WO2022202408A1

WO2022202408A1 - Construction site terminal, labor management system, and labor management application

Info

Publication number: WO2022202408A1
Application number: PCT/JP2022/010958
Authority: WO
Inventors: 宏憲八木; 恵子斉藤; 豊孝穴澤; 暢秀中村
Original assignee: ギアヌーヴ株式会社
Priority date: 2021-03-23
Filing date: 2022-03-11
Publication date: 2022-09-29
Also published as: JP7264362B2; JPWO2022202408A1

Abstract

Provided are a construction site terminal, a labor management system, and a labor management application which can collectively and easily perform labor management of on-site workers, while suppressing leakage of confidential information. A construction site terminal 1 is installed at a construction sited F, and manages labor information for an on-site worker W. The construction site terminal 1 is provided with an attendance time acquisition unit 110 that acquires the attendance time of the on-site worker W. The attendance time acquisition unit 110 includes a clock-in time acquisition unit 110a that acquires a clock-in time of a clocked-in worker W1 who has clocked in to a construction site F, and who is identified from the results of collating pre-registered registration information, which is personal information corresponding to the on-site worker W, and identifier information which is personal information corresponding to the on-site worker W and which is read from an identifier ID provided on gear H worn by the on-site worker W. The clock-in time acquisition unit 110a acquires the clock-in time of the clocked-in worker W1 according to a response to a clock-in confirmation request which is for requesting confirmation of a clock-in to the construction site F and which is issued on the basis of the collation results.

Description

Construction site terminals, labor management systems, and labor management applications

This disclosure relates to construction site terminals, labor management systems, and labor management applications.

Site workers may be dispatched from multiple contractors to carry out construction site work. A labor management method is being explored that can collectively and easily manage such field workers dispatched from different sources. Patent Literature 1 discloses an entrance/exit management system in which an entrance/exit gate is provided at a construction site and a site worker is detected when the construction site worker passes through the entrance/exit gate. According to the entrance/exit management system of Patent Literature 1, by detecting the entrance/exit of the field worker to/from the entrance/exit gate, the working time of the field worker can be managed.

Japanese Unexamined Patent Publication No. 2001-6008

In the entrance/exit management system of Patent Document 1, it is necessary to prepare a large-scale entrance/exit gate. is costly.

In recent years, due to the spread of smartphones, there are some field workers who own smartphones. Therefore, it is conceivable to manage labor by installing working time reporting software on the smartphones owned by each field worker and having each field worker individually report their working time by operating the software. However, there are many field workers who do not own smartphones, and even if field workers do have smartphones, it is necessary to teach the field workers individually how to operate the software. Labor management using smartphones also poses a high barrier from the perspective of preventing leaks of confidential information such as construction site information, because each site worker uses their own smartphones.

In view of such problems, the present disclosure aims to provide a construction site terminal, a labor management system, and a labor management application that can collectively and easily manage the labor of site workers while suppressing the leakage of confidential information. aim.

A construction site terminal according to an embodiment of the present disclosure is a construction site terminal that is installed at a construction site and manages labor information of site workers, wherein the construction site terminal acquires attendance times of the site workers. The attendance time acquisition unit includes personal information corresponding to the site worker, which is pre-registered registration information, and personal information corresponding to the site worker, an arrival time acquisition unit that acquires the arrival time of the worker who came to work at the construction site, which is identified from the result of matching with identifier information read from the identifier provided on the wearing equipment worn by the site worker, The attendance time acquisition unit acquires the attendance time of the attendance worker in response to an attendance confirmation request requesting confirmation of attendance at the construction site, which is notified based on the collation result.

A labor management system according to an embodiment of the present disclosure is a labor management system that manages labor information of site workers at a construction site, wherein the labor management system includes a construction site terminal installed at the construction site and a reading device that is provided in a mounting tool worn by the site worker and reads an identifier indicating identifier information that is personal information corresponding to the site worker; and a server that communicates with the construction site terminal, The field terminal includes an attendance time acquisition unit that acquires the attendance time of the field worker, and the server stores registration information, which is personal information corresponding to the field worker, and labor information of the field worker. and an authentication unit that authenticates workers who have come to work at the construction site among the site workers. an attendance time acquiring unit that acquires the arrival time of a worker who has arrived at the construction site, which is specified from the result of matching with the identifier information read from the identifier, wherein the reading device acquires the identifier information from the identifier. The authentication unit reads and transmits the read identifier information to the server, and when the server receives the identifier information from the reading device, the authentication unit compares the registered information with the identifier information, and reads the registered information. and the identifier information, and transmits the verification result to the construction site terminal. Acquiring the attendance time of the worker in response to an attendance confirmation request requesting confirmation of attendance at the construction site, which is notified based on the result, and transmitting the acquired attendance time to the server; , the database stores the attendance time received by the server as the labor information.

A labor management application according to an embodiment of the present disclosure is a labor management application to be implemented in a labor management system that manages labor information of field workers at a construction site, wherein the labor management system includes: a construction site terminal installed in the construction site, a reading device provided in a wearing tool worn by the site worker and reading an identifier indicating identifier information that is personal information corresponding to the site worker, and communicating with the construction site terminal The construction site terminal includes an attendance time acquisition unit that acquires the attendance time of the site worker, and the server includes registration information, which is personal information corresponding to the site worker, and the site a database that stores labor information of workers; and an authentication unit that authenticates workers who have come to work at the construction site among the site workers. an attendance time acquisition unit that acquires the arrival time of a worker who has arrived at the construction site, which is specified from a collation result of registered information and identifier information read from the identifier by the reading device; and the labor management application. causing the reading device to read the identifier information from the identifier; causing the reading device to transmit the identifier information to the server; a step of matching the identifier information with the registered information and authenticating the worker who is present based on the result of matching the registered information and the identifier information; a step of causing the construction site terminal to transmit; and an attendance confirmation requesting confirmation of attendance at the construction site, which is notified to the attendance time acquisition unit based on the verification result received by the construction site terminal from the server. obtaining the arrival time of the worker in response to a request; causing the arrival time acquisition unit to transmit the arrival time to the server; and a step of storing the received work attendance time as the labor information.

According to the construction site terminal, labor management system, and labor management application according to an embodiment of the present disclosure, it is possible to collectively and easily manage the labor of field workers while suppressing the leakage of confidential information.

1 is a schematic block diagram showing a labor management system according to one embodiment of the present disclosure; FIG. 1 is a schematic perspective view showing an installation form of a construction site terminal at a construction site according to an embodiment of the present disclosure; FIG. 1 is a schematic perspective view of a field worker's outfit for use with a construction site terminal in accordance with an embodiment of the present disclosure; FIG. 4 is a flowchart for managing attendance times showing execution steps of a labor management application according to an embodiment of the present disclosure; FIG. 4 is a schematic diagram showing a basic screen displayed on the display panel in the labor management application according to one embodiment of the present disclosure; FIG. 10 is a schematic diagram showing an attendance confirmation screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure; FIG. 4 is a schematic diagram showing a danger prediction screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure; FIG. 4 is a schematic diagram showing a message screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure; FIG. 4 is a schematic diagram showing a message screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure; FIG. 4 is a schematic diagram showing an imageable screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure; FIG. 10 is a schematic diagram showing a modified example of the attendance confirmation screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure; 4 is a flow chart for managing clock-out times showing execution steps of a labor management application according to an embodiment of the present disclosure; FIG. 10 is a schematic diagram showing a check-out screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure; FIG. 10 is a schematic diagram showing a modified example of the attendance confirmation screen displayed on the display panel in the labor management application according to the embodiment of the present disclosure;

A construction site terminal and a labor management system according to an embodiment of the present disclosure will be described below with reference to the accompanying drawings. The embodiments shown below are merely examples, and the construction site terminal and the labor management system of the present disclosure are not limited to the following embodiments.

(Labor management system according to this embodiment)
FIG. 1 shows a labor management system A according to this embodiment. A labor management system A according to this embodiment manages labor information of a site worker W at a construction site F, as shown in FIG. In this specification, "construction" means not only building structures such as houses, offices, stores, buildings, bridges, embankments, tunnels, dams, utility poles, water supply and sewage systems, but also maintenance, repair, etc. shall include making any alterations to the Workpiece. Also, in this specification, the term "construction site" refers to a place where work is performed to modify a structure in some way. Therefore, in this specification, the term "site worker" mainly refers to a worker who performs work to modify a workpiece, but a site supervisor who supervises the worker or a site who manages the construction site F May include administrators. Further, in this specification, the field worker W includes a worker W1 who is present at the construction site F, a worker W2 who left the construction site F after arriving at the construction site F, and a worker W2 who left the construction site F after arriving at the construction site F. This concept includes absent workers (not shown) who are not present. In this embodiment, the labor management system A manages the arrival time of the field worker W. FIG. In this embodiment, the labor management system A further manages the time when the field worker W leaves work. The labor management system A manages the labor information of the site worker W, as well as manages the progress of other site work at the construction site F, manages work reports on the site work, and performs other management. good.

The labor management system A is used in this embodiment to manage the labor information of a relatively small number of field workers W (for example, less than 100). However, the labor management system A may be used, for example, to manage labor information of over 100 field workers W at large-scale construction sites such as large-scale housing complexes and large-scale commercial buildings.

In this embodiment, the labor management system A is provided in the construction site terminal 1 installed at the construction site F and in the mounting tool H worn by the site worker W, and the identifier which is personal information corresponding to the site worker W A reading device R for reading an identifier ID indicating information and a server S communicating with the construction site terminal 1 are provided.

For example, as shown in FIG. 1, the reader R reads the identifier information from the identifier ID and transmits the read identifier information to the server S (in FIG. 1, the reader R reads the information via the construction site terminal 1 is transmitted to the identifier information server S). The installation form of the reader R at the construction site F is not particularly limited. In this embodiment, the reader R is installed at a construction site F, as shown in FIG. In the example of FIG. 2, the reader R is fixed to the storage box B installed at the construction site F, and reads the identifier information from the identifier ID when the site worker W passes in front of the storage box B. However, the reading device R is configured to be portable, and the field worker W may read the identifier information from the identifier ID by holding the reading device R and moving the reading device R to the position of the identifier ID. .

The identifier ID is provided on the mounting tool H worn by the field worker W, as shown in FIG. In FIG. 3, the identifier ID is affixed to the back surface of the edge (visor-like portion) of the helmet, which is the equipment H worn by the field worker W. In FIG. However, the identifier ID may be provided on other equipment worn by the field worker W, such as safety shoes and work clothes.

In this embodiment, as shown in FIG. 1, the reading device R includes a reading unit R1 that reads identifier information from an identifier ID, a storage unit R2 that stores the identifier information read by the reading unit R1, and a reading unit R1. and a communication unit R3 for transmitting the read identifier information to other electrical equipment. The reading unit R1 may transmit the read identifier information from the communication unit R3 to the other electric device without storing the read identifier information in the storage unit R2. You may send.

The reading unit R1 is not particularly limited as long as it can read the identifier information from the identifier ID. In this embodiment, the reader R is composed of an RFID reader that reads identifier information from an RFID tag as an identifier ID. However, the reading unit R1 may be composed of other reading equipment such as a code reader that reads a one-dimensional code (for example, a so-called barcode) or a two-dimensional bar code (for example, a so-called QR code (registered trademark)). Identifier information included in the identifier ID is not particularly limited. The identifier information includes, for example, the name of the field worker W, the name of the construction company to which he belongs, the occupation, the blood type, and the like.

The reading unit R1 includes an inner reading unit provided inside the construction site F and an outer reading unit provided outside the construction site F along the entrance/exit direction to the construction site F at the entrance/exit of the construction site F. and may include In this case, the reading unit R1 can be provided at a known entrance/exit gate or the like, the inner reading unit is provided near the inside of the construction site F at the entrance/exit gate, and the outer reading unit is provided at the entrance/exit gate, It is provided on the outer side of the construction site F. In this way, according to the movement of the field worker W who moves from the outside to the inside of the construction site F at the time of going to work, when the identifier ID is read in the order of the outer reading section and the inner reading section (for example, The authentication unit S2 of the server S, which will be described later, authenticates the field worker W as the worker W1, and the arrival time acquisition unit 110a recognizes the read time of the identifier ID by the reading unit R1 (for example, the inner reading unit) as the arrival time. can be obtained as Similarly, when the identifier ID is read in the order of the inner reading unit and the outer reading unit according to the movement of the field worker W who moves from the inside to the outside of the construction site F at the time of leaving work (for example, the server described later) The authentication unit S2 of S) authenticates the field worker W as the leaving worker W2, and the leaving time acquisition unit 110b acquires the reading time of the identifier ID by the reading unit R1 (for example, the outer reading unit) as the leaving time. be able to.

The storage unit R2 is not particularly limited as long as it can store the identifier information read by the reading unit R1, and is composed of, for example, RAM (Random Access Memory) and ROM (Read-Only Memory).

The communication unit R3 is not particularly limited as long as it is communicably connected to the construction site terminal 1 or the server S. In this embodiment, as shown in FIG. 1, the communication unit R3 is communicably connected to the communication unit 16 of the construction site terminal 1 via the communication line L2. In this case, when the construction site terminal 1 is activated, the communication section R3 transmits the identifier information read by the reading section R1 and stored in the storage section R2 to the communication section 16 of the

construction site terminal

1, and 1 transmits the identifier information received from the reader R to the communication unit S3 of the server S. FIG. However, the communication section R3 may be connected to the communication section S3 of the server S so as to be communicable. In this case, the communication unit R3 directly transmits the identifier information read by the reading unit R1 to the communication unit S3 of the server S via the communication line L1 such as the Internet. The identifier information transmitted by the communication unit R3 may be all or part of the identifier information read by the reading unit R1. The communication unit R3 can be composed of, for example, a network adapter for wired communication or wireless communication.

In this embodiment, the server S authenticates the worker W1 at work in response to a request from the construction site terminal 1. Specifically, the server S identifies the worker W1 who has come to work at the construction site based on the result of matching the registered information stored in the database S10 with the identifier information read from the identifier ID by the reader R. For example, the server S acquires the identifier information from the reading device R, and transmits to the construction site terminal 1 the matching result between the registered information and the identifier information. For example, the server S, as shown in FIG. , and an authentication unit S20 for authenticating the worker W1 who has come to work at the construction site F. The database S10 is included in the storage unit S1 of the server S in the example of FIG. Further, in the example of FIG. 1, the server S includes a control unit S2 configured to be able to execute an application program (hereinafter referred to as "application"), and the control unit S2 is stored in the storage unit S1. By executing the authentication application AP2, it functions as the authentication unit S20. The control unit S2 is composed of, for example, a CPU (Central Processing Unit).

In this embodiment, as shown in FIG. 1, the storage unit S1 stores an authentication application AP2 for authenticating the worker W1, in addition to registration information and labor information. The storage unit S1 is composed of, for example, a RAM (Random Access Memory), a ROM (Read-Only Memory), a hard disk, and the like. For example, in order to reduce the load on the construction site terminal 1 and the reading device R, the storage section S1 has a larger capacity than the storage section 12 of the construction site terminal 1 and the storage section R2 of the reading device R, which will be described later. In this embodiment, the storage unit S1 includes, as the database S10, a personal information database S11 that stores registration information, which is the personal information of the field workers W, and a labor information database S12 that stores labor information of the field workers W. contains. In this embodiment, the database S10 (specifically, the personal information database S11) stores personal information of field workers W who may work at the construction site F. FIG. The personal information includes, for example, the name of the site worker W, the name of the construction company to which the worker belongs, the type of job, the blood type, and the like. The personal information of the field worker W stored in the database S10 (specifically, the personal information database S11) overlaps at least a part of the personal information of the field worker W read by the reading unit R1. Therefore, it is sufficient if the worker W1 who is present for work can be authenticated, and the identifier information does not have to overlap completely.

In this embodiment, the database S10 (specifically, the labor information database S12) stores the arrival time received by the server S from the construction site terminal 1 as labor information. In addition, the database S10 (specifically, the labor information database S12) stores, as labor information, the time of leaving work received by the server S from the construction site terminal 1 in this embodiment.

In this embodiment, when the server S receives the identifier information from the reader R, the authentication unit S20 compares the registration information with the identifier information, and based on the result of the comparison between the registration information and the identifier information, identifies the worker who is going to work. Authenticate W1. For example, when the registration information and the identifier information match, the authentication unit S20 authenticates the field worker W related to the matching information as the worker W1 who is present. Regarding the information type of personal information such as the name of the field worker W, the name of the construction company to which he belongs, the occupation, the blood type, etc., the information type included in the registration information and the information type included in the identifier information may not necessarily be the same. be. In addition, the name of the construction company that dispatched the worker may be changed depending on the time of work at the construction site F, even for the same site worker W. FIG. Therefore, when authenticating the worker W1, it is not always necessary to match all the information between the registration information and the identifier information. It is also possible to make it a condition that some information matches, such as checking only one of the name of the construction company to which they belong and the blood type (for example, only the name of the field worker W).

In this embodiment, the authentication unit S20 transmits the result of matching the registration information and the identifier information to the construction site terminal 1. The collation result transmitted to the construction site terminal 1 is not particularly limited as long as the site worker W authenticated by the authentication unit S20 can be identified. For example, the collation result transmitted to the construction site terminal 1 includes all of the registration information of the worker W1 (for example, the name of the worker W1, belonging construction company name, job type, blood type) or a part (for example, only the name of the worker W1), and all of the identifier information of the worker W1 read by the reader R (for example, the The name of the worker W1, the name of the construction company dispatched from, the type of job, and the blood type) or part thereof (for example, only the name of the worker W1 who comes to work) may be used.

When the server S receives the identifier information again from the reader R, the authentication unit S20 compares the registered information with the identifier information, and based on the result of matching the registered information and the identifier information, the , the leaving worker W2 leaving the construction site F may be authenticated. The leaving worker W2 can be authenticated by collating the registration information of the field worker W authenticated as the leaving worker W1 with the identifier information received by the server S from the reader R again.

In this embodiment, as described above, the communication unit S3 is communicably connected to the construction site terminal 1 (specifically, the communication unit 16 of the construction site terminal 1). The communication unit S3 may be communicably connected to the reader R (specifically, the communication unit R3 of the reader R) as described above. The communication unit S3 can be composed of, for example, a network adapter for wired communication or wireless communication.

(Construction site terminal according to this embodiment)
FIG. 2 shows an installation form at the construction site F of the construction site terminal 1 according to this embodiment. The construction site terminal 1 is a terminal installed at the construction site F, as shown in FIG. In this embodiment, the construction site terminal 1 is configured to be portable. Specifically, the construction site terminal 1 is composed of a tablet-type portable information terminal. However, the construction site terminal 1 may be an information terminal installed at the construction site F, or may be another information terminal such as a personal computer. In the example of FIG. 2, the construction site terminal 1 is installed at the construction site F together with the reader R provided separately. More specifically, the construction site terminal 1 is housed in a housing box B installed at the construction site F together with the reader R, and is taken out from the housing box B when the site worker W uses it. However, the construction site terminal 1 does not necessarily have to be provided separately from the reading device R, and the reading device R may be incorporated.

In this embodiment, the construction site terminal 1 is configured to be able to communicate with a server S that stores registration information, which is personal information corresponding to a site worker W, as shown in FIG. In this case, the construction site terminal 1 is reduced in the load of storing the registration information, which may involve a large amount of data. However, the construction site terminal 1 stores the registration information by itself and compares the identifier information acquired via the reading device R with the stored identifier information, thereby authenticating the worker W1. good.

In this embodiment, the construction site terminal 1 includes a control unit 11 capable of executing an application, and a storage unit 12 for storing the application. By executing , each part of the labor management system A is controlled, and the labor management system A is made to exhibit various functions. For example, the control unit 11 is configured by a CPU (Central Processing Unit) or the like. The storage unit 12 is configured to store applications and data, for example. In this embodiment, the storage unit 12 stores a labor management application AP1 that manages labor information of field workers. For example, the storage unit 12 is composed of RAM (Random Access Memory), ROM (Read-Only Memory), and the like. In this embodiment, the construction site terminal 1 further includes a notification unit 13 that issues a predetermined notification, and a detection unit 14 that detects a response to the predetermined notification. The construction site terminal 1 may include an imaging unit 15 that acquires images. The construction site terminal 1 may also include a communication section 16 for communicating with other electrical equipment.

The construction site terminal 1 includes an attendance time acquisition unit 110 that acquires the attendance time of the site worker W, as shown in FIG. Specifically, as shown in FIG. 1, the control unit 11 functions as an attendance time acquisition unit 110 by executing the labor management application AP1. In this embodiment, the attendance time acquisition unit 110 controls each unit of the labor management system A through the communication lines L1 and L2, and causes the labor management system A to exhibit various functions.

The attendance time acquisition unit 110 includes an attendance time acquisition unit 110a that acquires the attendance time of the worker W1 who has arrived at the construction site F among the field workers W. In this embodiment, the attendance time acquiring unit 110 further includes a leaving time acquiring unit 110b that acquires the leaving time of the leaving worker W2 leaving the construction site F among the workers W1.

The attendance time acquisition unit 110a acquires the attendance time by responding to the attendance confirmation request requesting confirmation of attendance at the construction site F, which is notified based on the result of matching the registration information and the identifier information. In other words, if there is some omission in the reading of the identifier ID at the time of coming to work, the checking result cannot be obtained, so the coming-to-work worker W1 is not notified of the coming-to-work confirmation request. Therefore, if the attendance confirmation request is not notified, the worker W1 who comes to work can recognize that the identifier ID has not been read, so that it is possible to suppress the omission of reading the identifier ID at the time of coming to work. Specifically, the arrival time acquisition unit 110a acquires the arrival time of the worker W1 in response to the attendance confirmation request according to the collation result received by the construction site terminal 1 from the server S. In this embodiment, as will be described later, the attendance confirmation screen PB (see FIG. 5B) is displayed on the display panel 13a as an attendance confirmation request, and an attendance confirmation screen PB (see FIG. 5B) is displayed as a response to the attendance confirmation request. The touch panel 14a is caused to detect the touch operation of the worker W1 on the screen PB.

The time that the attendance time acquisition unit 110a acquires as the attendance time is not particularly limited as long as it is acquired starting from the response to the attendance confirmation request. For example, the attendance time acquisition unit 110a may acquire the response time to the attendance confirmation request as the attendance time, or the time earlier than the response time to the attendance confirmation request by a predetermined time as the attendance time. A time that is later than the response time to the request by a predetermined time may be acquired as the working time. In this embodiment, the arrival time acquisition unit 110a acquires the response time based on the time indicated by a timer (not shown) provided in the construction site terminal 1, and acquires the response time as the arrival time. However, the arrival time acquisition unit 110a may acquire the arrival time by other methods, such as acquiring the time indicated by a timer (not shown) provided in the server S via the communication unit 16 . Further, as will be described later, when the notification unit 13 is composed of the display panel 13a and the detection unit 14 is composed of the touch panel 14a, the attendance time acquisition unit 110a, for example, outputs the attendance time confirmation request to the display panel 13a as an attendance confirmation request. input screen PB (see FIG. 6) may be displayed. In this case, the arrival time acquisition unit 110a detects the time manually input by the worker W1 (in FIG. 6, the manual input from the numeric keypad PB2) by the touch panel 14a, and acquires the input time as the arrival time. Details of the attendance confirmation request will be described later. In this embodiment, the attendance time acquisition unit 110a transmits the acquired attendance time to the server S. FIG.

Specifically, the leaving time acquisition unit 110b responds to a leaving work confirmation request from the construction site F, which is notified when the identifier information is read from the identifier ID of the leaving worker W2. Acquire the leaving time of the leaving worker W2. In this embodiment, when the attendance time acquiring unit 110a acquires the attendance time, the storage unit 12 stores the collation result transmitted from the server S. If the identifier information of the on-site worker W sent from , and the information related to the arriving worker W1 included in the collation result match, the leaving worker W2 is authenticated. However, in the same way as in the case of authenticating the leaving worker W1, the server S authenticates the leaving worker W2 based on the result of collation between the identifier information and the registration information, and is notified based on the collation result transmitted from the server S. The leaving time of the leaving worker W2 may be obtained in response to the leaving work confirmation request. In this embodiment, as will be described later, the leaving time acquisition unit 110b causes the display panel 13a to display the leaving confirmation screen PL (see FIG. 8A) as the leaving confirmation request, and the leaving confirmation screen PL as a response to the leaving confirmation request. The touch panel 14a detects the touch operation of the leaving worker W2 on the screen PL.

The time acquired by the leaving time acquisition unit 110b as the leaving time is not particularly limited as long as it is acquired starting from the response to the leaving work confirmation request. For example, the leaving time acquisition unit 110b may acquire the response time to the leaving confirmation request as the leaving time, or the time earlier than the response time to the leaving confirmation request by a predetermined time as the leaving time. A time that is later than the response time to the request by a predetermined time may be acquired as the leaving time. As will be described later, when the notification unit 13 is composed of the display panel 13a and the detection unit 14 is composed of the touch panel 14a, the clock-out time acquisition unit 110b, for example, outputs the clock-out time to the display panel 13a as the clock-out confirmation request. input screen (see FIG. 8B) may be displayed. In this case, the leaving time acquisition unit 110b detects the time manually input by the leaving worker W2 (in FIG. 8B, the manual input using the numeric keypad PL1), and acquires the input time as the leaving time. The details of the attendance confirmation request will be described later. In this embodiment, the leaving time acquisition unit 110b transmits the acquired coming-to-work time to the server S. FIG.

The notification unit 13 notifies an attendance confirmation request in this embodiment. In other words, there is some omission in the reading of the identifier ID at the time of coming to work, and the attendance confirmation request is not notified to the field worker W who has not been authenticated as the coming-to-work worker W1. Therefore, in this case, the on-site worker W can recognize that the identifier ID has not been read unless the attendance confirmation request is notified, so that it is possible to suppress the omission of reading the identifier ID at the time of coming to work. Omissions in reading the identifier ID include a case where the field worker W forgets to cause the reader R to read the identifier ID, and a case where the reader R does not read the identifier ID successfully. The notification method of the attendance confirmation request is not particularly limited. In this embodiment, the notification unit 13 has a display panel 13a that displays an attendance confirmation screen PB (see FIG. 5B) including personal information of the worker W1 who is coming to work as an attendance confirmation request (see also FIG. 2). . However, as the attendance confirmation request, the notification unit 13 notifies the attendance confirmation request by other notification methods such as having a speaker that pronounces the personal information of the attendance worker W1 (for example, the attendance worker W1's name). good too.

In the present embodiment, the notification unit 13 notifies the worker W1 of a danger prediction request to prompt the worker W1 to perform a risk prediction activity (hereinafter, “risk prediction” is also referred to as “KY”), Notify the attendance confirmation request. The risk prediction activity is an activity to prevent oneself and disasters at the construction site F, and is carried out at the construction site F, in principle, before site work on each working day. Therefore, by notifying the attendance confirmation request together with the danger prediction request, it is possible to suppress not only the reading failure of the identifier ID but also the failure to respond to the attendance confirmation request. As danger prediction activities, for example, confirming that all workers A1 are wearing helmets (see FIG. 5C), and confirming the use of safety belts to prevent falling from high places. and pointing and calling the equipment used in the field work. In this embodiment, the display panel 13a displays the attendance confirmation screen PB (see FIG. 5B) together with the danger prediction screen PC (see FIG. 5C) that prompts the worker W1 to perform risk prediction activities. The display panel 13a may display the attendance confirmation screen PB simultaneously with the danger prediction screen PC, may display the attendance confirmation screen PB after displaying the danger prediction screen PC, or may display the attendance confirmation screen PB before displaying the danger prediction screen PC. , the attendance confirmation screen PB may be displayed.

In the present embodiment, the notification unit 13 requests confirmation of leaving work from the construction site F when the identifier information is read from the identifier ID of the leaving worker W2 who is authenticated as the leaving worker W1 and who leaves work after that. Notify confirmation request. In other words, if there is some omission in reading the identifier ID at the time of leaving work, the leaving worker W2 is not notified of the attendance confirmation request. Therefore, in this case, the leaving worker W2 can recognize that the identifier ID has not been read unless the leaving work confirmation request is notified, thereby suppressing omission of reading the identifier ID at the time of leaving work. The notification method of the attendance confirmation request is not particularly limited. In the present embodiment, the display panel 13a displays the leaving confirmation screen PL (see FIG. 8A) including the personal information of the leaving worker W2 as the leaving confirmation request.

In this embodiment, the detection unit 14 detects a response to the attendance confirmation request. A method of responding to the attendance confirmation request detected by the detection unit 14 is not particularly limited. In this embodiment, the detection unit 14 is arranged so as to overlap the display surface of the display panel 13a, and responds to the attendance confirmation request by the touch operation on the attendance confirmation screen PB (see FIG. 5B) of the attendance worker W1. It has a touch panel 14a for sensing (see also FIG. 2). However, the detection unit 14 may detect the face or fingerprint of the worker W1 who is going to work as a response to the attendance confirmation request. , attendance time acquisition unit 110a) or the server S (for example, the authentication unit S20) may authenticate whether the detected face or fingerprint matches the registered face or fingerprint of the worker W1. In addition, the detection unit 14 detects other responses of the worker W1, such as having a microphone for detecting a response by the worker W1 speaking (for example, the worker W1 saying "yes"). good too. If the detection unit 14 has a microphone, the detection unit 14 may detect the voiceprint of the utterance of the worker W1. In this case, the construction site terminal 1 (e.g. , the authentication unit S20) may authenticate whether the detected voiceprint matches the registered voiceprint of the worker W1.

In this embodiment, the detection unit 14 further detects a response to the work-out confirmation request. A method of responding to the request for confirmation of leaving work detected by the detection unit 14 is not particularly limited. In the present embodiment, the detection unit 14 detects a touch operation on the attendance confirmation screen PL (see FIG. 8A) as a response to the attendance confirmation request.

In this embodiment, the imaging unit 15 acquires the work status of the construction site F as an image. The imaging unit 15 includes, for example, an imaging device such as a CCD (Charge-Coupled Device) image sensor or a CMOS (Complementary Metal Oxide Semiconductor) image sensor. In this embodiment, the imaging unit 15 can be activated after the arrival time acquisition unit 110a acquires the arrival time. In this case, for example, a response to the attendance confirmation request is required before the construction site terminal 1 acquires a photograph of the work situation at the site attached to a report to the construction owner. Response omission can be suppressed.

In this embodiment, the communication unit 16 is communicably connected to the server S as described above. In this embodiment, the communication unit 16 is further communicably connected to the reader R. FIG. The communication unit 16 is communicably connected to the server S (specifically, the communication unit S3 of the server S) via a communication line L1 such as the Internet. In addition, the communication unit 16, for example, via a communication line L2 such as WiFi, Bluetooth (registered trademark), Ethernet (registered trademark), USB (Universal Serial Bus), the reader R (specifically, the reader R is communicably connected to the communication unit R3) of the The communication between the communication unit 16 and the server S and the communication between the communication unit 16 and the reading device R may be wired communication or wireless communication. The communication unit 16 can be composed of, for example, a network adapter for wired communication or wireless communication.

(Labor management application according to this embodiment)
A labor management application according to an embodiment of the present disclosure will be described below with reference to the accompanying drawings. Note that the embodiments shown below are merely examples, and the labor management application of the present disclosure is not limited to the following embodiments.

4 and 5 are flow charts showing the execution steps of the labor management application AP1 (see FIG. 1) according to this embodiment. A labor management application AP1 according to the present embodiment is a labor management application AP1 to be installed in a labor management system A that manages labor information of a field worker W at a construction site F. FIG. As shown in FIG. 4, the labor management application AP1 can cause the labor management system to execute the following steps ST1 to ST6 in order to manage attendance times. Specifically, the attendance time acquisition section 110a that functions by executing the labor management application AP1 controls each section of the labor management system A to execute steps ST1 to ST6.

In this embodiment, in step ST1, the reader R is made to read the identifier information from the identifier ID (see FIG. 4). Specifically, when the field worker W approaches the housing box B housing the reading device R, the reading unit R1 of the reading device R reads the identifier information from the identifier ID. In step ST1, if the construction site terminal 1 has not yet started, the identifier information is stored in the storage unit R2 of the reading device R.

In this embodiment, in step ST2, the reader R is caused to transmit the identifier information to the server S (see FIG. 4). Specifically, the communication unit R3 of the reader R transmits the identifier information to the communication unit 16 of the construction site terminal 1, and the communication unit 16 of the construction site terminal 1 transmits the identifier information received from the reader R to the server S. is transmitted to the communication unit S3. However, the communication unit R3 of the reading device R may directly transmit the identifier information to the communication unit S3 of the server S.

In this embodiment, in step ST3, the authentication unit S20 compares the identifier information received by the server S from the reading device R with the registration information, and based on the result of matching the identifier information and the registration information, the worker W1 who is going to work is identified. Authenticate (see FIG. 4). Specifically, the authentication unit S20 compares the identifier information received from the reading device R with the registration information stored in the database S10 (specifically, the personal information database S11) to identify the worker W1 to authenticate.

In this embodiment, in step ST4, the authentication unit S20 is caused to transmit the result of matching between the registration information and the identifier information to the construction site terminal 1 (see FIG. 4). Specifically, the communication unit S3 of the server S transmits the personal information of the worker W1 to be displayed on the attendance confirmation screen PB (for example, the name W1 of the worker W to work, the name of the construction company to which he belongs, and the type of job) to the construction site terminal. 1 to the communication unit 16.

In this embodiment, in step ST5, the attendance confirmation request requesting confirmation of attendance at the construction site F is notified to the attendance time acquisition unit 110a based on the verification result received by the construction site terminal 1 from the server S. The arrival time is acquired by the response of the worker W1 who is going to work (see FIG. 4). In other words, in this embodiment, if there is some omission in the reading of the identifier ID at the time of coming to work, the checking result cannot be obtained, so the coming-to-work worker W1 is not notified of the coming-to-work confirmation request. Therefore, if the attendance confirmation request is not notified, the worker W1 who comes to work can recognize that the identifier ID has not been read, so that it is possible to suppress the omission of reading the identifier ID at the time of coming to work. Specifically, the attendance time acquisition unit 110a causes the notification unit 13 to notify the attendance worker W1 of the verification result of the authentication unit S20 as an attendance confirmation request, and the attendance worker W1's response to the verification result. The detection unit 14 is made to detect. More specifically, the attendance time acquisition unit 110a uses the collation result of the authentication unit S20 (for example, the name of the worker W1 who is present, the name of the construction company to which he belongs, and the occupation) as the attendance confirmation screen PB (see FIG. 5B) on the display panel 13a. , and the touch panel 14a detects the touch operation of the attendance worker W1 on the attendance confirmation screen PB.

In this embodiment, in step ST5, the attendance time acquisition unit 110a is caused to notify the notification unit 13 of a danger prediction request that prompts the worker W1 to perform risk prediction activities, and the notification unit 13 sends the attendance confirmation request together with the danger prediction request. to notify As a general rule, danger prediction activities are carried out at construction sites every work day before site work. Leakage can be suppressed. More specifically, the attendance time acquisition unit 110a causes the display panel 13a to display a danger prediction screen PC (see FIG. 5C) that prompts the worker W1 to perform a danger prediction activity together with the attendance confirmation screen PB (FIG. 5B). The display panel 13a may display the attendance confirmation screen PB simultaneously with the danger prediction screen PC, may display the attendance confirmation screen PB after displaying the danger prediction screen PC, or may display the attendance confirmation screen PB before displaying the danger prediction screen PC. , the attendance confirmation screen PB may be displayed.

Examples of the display on the display panel 13a in step ST5 are shown in FIGS. 5A to 5F. First, as shown in FIG. 5A, the attendance time acquisition unit 110a causes the display panel 13a to display the basic screen (top screen) PA of the labor management application AP1. When the coming-to-work worker W1 touches the predetermined area PA0 (in the example of FIG. 5A, the display area for "KY/safety instruction") of the basic screen PA, as shown in FIG. 5B, the coming-to-work time acquisition unit 110a The attendance confirmation screen PB is displayed on the display panel 13a. Worker W1 confirms that his/her own personal information is displayed on display panel 13a, and touches a predetermined area (confirmation button PB0 in the example of FIG. 5B) of attendance confirmation screen PB. As shown, the attendance time acquisition unit 110a causes the display panel 13a to display the danger prediction screen PC. After performing the risk prediction activity based on the risk prediction screen PC, the worker W1 going to work touches a predetermined area (confirmation button PC0 in the example of FIG. 5C) of the risk prediction screen PC. Then, the attendance time acquisition unit 110a displays the message screen PD on the display panel 13a. The notification items displayed on the notification item screen PD include changes in construction drawings and work contents of the construction site F. FIG. When the attendance worker W1 confirms the message based on the message screen PD and then touches a predetermined area of the message screen PD (in the example of FIG. The attendance time acquisition unit 110a causes the display panel 13a to display a detailed content screen PE showing details of the message. The contents displayed on the detailed contents screen PE include the construction drawing of the construction site F after the change and the details of the work contents. When the attendance worker W1 confirms the details of the communication items and then touches a predetermined area (the confirmation button PE0 in the example of FIG. 5C) of the detailed content screen PE, the attendance time acquisition unit 110a is activated by the imaging unit 15. A photographable screen PF is displayed to notify that the photographing has become possible.

For example, before the day before, instructions regarding safety management for each task for the next day may be entered in the database S10. In this case, on the day of the work, when each person in charge of the work such as the foreman enters the construction site F, the confirmation button PB0 is touched to display safety matters, special notes, etc. regarding the work of the day on the display panel. 13a. By doing so, individual specific safety instructions can be reliably communicated, so the effectiveness of safety management will dramatically increase compared to conventional safety measures based on risk prediction activities. Also, the responsibilities of each level of the safety organization can be specified and clarified.

In this way, through a series of flows, it is possible to confirm that the management items at the time of coming to work, such as obtaining the time to come to work, have been complied with. In addition, after the management items at the time of coming to work are complied with, the imaging unit 15 necessary for acquiring a photograph of the work situation at the site can be activated, so that it is possible to suppress omission of responses to attendance confirmation requests and the like. can. Note that, as shown in FIG. 6, the attendance confirmation screen PB may include, for example, a ten-key pad PB1 for manually inputting the attendance time by the worker W1. In this case, the attendance confirmation screen PB has an OK button PB2 for confirming the input time, and confirms whether the input time is correct. In the case ("no"), a selection button PB3 may be included to prompt input to the numeric keypad PB1 again.

In this embodiment, in step ST5, the attendance time acquisition unit 110a is caused to transmit the attendance time to the server S (see FIG. 4). Specifically, the arrival time acquisition unit 110a causes the communication unit 16 of the construction site terminal 1 to transmit the acquired arrival time of the worker W1 to the communication unit S3 of the server S.

In this embodiment, in step ST6, the server S stores the arrival time received from the construction site terminal 1 as labor information in the database S10 (see FIG. 4). Specifically, the work arrival time received by the communication unit S3 of the server S is stored in the labor management database S12 as labor information.

In addition, in this embodiment, the labor management application AP1 causes the labor management system to further execute the following steps ST11 to ST14, as shown in FIG. 7, in order to manage the working hours. Specifically, the leaving time acquisition section 110b that functions by executing the labor management application AP1 controls each section of the labor management system A to execute steps ST11 to ST14.

In this embodiment, in step ST11, the reader R is made to read the identifier information from the identifier ID (see FIG. 7). Specifically, out of the workers W1, the worker W2 who leaves the construction site F approaches the housing box B housing the reading device R, so that the reading unit R1 of the reading device R reads from the identifier ID. Let the identifier information be read.

In this embodiment, in step ST12, the leaving time acquisition unit 110b receives a leaving time confirmation request from the construction site F, which is notified when the identifier information is read from the identifier ID of the leaving worker W2. , the leaving time of the leaving worker W2 is obtained (see FIG. 7). In other words, in this embodiment, if there is some omission in reading the identifier ID at the time of leaving work, the leaving worker W2 is not notified of the leaving work confirmation request. Therefore, in this case, the leaving worker W2 can recognize that the identifier ID has not been read unless the leaving work confirmation request is notified, thereby suppressing omission of reading the identifier ID at the time of leaving work. Specifically, the leaving time acquisition unit 110b acquires the identifier information of the field worker W transmitted from the reading device R and the information from the server stored in the storage unit 12 when the arrival time acquisition unit 110a acquires the arrival time. When the information related to the arriving worker W1 included in the received collation result matches, the arriving worker W1 is authenticated as the leaving worker W2. However, as in step ST3, the authentication unit S20 of the server S may authenticate the leaving worker W2 by comparing the identifier information and the registration information.

In this embodiment, as shown in FIG. 8A, the leaving time acquisition unit 110b sends the personal information of the leaving worker W2 (for example, the name of the leaving worker W2, the name of the construction company to which he belongs, and the occupation) as a leaving confirmation request. is displayed on the display panel 13a, and the touch panel 14a detects a touch operation on the leaving confirmation screen PL. When the leaving worker W2 touches a predetermined area (confirmation button PL0 in the example of FIG. 8A) of the leaving confirmation screen PL, the leaving time acquisition unit 110b acquires the leaving time. However, the leaving worker W2 may forget to read the identifier ID and go home. As shown in FIG. 8B, the check-out screen PL includes a ten-keypad PL1 for manually inputting the leaving time by the leaving worker W2 so that the leaving time can be acquired even in such a case. good too. In this case, the check-out confirmation screen PL includes an OK button PL2 for confirming the input time, and confirms whether the input time is correct. In the case ("no"), a selection button PL3 may be included to prompt input to the numeric keypad PL1 again.

In this embodiment, in step ST13, the leaving time acquiring unit 110b is caused to transmit the leaving time to the server S (see FIG. 7). Specifically, the leaving time acquisition unit 110b causes the communication unit 16 of the construction site terminal 1 to transmit the acquired leaving time of the worker W2 to the communication unit S3 of the server S.

In this embodiment, in step ST14, the server S stores the time of leaving work received from the construction site terminal 1 as labor information in the database S10 (see FIG. 7). Specifically, the leaving time received by the communication unit S3 of the server S is stored in the labor management database S12 as labor information.

As described above, the construction site terminal 1 according to the present embodiment is the construction site terminal 1 installed at the construction site F, and the construction site terminal 1 is an attendance time acquisition unit that acquires the attendance time of the site worker W. 110, the attendance time acquisition unit 110 is personal information corresponding to the site worker W, which is pre-registered registration information, and personal information corresponding to the site worker W, which is the site worker W includes an arrival time acquisition unit 110a for acquiring the arrival time of the worker W1 who came to work at the construction site F, which is specified from the result of matching with the identifier information read from the identifier ID provided on the mounting tool H worn by the The time acquisition unit 110a acquires the work arrival time of the worker W1 in response to the attendance confirmation request requesting confirmation of attendance at the construction site F, which is notified based on the collation result.

According to the construction site terminal 1 according to the present embodiment, labor management of the site workers W is performed using a terminal installed at the construction site F instead of a smartphone or the like owned by each site worker W individually. It becomes easier to suppress information leakage. In addition, according to the construction site terminal 1 according to the present embodiment, the arrival time of the worker W1 is acquired using a terminal installed at the construction site F instead of a smartphone or the like owned by each site worker W. Therefore, the labor management of the site workers W can be collectively and easily performed by the construction site terminal 1.例文帳に追加

In this embodiment, the attendance confirmation request is notified based on the matching result between the pre-registered registration information and the identifier information read from the identifier ID provided on the wearing tool H worn by the field worker W. In other words, if there is some omission in the reading of the identifier ID at the time of coming to work, the checking result cannot be obtained, so the coming-to-work worker W1 is not notified of the coming-to-work confirmation request. Therefore, if the attendance confirmation request is not notified, the worker W1 who comes to work can recognize that the identifier ID has not been read, so that it is possible to suppress the omission of reading the identifier ID at the time of coming to work.

In this embodiment, the construction site terminal 1 is configured to be able to communicate with a server S that stores registration information. The result of matching with the information is transmitted to the construction site terminal 1, and the attendance time acquisition unit 110a acquires the attendance time of the worker W1 by responding to the attendance confirmation request according to the matching result received by the construction site terminal 1. do. In this case, the construction site terminal 1 is reduced in the load of storing the registration information, which may involve a large amount of data.

In this embodiment, the construction site terminal 1 is configured to be portable. In this case, commuting worker W1 carries construction site terminal 1 during field work at construction site F, for example, when construction site terminal 1 has an additional function (for example, an imaging function) other than labor management. By operating the construction site terminal 1 as needed, additional functions of the construction site terminal 1 can be immediately used.

In this embodiment, the construction site terminal 1 further includes an imaging unit 15 that acquires the work status of the construction site F as an image. In this case, the commuting worker W1 can acquire, for example, a photograph of the work situation at the site, which is attached to a report to the construction owner, using the imaging unit 15 .

In this embodiment, the imaging unit 15 can be activated after the arrival time acquisition unit 110a acquires the arrival time. In this case, for example, a response to the attendance confirmation request is required before the construction site terminal 1 acquires a photograph of the work situation at the site attached to a report to the construction owner. Response omission can be suppressed.

In this embodiment, the construction site terminal 1 further includes a notification unit 13 that notifies an attendance confirmation request, and a detection unit 14 that detects a response to the attendance confirmation request of the worker W1. In this case, the detection unit 14 detects the response to the attendance confirmation request notified by the notification unit 13, so that the arrival time of the worker W1 who is present for work can be reliably acquired in response to the attendance confirmation request.

In this embodiment, the notification unit 13 has a display panel 13a that displays an attendance confirmation screen PB including personal information of the worker W1 who is coming to work as an attendance confirmation request. It has a touch panel 14a which is arranged so as to overlap and detects a response to the attendance confirmation request by the touch operation on the attendance confirmation screen PB of the attendance worker W1. In this case, the construction site terminal 1 can be easily operated by visually confirming the attendance confirmation request and responding to the attendance confirmation request by touch operation.

In this embodiment, the notification unit 13 notifies a danger prediction request that encourages risk prediction activities, and notifies an attendance confirmation request together with the danger prediction request. In this case, since the attendance confirmation request is notified so as to be associated with the risk prediction activity that is performed for each working day before the field work, it is possible to suppress the failure to read the identifier ID and the failure to respond to the attendance confirmation request. .

In this embodiment, the attendance time acquiring unit 110 further includes a leaving time acquiring unit 110b that acquires the leaving time of the leaving worker W2 who leaves the construction site among the workers W1. obtains the leaving time of the leaving worker W2 by responding to the leaving confirmation request requesting the confirmation of leaving from the construction site F, which is notified when the identifier information is read from the identifier ID of the leaving worker W2. . In other words, in this embodiment, if there is some omission in reading the identifier ID at the time of leaving work, the leaving worker W2 is not notified of the leaving work confirmation request. Therefore, in this case, the leaving worker W2 can recognize that the identifier ID has not been read unless the leaving work confirmation request is notified, thereby suppressing omission of reading the identifier ID at the time of leaving work.

The labor management system A according to the present embodiment includes a construction site terminal 1 installed at a construction site F and a mounting tool H worn by a site worker W. An identifier that is personal information corresponding to the site worker W is provided. A reading device R for reading an identifier ID indicating information and a server S for communicating with a construction site terminal 1 are provided. S is a database S10 that stores registration information, which is personal information corresponding to the site worker W, and labor information of the site worker W; The attendance time acquisition unit 110 identifies the construction site F The reading device R reads the identifier information from the identifier ID, transmits the read identifier information to the server S, and the authentication unit S20 When the server S receives the identifier information from the reader R, it compares the registered information with the identifier information, authenticates the worker W1 based on the result of matching between the registered information and the identifier information, and sends the result of the matching to the construction site. In response to the attendance confirmation request requesting confirmation of attendance at the construction site F, which is notified based on the verification result received by the construction site terminal 1 from the server S, the arrival time acquisition unit 110a , the arrival time of the worker W1 is acquired, the acquired arrival time is transmitted to the server S, and the database S10 stores the arrival time received by the server S as labor information.

According to the labor management system A according to the present embodiment, the labor management of the site workers W is performed using terminals installed at the construction site F instead of the smartphones or the like owned by the site workers W individually. It becomes easier to suppress information leakage. In addition, according to the construction site terminal 1 according to the present embodiment, the arrival time of the worker W1 is acquired using a terminal installed at the construction site F instead of a smartphone or the like owned by each site worker W. Therefore, the labor management of the site workers W can be collectively and easily performed via the construction site terminal 1 .

In this embodiment, an attendance confirmation request is notified based on the result of collation between pre-registered registration information and identifier information read from the identifier ID provided on the wearing tool H worn by the field worker W. be done. In other words, if there is some omission in the reading of the identifier ID at the time of coming to work, the checking result cannot be obtained, so the coming-to-work worker W1 is not notified of the coming-to-work confirmation request. Therefore, the attendance worker W1 can recognize that the identifier ID has not been read by not being notified of the attendance confirmation request, thereby suppressing omission of reading the identifier ID at the time of coming to work.

In this embodiment, the reading device R includes an inside reading unit provided inside the construction site F along the entrance/exit direction to the construction site F, and an inside reading unit provided outside the construction site F along the entrance/exit direction to the construction site F. The coming-to-work time acquisition unit 110a acquires the coming-to-work time when the identifier ID is read in the order of the outside reading unit and the inside reading unit, and the leaving time acquisition unit 110b acquires the inside reading unit and When the identifier ID is read in the order of the outer reading section, the leaving time is acquired. In this way, when the reader R reads the identifier ID in response to the action of the site worker W at the time of entering and leaving the construction site F, the arrival and departure of the site worker W can be automatically authenticated. can also

A labor management application AP1 according to the present embodiment is a labor management application AP1 to be implemented in a labor management system A that manages labor information of a field worker W at a construction site F. a construction site terminal 1 installed in F, a reading device R provided in a wearing tool H worn by a site worker W and reading an identifier ID indicating identifier information that is personal information corresponding to the site worker W; A server S that communicates with the site terminal 1 is provided. The construction site terminal 1 includes an attendance time acquisition unit 110 that acquires the attendance time of the site worker W. The server S receives personal information corresponding to the site worker W. A database S10 for storing certain registration information and labor information of a site worker W, and an authentication unit S20 for authenticating a worker W1 who has come to work at a construction site F among the site workers W, and obtains attendance time. The unit 110 acquires the arrival time of the worker W1 who came to work at the construction site F, which is specified from the result of matching the registration information stored in the database S10 and the identifier information read from the identifier ID by the reading device R. The labor management application AP1, including the attendance time acquisition unit 110a, causes the reading device R to read identifier information from the identifier ID, causes the reading device R to transmit the identifier information to the server S, and causes the authentication unit S20 to a step in which the server S compares the identifier information received from the reading device R with the registered information, and authenticates the worker W1 on the basis of the result of matching between the registered information and the identifier information; a step of transmitting the verification result of W1 to the construction site terminal 1; a step of acquiring the attendance time of the worker W1 in response to the requested attendance confirmation request; a step of causing the attendance time acquiring unit 110a to transmit the attendance time to the server S; The labor management system A is made to execute a step of storing the attendance time received from R as labor information.

According to the labor management application AP1 according to the present embodiment, labor management of the field workers W is performed using terminals installed at the construction site F instead of the smartphones or the like owned by the site workers W individually. It becomes easier to suppress information leakage. In addition, according to the construction site terminal 1 according to the present embodiment, the arrival time of the worker W1 is acquired using a terminal installed at the construction site F instead of a smartphone or the like owned by each site worker W. Therefore, the labor management of the site workers W can be collectively and easily performed via the construction site terminal 1 .

In this embodiment, the attendance confirmation request is notified based on the matching result between the pre-registered registration information and the identifier information read from the identifier ID provided on the wearing tool H worn by the field worker W. In other words, if there is some omission in the reading of the identifier ID at the time of coming to work, the checking result cannot be obtained, so the coming-to-work worker W1 is not notified of the coming-to-work confirmation request. Therefore, the attendance worker W1 can recognize that the identifier ID has not been read by not being notified of the attendance confirmation request, thereby suppressing omission of reading the identifier ID at the time of coming to work.

1 construction site terminal 11 control unit 110 attendance time acquisition unit 110a attendance time acquisition unit 110b work-out time acquisition unit 12 storage unit 13 notification unit 13a display panel 14 detection unit 14a touch panel 15 imaging unit 16 communication unit A labor management system AP1 labor management application AP2 Authentication application B Storage box F Construction site H Equipment ID Identifier L1, L2 Communication line PA Basic screen PA0 Predetermined area PB Attendance confirmation screen PB0 Confirmation button PB1 Numeric key pad PB2 OK button PB3 Selection button PC Danger prediction screen PC0 Confirmation button PD Contact Matter screen PE Detailed content screen PE0 Confirmation button PF Imaging possible screen PL Exit confirmation screen PL0 Confirmation button PL1 Numeric pad PL2 OK button PL3 Selection button R Reading device R1 Reading unit R2 Storage unit R3 Communication unit S Server S1 Storage unit S10 Database S11 Individual Information database S12 Labor information database S2 Control unit S20 Authentication unit S3 Communication unit ST1 A step of reading identifier information from an identifier ST2 A step of transmitting identifier information to a server ST3 A step of authenticating a worker arriving at work ST4 A step of acquiring an arrival time ST5 Arrival time to the server ST6 A step of storing the arrival time ST11 A step of reading the identifier information from the identifier ST12 A step of acquiring the leaving time ST13 A step of transmitting the leaving time to the server ST14 A step of storing the leaving time W Field worker W1 Arrival Worker W2 Leaving worker

Claims

A construction site terminal that is installed at a construction site and manages labor information of site workers,
The construction site terminal,
An attendance time acquisition unit that acquires the attendance time of the field worker,
The attendance time acquisition unit stores personal information corresponding to the field worker, which is pre-registered registration information, and personal information corresponding to the field worker, which is worn by the field worker. an arrival time acquisition unit that acquires the arrival time of a worker who has arrived at the construction site, which is specified from the result of matching with identifier information read from the identifier provided in the tool,
The attendance time acquisition unit acquires the attendance time of the worker in response to an attendance confirmation request requesting confirmation of attendance at the construction site, which is notified based on the collation result.
Construction site terminal.
The construction site terminal is configured to be able to communicate with a server that stores the registration information,
The server acquires the identifier information from a reading device that reads the identifier information from the identifier, and transmits a result of matching between the registered information and the identifier information to the construction site terminal,
The attendance time acquisition unit acquires the attendance time of the worker in response to the attendance confirmation request according to the collation result received by the construction site terminal.
The construction site terminal of claim 1.
The construction site terminal is configured to be portable,
The construction site terminal according to claim 1 or 2.
The construction site terminal further includes an imaging unit that acquires an image of the work situation at the construction site,
The imaging unit can be activated after the attendance time acquisition unit acquires the attendance time.
The construction site terminal according to any one of claims 1-3.
The construction site terminal,
a notification unit that notifies the attendance confirmation request;
A detection unit that detects a response to the attendance confirmation request,
The construction site terminal according to any one of claims 1-4.
The notification unit has a display panel for displaying an attendance confirmation screen including personal information of the worker who is coming to work as the attendance confirmation request,
The detection unit has a touch panel that is arranged so as to overlap the display surface of the display panel and detects a response to the attendance confirmation request by a touch operation on the attendance confirmation screen by the attendance worker.
The construction site terminal of claim 5.
The notification unit notifies a danger prediction request that prompts risk prediction activities, and notifies the attendance confirmation request together with the danger prediction request.
A construction site terminal according to claim 5 or 6.
The attendance time acquiring unit further includes a leaving time acquiring unit that acquires the leaving time of the leaving worker who leaves the construction site among the workers who leave the construction site,
The leaving time acquisition unit obtains the leaving time of the leaving worker in response to a leaving confirmation request requesting confirmation of leaving from the construction site, which is notified when identifier information is read from the identifier of the leaving worker. to get the
A construction site terminal according to any one of claims 1-7.
The construction site terminal is configured to be able to communicate with a server that stores the registration information,
The server acquires the identifier information from a reading device that reads the identifier information from the identifier, and transmits a result of matching between the registered information and the identifier information to the construction site terminal,
The reading device includes an inner reading unit provided inside the construction site and an outer reading unit provided outside the construction site along the entrance/exit direction to the construction site at the entrance/exit of the construction site. and
The attendance time acquiring unit acquires the attendance time when the identifiers are read in the order of the outer reading unit and the inner reading unit,
The leaving time acquisition unit acquires the leaving time when the inner reading unit and the outer reading unit read the identifiers in this order.
The construction site terminal of claim 8.
A labor management system for managing labor information of site workers at a construction site,
The labor management system is
a construction site terminal installed at the construction site;
a reading device that is provided in a wearing tool worn by the field worker and reads an identifier indicating identifier information that is personal information corresponding to the field worker;
a server that communicates with the construction site terminal;
The construction site terminal,
An attendance time acquisition unit that acquires the attendance time of the field worker,
The server is
a database that stores registration information, which is personal information corresponding to the site worker, and labor information of the site worker;
an authentication unit that authenticates workers who have come to work at the construction site among the site workers,
The attendance time acquisition unit acquires the attendance time of the worker who came to work at the construction site, which is specified from the result of collation of the registration information stored in the database and the identifier information read from the identifier by the reading device. Including an attendance time acquisition unit to acquire,
the reading device reads the identifier information from the identifier and transmits the read identifier information to the server;
The authentication unit compares the registration information with the identifier information when the server receives the identifier information from the reading device, and performs the attendance work based on the result of matching between the registration information and the identifier information. authenticating the person, transmitting the verification result to the construction site terminal;
The attendance time acquisition unit receives the attendance confirmation request requesting confirmation of attendance at the construction site, which is notified to the construction site terminal based on the collation result received from the server. acquire the attendance time of, and transmit the acquired attendance time to the server;
The database stores the attendance time received by the server as the labor information.
Labor management system.
A labor management application for implementation in a labor management system that manages labor information of field workers at a construction site,
The labor management system is
a construction site terminal installed at the construction site;
a reading device that is provided in a wearing tool worn by the field worker and reads an identifier indicating identifier information that is personal information corresponding to the field worker;
a server that communicates with the construction site terminal;
The construction site terminal,
An attendance time acquisition unit that acquires the attendance time of the field worker,
The server is
a database that stores registration information, which is personal information corresponding to the site worker, and labor information of the site worker;
an authentication unit that authenticates workers who have come to work at the construction site among the site workers,
The attendance time acquisition unit acquires the attendance time of the worker who came to work at the construction site, which is specified from the result of collation of the registration information stored in the database and the identifier information read from the identifier by the reading device. Including an attendance time acquisition unit to acquire,
The labor management application is
causing the reading device to read the identifier information from the identifier;
causing the reading device to transmit the identifier information to the server;
causing the authentication unit to match the identifier information received by the server from the reading device against the registered information, and authenticate the worker based on the result of matching the registered information and the identifier information;
a step of causing the authentication unit to transmit the verification result of the worker arriving to work to the construction site terminal;
In response to an attendance confirmation request requesting confirmation of attendance at the construction site, which is notified to the attendance time acquisition unit based on the verification result received by the construction site terminal from the server, the attendance worker a step of obtaining the attendance time of
a step of causing the attendance time acquisition unit to transmit the attendance time to the server;
A labor management application that causes the labor management system to execute a step of storing, in the database, the attendance time received by the server from the reading device as the labor information.