KR101645139B1 - Management System at a work in place and Drive Method of the Same - Google Patents

Management System at a work in place and Drive Method of the Same Download PDF

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KR101645139B1
KR101645139B1 KR1020150167570A KR20150167570A KR101645139B1 KR 101645139 B1 KR101645139 B1 KR 101645139B1 KR 1020150167570 A KR1020150167570 A KR 1020150167570A KR 20150167570 A KR20150167570 A KR 20150167570A KR 101645139 B1 KR101645139 B1 KR 101645139B1
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current
communication terminal
monitoring
sensing data
worksite
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정용호
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정용호
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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—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • G—PHYSICS
    • G08—SIGNALLING
    • G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
    • G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
    • G08B21/02—Alarms for ensuring the safety of persons
    • H04N5/225—
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/02—Services making use of location information
    • H04W4/021—Services related to particular areas, e.g. point of interest [POI] services, venue services or geofences

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  • Emergency Alarm Devices (AREA)
  • Alarm Systems (AREA)

Abstract

The present invention discloses a mobile communication and control measurement technique. That is, a management system at a workplace and a driving method thereof according to the embodiment of the present invention are configured to track down the current level section matched at 1:1 with the current worker sensing data or current structure sensing data with reference to a level lookup table of web contents for monitoring a site, to generate the current workplace environment recognition bar or the current workplace environment notifying announcement which shows the current level section with images or letters, and to display the current workplace environment recognition bar of the current workplace environment notifying announcement on a screen, thereby immediately coping with an emergency by reminding a dangerous situation in a workplace immediately, preventing additional human injuries, and blocking the spread of damage in advance.

Description

Technical Field [0001] The present invention relates to a workplace management system and a driving method thereof,

The present invention relates to a mobile communication and control measurement technique, and more particularly to a mobile communication and control measurement technique that searches for a current level section matching 1: 1 with current worker's sensing data or current structure sensing data by referring to a level- The present invention relates to a work site management system and a method of driving the same that display a current work environment awareness bar or a current work environment notification indicating an area as an image or letter and display it on a screen using realistic app contents.

The safe working environment and driving environment are very important for the operator and the driver.

For example, when repairing a track (or road), installing equipment, pouring concrete in a high-temperature working environment, or cleaning in an enclosed space where oxygen may become scarce, If you are at work, or if you are at risk from an impact, you may not be able to detect it early, which could result in personal injury.

The more the context information collected, the more accurately the user's situation can be recognized. For example, rather than recognizing the situation of the user's emotional state by taking into account one situation information collected through a heart rate measuring sensor, a sensor for measuring the heart rate and a sensor for measuring the amount of perspiration, It is possible to recognize the situation of the user's emotional state more accurately by simultaneously considering a plurality of context awareness information collected through a sensor for measuring and the like. Therefore, the device for the situation recognition collects the situation information through the module that can measure the surrounding environment information and provides it to the user.

However, since the conventional apparatus for recognizing the situation recognizes the user's situation by attaching sensors to the user's body or a peripheral device or requesting the user to directly measure the surrounding information, the user always recognizes that the user measures the surrounding information have. Therefore, the user needs to intervene to collect context information, so it takes extra time or effort for the user. Therefore, the conventional apparatus for recognizing the situation has a problem that it is difficult for the user to grasp the life pattern of the user naturally without any intervention of the user while performing the daily life.

In addition, conventionally, the user's terminal device does not provide information inferring and analyzing the user's situation, and therefore, in order to check the safety state of the user, it is necessary to contact the user directly to check the safety or to track the location of the user And judged whether the user was safe or not.

For this reason, there is a problem in that it is impossible to precisely recognize whether or not the user is safe, since the user can only confirm the location information of the user through the terminal device and can not accurately grasp the current situation of the user.

Generally, many workers are placed in various fields in the construction site, and safety accidents occur very frequently. Therefore, safety management for workers is very important. However, since there are very few managers who manage many workers, there is a limit to prevent managers from accurately understanding all the work situations occurring at the construction site and preventing safety accidents.

In particular, a large-scale construction site where heavy equipment is frequently used increases the incidence or risk of a safety accident, so that a system capable of efficient safety management is further needed.

Conventional safety management system that displays danger situation through alarm / warning light / SMS when a harmful element is caused by a structure installed on a construction site can not hear an alarm in the equipment, There was a problem that I could not hear the alarm sound.

In addition, the conventional safety management apparatus has a problem that the worker at the construction site can not watch the warning light because the work is in progress on site.

In addition, the conventional safety management apparatus is required to cope with an unexpected accident caused by an operational problem of the present system, which takes up to several tens of minutes to deliver safety state information to a field worker, It was.

Also, in the conventional safety management system, there is an unreasonable part in that a lot of manpower and equipment must be mobilized in order to construct a system for preventing a safety accident, and the cost must be excessively consumed.

Korean Patent Application Number: 10-2015-7011016 Korean Patent Application Number: 10-2013-0054024 Korean Patent Application Number: 10-2013-7024663 Korea patent registration number: 10-1479166-0000

A first object of the present invention is to provide a work site management system and a driving method of the present invention, which can solve the problem of the prior art, A current work environment notification bar or current work environment notification indicating the current level section as an image or letter is generated and displayed on the screen to display a dangerous situation in the workplace immediately It is intended to cope with the emergency situation immediately so as to prevent further personal injury and prevent the spread of damage in advance.

A second object of the present invention is to provide a system and method for generating a job alert notification signal by considering a current job status in the workplace as abnormal when a current level section is extracted as a warning section or a dangerous section, By creating a mobile-oriented system that delivers to other communication terminals for worksite surveillance, it monitors real-time workers who are working together in the same workplace or in the same space, and minimizes casualties that can be caused by not recognizing various risk factors. It is for this reason.

The third object of the present invention is to provide a system and a method for preventing accidents caused by serious accidents or property damage in a workplace, And to improve the work environment in accordance with the situation.

The fourth object of the present invention is to further increase the work efficiency of the worker due to the improvement of the working environment, thereby encouraging the expectation of the profitability of the business person concerned and the business person engaged by the person concerned, It is to contribute greatly to the development of related industry (country).

In order to achieve the above object, the present invention includes the following configuration.

In other words, the worksite management system according to the embodiment of the present invention is a system in which a target point indicating the static arrangement state and the operation arrangement state of the worker or the structure allocated to at least one worksite previously formed in each area is displayed through visual- A remote management server for confirming or monitoring actual images photographed in the workplace through the visual-graphic contents; And a controller for acquiring current worker sensing data generated by a worker attaching sensor attached to the worker or current structure sensing data generated by a structure mounting sensor mounted on the structure through a local communication network, The current level of the current worker sensing data or the current structure sensing data is input to the lookup table to search for the current level of the current worker sensing data or the current structure sensing data, And a communication terminal for a worksite monitoring for generating a work environment recognition bar or a current work environment notification and displaying the screen on a screen, wherein the communication terminal for workplace monitoring includes: If the current work state in the work area is abnormal And transmits the notification signal to at least one other worksite monitoring communication terminal belonging to the same IP group in the workplace.

The remote management server confirms the target point indicating the static arrangement state and the operation arrangement state of the worker or the structure assigned to at least one pre-formed work area in each region through the visual-graphic content, Monitoring through the visual-graphical content; And acquiring the current worker sensing data generated from the worker attaching sensor attached to the worker or the current structure sensing data generated from the worker mounting sensor mounted on the structure via the local area network, Assigning the current worker's sensing data or current structure sensing data to a predetermined level water level lookup table in the real-time app content; And a communication terminal for monitoring the worksite searching for a current level section matched by 1: 1 with the current worker sensing data or the current structure sensing data, and a current work environment recognition bar or current work Wherein the communication terminal for monitoring the worksite monitors the status of the current work in the workplace when the current level section is extracted as a warning section or a dangerous section, And transmits the notification event signal to at least one other worksite monitoring communication terminal belonging to the same IP group in the workplace.

The worksite management system and the driving method according to the present invention refer to the level supervision table of the appraisal application contents to search out the present level data of the current worker's sensing data or the current structure sensing data, The current work environment awareness bar or the current work environment reminder represented by letters is generated and displayed on the screen so that the risk situation in the workplace can be immediately reminded so as to prevent further human injury and to prevent the spread of damage in advance. The first effect is obtained.

In the present invention, when a current level section is extracted as a warning section or a danger section, it is regarded that the current work status in the workplace is abnormal, and a job alert notification signal is generated so that at least one other worksite monitoring , It is possible to monitor the number of workers who are working together in the same workshop or in the same space in real time and to have the second effect of minimizing the damage of human life that can be caused by not recognizing various risk factors give.

In addition, the present invention can prevent serious accidents or property damage caused by a serious accident in case of an accident in the workplace, And a third effect of seeking improvement of the working environment adapted to the work environment.

In addition, the present invention further enhances the work efficiency of the worker due to the improvement of the working environment, thereby encouraging the expectation of the profitability of the business person concerned and the business person engaged by the person concerned, ) Gives a fourth effect which greatly contributes to the development.

[Example]

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

1 is a view illustrating a worksite management system according to an embodiment of the present invention.

Referring to FIG. 1, the worksite management system 1000 refers to a level-level look-up table of the presence application application 3000 to search for a current level section that is 1: 1 matched with the current worker's sensing data or current structure sensing data , A current work environment recognition bar or a current work environment notification indicating the current level section as an image or letter is generated and displayed on the screen.

In addition, the worksite management system 1000 according to the embodiment of the present invention generates a job-related-information event signal by considering that the current job state in the workplace 2000 is abnormal when the current level section is extracted as the attention period or the dangerous period And transmits it to at least one other worksite monitoring communication terminal 500 belonging to the same IP group in the workplace. The mobile management server 100 includes a remote management server 100, a worksite monitoring communication terminal 200, (300), a structure mounting sensor (400), and at least one other worksite monitoring communication terminal (1 to N).

First, the remote management server 100 confirms the target point indicating the static arrangement state and the operation arrangement state of the worker or the structure allocated to at least one pre-formed work site 2000 for each region through the visual-graphic content, Actual images photographed in the workplace are monitored through visual-graphic content.

That is, the remote management server 100 transmits the current worker sensing data generated from the worker attaching sensor 300 attached to the worker or the current structure sensing data generated from the structure mounting sensor 400 mounted on the structure to the workplace 2000, And can be received through a wired / wireless communication network including an internally installed repeater (AP).

The remote management server 100 can capture the movement path of the sensor 300 or the structure mounting sensor 400 that is moving from the current worker sensing data or the current structure sensing data statically and dynamically, Graphic contents (one of a kind of web contents), or receives actual images taken from a CCTV installed in the work site 2000 and monitors and drives visual-graphic contents.

As shown in FIG. 2, the communication terminal 200 for monitoring a worksite includes a plurality of sensors 320 for sensing the current worker's sensed data generated from the worker's attachment sensor 300 attached to the worker or the structure mounted on the structure, And acquires the current structure sensing data through the local communication network.

4 (a), 4 (b), and 4 (c), the presence apps 3000 are installed by the communication terminal for worksite monitoring 200 that accesses the remote management server 100, The field monitoring communication terminal 200 provides a login page for inputting the user ID 3010 and the password 3020 and clicking the login button 3030 when the initial app application 3000 is executed.

Accordingly, the communication terminal for on-site monitoring (200) logs in to ask whether or not to join the membership, and the presence apps (3000) confirms that the login is completed, (Not required) the personal information 3040 for the user who owns the mobile terminal 200. [

In addition, the presence app content 3000 includes a transmission setting area 3050 for setting and resetting an IP address and a port number as well as a fixed user ID 3010 through subscription, a pre- A video setting area 3060 for setting an actual video to be photographed, a list of at least one other worksite monitoring communication terminal 500 belonging to the same group as the user holding the worksite monitoring communication terminal 200 An IP group setting area 3070 for setting (adding, changing, and deleting) the heart rate, the oxygen amount, and the temperature value of the user; And a user setting mode page including my condition reference setting area 3080 in which the temperature value can be confirmed.

When generating the job abnormal event signal to be described later, the communication terminal for monitoring work site monitoring 200 operates the pre-installed camera module to generate a job abnormal notification event signal based on the generation time of the job abnormal notification event signal, And transmits the actual image photographed in the photographed work site 2000 to the remote management server 100.

For example, the time set in the image setting area is set to 5 seconds in the previous time and 10 seconds in the later time.

The worksite monitoring communication terminal 200 substitutes the current worker's sensing data or the current structure sensing data into the predetermined level water level lookup table in the real-time app content 3000 and outputs the current worker's sensing data or the current structure sensing data as 1: 1 The current working environment recognition bar 3100 or the current working environment notification 3110, which displays the current level section as an image or letter, is generated and displayed on the screen as shown in FIG.

When the current level section is detected as the attention period or the dangerous section, the communication terminal for monitoring workplace monitoring 200 regards the current operation state in the workplace 2000 as being abnormal, To the at least one other worksite monitoring communication terminal 500 belonging to the same IP group 3120.

As the worksite monitoring communication terminal 200 delivers a job override notification signal to the ID 3130 of at least one other worksite monitoring communication terminal 500, the at least one other worksite monitoring communication terminal 500 automatically opens the presence app content 3000 to generate an alarm sound or an alarm light for a set time limit within the app app 3000 of the app.

When the operator attachment sensor 300 or the structure mounting sensor 400 malfunctions or fails, the communication terminal 200 for monitoring the worksite may be installed in the cabin such as a heart rate monitor, an accelerometer, a thermometer, an oxygen meter, The chip is operated to acquire current worker sensing data or current structure sensing data as an alternative.

When the on-scene monitoring communication terminal 200 confirms the clicked state of the event start / stop button 3140 displayed on the screen in the app app 3000 for the sense of realism, if the on state is recognized as ON, (OFF), and stops the real-time check.

6, when the IP group 3120 displayed on the screen of the presence app application 3000 is clicked, the communication terminal 200 for the worksite monitoring is connected to at least one of the IP groups 3120 belonging to the same IP group 3120 in the workplace 2000 The current operation status of the members having at least one other worksite monitoring communication terminal 500 received by the other job site monitoring communication terminal 500 is displayed as an event classification 3200, Thereby promptly notifying the remote management server 100 that the current operation state of the members is abnormal, and providing a condition for promptly taking urgent action accordingly.

3, the RFID tag recognition module 410 mounted on the structure mounting sensor 400 recognizes the RFID tag 310 attached by the operator so that the operator can recognize the RFID tag 310 attached to the X, Y, Z axis Dimensional position information transmitted to the communication terminal for on-site monitoring 200 or the communication terminal for at least one other worksite monitoring connected to the local area network.

When the structure mounting sensor 400 is installed in an equipment area, a caution area, or a hazardous area in the workplace 2000, the RFID tag recognition module 410, which is additionally mounted on the structure mounting sensor 400, By recognizing the RFID tag 310 separately attached to the equipment area, the attention zone, or the operator who entered the danger zone by interlocking with the antenna 420 for RFID tag recognition which rotates periodically every one to three times per second, And causes the sensor 400 to display a warning sound or a warning light.

7 is a flowchart illustrating a method of operating a worksite management system according to an embodiment of the present invention.

Referring to FIG. 7, the driving method of the worksite management system refers to a level-level lookup table of the app app 3000 of the presence sensing application to search for a current level section that is 1: 1 matched with the current worker sensing data or the current structure sensing data , A current work environment recognition bar or a current work environment notification indicating the current level section as an image or letter is generated and displayed. When the current level section is extracted as a warning section or a dangerous section, And transmits the generated job notification event signal to at least one other worksite monitoring communication terminal 500 belonging to the same IP group in the workplace.

First, the remote management server confirms the target point indicating the static arrangement state and the operation arrangement state of the worker or the structure assigned to at least one pre-formed work area in each region through the visual-graphic content, The video is monitored through visual-graphic content (S100, S110).

The communication terminal for monitoring a worksite acquires current worker sensing data generated from a worker attachment sensor attached to the worker or current structure sensing data generated from a workpiece installation sensor mounted on the structure through a local area network (S120).

The communication terminal for the worksite monitoring is substituted into the current worker sensing data or the current structure sensing data in the predetermined level water level lookup table in the real-time app contents (S130).

The communication terminal for work site monitoring searches for a current level section that is 1: 1 matched with the current worker sensing data or the current structure sensing data (S140).

If the current level section is detected as a state section or a danger section, the communication terminal for the workplace monitoring considers that the current work state in the workplace is abnormal, generates a job notification event signal and transmits at least one other operation belonging to the same IP group To the field monitoring communication terminal (S150).

The communication terminal for monitoring the worksite generates a current work environment recognition bar or a current work environment notification indicating the current level section in the form of an image or letter (S160).

A further operation of the method of operating the worksite management system according to the embodiment of the present invention is easy to carry out as described below.

When the communication terminal for worksite surveillance transmits an event notification signal to at least one other worksite monitoring communication terminal, at least one other workplace monitoring communication terminal automatically opens the apps for real-time monitoring, And generates an audible alarm or alarm light for a set time limit within the app content.

In case of malfunction or failure of the sensor for mounting worker or structure, the communication terminal for monitoring the work site operates the heart rate meter, accelerometer, thermometer, oxygen meter, electric shock meter, GPS module or Bluetooth chip installed in the cabin, And acquires the structure sensing data at present.

The communication terminal for monitoring the worksite monitors the actual time taken in the worksite photographed before and after the generation time of the job error notification event signal by operating the camera module when generating the job error notification event signal And transmits the image to the remote management server.

The communication terminal for monitoring the worksite monitors the clicked state of the event start / stop button displayed on the screen of the app for intuitive application, and when it is recognized as ON, it checks in real time whether the current work status is abnormal, ), It stops the real-time check.

The RFID tag recognition module mounted on the structure-mounted sensor recognizes the RFID tag attached to the operator, and recognizes the three-dimensional position information of the operator moving in the X, Y, and Z axes, To the terminal or at least one other on-site monitoring telecommunications terminal.

When the sensor for mounting the structure is installed in an equipment area, a caution area, or a dangerous area in the workplace, the RFID tag recognition module mounted on the sensor for mounting the structure may include an RFID tag that periodically rotates once to three times every 1 to 5 seconds In conjunction with the recognition antenna, the operator who enters the equipment area, the attention area or the danger area recognizes the separately attached RFID tag, thereby causing the sensor for mounting the structure to display a warning sound or a warning light.

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 present invention as defined by the following claims. It can be understood that it is possible.

1000: Worksite management system
100: remote management server 200: communication terminal for worksite monitoring
300: Worker attachment sensor 400: Structure mounting sensor
500: at least one other communication terminal
2000: Workplace 3000: Feelings of App Experience

Claims (14)

Graphic contents to identify a target point indicating a static placement state and an operation placement state of an operator or a structure assigned to at least one workshop formed in each region, or to display the actual image photographed in the workplace in the visual- A remote management server monitoring through graphic content; And
And a controller for acquiring current worker sensing data generated by the worker attaching sensor attached to the worker or current structure sensing data generated by a structure mounting sensor mounted on the structure through a local communication network, The current worker sensing data or the current structure sensing data to find a current level section matched with the current worker sensing data or the current structure sensing data in the table in the current worker sensing data or the current structure sensing data, And a communication terminal for monitoring a worksite for generating an environment awareness bar or a current work environment notification,
The communication terminal for worksite monitoring considers that the current operation state in the work area is abnormal when the current level section is extracted as a warning section or a dangerous section and generates an operation abnormality notification event signal so that at least To the other communication terminal for monitoring the worksite,
The communication terminal for worksite monitoring transmits another operation abnormality event signal generated by at least one other worksite monitoring communication terminal belonging to the same IP group in the workplace upon clicking on the IP group displayed on the screen And displaying the current work status of the members having at least one other worksite monitoring terminal to the remote management server,
When the operator attachment sensor or the structure mounting sensor is malfunctioning or malfunctioning, the communication terminal for monitoring the worksite operates the heart rate meter, accelerometer, thermometer, oxygen meter, electric wave meter, GPS module or Bluetooth chip mounted in the cabin, Sensing data or the current structure sensing data in a case where the work site management system does not receive the sensing data.
The method according to claim 1,
Wherein the at least one other task site monitoring communication terminal transmits the task anomaly notification event signal to the ID of the at least one other task site monitoring terminal, Automatically generates an alarm sound or an alarm light for a predetermined time limit in the realistic app content.
delete 2. The communication terminal according to claim 1,
And a control unit for controlling the camera module to generate a job abnormal notification event signal based on the generation time of the job abnormal notification event signal, To the management server.
2. The communication terminal according to claim 1,
Checking the clicked state of the event start / stop button displayed on the screen of the intuitive app content, if it is recognized as ON, it is checked in real time whether the current operation state is abnormal or not, And stops the real-time check.
The method according to claim 1,
The RFID tag recognition module further mounted on the structure mounting sensor includes:
The operator recognizes the separately attached RFID tag and grasps the three-dimensional position information of the operator moved in the X, Y, and Z axes to detect the communication terminal for the worksite monitoring connected to the local area network or at least one other worksite monitoring To the communication terminal.
7. The method according to claim 1 or 6,
When the structure mounting sensor is installed in an equipment area, a caution area, or a danger area in the workplace, the RFID tag recognition module, which is additionally mounted on the structure mounting sensor,
The RFID tag recognizing unit separately recognizes the RFID tag attached to the equipment zone, the attention zone, or the danger zone by interlocking with the RFID tag recognition antenna periodically rotating once to three times every 1 to 5 seconds, And a sensor for indicating that a warning sound or a warning light is emitted.
The remote management server confirms the target point indicating the static arrangement state and the operation arrangement state of the worker or the structure assigned to at least one pre-formed work area in each region through the visual-graphic content, Monitoring through the visual-graphical content; And
Acquiring the current worker sensing data generated from the worker attachment sensor attached to the worker or the current structure sensing data generated from the worker installation sensor mounted on the structure through the local area network;
Assigning the current worker's sensing data or current structure sensing data to a predetermined level water level lookup table in the real-time app content; And
Wherein the communication terminal for worksite monitoring searches for a current level section that is 1: 1 matched with the current worker sensing data or the current structure sensing data, and displays the current level section as an image or letter, Generating a notification message and displaying the screen,
The communication terminal for worksite monitoring considers that the current operation state in the work area is abnormal when the current level section is extracted as a warning section or a dangerous section and generates an operation abnormality notification event signal so that at least To the other communication terminal for monitoring the worksite,
The communication terminal for worksite monitoring transmits another operation abnormality event signal generated by at least one other worksite monitoring communication terminal belonging to the same IP group in the workplace upon clicking on the IP group displayed on the screen And displaying the current work status of the members having at least one other worksite monitoring terminal to the remote management server,
When the operator attachment sensor or the structure mounting sensor is malfunctioning or malfunctioning, the communication terminal for monitoring the worksite operates the heart rate meter, accelerometer, thermometer, oxygen meter, electric wave meter, GPS module or Bluetooth chip mounted in the cabin, Sensing data or current structure sensing data of the work site management system.
9. The method of claim 8,
Wherein the job site monitoring communication terminal transmits the job error notification event signal to the ID of the at least one other job site monitoring communication terminal; And
Further comprising the step of causing the at least one other worksite monitoring communication terminal to automatically open the presence app content to generate an alarm sound or alarm light for a predetermined time limit in the app information app for realizing the sensation. A method of operating a management system.
delete 9. The communication terminal according to claim 8,
And a control unit for controlling the camera module to generate a job abnormal notification event signal based on the generation time of the job abnormal notification event signal, To the management server when the operation of the work site management system is completed.
9. The communication terminal according to claim 8,
Checking the clicked state of the event start / stop button displayed on the screen of the intuitive app content, if it is recognized as ON, it is checked in real time whether the current operation state is abnormal or not, And stopping the real-time check.
9. The method of claim 8,
The RFID tag recognition module further mounted on the structure mounting sensor includes:
The operator recognizes the separately attached RFID tag and grasps the three-dimensional position information of the operator moved in the X, Y, and Z axes to detect the communication terminal for the worksite monitoring connected to the local area network or at least one other worksite monitoring To a communication terminal for the work site management system.
14. The method according to claim 8 or 13,
When the sensor for mounting the structure is installed in an equipment area, a caution area or a danger area in the workplace,
Wherein the RFID tag recognition module further mounted on the structure mounting sensor comprises:
The RFID tag recognizing unit separately recognizes the RFID tag attached to the equipment zone, the attention zone, or the danger zone by interlocking with the RFID tag recognition antenna periodically rotating once to three times every 1 to 5 seconds, Further comprising the step of causing the sensor to display a warning sound or a warning light.
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KR101907964B1 (en) * 2017-11-20 2018-10-12 (주)오픈웍스 Construction site safety management monitoring system and method
KR101957982B1 (en) * 2017-10-13 2019-03-14 주식회사 포스코 Security activity smart tool box meeting system using beacon tag
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