KR20160096962A - Accident safe management system based on industrial-place worker location tracking - Google Patents

Abstract

The present invention provides an integrated disaster and safety system providing necessary management by using personal information of a worker in an emergency situation when the emergency situation occurs in an industrial field. To this end, the system comprises: an electronic name tag storing an identification number of the name tag, communicating with a reader, and generating a rescue signal; the reader transmitting the identification number of the name tag, received through communication with the name tag, to an industrial field management server, executing an alarm when the rescue signal is received from the name tag or an alarm event occurs, and generating and transmitting a rescue request signal, including the identification number of the name tag, to the industrial field management server; and the industrial field management server storing worker information corresponding to the identification number of the name tag, managing the absenteeism and tardiness of the worker by receiving the identification number of the name tag from the reader, and managing the industrial field by generating necessary information for the rescue of the worker by referring to the worker information when receiving the rescue request signal from the reader.

Description

{ACCIDENT SAFE MANAGEMENT SYSTEM BASED ON INDUSTRIAL-PLACE WORKER LOCATION TRACKING}

The present invention relates to a disaster safety integrated system based on the tracking of an industrial field worker, and more particularly, to a system for managing time attendance and safety of an operator using an electronic name tag in an industrial field.

As the technology develops and specializes, there is a tendency that the area of the industrial field is widened, the number of the corresponding workers is increased, and the working position is also segmented.

In addition, there is a growing demand for safety in the industrial field.

However, it takes a lot of time and costs to manage a large number of workers in a large industrial field and perform safety prevention.

Therefore, there is a demand for a system for automatically managing the worker's attitude, and a preventive processing system for safety in the industrial field is required.

Korean Patent Publication No. 10-2009-0003524 entitled " Electronic name tag and integrated service method and system using the same "(hereinafter, referred to as prior art) discloses a terminal device for confirming identity and accessibility at various event sites and providing various convenient services And an integrated service method using the electronic name tag and a system thereof.

However, the above-mentioned prior art does not disclose a system for providing necessary management by using personal information of a worker in an emergency when an emergency occurs to a worker at an industrial site.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and it is an object of the present invention to provide a system for providing necessary management by using personal information of a worker in an emergency situation in case of an emergency,

Another object of the present invention is to find out the position of an operator in an emergency by using an electronic name badge to perform safety processing.

Other objects of the present invention will become readily apparent from the following description of the embodiments.

According to an aspect of the present invention, there is provided an electronic name tag, which stores an identification number of an electronic name tag, communicates with a reader and generates a structure signal, and an identification number of the electronic name tag received by performing communication with the electronic tag, An alarm is issued when an alarm event is generated, and a structure request signal including an identification number of the electronic name tag is generated and transmitted to the management server, A reader for transmitting to the server; And an identification number of the electronic name tag, and receives the identification number of the electronic name tag from the reader to manage the attitude of the operator, and when receiving the structure request signal from the reader, And an industrial site management server for referring to the information and generating information necessary for the structure of the operator to perform management of the industrial site.

Here, the electronic name tag may include a battery, a display unit for displaying the identity of the operator, an electronic name tag control unit for storing the identification number of the electronic name tag and generating the structure signal, And a wireless communication unit performing wireless communication with the reader to transmit the identification number of the electronic name tag or the structure signal.

The reader includes a reader wireless communication unit for performing wireless communication with the alarm name generator and an identification number of the electronic name tag or the structure signal, and a structure request signal including the identification number of the electronic name tag, A structure request signal generation unit for generating a structure request signal; And a structure request signal transmitter for communicating with the industrial site management server and transmitting the structure request signal.

Wherein the industrial field management server comprises: a communication unit for performing communication with the reader; DB for storing map data of the industrial site and the operator information; and an identification number of the electronic nameplate from the reader, A worker information management unit for storing and managing the personal information of the worker and managing the work performed by the worker; a worker information management unit for receiving the structure request signal from the reader, An emergency field management unit for informing that an emergency has occurred and generating an evacuation route in case of receiving, an industrial field management unit for managing the work situation of the worker who manages the industrial site by dividing the industrial site into a plurality of zones, And industry field association data including map data of the industrial site DB (DATA BASE): When receiving the structure request signal from the reader, it generates information for safety of an operator in an emergency by referring to map data of the industrial site and personal information of the operator And a control unit.

Here, the personal information of the worker may include body information of the worker, health information, contact information, and safety education completion information for work in the industrial field.

Here, the safety information for the operator includes information on the transfer and treatment of the operator with reference to the body information and the health information of the operator.

Here, it further includes a broadcast equipment system. The industrial field management server may interoperate with the broadcasting equipment system to perform an emergency situation broadcast through the broadcasting equipment system in an emergency situation.

Here, the industrial field management server further includes a CCTV center. The industrial field management server analyzes the state of the emergency situation site through the CCTV in cooperation with the CCTV center, grasps a route to the emergency situation, And informs the worker in charge.

The present invention has the effect of enabling the safety of workers who are in urgent matters promptly through personal information of a worker.

In addition, there is an effect that the present state of the worker and the work status of the worker can be known by using the electronic name tag.

Also, there is an effect that it is possible to know the status of work on detailed work place through the reader.

1 is a diagram illustrating a configuration of an industrial field management system according to an embodiment of the present invention.
2 is a view showing the configuration of an electronic name tag according to an embodiment of the present invention.
3 is a diagram illustrating a configuration of a reader according to an embodiment of the present invention.
4 is a diagram illustrating the configuration of an industrial field management server according to an embodiment of the present invention.
5 to 7 illustrate the use of the industrial site worker location tracking based disaster safety integration system of the present invention as an example of a case where the industrial site is a ship.
8 is a diagram illustrating an industrial field management system performing safety management through interworking with other systems according to an embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The present invention is capable of various modifications and various embodiments, and specific embodiments are illustrated in the drawings and described in detail in the detailed description. It is to be understood, however, that the invention is not to be limited to the specific embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a diagram illustrating a configuration of an industrial field management system according to an embodiment of the present invention.

The disaster safety integrated system (hereinafter, referred to as an industrial site management system) based on the industrial field worker position tracking of the present invention includes an electronic name tag 100, a reader 200 and an industrial site management server 300.

The electronic name tag 100 is a device for displaying the identity of the worker, and the worker wears it at the industrial site and displays his / her name such as the name of the worker or his / her affiliation.

The electronic name tag 100 provides an ID number of the electronic name tag stored in the reader 200 to the reader 200 by performing wireless communication with the reader 200. In case of an emergency, the electronic tag 100 generates a structure signal and transmits it to the reader 200. [

The electronic name tag 100 includes a display unit 110 for displaying the identity of the worker and a button 120 for indicating the urgency.

The operator presses the button 110 at an emergency to generate a rescue signal and transmits it to the near reader 200.

The reader 200 performs wireless communication with the electronic name tag 100 to receive the identification number or the structure signal of the electronic name tag. And transmits the identification number and the structure signal of the received electronic name tag to the industrial field management server 300.

Here, the reader 200 can perform communication with the electronic name tag 100 in different ways according to the type of the received signal.

For example, the electronic name tag 100 includes an RFID (Radio Frequency Identification) chip storing the identification number of the electronic name tag, and transmits the identification number of the electronic name tag to the reader 200 through the NFC (Near Field Communication) So that the mobile terminal 200 can identify it.

In addition, the electronic name tag 100 can transmit the generated structure signal to the reader 200 through a short-range wireless communication such as Bluetooth or ZigBee.

The reader 200 may generate an alarm when receiving the rescue signal from the electronic name tag 100. [ To this end, the reader 200 includes an alarm device such as a siren.

In addition, the reader 200 is provided with an emergency button, and an alarm can be generated through the emergency button.

The reader 200 generates a structure request signal including the identification number of the electronic nameplate when receiving the structure signal from the electronic name tag 100 or pressing the emergency button and transmits the structure request signal to the industrial field management server 300 .

The industrial field management server 300 stores the worker information corresponding to the identification number of the electronic name tag, receives the identification number of the electronic name tag from the reader, manages the worker's attitude and transmits the structure request signal from the reader And generates information necessary for the structure of the worker by referring to the worker information to perform management of the industrial site.

The disaster safety integrated system based on the tracking of the industrial field worker position of the present invention can largely function as a safety prevention system for preventing the safety of the worker and a work management system in the industrial field of the worker.

1. Functions as Safety Prevention System

For example, an operator who is injured in an industrial field generates a structure signal by pressing a button 120 of his electronic name tag 100 and transmits the structure signal to a nearby reader 200. Then, the reader 200 receiving the structure signal generates an alarm and transmits the structure signal to the industrial field management server 300. Thereafter, the industrial field management server 300 recognizes the position of the reader 200 and can find the position of the injured operator.

In this case, the operator who finds the injured person presses the button of the electronic name tag 100 of the wounded person or presses the button of the electronic tag name 100 of his / her own to generate a structure signal, May be transmitted.

In this case, referring to the personal information including the body information of the worker, the blood type, and the health history information, it is possible to take care of the transfer and treatment of the worker.

Here, if an alarm occurs in the reader 200, the area where the reader 200 is located may be regarded as a dangerous area and the operator may be evacuated or controlled.

2. Function as work management system in industrial field

First, the ability to manage access and work time for workers (full-time and outsourced workers)

Second, the ability to check and manage the safety training and on-site training of workers

Third, it can display and manage statistics of all workers by work day, time and working area in industrial site

Fourth, it is possible to view and manage access statistics of workers by gates at industrial sites

2 is a view showing the configuration of an electronic name tag according to an embodiment of the present invention.

The electronic name tag 100 of the present invention includes a display unit 110, a button 120, a battery 130, a wireless communication unit 140, and an electronic name tag control unit 150.

The display unit 110 displays the status of the worker. To this end, the display unit 110 includes a display device such as an LCD.

Particularly, the display unit 110 may use low-power e-paper such as electronic ink.

The button 120 protrudes from the outside of the electronic name tag 100 to generate a rescue signal when the button 120 is pressed.

The battery 130 supplies power to each component of the electronic name tag 100.

The wireless communication unit 140 performs wireless communication with the reader 200 and transmits the identification number of the electronic name tag or the generated structure signal.

For this purpose, the wireless communication unit 140 includes a short-range wireless communication module such as ZigBee using Bluetooth or the IEEE 802.15.4 standard. In addition, it may include an NFC (Near Field Communication) communication module that performs RFID communication.

The wireless communication unit 140 may transmit the structure signal generated through the short-range wireless communication module to the reader 200 and allow the reader 200 to recognize the identification number of the electronic name tag through the RFID communication.

The electronic name tag control unit 150 stores the identification number of the electronic name tag and controls the button 120 to generate a rescue signal when the button 120 is pressed.

Here, the identification number of the electronic name tag may be stored in a separate RFID chip.

3 is a diagram illustrating a configuration of a reader according to an embodiment of the present invention.

The reader 200 of the present invention includes a reader wireless communication unit 210, an alarm generation unit 220, a structure request signal generation unit 230, and a structure request signal transmission unit 240,

The reader wireless communication unit 210 performs wireless communication with the electronic name tag 100 to receive the identification number or the structure signal of the electronic name tag. For this purpose, the reader wireless communication unit 210 includes a short-range wireless communication module such as ZigBee using Bluetooth or the IEEE 802.15.4 standard. It may also include a reader module (e.g., an NFC reader) capable of reading data from an RFID chip (e.g., an NFC tag).

The alarm generating unit 220 generates an alarm when receiving the rescue signal from the electronic name tag 100. To this end, the alarm generating unit 220 may include a speaker or a siren.

The structure request signal generation unit 230 generates a structure request signal including the identification number of the electronic name tag when receiving the structure signal from the electronic name tag 100. [

For this purpose, the structure signal may include the identification number of the electronic name tag.

The structure request signal transmitting unit 240 communicates with the industrial site management server 300 and transmits the generated structure request signal or the identification number of the electronic name tag.

4 is a diagram illustrating the configuration of an industrial field management server according to an embodiment of the present invention.

The industrial field management server 300 of the present invention includes a communication unit 310, a time attendance management unit 320, an operator information management unit 330, an emergency management unit 340, an industrial field management unit 350, a DB 360, 370).

The communication unit 310 performs communication with the reader 200.

When the identification number of the electronic name tag is received from the reader 200, the time and attendance management unit 320 manages the current state of the worker matched with the identification number of the electronic name tag stored in the DB 360. [

That is, it manages the total number of workers working in the industrial field, the position of each worker, date and time of worker by date and hour, and access statistics by gate.

The worker information management unit 330 stores and manages personal information of each worker, and manages the work tasks of each worker.

Here, the personal information of the worker may include body information of the worker, health information, contact information, and safety education completion information for work in the industrial field.

When receiving the rescue request signal from the reader 200, the urgent matter management unit 340 notifies the occurrence of the urgent matter and generates a evacuation route.

The Industrial Site Management Unit (350) manages industrial sites by dividing them into a plurality of zones and manages the work status of workers in the zones.

DB 360 stores industry site-related data including map data of industrial sites.

When receiving the rescue request signal from the reader 200, the control unit 370 inquires map data of the industrial site to search for a corresponding location where an emergency occurs, and refers to the personal information of the worker, Lt; / RTI >

Here, the information for the safety of an operator in an emergency refers to information necessary for transfer and treatment of the operator by inquiring the blood type, body size, and past history of the operator.

5 to 7 illustrate the use of the industrial site worker location tracking based disaster safety integration system of the present invention as an example of a case where the industrial site is a ship.

The functions of each component of the above-described industrial field management server 300 are displayed through a monitor and can be monitored by an administrator.

FIG. 5 shows an embodiment of management for managing the entire area of an industrial site on a monitor.

5, the entire area of the ship is displayed in 3D, and when a specific area is selected, the selected detailed area can be displayed to be 2D.

In addition, a screen for managing the state of the disaster safety integrated system based on the tracking of the industrial field worker position of the present invention can be separately displayed.

Here, the screen for managing the state of the disaster safety integrated system based on the tracking of the industrial field worker can display information on the number of electronic nameplates (terminals), the number of readers (repeaters), and information on the respective operation states. In addition, position information for each operator can be displayed.

Figure 6 shows an embodiment of management for managing detailed areas of an industrial site on a monitor.

6, the detailed area of the ship is displayed and the position of the operator in the detailed area is indicated.

Also, it is possible to inquire the statistics of the total workers by the number of all the workers who boarded, the personal information of the workers, and the date and time.

Also, access statistics for each gate can be displayed.

FIG. 7 shows an embodiment in which the industrial site management server 300 displays relevant information on a monitor when it receives the rescue request signal.

The details area in which the reader 200 has transmitted the structure request signal is indicated by a red color or the like.

Upon receipt of the rescue request signal, an emergency alarm is generated and the location of the worker in emergency is determined through the location recognition algorithm. It is also possible to release the generated alarm manually.

When an alarm occurs, the history of the alarm is stored and displayed.

8 is a diagram illustrating an industrial field management system performing safety management through interworking with other systems according to an embodiment of the present invention.

The industrial field management server 300 of the industrial field management system of the present invention may interwork with other systems to perform emergency structure management in an industrial field.

The industrial field management server 300 can perform interworking with the broadcasting equipment system 400 and the CCTV center 500. Here, the broadcasting equipment system 400 may be a PA (Public Address) system.

In FIG. 8, Tag 100 denotes electronic name tag.

For example, the industrial field management server 300 broadcasts an emergency situation through the broadcasting equipment system 400 in an emergency in cooperation with the broadcasting equipment system 400, Through the interworking, it is possible to analyze the status of the emergency situation by viewing the screen of the CCTV.

Here, the broadcasting equipment system 400 is connected to the speaker 201 of the reader 200, and can broadcast an emergency situation through the speaker 201 of the reader 200. [

In addition, the industrial field management server 300 can simultaneously perform interworking with the broadcasting equipment system 400 and the CCTV center 500. The industrial field management server 300 analyzes the state of the emergency situation site by viewing the screen of the CCTV through the interworking with the CCTV center 500 and broadcasts the emergency situation through the broadcasting equipment system 400 based on the analyzed contents Can be performed.

In order to perform this operation, the controller 370 of the industrial site management server 300 transmits the CCTV screen of the CCTV center 500 to the worker information management unit 330, 350 and the map data of the industrial site stored in the DB 360. The analysis result of the analysis is shown in FIG.

Then, the emergency management unit 340 generates an optimal evacuation route based on the information analyzed by the controller 370, and broadcasts the emergency evacuation route.

Broadcasting against these emergency situations enables workers who are in an emergency situation to prepare quickly and safely.

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 invention as defined in the following claims And changes may be made without departing from the spirit and scope of the invention.

100: Electronic nameplate
110: display unit 120: button
130: Battery 140:
150: electronic name tag control unit 200: reader
210: reader wireless communication unit 220: alarm generating unit
230: structure request signal generation unit 240: structure request signal transmission unit
300: industrial field management server 310: communication section
320: Time and attendance management unit 330: Worker information management unit
340: emergency management unit 350: industrial site management unit
360: DB (DATA BASE) 370:
400: broadcasting equipment system 500: CCTV center

Claims (8)

An electronic nameplate storing the identification number of the electronic nameplate, communicating with the reader, and generating the structure signal;
Transmitting an identification number of the received electronic name tag to the industrial field management server by performing communication with the electronic name tag, executing an alarm when receiving the rescue signal from the electronic name tag or when an alarm event occurs, A reader for generating a structure request signal including an identification number of the electronic nameplate and transmitting the structure request signal to the industrial field management server; And
Wherein the information processing apparatus stores worker information corresponding to the identification number of the electronic nameplate, receives the identification number of the electronic nameplate from the reader, manages the worker's attitude and, when receiving the structure request signal from the reader, An industrial field management server for generating information necessary for a structure of a corresponding operator to perform management of an industrial site by referring to the industrial field management server;
Based disaster safety integrated system based on industrial site worker tracking.
The method according to claim 1,
The electronic name tag
battery;
A display unit for displaying an identity of an operator;
An electronic name tag control unit for storing the identification number of the electronic name tag and generating the structure signal; And
A wireless communication unit for wirelessly communicating with the reader to transmit an identification number of the electronic nameplate or the structure signal;
Wherein the system includes a plurality of sensors,
The method according to claim 1,
The reader
An alarm generating unit including a speaker;
A reader wireless communication unit performing wireless communication with the electronic name tag to receive the identification number of the electronic name tag or the structure signal;
A structure request signal generator for generating a structure request signal including the identification number of the electronic name tag; And
A structure request signal transmitter for communicating with the industrial site management server and transmitting the structure request signal;
Wherein the system includes a plurality of sensors,
The method according to claim 1,
The industrial field management server
A communication unit for communicating with the reader;
DB where map data of the industrial site and the above-mentioned worker information are stored:
A tangible state management unit for managing a state of the worker matched with the identification number of the electronic nameplate when receiving the identification number of the electronic name tag from the reader;
An operator information management unit for storing and managing the personal information of the operator and managing the performance of the operator;
An emergency management unit for informing that an emergency has occurred and generating an evacuation route when the structure request signal is received from the reader;
An industrial site management unit for managing the industrial sites by dividing them into a plurality of zones and managing the work status of the workers who work in the zones;
DB (DATA BASE) storing industrial field related data including map data of the industrial site:
A controller for generating information for safety of an operator in an emergency by referring to map data of the industrial site and personal information of the operator when receiving the structure request signal from the reader;
Wherein the system includes a plurality of sensors,
5. The method of claim 4,
Wherein the personal information of the worker includes body information of the worker, health information, contact information, and safety education completion information for work in the industrial site.
5. The method of claim 4,
Wherein the safety information for the operator includes information on the transfer and treatment of the worker by referring to the body information and the health information of the worker.
The method according to claim 1,
It also includes a broadcast equipment system.
Wherein the industrial field management server interworks with the broadcasting equipment system to perform broadcasting in response to an emergency situation through the broadcasting equipment system in an emergency situation.
8. The method of claim 7,
It also includes CCTV center,
Wherein the industrial field management server analyzes the state of the emergency situation site through the CCTV in cooperation with the CCTV center and grasps a path for the emergency situation and informs the operator in an emergency situation through the broadcasting equipment system Disaster safety integrated system based on site worker tracking.

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