KR20200133636A - NFC Tag Chip Utilization Worker commute, location tracking and technology evaluation process method - Google Patents

Abstract

The present invention relates to a method of processing technical evaluation, safe position tracking and attendance and absence of workers by using NFC tag chips. In an existing workplace, managers have difficulty in preventing accidents caused by improper management by workers because the managers cannot manage positions and moving paths of the workers, and also, in terms of working processes, there have been much effort to adjust working efficiency due to a lack of worker position management, but the management is difficult most of the time due to a lack of practical real-time management. Besides, general computer systems have been applied to semi-manually manage the attendance and absence of workers, but the real-time management of the attendance and absence of workers is difficult, and also, a separate automatic attendance and absence check system is not easy to operate considering an onsite environment. To solve such issues, an NFC tag chip is applied to conveniently display and monitor attendance and absence in real time, an application program which identifies positions and movements of workers by receiving GPS information in real time through personal smartphones of the workers is provided and operated to secure the safety management of the workers in a dimension of advanced prevention, GPS positions of the smartphones of the workers is received for real-time monitoring, abnormal behavior of the workers is analyzed to prevent accidents, and also, an NFC tag chip is used to automatically display times when the workers leave work, preparations for even a case where a worker has an accident while working late without being checked by a manager can be made, and also, managers can change jobs of efficient engineers to the right place through objective evaluation on technical competence and technical suitability, thereby finding a work improvement method increasing the fairness of work through mediation between management and workers.

Description

NFC Tag Chip Utilization Worker commute, location tracking and technology evaluation process method}

The present invention is a general construction site or a similar work site in the radius of the operator from work to work. In order to secure worker's safety management and prevent accidents by real-time integrated monitoring and management of worker's location, the NFC tag chip is used to automatically check the worker's attendance on the day of work, and the GPS location of the worker's smartphone is information. It receives real-time monitoring, analyzes worker's abnormal behavior, and prevents accidents in advance, and also automatically displays the time of leaving work using an NFC tag chip, and the worker remains alone until late. It is possible to prepare for accidents while working without the manager's check. Also, through the evaluation of the technical ability and technical suitability of the worker's work, the manager objectively changes the work of an efficient technician in the right place, thereby coordinating labor and management differences. As a work method that can improve the process level of the worker, using an NFC tag chip that can be used for future pattern analysis through information collection and management of such log data and used as predictive data for accident prevention, worker commuting, location tracking, and technology evaluation processing method It is about.

In the present invention, it is difficult for the manager to prevent accidents due to negligence of worker management in advance because it is not possible to manage the movement of the location of workers in the workplace in real time. In addition, in terms of the work process, the efficiency of work is adjusted due to the absence of worker location management. Although a lot of effort has been made, management was almost difficult due to the lack of real-time management.

In addition, although a general computer system was used to manage workers' commuting semi-manually, real-time attendance and management of workers is difficult, and it is difficult to separately operate an automatic commuting check system due to the field environment.

To solve this, we provide an app that can easily display and monitor work and leave in real time using an NFC tag chip, and receive GPS information in real time using the individual smartphone of the worker to identify the location and dynamics of the worker. It is a technology that has the characteristics of a processing method that can perform real-time commuting, location tracking, and technical evaluation of field workers as an operating method.

Therefore, as described above, conventionally, it is not possible to manage the location and movement of workers in the workplace in real time, and it enables real-time checks of workers' commuting to and from work by a simple technical method, monitoring the collected information data, and evaluating future technologies and preventing safety accidents. It is an object of the present invention to solve this problem by providing an integrated app technology method that enables the use of the data that can be found and is currently difficult to manage the field.

The apparatus of the present invention for achieving the above object includes: a workplace-specific number KEY code 103 sensing means stored in an NFC tag with a site-specific OWNER code KEY indicating a worker's commute; Automatic integrated app execution means through such a tag chip; Means for registering basic information of workers; Work and leave processing means utilizing NFC integrated app; A means for collecting location information using a smartphone GPS for each worker; A means for detecting abnormal signs of a worker outside the range of the workplace; Means for registering evaluation information for managers' workers;

Means for storing the obtained information in a server; Smart phone commuting status, GPS location information monitoring means using the acquired and stored information; Includes.

In addition, in the future, if the NEW app is continuously created by new ideas, there are several separate app icons to eliminate confusion or discomfort for the user, and the NFC tag in addition to the KEY value 101 in the NFC tag Separately managing the stored integrated app group unique number KEY code value 102; Includes.

The present invention as described above, by utilizing the worker commuting information collected through the NFC tag chip and the smartphone worker location tracking information, effective and accurate worker management in the workplace, safety management in the workplace, and risk management in real-time management and supervision as a precautionary measure And it has the effect of meeting the process schedule by increasing work efficiency by selecting a technician in the right place through the evaluation management data of the worker.

1 is an overall schematic diagram of the present management apparatus and method
Figure 2 is a schematic limit diagram of the form of information registration storage management, such as a phone number of a worker, with an NFC device and an integrated app icon used in the present invention
3 is a diagram schematically illustrating a form of KEY structure management managed by one integrated app icon without creating and adding a new app item in the future according to the present invention, but without creating a separate app icon.
4 is a flowchart of a method for registering basic information of workers according to the present invention of FIG. 1
FIG. 5 is a flowchart of a method of processing means for attending and leaving work using the NFC tag of FIG. 1
6 is a flowchart of a method of collecting location information using a personal smartphone GPS of a worker according to the present invention of FIG. 1
FIG. 7 is a flowchart of a method for detecting abnormal signs of an operator outside the workplace range according to the present invention of FIG. 1
Figure 8 is the NFC tag of Figure 1 commuting status, GPS location information monitoring means
Flowchart drawing of the method
9 is a flowchart of a method for displaying evaluation information registration means for workers of a manager according to the present invention of FIG. 1

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

1 is a schematic diagram of the entire system. When the operator 010 arrives at the workplace and the operator 010 contacts the NFC tag 020 using his smartphone 030, the NFC tag detects and NFC The chip unique number KEY code 101 stored in the tag, the integrated app group unique number KEY code 102 stored in the NFC tag, the workplace unique number KEY code 103 stored in the NFC tag is transferred to the smartphone 030, and the KEY code Based on the value information, the corresponding NFC tag-related company integrated app icon and app program 104 are automatically performed, and when the worker 010 directly registers the phone number, the attendance/commuting information is stored in the server and the worker 010's The location information 030 is stored in the storage server 050 in real time.

The manager 070 manages the status through the real-time monitoring screen 080, and when anomalous phenomenon data that is out of the workplace range of the worker 010 occurs, the detection status is monitored through a warning sound on the monitoring screen 080 and the manager 070 It sends an SMS text message 060 to the smartphone 090 and shows the location of the worker 010 on the worker's work status map map 095 and checks the worker 010 information.

2 is a diagram schematically illustrating a form of information registration storage management, such as a phone number of a worker, with an NFC device and an integrated app icon used in the present invention.

The NFC stored chip unique number KEY code 101 is a KEY value for use as a KEY value used to distinguish each NFC tag when there are multiple NFC tags used as the unique KEY value of the NFC tag at the same time.

The NFC-stored integrated app group unique number KEY code 102 means its own unique KEY code value for the app program, so if you use multiple app programs using NFC tags, you have to create and use multiple app icons. The purpose is to eliminate the box and use it as a single integrated app icon.

The NFC stored workplace unique number KEY code 103 is a workplace identification KEY value for distinguishing that there are different workplaces when there are several workplaces using an NFC tag, so that the current worker's workplace can be identified.

NFC stored integrated app group unique number KEY code 102 The corresponding app program 104 is performed based on the KEY value information, and the operator (010) to the server 050 of the workplace based on the NFC stored workplace unique number KEY code 103 information. When) registers a phone number, the attendance and commute information is stored in the server 050, and the location information 030 through the smartphone app for workers is stored in the storage server 050 in real time.

3 is a diagram schematically illustrating a form of KEY structure management managed by a single integrated app icon without creating and adding a new app item in the future according to the present invention, but without creating a separate app icon. ) Or, even if an app item using a similar tag chip (022) such as a new BEACON is created, based on the registered group unique number KEY (102) information of the NFC tag chip, one NFC tag-related company integrated app icon and app program ( 104), even if the app user does not recognize it, the related A app program 105 or the related B app program 106 can be automatically executed.

FIG. 4 is a flowchart of the method of registering basic information of workers according to the present invention of FIG. 1, in which the manager 070 registers basic information related to the worker (201), searches the registration information of the worker (202), and The technology information is registered (203) and the technology registration information is searched (204).

Figure 5 is a flow chart diagram of a method for processing work and leave work using the NFC tag according to the present invention of Figure 1, when the worker arrives at the workplace (010) and contacts the NFC tag 020, the chip unique number stored in the NFC tag The KEY code 101, the integrated app group unique number KEY code 102 stored in the NFC tag, the workplace unique number KEY code 103 stored in the NFC tag is read (301,302,303) and the corresponding integrated app program is executed (304). When the worker 010 registers his or her smartphone phone number 305, the attendance and departure information is stored 306 in the DB server 05.

6 is a flow chart diagram of a method for collecting location information using a personal smartphone GPS of a worker according to the present invention of FIG. 1, and a DB server by collecting 401 GPS location data of the smartphone 030 of the worker 010 The information is transmitted and stored in (402), the stored information is read from the DB server (403), the location of workers is displayed on the app map map (404), and the manager (070) selects the location to inquire the information of the worker (405). By selecting the information list of the worker, it is possible to search (406) the worker to find.

7 is a flow chart diagram of a method for detecting abnormal signs of an operator out of the workplace range according to the present invention of FIG. 1, and when the operator 010 moves out of the limited workplace range, systematically detecting information outside the workplace radius range (501) Thus, after storing the abnormal symptom status value in the DB server (502), the information is read from the DB server (403), and the abnormal symptom alarm warning is displayed on the integrated monitoring screen (503), and the information status of the work abnormal worker is checked (504). In addition, an SMS text message 060 is automatically sent to the manager 070 (505).

Figure 8 is a flow chart of the NFC tag commute status, GPS location information monitoring means method of Figure 1 by reading the GPS location information of the worker (010) collected from the DB server (050) (601) Manager (070) App map map Display (602) and simultaneously display on the integrated monitoring screen (603) In addition, the DB server (050) reads the attendance/commuting information of the worker (010) (604), and displays the attendance and departure status in monitoring (605). ) To show.

9 is a flow chart diagram of a method for displaying an evaluation information registration means for the manager's workers according to the present invention of FIG. 1. In order to increase work efficiency, the manager 070 evaluates the work of the worker 010, and worker evaluation information After registering (701) and storing the evaluation contents of the worker (010) in the DB server (050) (702), the evaluation information for each worker is inquired (703) to analyze the problem of worker efficiency and objectively load the worker (010). Allows placement in the right place.

010: worker
020: NFC tag chip
021: A app program related NFC tag
022: B App program related NFC tag
030: Worker smartphone app and location information collector
040: Wi-Fi equipment
050: commuting information, worker location information collection and storage server
060: Sending text message to the administrator with abnormality detection SMS
070: Administrator
080: Real-time monitoring screen for commuting, worker location information
090: Smartphone app for workers
095: Worker work status map map (worker location information, abnormality detection check)
101: Chip unique number KEY code stored in NFC tag (NFC MAST KEY)
102: Integrated app group unique number KEY code stored in the NFC tag (GROUP App KEY)
103: Workplace unique number KEY code stored in NFC tag (OWNER KEY)
104: NFC tag related company integrated app icon and app program
105: Execute the related A app program according to the NFC tag integrated app unique number KEY value
106: Execute the related B app program according to the NFC tag integrated app's unique number KEY value
201: Worker (phone number, name, resident number, etc.) registration processing function
202: Worker (phone number, name, resident number, etc.) inquiry processing function
203: Worker's technology-related information registration processing function
204: Inquiry processing function of worker's technology related information
301: NFC tag information READ processing function
302: Integrated app group code KEY READ processing function
303: Field code KEY READ processing function
304: The integrated app program execution processing function
305: Worker phone number input processing function
306: Function to store and process attendance information in DB server
401: Worker smartphone GPS data collection processing function
402: Information transmission processing function to DB server
403: Information read processing function in DB server
404: Function to display the location of workers on the app map map
405: When selecting a worker, a function to query and process worker information (name, technical content, etc.)
406: Worker inquiry processing function on the worker search screen
501: Information detection and processing function outside the work area radius
502: Anomaly symptom status value stored in DB server processing function
503: Anomaly alarm warning display processing function in integrated monitoring
504: Operator selection error, operator information check processing function
505: SMS sending processing function to administrator
601: Function to read and process GPS information to DB server
602: Display processing function of worker GPS status on app map map
603: Integrated monitoring GPS status display processing function on map map
604: Read and process commuting information to DB server
605: Display processing function of commuting status in integrated monitoring
701: Operator's evaluation information registration processing function
702: Information worker evaluation content storage processing function in the DB server
703: Inquiry processing function of operator's evaluation information

Claims (1)

In conjunction with the chip unique number KEY code 101 stored in the NFC tag and the NFC tag-related company integrated app icon and app program 104, information registration, storage management, such as the operator's phone number; Even if a new app item is created and added, the integrated app group unique number stored in the NFC tag for managing one integrated app icon with the company integrated app icon and app program 104 related to the NFC tag without creating a separate app icon. KEY code ( 102) type of rescue management; Workplace identification number KEY code 103 stored in the NFC tag to be managed to separate and manage multiple workplaces structure management form; Based on the integrated app group unique number KEY code 102 information stored in the NFC tag, one NFC tag related company integrated app icon and app program 104 are automatically integrated into the NFC tag related company even if the app user does not recognize it. Execute the corresponding app program 104; do.
A method of registering basic information of workers; Work and leave processing means method using an NFC tag; A method of collecting location information by utilizing a worker's personal smartphone GPS; A method for detecting abnormal signs of a worker outside the workplace range; NFC tag commuting status, GPS location information monitoring means method; How to display evaluation information registration means for managers'workers; It is a method of processing worker commuting, location tracking, and technology evaluation using an NFC tag chip that can be used.

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