JP2016024689A - Site management device and system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To correctly detect an improper work state of a site worker at a site, and stop work of a site worker in the improper work state.SOLUTION: A site management system 10 comprises a tablet terminal 12 installed to a site and a site management server 14. A site worker 20 is authenticated on the tablet terminal 12 and inputs one's attendance state. The inputted attendance state is sent to the site management server 14. The site management server 14 comprises a work requirement database 48 in which a work content at the site and a requirement needed for performing the work content (requirement of work possibility) are associated each other. A determination part 52 of the site management server 14 determines whether or not the attendance state is proper for performing the work, based on the work requirement database 48 and the sent attendance state of the site worker. When it is determined that the attendance state is not proper for performing the work, a warning for stopping work of the site worker 20 is issued.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a site management apparatus and system for managing the working conditions of site workers at a construction site.

  For example, in a construction site such as a construction site, it is necessary to manage the working conditions of the field workers who work there. Management of work conditions of field workers is, for example, who is currently on the construction site, when the site worker has been there, how many hours the site worker has taken a break, and when the site worker returns. The manager knows the work status such as Takashi, and corrects any problems.

  In order to manage the work situation of the field worker, the manager needs to correctly grasp the work situation of the field worker. However, this is not easy to do. There are several reasons for this, but for example, one manager is in charge of multiple construction sites, and it is practically impossible for the manager to go directly to all the construction sites in charge and grasp the work status. There are some.

  Due to the fact that the working conditions of site workers at construction sites are not properly managed, labor management such as the calculation of working hours for site workers cannot be performed accurately, but only qualified personnel can perform, for example. There is a problem that even if work is performed in an inappropriate work situation, such work can be done in a situation where qualified personnel are not working, this is not possible. Therefore, there is a need for a technique that can grasp the work situation of a field worker at a construction site and prevent work from being performed in an inappropriate work situation.

  For example, in Patent Document 1, an IC tag is attached to a worker or a tool, and an IC tag reader provided at a construction site reads information (element ID) from the IC tag and transmits it to a management server. It describes that the entrance / exit status of workers, tools, and the like is acquired based on the element ID. And it is described that the management server performs safety management by issuing a warning based on the entry / exit situation of the worker and the scheduled work process. For example, it is described that a warning is issued when a worker other than a urethane construction worker enters during urethane work, or when there is only one worker during work that requires work by multiple people. ing. This makes it possible to grasp the work situation of field workers from a remote location and prevent work in an inappropriate work situation.

JP 2005-326965 A

  For example, as in Patent Document 1, an IC tag is attached to a worker, and an IC tag reader provided at a construction site reads the IC tag to obtain the worker entry / exit status. There may be a problem with the authenticity of the entrance / exit situation. For example, when the worker A wears the IC tag of the worker B and enters the construction site, the worker B is actually entered even though the worker A enters the construction site. Recognize that you entered. That is, the above method cannot prevent the entry / exit situation from being falsified.

  An object of the present invention is to more accurately detect an inappropriate work situation of a field worker at a construction site, and to stop the work of the field worker in the inappropriate work situation.

  The present invention is a site management apparatus for managing a work situation of a site worker at a construction site, wherein the authentication unit authenticates the site worker based on biological information of the site worker, and the authenticated site work When the attendance status acquisition means for acquiring the attendance status of the worker and the attendance personnel composition of the certified site worker do not satisfy the requirements necessary for performing work on the construction site, Warning means for issuing a warning for stopping the work.

  Preferably, the authentication means performs face authentication based on image data obtained by photographing the face of the field worker.

  Preferably, the site management terminal includes an input unit, and the attendance status acquisition unit causes the authenticated site worker to input the attendance status of the site worker.

  Preferably, the site management terminal has display means, and the display unit displays the attendance status of the field workers other than the site worker, together with the attendance status of the authenticated field worker. And

  Further, the present invention is a site management apparatus for managing a work situation of a site worker at a construction site, and based on image data obtained by photographing the site worker at the construction site before the start of work, Attendance status acquisition means for acquiring the attendance status of the worker and the work of the on-site worker is stopped when the attendance composition of the on-site worker does not satisfy the requirements necessary for performing work on the construction site. Warning means for issuing a warning for causing the warning to occur.

  Further, the present invention is a site management system for managing a work situation of a site worker at a construction site, a site management server, and authentication means for authenticating the site worker based on biometric information of the site worker Attendance status acquisition means for acquiring the attendance status of the authenticated field worker, transmission means for transmitting data indicating the attendance status to the site management server, and a warning for stopping the work of the field worker A warning means for issuing a warning, and the site management server includes a processor and the attendance personnel configuration of the site worker at the construction site does not satisfy the requirements necessary for performing the work at the construction site. And a warning control means for controlling the warning means to issue the warning.

  Preferably, the site management server includes a storage unit that stores a correspondence relationship between work contents on the construction site and requirements necessary for performing the work contents, and the warning control unit includes the correspondence relation and Based on the attendance staff composition, the warning means controls to issue the warning when the attendance staff composition does not satisfy the requirement.

  Preferably, it further includes a site sensor that measures a site situation of the construction site and transmits it to the site management server, and the requirements necessary for performing the work content include requirements that vary depending on the site situation. The warning control means controls the warning means to issue the warning when the attendance personnel configuration does not satisfy the requirements based on the correspondence, the attendance personnel configuration, and the site situation. It is characterized by that.

  According to the present invention, it is possible to more accurately detect an inappropriate work situation of a field worker at a construction site and stop the work of the field worker in the inappropriate work situation.

It is a lineblock diagram of the field management system concerning this embodiment. It is a figure which shows the example of operation of an entrance / exit management application. It is a figure which shows the other example of operation of the entrance / exit management application. It is a figure which shows the data structure of an attendance state database. It is a figure which shows the data structure of a work requirement database. It is a figure which shows the data structure of a field worker database. It is a figure which shows the example of a warning display. It is a figure which shows the other example of a warning display. It is a figure which shows the operation | work procedure sent from a site management server. It is a figure which shows a danger prediction photograph. It is a flowchart which shows the flow of operation | movement of the site management system which concerns on this embodiment.

  Hereinafter, the field management terminal and system embodiment concerning the present invention are explained. In addition, this invention is not limited to the following embodiment.

  FIG. 1 is a configuration diagram of a site management system 10 according to the present embodiment. The site management system 10 grasps the work situation of the site worker 20 at the construction site A, and the work situation of the site worker 20 does not satisfy the requirements necessary for performing the work scheduled at the construction site A. A warning for stopping the work of the field worker 20 is issued. The site management system 10 includes a tablet terminal 12 and a site management server 14 installed at a construction site A including a construction site such as a house. The tablet terminal 12 and the site management server 14 are communicably connected via the Internet 16.

  The tablet terminal 12 as a site management device is installed at the construction site A. The attendance state of the field worker 20 is acquired at the tablet terminal 12. The attendance state means each state relating to attendance / leaving that the site worker 20 can take, including, for example, entering the construction site A (during work), resting, or leaving the construction site A (returning home).

  The tablet terminal 12, like other general tablet terminals, is a communication unit 22 for connecting to the Internet 16 via a WiFi router or a mobile phone line such as 3G or LTE, and a display unit such as a liquid crystal panel. 24, a touch panel on the display unit 24 or an input unit 26 including switches and buttons provided on the tablet terminal 12, a speaker 28 for outputting sound, a digital camera function 30 for taking a picture and obtaining image data, a RAM or a ROM The storage part 32 which memorize | stores the program etc. which are comprised by these, operate | moves with the tablet terminal 12, or the data processed in the tablet terminal 12, and CPU34 which controls the tablet terminal 12 whole are comprised.

  An entrance / exit management application 36 is installed in the storage unit 32 in advance. In the present embodiment, the site worker 20 inputs his / her attendance status to the tablet terminal 12 by executing the entrance / exit management application 36 on the tablet terminal 12. For example, the site worker 20 who has entered the construction site A first turns on the tablet terminal 12 and executes the entrance / exit management application 36. Then, according to the screen of the entrance / exit management application 36 displayed on the display unit 24, the attendance status on the entrance / exit management application 36 is changed from “before entry” to “under entrance”. When the attendance status is changed on the entrance / exit management application 36, the on-site worker 20 who has input the attendance status, the attendance status data indicating the changed status (“entering”), and the time when the attendance status is changed are displayed. The time data shown is associated, stored in the storage unit 32 and transmitted to the site management server 14. Specific processing contents of the entrance / exit management application 36 will be described later with reference to FIGS.

  Furthermore, the tablet terminal 12 includes an authentication unit 38 that authenticates the field worker 20. As an authentication method of the authentication unit 38, any authentication method can be used as long as the on-site worker 20 who inputs the attendance state can be uniquely specified by the tablet terminal 12, but from the viewpoint of preventing the on-site worker 20 from being impersonated. Authentication is preferred. In the present embodiment, face authentication is performed using the digital camera function 30 provided in the tablet terminal 12. First, the field worker 20 photographs his / her face by the digital camera function 30. Then, the authentication unit 38 authenticates the field worker 20 based on a field worker database (described later) in which face data and field workers are associated with each other and image data obtained by photographing the face.

  The authentication method of the field worker 20 by the authentication unit 38 is not limited to face authentication. For example, fingerprint authentication, voiceprint authentication, vein authentication such as a palm may be used.

  The tablet terminal 12 cannot execute some functions without authentication by the authentication unit 38. At least, the entrance / exit management application 36 cannot be executed. Further, the site worker a authenticated by the authentication unit 38 cannot change the attendance status of site workers other than the site worker a in the entrance / exit management application 36. Thereby, a certain site worker can change the attendance state of another site worker, that is, the site worker 20 can be prevented from impersonating.

  The tablet terminal 12 is preferably arranged at the construction site A. For example, it is conceivable that the entrance / exit management application 36 is installed in a mobile phone or a smart phone of each field worker and the work status is input in this. However, in this method, there may be a case in which the work status is changed during admission with the smartphone at hand even though the user does not actually enter the construction site A. In order to prevent such a situation, it is preferable that the attendance state of the field worker 20 can be input only at the tablet terminal 12 and the tablet terminal 12 is arranged at the construction site A.

  The tablet terminal 12 is preferably installed in a power source BOX or the like installed at the construction site A. As a result, the power can be taken from the power source BOX and charged. In addition, it is preferable to lock the power supply BOX to prevent theft. Alternatively, the tablet terminal 12 may be provided with a GPS function, and an alarm may be output when the tablet terminal 12 is separated from the power supply box by a predetermined distance.

  As described above, in this embodiment, the attendance status acquisition means acquires the attendance status of the field worker 20 by the entrance / exit management application 36 installed in the tablet terminal 12, but the attendance status acquisition method is the same. Not limited. For example, the attendance state of the field worker 20 can be acquired based on image data captured by a digital camera function 30 or a digital camera different from the tablet terminal 12. At construction sites where risk prediction activities are thorough, before the work is done, take a risk prediction photo showing the faces of all the site workers. This photograph can be used to obtain the attendance status of the field worker 20. The risk prediction photograph is one example, but the construction work is performed by taking a face photograph of all the field workers 20 who have worked at the construction site A using the digital camera function 30 and performing face detection processing on the image data. The site worker 20 who is entering the site A may be specified.

  The site management server 14 is installed in a place away from the construction site A, such as in a management company that manages the site worker 20 who performs work on the construction site A or on the cloud. The site management server 14 includes a communication unit 40 for communicating with the tablet terminal 12 and the like via the Internet 16, a hard disk, a RAM, a ROM, and the like. The attendance state database 46, the work requirement database 48, the field worker database, and The storage unit 42 stores data to be processed in the site management server 14 and a CPU 44 that controls the entire site management server 14. In this embodiment, the site management server 14 manages the work situation of the field worker 20 at one construction site A, but the site management server 14 manages the work situation of the field worker at a plurality of construction sites. You may do it.

  The attendance status database 46 stores data indicating the work status of the site worker 20 at the construction site A transmitted from the tablet terminal 12. The data includes user data indicating the site worker 20, status data indicating the attendance status of the site worker, and time data indicating the time when the status was changed to the attendance status. The site management server 14 adds a new record in the attendance status database 46 each time these data are sent from the tablet terminal 12.

  The storage unit 42 further stores a work requirement database 48 in which work contents at the construction site A and requirements (workable requirements) necessary for performing the work contents are associated with each other. The work requirement database 48 is created in advance by, for example, an administrator and stored in the storage unit 42. In the present embodiment, as requirements necessary for performing the work content, the number of field workers 20 and qualifications (for example, field leaders) possessed by the field workers 20 are defined. Not limited. For example, the years of experience of the field worker 20 (for example, there must be one or more people with experience of 5 years or more) may be added to the requirements. The work requirement database 48 preferably stores work schedules. For example, it is preferable to have information on what is scheduled for the day.

  The storage unit 42 is further associated with data indicating the field worker 20, the qualification possessed by the field worker 20 indicated by the data, authentication data for identifying the field worker 20 indicated by the data, and the like. An operator database 50 is stored. Similar to the work requirement database 48, the site worker database 50 is created in advance by an administrator or the like and stored in the storage unit 42. The on-site worker database 50 is referred to when the above-described authentication unit 38 authenticates the on-site worker 20, and if the work requirement database includes qualification requirements in the work requirement database, the on-site worker database 50 currently enters the construction site A. It is also referred to when determining whether or not the inside field worker 20 has the qualification.

  The determination unit 52 refers to the three databases stored in the storage unit 42, and the current attendance state of the site worker 20 at the construction site A satisfies the requirements necessary for performing the scheduled work on that day. It is determined whether or not. Specifically, the determination unit 52 refers to the attendance status database 46, identifies the site worker 20 currently entering the construction site A, refers to the work requirement database 48 and the site worker database 50, It is determined whether or not the configuration of the site worker 20 who currently enters the construction site A is a personnel configuration that satisfies the requirements necessary for performing the work scheduled for the day. Detailed contents of the three databases stored in the storage unit 42 and detailed processing contents of the determination unit 52 will be described later with reference to FIGS.

  When the determination unit 52 determines that the personnel configuration of the site worker 20 currently entering the construction site A is not a personnel configuration necessary for performing the work scheduled for the day, the determination unit 52 issues a warning to the site worker 20. Control to generate. The warning is for causing the site worker 20 to stop the work at the construction site A. Various modes can be taken as specific modes of warning. In the present embodiment, the display unit 24 or the speaker 28 functions as a warning unit that issues a warning, but the warning unit is not limited thereto. For example, a sound may be output from a speaker or the like provided at the construction site A, or a light emitting device provided at the construction site A may be activated to output light indicating a warning. In the present embodiment, based on a control signal sent from the determination unit 52, a warning is generated by displaying a warning text on the display unit 24, or outputting an alarm from the speaker 28 as sound. The detailed contents of the warning for the field worker 20 will be described later with reference to FIGS.

  The site management system 10 preferably includes a site sensor that measures the site status of the construction site A. The site situation includes, for example, climatic factors such as the temperature, humidity, and wind speed at the construction site, or the amount of energy consumed such as the amount of power or water consumed at the construction site. For example, when the temperature at a construction site is a predetermined value or more, it is necessary to quickly perform concrete placing work, and it is necessary to take measures such as performing more people than usual. As described above, the requirements necessary for performing work performed at the construction site may vary depending on the site conditions at the construction site. In the present invention, whether or not the personnel configuration of the site worker 20 at the construction site A satisfies the requirements necessary for performing work by providing a site sensor at the construction site A and considering the site situation obtained therefrom. This makes it possible to more accurately determine whether or not.

  In the present embodiment, a temperature sensor 60 is provided as an on-site sensor that measures the on-site status of the construction site A. A temperature measuring unit 62 included in the temperature sensor 60 measures the air temperature at the construction site A. The temperature data indicating the measured temperature is transmitted to the site management server 14 via the communication unit 64. The site management server 14 also considers the temperature data from the temperature sensor 60 and determines whether or not it is in a work state that satisfies the requirements necessary for performing the work scheduled for the day (also in this respect, This will be described later with reference to FIG.

  In the present embodiment, only the temperature sensor 60 is provided as an on-site sensor for measuring the on-site status of the construction site A. However, instead of or in addition to this, a humidity sensor, a wind speed sensor, a noise sensor, and consumption at the construction site. You may make it provide the power meter which measures the electric power to perform, a water quantity meter, etc.

  In the present embodiment, the attendance status database 46, the work requirement database 48, the on-site worker database 50, and the determination unit 52 are included in the on-site management server 14, but these are included in the tablet terminal 12. Also good. In this case, in managing the attendance status of the site worker 20 only in the construction site A, the site management server 14 is not required, and the attendance status of the site worker 20 can be managed only by the tablet terminal 12 which is the site management terminal. It becomes possible.

  Hereinafter, a method for inputting the attendance state of the field worker 20 in the tablet terminal 12 will be described with reference to FIG. 1 and FIG. FIG. 2 is a diagram illustrating an operation example of the entrance / exit management application 36. When the entrance / exit management application 36 is executed on the tablet terminal 12, a screen as shown in FIG. 2 is displayed on the display unit 24. In the display screen of the entrance / exit management application 36, the upper area 80 displays the date, current time, an icon indicating the communication status of the communication unit 22, an icon indicating the remaining battery level, the name of the currently logged-in user, and the like. The As described above, the entrance / exit management application 36 is activated in the tablet terminal 12 after authentication. FIG. 2 shows a state where “A mountain A male” who is a field worker is logged in (that is, authenticated).

  The lower part of the display screen of the entrance / exit management application 36 is divided into a plurality of areas. Each area corresponds to each attendance state that the field worker 20 can take. In the present embodiment, the display screen of the entrance / exit management application 36 includes a pre-entry area 82 indicating before entering (before going to work), an entering area 84 indicating entering (while working), a resting area 86 indicating during taking breaks, There are four areas, an exit area 88 indicating exit (return home).

  In each area, a name tag corresponding to the site worker 20 working at the construction site A is displayed. Each name tag displays the name of each field worker. In the example illustrated in FIG. 2, for example, the name of B field B male who is the site worker 20 is displayed in the pre-entry area 82. This shows that B field B male who is the field worker 20 is not currently entering.

  If you want to change your attendance status while you are logged in, you can drag the name tag 90 of A mountain A man displayed in the pre-entry area 82 with your finger etc. Move to middle area 84. Then, the name tag 90 of A mountain A man is displayed in the entrance area 84, and the time when the name tag 90 of A mountain A man is moved is displayed on the name tag 90. In this way, the user's attendance status is changed by dragging and moving his / her name tag to each area.

  When the name tag is moved between the areas by the field worker 20 and the attendance state is changed, user data indicating the field worker 20 whose attendance state is changed, state data indicating the attendance state after the change, and The time data indicating the time when the attendance status is changed is transmitted to the site management server 14 in a state in which the time data is associated. The time data may be acquired based on the time information set in the tablet terminal 12, but is acquired based on the time information managed in the site management server 14 in order to prevent time tampering. Is preferred. In the above example, data indicating that “A mountain A male” has entered the “entering” state at “9:15” is transmitted to the site management server 14. The data is stored in the attendance status database 46.

  The name tag can be moved only by the name tag of the person who is currently logged in. For example, in a state where A mountain A male is logged in, name tags other than the name tag 90 of A mountain A male (for example, name tags of B field B male and C river C media) cannot be moved. That is, only oneself can change his / her attendance status. As a result, it is possible to prevent an impersonation act in which a field worker changes the attendance status of another person.

  Further, as shown in FIG. 2, name tags other than those who are logged in are also displayed on the display screen of the entrance / exit management application 36. For example, in the state where A man A is logged in, name tags of B field B male and C river C who are other field workers are displayed. As a result, A worker A, A, who is the site worker 20, grasps at a glance what other site workers are currently in, or when they have been changed to that status. be able to.

  In the present embodiment, only the name tag of the person who works at the construction site A is displayed. However, the name tag of the person who works at another construction site (for example, the construction site B or C) is also displayed. May be. Thereby, for example, the site worker 20 in the construction site A can grasp the working status of other construction sites while in the construction site A. It is also preferable to prepare a screen as shown in FIG. 2 for each construction site so that the display can be switched.

  FIG. 3 is a diagram illustrating another operation example of the entrance / exit management application 36. In the example shown in FIG. 3, when C River Csuke finishes work and returns home, his / her attendance state is changed to an exit. After completing the work, C River Csuke authenticates at the tablet terminal 12 and logs in. Then, the entrance / exit management application 36 is started, and the user's name tag 94 displayed in the entrance area is dragged and moved to the exit area 88. If it does so, the name tag 94 of C river C via will be displayed in a leaving area, and the time when the attendance state was changed will be displayed. As a result, the attendance status of C River C is changed to leave.

  Hereinafter, the processing contents of the three databases and the determination unit 52 stored in the storage unit 42 will be described with reference to FIG.

  FIG. 4 is a diagram showing the data structure of the attendance status database 46. The attendance status database 46 includes a date column 110, a time column 112, an operator name column 114, and an attendance status column 116. The time data when the attendance state is changed, transmitted from the tablet terminal 12, is displayed in the date column 110 and the time column 112, the user data indicating the user whose attendance state is changed is in the worker name column 114, and after the change. The status data indicating the attendance status is stored in the attendance status column 116, respectively.

  Further, when the site management server 14 manages the work status of site workers at a plurality of construction sites, the attendance state database 46 preferably includes a construction site column in which data indicating the construction site is stored. The construction site column stores data indicating the construction site where the site worker corresponding to the record works. When the attendance status database 46 is analyzed later, it is possible to easily extract only data transmitted from a specific construction site by searching for data included in the construction site column as a key.

  According to the attendance status database 46, the determination unit 52 can grasp the current attendance status of the site worker who works at the construction site A. Further, the attendance status database has all information such as what time a particular field worker has attended, how many hours have been taken, and what time has returned. For example, in the example shown in FIG. 4, on July 1st, information about C River Csuke entering at 8:52, resting from 12:05 to 13:02, and leaving at 16:32 is included. Yes. Based on these pieces of information, the site management server 14 can calculate the working hours of the field workers and can also manage the labor of the field workers.

  FIG. 5 is a diagram showing the data structure of the work requirement database 48. The work requirement database 48 includes a work content column 120 in which data indicating work content is stored, and a workable requirement column 122 in which data indicating conditions necessary for performing the work content indicated in the work content column 120 is stored. included. The requirements included in the workable requirement column 122 include not only requirements related to the working conditions of field workers but also conditions related to the field conditions of the work sites (for example, the average wind speed for 10 minutes is 10 m / s or less). May be included. In the present embodiment, the workable requirement column 122 includes a number column 122a indicating the number of field workers required to perform the work, and a qualification column 122b indicating the qualification necessary for performing the work. Yes.

  The work requirement database 48 further includes a work date column 124 that indicates when the work content indicated in the work content column 120 is performed. By including the work date column 124, the work requirement database 48 includes information indicating the work schedule performed at the construction site A.

  FIG. 6 is a diagram showing a data structure of the site worker database 50. The field worker database 50 includes a worker name column 130 in which data indicating the field worker 20 is stored, and a holding qualification column 132 in which data indicating the qualification of the field worker 20 indicated in the worker name column 130 is included. , And an authentication data column 134 including data for identifying the site worker 20 indicated in the worker name column 130. For example, referring to the record 136, it can be understood that the A mountain A man has the qualification of a field leader, and the authentication data for identifying the A mountain A man is data1. In the present embodiment, since the authentication unit 38 performs face authentication, data1 that is authentication data is data indicating the characteristics of the face of the A mountain A man. Of course, what kind of data the authentication data is is determined according to the authentication method of the authentication unit 38.

  The determination unit 52 refers to the above three databases to determine whether or not the work situation of the site worker 20 at the construction site A is an appropriate work situation for performing the work performed on that day. The determination by the determination unit 52 is preferably performed immediately before the start of work at the construction site A.

  First, the determination unit 52 refers to the work requirement database 48 and identifies workable requirements for work performed on the day. For example, in the case of July 1st, the determination unit 52 refers to the record 126 of the work requirement database 48, the work content to be performed on the day is “rooting”, and the number of necessary site workers 20 is three. It is understood that there is a need to have a person who has the qualifications of “on-site leader” and “small vehicle system construction machine operator” as the on-site worker 20 who is entering.

  Next, the determination unit 52 refers to the attendance status database 46 and identifies the attendance status of the site worker 20 at the construction site A. In this example, it is assumed that three people, A mountain A man, C river C via, and D Oka D husband, are entering the construction site A. Since the determination part 52 can grasp | ascertain that the number of the site workers 20 who are entering based on the attendance state database 46 is three, it determines with satisfy | filling the number-of-people requirements in rooting work.

  Furthermore, the determination unit 52 refers to the on-site worker database 50 and grasps the qualification of the on-site worker who is entering. According to the field worker database 50, among the A mountain A male, C river C via, and D Oka D husband who are entering, A mountain A male has the qualification of the field leader, and C river C via is small. It turns out that it has the qualification of the vehicle system construction machine operator. In other words, the determination unit 52 can grasp that the plurality of site workers 20 entering the site have the qualifications of the site leader and the small vehicle system construction machine operator necessary for the root cutting work. Determine that the qualification requirements for the work are met.

  With the above processing, the determination unit 52 determines that the work situation of the site worker 20 at the construction site A satisfies the requirements for performing the rooting operation.

  In the present embodiment, the requirements necessary for the work performed on the day are specified by the work requirement database 48, but instead of the work requirement database 48, the requirement information indicating the requirements necessary for the work on the day is displayed by the administrator. It may be stored by transmitting it to the tablet terminal 12 the day before the work day. In this case, the determination unit 52 (in this case, it is preferable that the tablet terminal 12 also includes the attendance state database 46, the on-site worker database 50, and the determination unit 52) is the requirement stored in the tablet terminal 12. Based on the information, the attendance status database 46, and the site worker database 50, it is determined whether or not the work status of the site worker 20 at the construction site A satisfies the requirements for performing the rooting work.

  In the case of July 7, the determination unit 52 refers to the record 128 of the requirement database, and obtains workable requirements for abandoned concrete work as described above. The workable requirements shown in the record 128 include requirements that change in accordance with the site conditions of the construction site A. Among the workable requirements of the record 128, the number of site workers 20 is 3 when the temperature of the construction site A, which is the site status, is less than 27 ° C, and 4 when the temperature is 27 ° C or higher. It has been shown. In order to prevent the deterioration of the quality of the concrete, the concrete placing work must be finished quickly when the temperature at the construction site is high (especially when the daily average temperature is 25 ° C. or higher). Therefore, in this embodiment, when the temperature of the construction site A at the start of the construction is 27 ° C. or higher, it is assumed that four more people are required than when the temperature is less than 27 ° C.

  As described above, the determination unit 52 refers to the attendance state database and the onsite worker database to identify the attendance state of the onsite worker 20 at the construction site A. Also in this example, at construction site A, three people, A mountain A male, C river C via, and D Oka D husband, are entering.

  The determination unit 52 further refers to the temperature data transmitted from the temperature sensor 60. Here, if the temperature data indicates less than 27 ° C., the number of workable requirements is 3, so the number of people requirement is satisfied. On the other hand, when the temperature data indicates 27 ° C. or more, the number of workable requirements is 4, and in this case, the number of people requirement is not satisfied, and consequently the workable requirement is not satisfied.

  When the determination unit 52 determines that the work situation of the site worker 20 at the construction site A does not satisfy the workable requirement, the determination unit 52 is a warning to the site worker 20 and performs the work on the site worker 20. Control to generate a warning to stop. Hereinafter, a warning issued to the field worker 20 will be described with reference to FIG.

  FIG. 7 is a diagram illustrating an example of a warning displayed on the display unit 24. If the determination unit 52 determines that the attendance state of the site worker 20 at the construction site A is not appropriate, the determination unit 52 transmits a warning control signal to the tablet terminal 12. Based on the warning control signal, the tablet terminal 12 causes the display unit 24 to display a warning sentence 140 stored in advance in the storage unit 32. The content of the warning text may be changed according to the workable requirements and the attendance status of the field worker 20. For example, as shown in FIG. 7, this message is displayed when there is no person who has the qualification among the on-site workers who are entering the site even though the workable requirement is qualification of a small vehicle system construction machine operator. It is necessary to have a person qualified as a small vehicle construction machine operator for the work on the day, and among the field workers 20 scheduled to work at construction site A, It shows who you are. The warning text 140 is stored in the storage unit 42 of the site management server 14, and the site management server 14 may transmit this to the tablet terminal 12.

  FIG. 8 is a diagram illustrating another example of a warning displayed on the display unit 24. FIG. 8 shows a state where a construction photograph 150 in which the construction site A is photographed by the digital camera function 30 of the tablet terminal 12 is displayed on the display unit 24. For example, in the construction site of a detached house, the detached house is completed through a number of processes. When the work of each process is completed, a construction photograph showing the work performance is taken by the site worker. The construction photos are used to prepare daily construction reports, submitted to the government office for inspection, or used by architects to check whether there are any errors in the work.

  In this example, it is a case where it is determined that the attendance state of the on-site worker 20 at the construction site A is not appropriate, and the on-site worker 20 performs the construction even though the attendance state has not been improved so as to satisfy the work enablement requirement thereafter. When a photograph is taken, a character string or a mark indicating that the work indicated by the construction photograph is not performed in an appropriate working state of the field worker 20 is superimposed on the construction photograph. In the example of FIG. 8, the character string 152 “question of legal compliance” is superimposed on the construction photo. Then, by displaying on the display unit 24 the construction photograph on which such a character string or mark is superimposed, the field worker 20 is urged to stop the work.

  As described above, the construction photo is used to create a daily construction report. Since the manager's evaluation of the work of the site worker 20 is performed based on the daily construction report, if a character string such as “suspected legal compliance” is superimposed on the construction photograph used in the daily construction report, the site worker 20 ratings will be lowered. In addition, construction photographs are also submitted to government offices for inspections, etc. If the string of “suspicion of legal compliance” is written on the construction photographs, they will be pointed out by the government office and receive stricter audits, etc. Can also be considered. Therefore, superimposing a character string such as “question of legal compliance” on the construction photograph has a stronger deterrent to stop the work of the site worker 20 than simply issuing a warning to the site worker 20. Become.

  Another method may be used as a warning method related to the construction photo. For example, by blocking the function of the communication unit 22, even if a construction photo is taken, it cannot be transmitted, and a display unit 24 displays that the construction photo cannot be transmitted, or the digital camera function 30 cannot be activated. Alternatively, the display unit 24 may display a message indicating that the digital camera function 30 cannot be activated.

  The site management system 10 has a function of supporting the site worker 20. As described above, the work at the construction site A is divided into a number of processes, and it is necessary to take a construction photograph for each process. In the present embodiment, the construction photograph is taken by the digital camera function 30 of the tablet terminal 12, and the photographed construction photograph is transmitted to the site management server 14. The site management server 14 stores the work contents at the construction site A. That is, each process to be performed at the construction site A and the order to perform each process are stored as work process data. The site management server 14 grasps to which process the work at the construction site A has been completed based on the work process data and the construction photograph transmitted from the tablet terminal 12, and indicates what the next process is. Information is transmitted to the tablet terminal 12.

  FIG. 9 is a diagram illustrating a state in which the process information transmitted from the site management server 14 is displayed on the display unit 24. In the example shown in FIG. 9, the character string which shows each process which should be implemented in the construction site A is displayed in order. In this example, it is assumed that the work at the construction site A is performed in the order of root cutting, crushed stone work, throwing away concrete, and moisture-proof film tension.

  For example, when the abandoned concrete casting work is completed at the construction site A, and a construction photograph showing the performance of the discarded concrete casting work is taken and transmitted to the site management server 14, the site management server 14 receives the construction photograph and receives the discarded concrete casting work. Judge that the work is finished. Then, the site management server 14 refers to the process information and specifies that the next operation is moisture-proof film tension. Then, in the discarded concrete placing column 162 displayed on the display unit 24, a display indicating that the work has been completed (“completed” display) is performed, and a moistureproof film tension indicating that the next work is a moistureproof film tension. A column 164 is displayed. The site worker 20 can easily grasp the next process to be performed by confirming the display.

  When the determination unit 52 determines that the attendance state of the site worker 20 at the construction site A is not appropriate, the site management server 14 may stop transmitting the process information to the tablet terminal 12. Moreover, you may make it display the character string which shows that the attendance state of the site worker 20 does not satisfy workable requirements on the display part 24 with this. As a result, the field worker 20 cannot obtain information on the process to be performed next, and thus can prompt the field worker 20 to stop the work.

  Hereinafter, an example in which the attendance state of the site worker 20 is acquired based on screen data in which the face of the site worker 20 is captured instead of or in addition to the entrance / exit management application 36 will be described. FIG. 10 is a diagram illustrating an example of a risk prediction photograph. The danger prediction photograph 170 is a photograph of a scene in which all the site workers 20 entering the danger prediction board 172 on which danger points at the construction site A and countermeasures are described are pointing and confirming. As described above, the risk prediction photograph is taken before work. Image data of a danger prediction photograph taken by a digital camera function 30 or a digital camera different from the tablet terminal 12 is transmitted to the site management server 14 by a communication function or the like installed in the digital camera.

  The site management server 14 performs image analysis processing on the transmitted image data of the danger prediction photograph 170 and recognizes the face worker's face 174 from the image data, so that it is reflected in the danger prediction photograph 170. Identify who the field worker 20 is. In identification, the field worker database 50 can be referred to. The site management server 14 can grasp who is entering at least immediately before the work by specifying the field worker 20 shown in the danger prediction photo 170.

  In the example of acquiring the attendance state of the site worker 20 based on the screen data on which the face of the site worker 20 is photographed, it is based on the face of the site worker 20 reflected in the image photographed at the construction site A. Therefore, it is not necessary to perform authentication processing by the authentication unit 38, and it is possible to prevent falsification and spoofing of the work status of the field worker 20.

  Further, the acquisition of the attendance status of the field worker 20 by the entrance / exit management application 36 and the acquisition of the attendance status by the image data of the risk prediction photograph 170 may be combined. For example, the image data of the risk prediction photograph 170 may be used in order to confirm the attendance status input by the entrance / exit management application 36. For example, although there are two workers on the entrance / exit management application 36, A mountain A man and C river C, who are entering the site before work, the risk prediction photo 170 shows A mountain A If the B field B male is shown in addition to the man and the C river C suke, it can be determined that the B field B male has failed to enter the attendance status by the entrance / exit management application 36. In this case, the determination unit 52 determines whether or not the entering workers are the three persons including the B field B male and satisfy the workable requirement.

  FIG. 11 is a flowchart showing a flow of operations of the site management system in the present embodiment. The flowchart of FIG. 11 will be described with reference to FIG.

  In step S10, the tablet terminal 12 is activated by the site worker 20 who has entered the construction site A.

  In step S <b> 12, the authentication unit 38 authenticates the site worker 20. As described above, face authentication is performed in this embodiment. The authentication unit 38 authenticates the site worker 20 by referring to the image data including the face of the site worker 20 taken by the digital camera function 30 and the site worker database 50. If the authentication is successful, the process proceeds to step S14. If the authentication cannot be performed, the entrance / exit management application 36 cannot be activated on the tablet terminal 12, and the process ends.

  In step S14, the entry / exit management application 36 is executed by the authenticated field worker 20, and the attendance status of the field worker 20 is input by the above-described method.

  In step S <b> 16, the tablet terminal 12 includes user data indicating the field worker 20 who has input the attendance state, state data indicating the attendance state after the change of the field worker, and a time indicating the time when the attendance state is changed. The data is associated and transmitted to the site management server 14. These data are stored in the attendance status database 46 of the site management server 14.

  In step S18, the determination unit 52 of the site management server 14 refers to the attendance state database 46, the work requirement database 48, and the onsite worker database 50 to determine whether the attendance state of the onsite worker 20 at the construction site A is the current day. It is determined whether or not the attendance state satisfies the requirements necessary for performing the work. When the attendance state satisfies the requirements, the site worker 20 may proceed with the work at the construction site A, and thus ends the process. On the other hand, if it is not the attendance state that satisfies the requirements, the process proceeds to step S20.

  In step S <b> 20, the determination unit 52 performs control so as to generate a warning for the site worker 20, which causes the site worker 20 to stop the work. A specific warning method is as described above. Thereby, when it is not the attendance state which met the requirements required in order to perform work, the field worker 20 is stopped.

  10 site management system, 12 tablet terminal, 14 site management server, 16 internet, 20 field worker, 22, 40, 64 communication unit, 24 display unit, 26 input unit, 28 speaker, 30 digital camera function, 32, 42 memory Section, 34, 44 CPU, 36 Entrance / exit management application, 38 Authentication section, 46 Attendance status database, 48 Work requirement database, 50 Field worker database, 52 Judgment section, 60 Temperature sensor, 62 Temperature measurement section.

The present invention relates to a field management apparatus for managing the working condition of the site worker at a construction site, and authentication means for authenticating the previous SL site worker, attendance status of acquiring the attendance status of the authenticated site worker an acquisition unit, said the construction photography means for photographing the construction photographs showing the work results in the construction site, and display means for displaying the work photo, warning means for issuing a warning to stop the work of the previous Symbol site worker And the warning means has taken the construction photo even though the attendance configuration of the certified field workers does not meet the requirements necessary for performing work on the construction site. when, especially the attendance personnel composition is an indicator that does not meet the requirements is superimposed on the construction photograph, displays the construction photograph indicator has been superimposed on said display means, that To.

Further, the present invention is a site management apparatus for managing a work situation of a field worker at a construction site, wherein an authentication means for authenticating the field worker, and a work attendance for acquiring a work status of the authenticated field worker A state acquisition means, a construction photograph photographing means for photographing a construction photograph showing a work result on the construction site, and a warning means for issuing a warning for stopping the work of the field worker, the warning means, When the work attendance composition of the certified field worker does not satisfy the requirements necessary for performing work on the construction site, the construction photograph photographing means is disabled, and the construction photograph photographing means is photographed. Notifying the field worker that it is impossible.

Further, the present invention is a site management system that manages working conditions of the site worker at a construction site, and field management server, and authentication means for authenticating the previous SL site worker, authenticated the site worker Attendance status acquisition means for acquiring the attendance status, a construction photo shooting means for capturing a construction photograph indicating the work result at the construction site, data indicating the attendance status, and the construction photograph are transmitted to the site management server. Transmitting means, and warning means for issuing a warning for stopping the work of the site worker, the site management server includes a processor, and the attendance personnel configuration of the site worker at the construction site is at the construction site. If you do not meet the requirements needed to perform the task, and disables transmission of the work photo by said transmitting means, and the warning means the construction shooting But having a warning control means for controlling so as to notify the site worker that has become disabled transmission, characterized in that.

Claims (8)

A site management device that manages the work status of site workers at construction sites,
Authentication means for authenticating the field worker based on the biological information of the field worker;
Attendance status acquisition means for acquiring the attendance status of the authenticated field worker,
Warning means for issuing a warning to stop the work of the field worker if the certified attendance configuration of the field worker does not satisfy the requirements necessary for performing work on the construction site;
An on-site management device comprising: The authentication means performs face authentication based on image data obtained by photographing the face of the field worker.
The site management apparatus according to claim 1, wherein The field management device has input means,
The attendance status acquisition means causes the authenticated site worker to input the attendance status of the site worker.
The site management apparatus according to claim 1, wherein The site management device has a display means,
The display means displays the attendance state of a field worker other than the field worker, along with the attendance state of the authenticated field worker,
The on-site management apparatus according to claim 3, wherein: A site management device that manages the work status of site workers at construction sites,
Attendance status acquisition means for acquiring the attendance status of the on-site worker based on image data obtained by photographing the on-site worker at the construction site before the start of work,
Warning means for issuing a warning for stopping the work of the field worker when the attendance personnel configuration of the field worker does not satisfy the requirements necessary for performing work on the construction site;
An on-site management device comprising: A site management system for managing the working conditions of site workers at construction sites,
A site management server;
Authentication means for authenticating the field worker based on the biological information of the field worker;
Attendance status acquisition means for acquiring the attendance status of the authenticated field worker,
Transmitting means for transmitting data indicating the attendance status to the site management server;
Warning means for issuing a warning for stopping the work of the field worker;
With
The site management server includes:
A warning control means for controlling the warning means to issue the warning when the attendance personnel configuration of the field worker at the construction site does not satisfy the requirements necessary for performing the work at the construction site; Having
On-site management system characterized by that. The site management server has a storage unit that stores a correspondence relationship between work contents at the construction site and requirements necessary for performing the work contents;
The warning control means controls the warning means to issue the warning when the attendance configuration does not satisfy the requirement based on the correspondence and the attendance configuration.
The on-site management system according to claim 6, wherein: A site sensor that measures the site status of the construction site and transmits it to the site management server,
Further including
The requirements necessary for performing the work content include requirements that vary depending on the site situation,
The warning control means controls the warning means to issue the warning when the attendance personnel configuration does not satisfy the requirements based on the correspondence, the attendance personnel configuration, and the on-site situation.
The on-site management system according to claim 7, wherein: