on the object intelligent communication (M2M / IoT) A fixing unit 220 for fixing the wireless sensing device units 210 to the industrial equipment 110 and a power source unit 230 for applying power to the wireless sensing device units 210.

In the case of a large facility, the communication relay unit 240 may further include a communication relay unit 240 for relaying communication between the plurality of wireless sensing device units 210.

As shown in FIG. 3, the plurality of wireless sensing device units 210 includes a plurality of sensor means 211 that operates according to a normal or an external signal, and a sensor unit 211 that stores a unique number of the sensor means 211, And a sensor wireless communication unit 213 for wirelessly transmitting the sensing result of the sensor unit 211 together with the unique number and receiving the external sensing result.

The sensor means 211 includes a sensor alarm means 214 for ringing an alarm in accordance with the sensing result of the sensor means 211 and a sensing means 212 for sensing the sensing means 211, the sensing storage means 212, the wireless communication means 213 and the alarm means 214, And a sensor cover means 215 for providing a waterproof and dustproof function.

It is effective that the sensor means 211 according to the present embodiment includes a vibration sensor, a temperature sensor, a leakage detection sensor, a settlement detection sensor, a deformation detection sensor, a corrosion detection sensor, a pressure sensor, a crack detection sensor and an acceleration sensor.

At this time, the sensor unit 211 may be provided with one sensor unit or a plurality of sensors may be combined to constitute one sensor unit 211.

It is effective to arrange a plurality of sensors of the sensor means 211 according to the position, shape and structure of the industrial equipment and the role of the industrial equipment.

For example, a pressure, a cracking sensor or a corrosion sensor may be attached to a welded portion, and a leak detecting sensor, a pressure sensor, and a deformation detecting sensor may be attached to a tank storing the fluid material. In addition, a temperature sensor and a deformation detection sensor may be attached where fire is likely to occur. In the case of piping, it is also possible to attach a pressure sensor, a leak detection sensor and a crack detection sensor for detecting the pressure inside the piping.

The sensing storage means 212 is provided in each of the sensor means 211 and stores the sensing result of the sensor means 211. In addition, a unique number is stored for each of the sensor means 211, so that the attachment position of the sensor means 211 can be confirmed.

The sensor wireless communication means 213 is also provided in each of the sensor means 211 to transmit the sensing result of the sensor means 211 and the sensor unique number to the external data logger 400 or other sensor means 211, And controls the wireless sensing device unit 210.

The sensor wireless communication means 213 may provide a sensing result of the current state or provide a result stored in the sensing storage means 212 according to an external signal. The sensor wireless communication means 213 recognizes that a danger has occurred when the sensing result of the sensor means 211 is out of the allowable range (normal range) of the sensor means 211 and outputs the sensing result to the external data logger 400 and / And transmits the result to the peripheral sensor means. The peripheral sensor means may be operated to automatically detect the status of the industrial facility 110 using another sensor and transmit the result to the management server 300 through the data logger 400. [ Thereby lowering the operating power of the sensor means 211.

Further, it is possible to remotely set and control the sensor means 211 according to an external signal. In addition, the sensor wireless communication unit 213 of the present embodiment can perform various types of wireless communication such as WiBro, Wi-Fi, ZigBee, RF, Bluetooth, WiMAX, and infrared communication. Particularly, it is effective that the wireless transmission success rate of sensor data between devices is 95% or more. When RF transmission is performed, the power is preferably 10 dBm or more, and the communication distance is preferably 200 m or more.

The sensor alarm means 214 recognizes that a danger has occurred in the sensor wireless communication means 213, and when the sensing result is notified to the peripheral sensor, the sensor alarm means 214 sounds an alarm through sound, light or the like to notify the surrounding danger.

The sensor cover unit 215 protects the wireless sensing device unit 210 to prevent deterioration of the sensing ability due to external impact (physical or electrical shock), water, or dust. At this time, it is effective that the sensor cover means 215 use materials within a range that does not deteriorate the communication capability of the sensor wireless communication means 213. This is because the wireless sensing device unit 210 of this embodiment is easily attached to an industrial facility and therefore can be easily damaged by an external environment.

It is preferable that the fixing part 220 has a fixing part 220 for fixing the wireless sensing device part 210 to the industrial equipment 110 and the fixing part 220 has various structures depending on the shape of the attached industrial equipment 110 Do.

It is effective that the power supply unit 230 includes a separate battery and power generation means as a means for supplying power to the wireless sensing device unit 210. [ At this time, the power supply unit 230 may be integrated with the wireless sensing device unit 210 or the sensor unit 211, respectively. It is effective to use a solar cell as the power generation means. Of course, the present invention is not limited to this. If only the battery is used, the status of the battery may be transmitted to the server via the wireless communication unit 213 of the wireless sensing device unit 210 to notify the battery replacement time.

In this embodiment, the wireless sensing device 210 may further include a communication relay unit 240 for facilitating wireless data communication when the wireless sensing device 210 is installed in a radio wave shadow area.

The communication relay unit 240 collects the wireless communication data of the surrounding wireless sensing device unit 210, amplifies the wireless communication data, removes noise from the wireless communication device, and transmits the data to the data logger 400 or other nearby wireless sensing device unit 210.

The data logger 400 receiving the data from the safety sensing device 200 collects the sensing result values of the wireless sensing device units 210 installed in the industrial facility and provides it to the facility safety management server 300, And provides the control signal received from the server 300 to the wireless sensing device unit 210.

The data logger 400 includes a logger control unit 410 capable of remote setting and control from the outside, a logger communication unit 420 for communicating with the wireless sensing device unit 210 and the server 300, A power source unit 430, a logger display unit 440 for displaying an operation status, and a logger memory unit 450 for storing data.

The logger control unit 410 controls the overall operation of the data logger 400 through settings related to the operating environment and the parameters of the data logger 400. The logger control unit 410 examines the passbook status and performs an automatic reboot function when communication is impossible, that is, when communication failure occurs three times. It is effective to have an automatic reboot function in case of error at least 3 times because communication failure can occur due to general error.

The logger communication unit 420 can transmit and receive sensor data and set measurement intervals and transmission periods through a wired / wireless Internet. In addition, broadband transmission of data is possible and smooth communication is possible. It is effective that the logger communication unit 420 operates through the MODBUS TCP protocol.

The logger display unit 440 displays the date, time, and voltage of the sensor measurement data, and displays it on the LCD. Of course, not limited to the LCD, various display devices can be used. In addition, if the user does not use the device for a predetermined period of time to implement low power, the logger display unit 440 can be turned off.

It is effective that the logger power section 430 includes a constant power source and an auxiliary power source. At this time, it is preferable that the constant power source is connected to the external power source and the auxiliary power source is battery.

It is preferable that the logger memory unit 450 uses a nonvolatile memory capable of saving data by power-off or the like, and it is effective to be able to back up the sensing data when a communication failure occurs. It is also effective that the stored data can be shared.

The facility management server 300 includes a communication unit 310 for collecting environmental information of industrial facilities through communication with the data logger 400, transmitting a related control signal, and communicating with the smart terminal, A data analyzer 320 for analyzing the facility 110 data and analyzing the risk through analysis of big data using the sensing data collected through the communication unit 310; a management tag unit 500 and a smart terminal 600; A facility inspecting unit 330 that manages facility inspections according to the characteristics of the respective industrial facilities 110 through information of the real time sensing data and the data analysis unit 320 of the communication unit 310, A management monitoring unit 340 for managing the safety of the facility 110 and analyzing and managing the inspection results of the facility inspection unit 330 and a storage unit 350 for storing the transmitted data, And the management monitoring unit 340 A monitoring and managing the results shared with the smart terminal 600, and a terminal support (360) for managing the applications to be driven in the smart terminal 600.

The communication unit 310 includes data communication means 311 for communicating with the data logger 400 and the smart terminal 600, sensor data provided through the data logger 400 and information provided through the smart terminal 600 And data classification means 313 for classifying the collected sensor data by sensors and analyzing smart terminal 600 information to classify the industrial equipment unique information. The communication unit 310 further includes server communication means for communication with other servers and terminal communication means for communicating with other terminals, though it is not shown.

Such a communication unit performs communication through a communication network. Examples of the wireless communication network include a wireless LAN (WLAN), a digital living network alliance (DLNA), a wireless broadband (Wibro), a world interoperability for a microwave access (WiMAX) Code Division Multiple Access (CDMA), Code Division Multiple Access (CDMA2000), Enhanced Voice-Data Optimized or Enhanced Voice-Only (EV-DO), Wideband CDMA (WCDMA), High Speed Downlink Packet Access (HSDPA) (IEEE 802.16), Long Term Evolution (LTE), Long Term Evolution-Advanced (LTE-A), Wireless Mobile Broadband Service (WMBS), Bluetooth ), Radio Frequency Identification (RFID), Infrared Data Association (IrDA), Ultra Wideband (UWB), ZigBee, Near Field Communication (NFC), Ultra Sound Communication (USC) , Visible Light Communication (VLC), Wiipa This can be included such as (Wi-Fi), Wi Fi Direct (Wi-Fi Direct). The wired communication network may include a power line communication (PLC), a USB communication, an Ethernet, a serial communication, and an optical / coaxial cable.

In the interface means 312, sensor data transmitted through the data logger 400 vary in value from sensor to sensor. Therefore, it is effective to provide the data through the interface means 312 by customizing the data according to the unique values of the respective sensors.

Then, the sensor data thus collected is classified by the data classification means 313 for each sensor and stored in the storage unit 340 of the server. At this time, since the sensor data includes unique information of each sensor, the position of the sensor can be accurately known.

Also, information provided from the smart terminal 600 activated by the management tag unit 400 is collected.

The data analysis unit 320 includes equipment analysis means 321 for analyzing industrial equipment related data, sensor analysis means 322 for analyzing real time sensor data stored in the storage unit 340, A big data analyzing means 323 for performing big data analysis using the large data analysis, a risk predicting means 324 for predicting and analyzing the risk based on the big data analysis, (325).

The facility analysis unit 321 stores and analyzes various information related to the facility in which the wireless sensing device unit 210 is installed. The sensor analysis means 322 stores and analyzes the sensor data from the wireless sensing device unit 210.

The big data analyzing means 323 compiles the information of the sensor data for each industrial facility by daily, hourly, place, or facility, updates the information, analyzes the health and the risk, analyzes by the risk level And analyzes the degree of damage, degree of damage at the time of danger, and degree of sensor data. In addition, the big data analyzing means 323 may extract items for safety management of all the facilities by individual industrial equipment and analyze them separately.

For the investigation and analysis of facility data, we provide case data related to similar facilities, collect data on actual facilities, extract safety management items and analyze them. It also defines big data items for safety management.

The big data analyzing means 323 can be updated in real time by the result of the collected sensor data.

The risk prediction unit 324 predicts the risk according to the change of the sensor data from time to time in response to the result of the big data analysis means, and generates a warning according to the prediction. In addition, the risk prediction means 324 can perform risk prediction modeling and disaster replacement modeling based on the big data analyzing means 323, thereby providing an optimal solution for replacing the risk. The risk prediction means 324 can also predict the risk according to the classification by the risk level. It is also possible to predict the risk through mutual analysis of the sensed data and the modeled data.

The matching unit 325 matches the information provided through the smart terminal 600 with the linked information and provides the link information to the smart terminal 600 through the terminal support unit 360 and the communication unit 310.

The facility inspection unit 330 includes a location management unit 331 for managing facility information according to the location of the management tag unit, a maintenance management unit 332 for storing and managing inspection items to be checked for each facility, And an inspection result extracting unit 333 for extracting the inspection result from the data of the sensing apparatus 200. [

In this way, the manager can directly check the state of the facility through the smart terminal 600 or can check the facility through the sensor means 211 located in the facility.

The management monitoring unit 340 manages the security of the current facility in real time through visual data analysis using the sensor data according to the position of the wireless sensing device through the real-time management unit 341, The analysis result of the inspection department is analyzed and provided to the manager. That is, it confirms and measures the abnormality of the condition of the facility site.

The management monitoring unit 340 analyzes the sensor data provided in real time through the danger occurrence detecting unit 342 to determine whether an accident or a risk has occurred, and generate an alarm alarm according to the determination result. The operation of the risk occurrence detecting means 342 causes the management monitoring unit 340 to bring the result of the risk prediction means 324 of the data analysis unit 320 in advance to show the future extended range of the present danger , And provides countermeasures to the administrator or user terminal accordingly.

The management monitoring unit 340 displays the location of the sensor means on the facility data stored through the display means 343 and can display the presence or absence of the sensor data of the sensor means in color, , A prediction result related to the occurrence of a risk can be displayed on the facility data.

The management monitor 340 analyzes and predicts the facility check result through the check result management unit 344 to determine the problem of the current facility and accurately grasp the operation state of the facility. In addition, this check result can be provided to the manager via the display means 343. [

The storage unit 350 stores data of the communication unit 310, the data analysis unit 320, the facility inspection unit 330 and the management monitor unit 340 and the terminal support unit 360 and provides the stored data when necessary .

The terminal support unit 360 provides the management result of the management monitor unit 340 to the administrator or the smart terminal 600 in real time and includes an application providing unit for providing an application for operating in the terminal 600. [ Through the application, the terminal support unit 360 provides a result of monitoring the environment, that is, facilities, and visualizes the data generated by the management monitoring unit 340, such as the propagation of the disaster situation and the degree of risk occurrence.

The management tag unit 500 includes a beacon unit 510 for periodically transmitting unique information of the industrial facility 110, a QR code unit 520 for storing link information related to the industrial facility 110, And a tag fixing unit 550 for fixing the body to the industrial equipment 100. The tag fixing unit 550 includes a beacon unit 530, a beacon unit and a QR code unit.

The beacon unit 510 includes a sending unit that periodically sends an ID value, a control unit that controls the sending unit, and a power unit that supplies power. At this time, the beacon unit 510 drives the application of the smart terminal provided with its own signal, and provides its ID to the facility management server 300 through the driven application. At this time, the facility management server 300 provides the related information to the smart terminal 600 according to the provided information. Here, it is effective that the ID is an independent, individual ID that can identify facilities in the facility. Of course, for this purpose, the facility may be separated by facility or area as described above, and the separated area may be separated again by facility or function and classified as final facility.

In addition, as a modification of this embodiment, the beacon unit 510 may be provided with the sensor unit 211. [ When the sensor means 211 is located, the sensor means may periodically send its sensing value through the means of transmission of the beacon portion. Through this, the smart terminal can be provided not only the ID value but also the sensing value, and the provided information can be provided to the server through the smart terminal. Here, the sensor means performs the above-mentioned functions and operations.

The QR code unit 520 stores link information, that is, link information, and provides link information to the smart terminal 600 through recognition of the smart terminal 600.

In the following, a safety management method using a large-scale facility safety management system having the above-described configuration is provided.

FIG. 11 is a flowchart illustrating a method for safely managing facilities according to an embodiment of the present invention.

11, a wireless sensing device unit and a management tag unit are installed in each facility of the facility (S110).

The safety information of the facility is provided to the server through the installed safety sensing device (S120).

The safety information provided to the server is analyzed to evaluate the risk of the facility, and the result is provided to the smart terminal of the manager (S130).

The management tag unit provides inspection information of the facility stored in the server to the manager smart terminal (S140).

That is, when the smart tag is adjacent to the management tag, the inspection information of the facility stored in the server is provided to the smart terminal through the application of the smart terminal.

Writes all the check information to the smart terminal, and provides the written check information to the server. The server analyzes the inspection information, analyzes the present state of the facility in combination with the risk assessment result (S150), and provides the result to the smart terminal again (S160).

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the following claims.

100: Industrial facility 110: Industrial facility
200: Safety sensing device 210: Wireless sensing device
220: fixing part 230: power supply part
240: communication relay unit 300: facility management server
310: communication unit 320 data analysis unit
330: Facility Inspection Unit 340: Management Monitoring Unit
350: storage unit 360: terminal support unit
400: Data logger 410: Logger control unit
420: Logger communication part 430: Logger power part
440: Logger display unit 450: Logger memory unit
500: management tag unit 510: beacon unit
520: QR code unit 530:
540: Body part 550: Tag fixing part
600: Smart terminal

Claims (10)

Industrial facilities in which many industrial facilities are located;
A safety sensing device disposed in each of a plurality of industrial facilities to provide safety information related to industrial facilities;
A facility management server that manages industrial facilities, receives industrial safety information and identification information, manages industrial facilities, predicts and analyzes risk situations, and provides information on industrial facilities;
At least one data logger for managing the collection and transmission of data between the safety sensing devices installed in the industrial facilities and the facility management server;
A management tag unit attached to each of the industrial facilities to identify the industrial facilities and to provide unique information related to the industrial facilities; And
And a smart terminal for receiving industrial facility related information from the facility management server through the management tag unit,
The facilities management server includes data communication means for communicating with a data logger and a smart terminal, interface means for collecting sensor data provided through a data logger and information provided through a smart terminal, A communication unit including data classification means for analyzing smart terminal information and classifying the unique information of the industrial facility, and a data analysis means for analyzing industrial facility data based on GIS or beacon, Sensor analysis means for analyzing real-time sensor data stored in a storage unit, and sensor data for industrial equipment using industrial equipment data and sensor data, , By time, place, or facility , A large data analysis tool that performs big data analysis by analyzing and analyzing the risk and grade, analyzing the degree of damage, degree of damage at the time of danger, and the degree of the sensor data, A risk analyzing unit including risk prediction means for performing risk prediction modeling and disaster replacement modeling based on the big data analysis to predict and analyze the risk and matching means for matching the unique information related to the industrial equipment and link information, And a check result extracting unit for extracting a check result from the data of the smart terminal and the safety sensing device, and a check result extracting unit for extracting a check result from data of the smart terminal and the safety sensing device, The real-time sensing data of the facility inspection department and the communication part and the analysis result of the data analysis part A management unit for managing the safety of the industrial facility using the control unit and analyzing and managing the inspection result of the facility inspection unit, a storage unit for storing the transmitted data, the result of the facility inspection and the analysis results, And a terminal support unit for sharing the result with the smart terminal and managing an application to be driven in the smart terminal,
The management monitoring unit analyzes the sensor data provided in real time through the risk occurrence detecting unit to determine whether an accident or a risk has occurred, generates an alarm according to the determination result, and operates the risk of the data analysis unit The result of the prediction means is brought to the management monitor unit, the future extension range of the present danger is displayed in advance, and a countermeasure corresponding thereto is provided to the manager or the user terminal, and the position of the sensor means on the facility data stored through the display means The presence or absence of abnormality of the sensor data of the sensor means can be displayed in color, and when a danger is detected by the danger occurrence detecting means, the prediction result relating to the occurrence of the danger can be displayed on the facility data. And the result of analysis of the facility It is possible to judge the problem, accurately grasp the operational status of the facility, and provide the inspection result to the manager through the display means,
The facility inspection unit includes a location management unit for managing facility information according to a location of the management tag unit, a maintenance management unit for storing and managing maintenance items to be checked for each facility, a maintenance result for extracting inspection results from data of the smart terminal and the safety sensing device And an extracting unit,
The safety sensing device includes a plurality of wireless sensing device units for facility security management based on object intelligence communication (M2M / IoT), a fixing unit for fixing the wireless sensing device units to industrial facilities, And a communication relay unit for relaying communication between the plurality of wireless sensing device units,
The plurality of wireless sensing device units includes a plurality of sensor means that operate according to a normal or external signal, a sensing storage means that stores a unique number of the sensor means and stores sensing result values by time, And a sensor wireless communication means for wirelessly transmitting the sensed result and receiving the result of the external sensing, wherein the sensor alarm means for emitting an alarm in accordance with the sensing result of the sensor means, the sensor means, the sensing storage means, the wireless communication means, A temperature sensor, a leakage detection sensor, a settlement detection sensor, a deformation detection sensor, a corrosion detection sensor, a pressure sensor, a crack detection sensor, and an acceleration sensor .
The management tag unit includes a beacon unit that periodically transmits unique information of industrial equipment, a QR code unit that stores link information related to the industrial facility, a marking unit that separates the industrial facility into sections, a beacon unit and a QR code unit And a tag fixing portion for fixing the body portion to the industrial equipment,
The beacon unit includes a sending unit that periodically sends an ID value, a control unit that controls the sending unit, and a power unit that supplies power, and the beacon unit drives an application of the smart terminal that received the signal, The facility management server provides its own ID to the facility management server through the driven application, and the facility management server provides the related information to the smart terminal according to the provided information,
The beacon unit senses an industrial facility, periodically transmits the sensing value with the ID, and provides the sensing information to the server through an application in the smart terminal in response to the transmitted signal. A large - scale facility safety management system.
delete delete delete delete delete delete delete delete Industrial facilities in which many industrial facilities are located;
A safety sensing device disposed in each of a plurality of industrial facilities to provide safety information related to industrial facilities;
A facility management server that manages industrial facilities, receives industrial safety information and identification information, manages industrial facilities, predicts and analyzes risk situations, and provides information on industrial facilities;
At least one data logger for managing the collection and transmission of data between the safety sensing devices installed in the industrial facilities and the facility management server;
A management tag unit attached to each of the industrial facilities to identify the industrial facilities and to provide unique information related to the industrial facilities; And
And a smart terminal for receiving industrial facility related information from the facility management server through the management tag unit,
The facilities management server includes data communication means for communicating with a data logger and a smart terminal, interface means for collecting sensor data provided through a data logger and information provided through a smart terminal, A communication unit including data classification means for analyzing smart terminal information and classifying the unique information of the industrial facility, and a data analysis means for analyzing industrial facility data based on GIS or beacon, Sensor analysis means for analyzing real-time sensor data stored in a storage unit, and sensor data for industrial equipment using industrial equipment data and sensor data, , By time, place, or facility , A large data analysis tool that performs big data analysis by analyzing and analyzing the risk and grade, analyzing the degree of damage, degree of damage at the time of danger, and the degree of the sensor data, A risk analyzing unit including risk prediction means for performing risk prediction modeling and disaster replacement modeling based on the big data analysis to predict and analyze the risk and matching means for matching the unique information related to the industrial equipment and link information, And a check result extracting unit for extracting a check result from the data of the smart terminal and the safety sensing device, and a check result extracting unit for extracting a check result from data of the smart terminal and the safety sensing device, The real-time sensing data of the facility inspection department and the communication part and the analysis result of the data analysis part A management unit for managing the safety of the industrial facility using the control unit and analyzing and managing the inspection result of the facility inspection unit, a storage unit for storing the transmitted data, the result of the facility inspection and the analysis results, And a terminal support unit for sharing the result with the smart terminal and managing an application to be driven in the smart terminal,
The management monitoring unit analyzes the sensor data provided in real time through the risk occurrence detecting unit to determine whether an accident or a risk has occurred, generates an alarm according to the determination result, and operates the risk of the data analysis unit The result of the prediction means is brought to the management monitor unit, the future extension range of the present danger is displayed in advance, and a countermeasure corresponding thereto is provided to the manager or the user terminal, and the position of the sensor means on the facility data stored through the display means The presence or absence of abnormality of the sensor data of the sensor means can be displayed in color, and when a danger is detected by the danger occurrence detecting means, the prediction result relating to the occurrence of the danger can be displayed on the facility data. And the result of analysis of the facility It is possible to judge the problem, accurately grasp the operational status of the facility, and provide the inspection result to the manager through the display means,
The facility inspection unit includes a location management unit for managing facility information according to a location of the management tag unit, a maintenance management unit for storing and managing maintenance items to be checked for each facility, a maintenance result for extracting inspection results from data of the smart terminal and the safety sensing device And an extracting unit,
The safety sensing device includes a plurality of wireless sensing device units for facility security management based on object intelligence communication (M2M / IoT), a fixing unit for fixing the wireless sensing device units to industrial facilities, And a communication relay unit for relaying communication between the plurality of wireless sensing device units,
The plurality of wireless sensing device units includes a plurality of sensor means that operate according to a normal or external signal, a sensing storage means that stores a unique number of the sensor means and stores sensing result values by time, And a sensor wireless communication means for wirelessly transmitting the sensed result and receiving the result of the external sensing, wherein the sensor alarm means for emitting an alarm in accordance with the sensing result of the sensor means, the sensor means, the sensing storage means, the wireless communication means, A temperature sensor, a leakage detection sensor, a settlement detection sensor, a deformation detection sensor, a corrosion detection sensor, a pressure sensor, a crack detection sensor, and an acceleration sensor .
The management tag unit includes a beacon unit that periodically transmits unique information of industrial equipment, a QR code unit that stores link information related to the industrial facility, a marking unit that separates the industrial facility into sections, a beacon unit and a QR code unit And a tag fixing portion for fixing the body portion to the industrial equipment,
The beacon unit includes a sending unit that periodically sends an ID value, a control unit that controls the sending unit, and a power unit that supplies power, and the beacon unit drives an application of the smart terminal that received the signal, The facility management server provides its own ID to the facility management server through the driven application, and the facility management server provides the related information to the smart terminal according to the provided information,
The beacon unit senses an industrial facility, periodically transmits the sensing value with the ID, and provides the sensing information to the server through an application in the smart terminal in response to the transmitted signal. A method for safety management of a facility using a large-scale facility safety management system,
Providing security information of the facility to the server through the safety detection device;
Analyzing the provided safety information to evaluate whether or not the equipment is dangerous, and providing the result to the smart terminal of the manager;
Providing inspection information of a facility stored in a server by a management tag unit to an administrator smart terminal;
Writing all the inspection information to the smart terminal and providing the written inspection information to the server; And
Wherein the server analyzes the inspection information, analyzes the present state of the facility in combination with the risk assessment result, and provides the result to the smart terminal again.
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