JP7393294B2 - Support systems and programs - Google Patents

Description

The present invention relates to a support system and a program.

For example, the patrol inspection system described in Patent Document 1 is configured as follows. That is, the inspection server is equipped with an inspection server and a patrol inspection client terminal that are interconnected via a predetermined communication network, and the inspection server performs new checks for patrol inspection of plant equipment in response to requests from the patrol inspection client terminal. In addition to providing a list, a completed checklist containing inspection results is registered in the new checklist. The client terminal for patrol inspection is carried by the inspection worker who conducts the patrol inspection, and is used to obtain a new checklist from the inspection server and to use the completed checklist in which the inspection results are recorded by the inspection worker for inspection. Send to server.

JP2003-316426A

It is conceivable that patrollers use a table showing multiple items to check when making patrols to check whether or not workers performing gas-related construction work are doing the work properly. However, the contents of gas-related construction work are wide-ranging. Therefore, if a common confirmation item list is used for all construction sites, many unnecessary confirmation items will be included, which will increase the burden on patrollers during their patrols.
An object of the present invention is to provide a support system and the like that can reduce the burden on patrollers during patrolling.

The present invention, which was completed with such an objective, includes a server device and a mobile terminal that is carried by a patroller who patrols a construction site and confirms the work status at the construction site and is capable of communicating with the server device. , the server device stores a plurality of confirmation items, selects a confirmation item according to the construction content at the construction site from among the plurality of confirmation items, and transmits the selected confirmation item to the mobile terminal; The mobile terminal is a support system that displays a confirmation item table including the confirmation items received from the server device.
Here, when the construction content is construction that uses equipment, the server device may select an item for confirming possession of items related to the equipment.
Furthermore, if the construction work involves a possibility of gas leakage, the server device may select an item for checking whether predetermined safety equipment has been checked.
Further, when the work content is work to newly install a gas meter, the server device may select an item related to handling of the gas meter as the confirmation item.
Moreover, when the construction content is construction to join pipes together, the server device may select an item related to the joining as the confirmation item.
Furthermore, from another perspective, the present invention provides a method for selecting among a plurality of confirmation items stored in a computer capable of communicating with a mobile terminal carried by a patroller who patrols a construction site to check the work status at the construction site. This is a program that realizes a function of selecting confirmation items according to the content of construction at the construction site, and a function of transmitting the selected confirmation items to the mobile terminal.

According to the present invention, it is possible to provide a support system and the like that can reduce the burden on patrollers during patrolling.

1 is a diagram illustrating an example of a schematic configuration of a support system according to an embodiment. FIG. 2 is a diagram illustrating an example of a schematic configuration of a circulating server device. It is a figure showing an example of a schematic structure of a terminal for a tour. FIG. 2 is a diagram showing an example of a schematic configuration of a work terminal. FIG. 2 is a diagram illustrating an example of a schematic configuration of a work server device. It is a figure which shows an example of the construction information which the memory|storage part of a work server apparatus stores. It is a time chart of processing performed by the traveling server device and the traveling terminal. It is a figure which shows an example of the confirmation item table which a patroller confirms at the construction site of a patrol destination. It is a figure which shows an example of the block diagram of the control part of a server apparatus for circulation. It is a figure which shows an example of the tour history information for every worker memorize|stored in the memory|storage part. It is an example of a flowchart showing a procedure for determining a construction site to be visited, which is performed by a construction site determination unit. FIG. 3 is a diagram showing an example of common items. It is a figure which shows an example of the confirmation item for each construction content. It is an example of a flowchart which shows the procedure of the selection process performed by a selection part. It is an example of the flowchart which shows the procedure of the relative evaluation process which a relative evaluation part performs. It is an example of the flowchart which shows the processing procedure of the calculation process performed by a calculation part. It is an example of the flowchart which shows the procedure of the construction site selection process performed by the control part of a terminal for a tour.

Hereinafter, embodiments will be described in detail with reference to the accompanying drawings.
FIG. 1 is a diagram showing an example of a schematic configuration of a support system 1 according to an embodiment.
Support system 1 is a system that supports workers performing gas-related construction work to confirm whether or not they are performing the work appropriately, and is used by patrollers who patrol and check multiple construction sites. It is a system. The patroller is a person from a company that undertakes gas-related construction or a company that has been entrusted with the work by the company, and the worker is a person from these companies or a company that has been entrusted by these companies. It can be exemplified that

Gas-related construction work is wide-ranging. Types of gas-related work include, for example, new installation, which is work to install a new gas meter, expansion, which is work to add more gas valves to existing gas equipment, and relocation, which is work to relocate existing gas equipment.
Furthermore, the construction contents include screw work that requires thread cutting work and PE work that requires burying PE pipes. In addition, the construction work includes flexible construction, which is construction using the flexible piping method, which uses gas stainless steel flexible pipes for gas piping.
In addition, the construction content includes live pipe work, and live pipe work includes raw gas work where there is a possibility of gas leakage and residual gas work.

Furthermore, the types of buildings targeted for construction include buildings whose walls and floors are constructed of wood materials (hereinafter sometimes referred to as "wooden structures"). Examples of the wooden construction include conventional wooden construction, 2×4 construction, and wooden prefabricated construction method. In addition, for the type of building targeted for construction, either the wall or floor structure of the building with a steel frame can be constructed using molds made in advance at the factory, such as lightweight aerated concrete plates (ALC), precast concrete plates (PC), and ceramic plates. This includes buildings constructed using steel structures with three or fewer floors above ground (hereinafter sometimes referred to as "steel frame"). Furthermore, the types of buildings to be constructed include reinforced concrete (RC) buildings and steel-frame buildings with four or more floors above ground (hereinafter sometimes referred to as "reinforced steel").

Furthermore, the size may vary depending on the type of building. Furthermore, the uses of the buildings include residential, commercial, industrial, and the like.
The contents of the construction work may vary depending on the type, size, and purpose of the building. For example, construction work at a condominium, which is a large-scale building that is made of reinforcing steel and is an apartment complex, may require work to be carried out at high places. Further, the time required for work at a construction site varies depending on the content of the work, and may take one hour or four hours.

Here, there are cases where a plurality of workers constitute one work team and one work team performs one construction work. In the following, the workers or work teams that perform one piece of construction may be collectively referred to as "workers." Further, there are cases where a plurality of patrollers constitute one patrolling team, and one patrolling team patrols the workers. Hereinafter, the patrollers or patrol teams that patrol may be collectively referred to as "patrolers."

If workers are aware that patrols will be carried out, they may not be able to properly check how they are carrying out the patrols on a daily basis, in order to do so appropriately by adhering to predetermined rules. . Therefore, in order to prevent workers from making makeshift work or preparations, patrols are carried out without prior notice to workers.
Further, it is possible to visit all the workers once in a predetermined period (for example, one year). For example, if there are 300 workers (sometimes referred to simply as "people") and there are 5 (people or teams) (hereinafter simply referred to as "people"), there are 5 (people or teams) (hereinafter simply referred to as "people"). ), by having each patroller visit five workers one day each month, it becomes possible to visit all the workers in one year.

In view of the above, as shown in FIG. 1, the support system 1 includes a patrol server device 10 that determines construction sites to visit, a patrol terminal 20 that patrollers use when patrolling, and a patrol server device 10 that determines construction sites to visit, etc. The present invention includes a work terminal 30 that is used by a worker during work, and a work server device 40 that stores the construction site where the worker is scheduled to work and the contents of the work.
The traveling server device 10, the traveling terminal 20, the working terminal 30, and the working server device 40 are capable of communicating with each other via the network 5. The network 5 is not particularly limited as long as it is a communication network used for data communication between devices, and examples include the Internet, WAN (Wide Area Network), and LAN (Local Area Network). The communication line used for data communication may be wired or wireless, and both may be used in combination.

(Visiting server device 10)
FIG. 2 is a diagram showing an example of a schematic configuration of the circulating server device 10. As shown in FIG.
The traveling server device 10 includes a control section 11 that controls the entire device, a storage section 12 that is used to store data, a display section 13 that is used to display an operation reception screen and images, and a display section 13 that receives user input operations. It includes an operation section 14 for receiving data, and a communication section 15 used for communicating with external devices. These control section 11 , storage section 12 , display section 13 , operation section 14 , and communication section 15 are connected via a bus 16 .

The control unit 11 includes a CPU (Central Processing Unit) 111, a ROM (Read Only Memory) 112, a RAM (Random Access Memory) 113, and the like. The ROM 112 stores a basic program (operation system) executed by the CPU, application programs, various settings, and the like. The CPU 111 uses the RAM 113 as a work area and executes application programs read from the ROM 112 or the storage unit 12. Each part of the circulating server device 10 is controlled by the CPU 111 executing the program.

The storage unit 12 can be exemplified by a storage device such as a semiconductor memory or an HDD (Hard Disk Drive).
The display unit 13 can be exemplified by a liquid crystal display or an organic EL display.
The operation unit 14 can be exemplified by a button, a switch, or a touch panel.
The communication unit 15 can be exemplified as a communication interface (communication I/F).

The touring server device 10 configured as described above provides information and processing results in response to requests from the touring terminal 20, which is an example of a client. The traveling server device 10 can be, for example, a so-called server, a desktop PC, a notebook PC, or the like.

(Visiting terminal 20)
FIG. 3 is a diagram showing an example of a schematic configuration of the traveling terminal 20. As shown in FIG.
The patrol terminal 20 includes a control section 21 that controls the entire device, a storage section 22 used for storing data, etc., a display section 23 used for displaying an operation reception screen and images, and accepting input operations from the user. It includes an operation section 24 and a communication section 25 used for communication with an external device. The patrol terminal 20 also includes a camera 26 and a GPS (Global Positioning System) 27. These control section 21 , storage section 22 , display section 23 , operation section 24 , communication section 25 , camera 26 , and GPS 27 are connected via a bus 29 .

The control unit 21 includes a CPU 211, a ROM 212, and a RAM 213. The ROM 212 stores a basic program (operation system) executed by the CPU 211, various settings, and the like. The CPU 211 uses the RAM 213 as a work area and executes application programs read from the ROM 212 or the storage unit 22.

The storage unit 22 can be exemplified as a storage device such as a semiconductor memory.
The display unit 23 is a display device that displays still images, moving images, and the like. The display unit 23 can be exemplified by a liquid crystal display or an organic EL display.
The operation unit 24 is an input device that accepts operations from the user. The operation unit 24 can be exemplified by a button, a switch, or a touch panel.
The communication unit 25 can be exemplified as a communication interface.
The camera 26 can be exemplified as a digital camera that can capture still images or moving images.
The GPS 27 receives radio waves emitted from GPS satellites and identifies its current position.

The patrol terminal 20 configured as described above is a personal digital assistant (PDA), a tablet terminal, a tablet PC, a notebook PC, a multifunctional mobile phone (so-called "smartphone"), a mobile phone (so-called "feature phone"), etc. It can be exemplified that

FIG. 4 is a diagram showing an example of a schematic configuration of the work terminal 30.
Like the patrol terminal 20, the work terminal 30 includes a control section 31 that has a CPU 311, a ROM 312, and a RAM 313 and controls the entire device, a storage section 32, a display section 33, an operation section 34, and a communication section. 35, a camera 36, and a GPS 37. These control section 31 , storage section 32 , display section 33 , operation section 34 , communication section 35 , camera 36 , and GPS 37 are connected via a bus 39 .
The work terminal 30 is exemplified as a personal digital assistant (PDA), a tablet terminal, a tablet PC, a notebook PC, a multifunctional mobile phone (so-called "smartphone"), a mobile phone (so-called "feature phone"), etc. I can do it.

FIG. 5 is a diagram showing an example of a schematic configuration of the work server device 40. As shown in FIG.
Like the traveling server device 10, the work server device 40 includes a control section 41 that has a CPU 411, a ROM 412, and a RAM 413 and controls the entire device, a storage section 42, a display section 43, an operation section 44, A communication section 45 is provided. These control section 41 , storage section 42 , display section 43 , operation section 44 , and communication section 45 are connected via a bus 49 .
The work server device 40 provides information and processing results in response to requests from the tour server device 10, the tour terminal 20, and the work terminal 30. The work server device 40 can be exemplified by a so-called server, a desktop PC, a notebook PC, or the like.

FIG. 6 is a diagram showing an example of construction information stored in the storage unit 42 of the work server device 40.
The construction information includes information about the schedule of construction work performed by the worker. FIG. 6 shows construction information on the day of the tour.
As shown in Figure 6, the construction information includes the name of the construction case to distinguish it from other construction works, the location (address) of the construction, the name of the property to be constructed, the classification of the property, the usage classification of the property, and the type of construction. , the content of the live pipe work, the work time period, the name of the supervisor at the construction site, the name of the worker, the mobile number of the worker, etc., are stored in association with each other. Note that the construction case name can be, for example, a number assigned in the order in which construction requests are received.

For example, the storage in the storage unit 42 of the work server device 40 can be performed by a worker or a person from the company to which the worker belongs. For example, the worker may use the work terminal 30, and the person at the company to which the worker belongs may use a desktop PC, notebook PC, or the like. Further, the storage in the storage unit 42 of the work server device 40 may be performed by a person at the company to which the worker belongs, who has requested the construction work.

Next, the functions of the visiting server device 10 and the visiting terminal 20 will be described in detail.
FIG. 7 is a time chart of processing performed by the visiting server device 10 and the visiting terminal 20.
The patrol server device 10 determines a predetermined number of construction sites to be visited from among a plurality of construction sites where work is being carried out on the day of the visit (S701). Furthermore, the patrol server device 10 determines a patrol person for each construction site determined in S701 (S702). After that, for each construction site determined in S701, the patrol server device 10 selects a confirmation item according to the construction content of the construction site from among the plurality of confirmation items stored in advance in the storage unit 12. (S703). Then, the patrol server device 10 transmits the information on the construction site and the construction site confirmation items to the patrol terminal 20 owned by the patroller at each construction site (S704). The processing in S701 and the processing in S703 will be described in detail later.

The patrol terminal 20 receives information on a plurality of construction sites and confirmation items at the construction sites, transmitted from the patrol server device 10 (S705). Then, the patrol terminal 20 selects the construction site to be visited first from among the plurality of construction sites to be visited (S706). The process of S706 will be explained in detail later. The patroller moves to the construction site selected in S706 (S707) and views a confirmation item table that is a table of items to be confirmed at the construction site.

FIG. 8 is a diagram illustrating an example of a list of items to be checked by the patroller at the construction site he/she is visiting. The confirmation item list can be displayed on the display section 23 of the patrol terminal 20, for example. Although omitted in FIG. 8, the confirmation item table displays construction information such as the patrol implementation date and time, construction event name, and construction location.
The patrolling terminal 20 displays the confirmation item table illustrated in FIG. 8 on the display unit 23 under the operation of the patroller (S708). The patroller assigns an evaluation to each check item in the evaluation column of the check item table (S709). If the worker complies with the contents listed in the confirmation item column, a rating of "○" or "pass" will be given, and if the worker does not comply, a rating of "x" or "fail" will be given. will be granted. Furthermore, if the worker's compliance is excellent, an evaluation of "◎" or "excellent" is given. Examples of the method of assigning the mark include a method of writing with a touch pen, and a method of selecting from "◎", "○", and "×" displayed in a pull-down menu.

The patrol terminal 20 transmits the evaluation result to the patrol server device 10 under the operation of the patrol person (S710). The visiting server device 10 receives the evaluation results transmitted from the visiting terminal 20 (S711).
After transmitting the evaluation results for one construction site (S710), the patrol terminal 20 selects the next construction site from among the plurality of construction sites (S712). The processing in S712 is similar to the processing in S706, and will be described in detail later.
After the patrol terminal 20 selects the next construction site (S712), the patroller moves to the construction site selected in S712 (S707), and checks the confirmation item table displayed by the patrol terminal 20 (S708). An evaluation is given to each confirmation item in the evaluation column (S709). The touring terminal 20 then transmits the evaluation result to the touring server device 10 (S710), and the touring server device 10 receives the evaluation result transmitted from the touring terminal 20 (S711).
After that, when the patrol terminal 20 selects the next construction site (S712), the processes of S707, S708, S709, S710, and S711 are repeated.

After receiving the evaluation results for each construction site transmitted from the patrol terminal 20, the patrol server device 10 performs a comprehensive evaluation (S713). The process of S713 will be described in detail later.
Then, the patrol server device 10 performs a relative evaluation among the plurality of construction sites to be visited on the day of the tour (S714).

In addition, in the above-mentioned mode, the patroller adds an evaluation result to the confirmation item table displayed on the display unit 23 of the patrol terminal 20, and the evaluation result is transmitted to the patrol server device 10. It is not particularly limited to this embodiment. For example, the patroller may print out the confirmation item list and write the evaluation results on a sheet of paper. Then, for example, an image taken by the camera 26 of the patrolling terminal 20 of the form on which the evaluation result is written is transmitted to the traveling server device 10, and the traveling server device 10 uses this image to understand the evaluation result. You may do so.

FIG. 9 is a diagram showing an example of a block diagram of the control unit 11 of the circulating server device 10.
The control unit 11 includes a construction site determination unit 121 that determines a plurality of construction sites to be visited on the day of the tour, and a selection unit that selects a confirmation item according to the construction site from among a plurality of confirmation items for each construction site. 122. Further, the control unit 11 includes a transmitting unit 123 that transmits a check item list and the like to the touring terminal 20, and a receiving unit 124 that receives evaluation results and the like from the touring terminal 20. The control unit 11 also includes a priority item determination unit 125 that determines priority items for the patrol day from among a plurality of confirmation items, and a calculation unit that calculates the total score for each worker using the received evaluation results. 126, and a relative evaluation unit 127 that performs a relative evaluation of a plurality of workers who visited on the day of the tour using the total score for each worker.

(Construction site determination department 121)
FIG. 10 is a diagram showing an example of tour history information for each worker stored in the storage unit 12.
As shown in Figure 10, the patrol history information includes, for each worker, the company name, patrol history, comprehensive evaluation during patrol, accident history, construction incident name, construction location (address), property name, and the location of the property in question. Classification, usage classification of the property, type of construction, mobile number of the worker, etc. are stored in association with each other.

The construction site determination unit 121 uses the construction information illustrated in FIG. 6 stored in the work server device 40 and the tour history information stored in the storage unit 12 illustrated in FIG. 10 to determine the construction site in advance. A predetermined number is determined. For example, the predetermined number can be 25 when there are five patrollers and each patroller patrols five workers.
The construction site determination unit 121 allows as many workers as possible to visit within a predetermined period of time. To this end, when determining the workers to be patrolled, the construction site determination unit 121 avoids as much as possible workers who have been patrolled within a predetermined period, and selects workers who have not been patrolled within a predetermined period. Decided to prioritize patrolling. For example, the predetermined period may be one year.

However, even if the worker has been patrolled within a predetermined period, if the worker has caused a gas leak accident in the past, the construction site determination unit 121 will prioritize the worker to be patrolled. do. In such a case, the condition may be that the gas leak accident occurred within a predetermined first reference period. For example, the first reference period can be two years.
In addition, even if a worker has been patrolled within a predetermined period, if a defect has been pointed out in a past patrol, the construction site determination unit 121 will give priority to the worker who has been patrolled. decided on. In such a case, the condition may be that the defect was pointed out within the predetermined second reference period. For example, the second reference period can be one year. Deficiency can be exemplified by the fact that the total score calculated using the evaluation results is negative, or the evaluation result of a specific check item is "x" or "fail", as will be described later.
Furthermore, even if the worker has been visited within a predetermined period, the patrol server device 10 preferentially determines a raw gas construction site as the patrol destination.

FIG. 11 is an example of a flowchart showing a procedure for determining a construction site to be visited, which is performed by the construction site determination unit 121. This determination process is the process of S701 explained using FIG.
The construction site determination unit 121 selects one construction site from among a plurality of construction works being performed on the day of the tour (S1101). The construction site determination unit 121 acquires information regarding the construction site on the tour date from the work server device 40. For example, in S1101, the construction event names are arranged in descending order of numbers.

The construction site determination unit 121 determines whether the construction site selected in S1101 is a site where a worker who has already visited is performing work (S1102). If the construction site is not a site to be visited by a worker who has already visited the site (No in S1102), the construction site determination unit 121 determines the site to be visited this time (S1103). On the other hand, if the construction site is visited by a worker who has already visited the site (Yes in S1102), the construction site determining unit 121 determines whether the previous visit was within a predetermined period (S1104). If it is not within the predetermined period (No in S1104), the construction site determining unit 121 determines the current visit destination (S1103).

On the other hand, if it is within the predetermined period (Yes in S1104), the construction site determining unit 121 determines whether the worker is the one who caused an accident that caused a gas leak within the past first reference period (S1105). If the worker is the worker who caused the gas leak accident (Yes in S1105), the construction site determination unit 121 determines whether a predetermined first elapsed period (for example, one month) has elapsed since the previous patrol. Determination is made (S1106). If the first elapsed period has elapsed (Yes in S1106), the construction site determining unit 121 determines the current visit destination (S1103).

On the other hand, if the worker is not the worker who caused the gas leakage accident (No in S1105), or if the first elapsed period has not passed (No in S1106), the construction site determination unit 121 determines that It is determined whether the worker is the one for whom deficiencies were pointed out during the inspection within the period (S1107). If the worker is the one for whom a deficiency has been pointed out (Yes in S1107), the patrol server device 10 determines whether a second elapsed period (for example, three months) has elapsed since the previous tour (S1108). If the second elapsed period has elapsed (Yes in S1108), the visiting server device 10 determines the current visiting destination (S1103).

On the other hand, if the worker is not a worker for whom deficiencies were pointed out within the past second reference period (No in S1107), or if the second elapsed period has not passed (No in S1108), the construction site determination unit 121, It is determined whether it is raw gas construction (S1109). If it is raw gas construction (Yes in S1109), the construction site determination unit 121 determines the current visit destination (S1103).

On the other hand, if it is not raw gas construction (No in S1109), the construction site determination unit 121 selects whether there are any other construction site candidates (S1110). If there are other candidates (Yes in S1110), the construction site determining unit 121 performs the processes from S1101 onwards. If there are no other candidates (No in S1110), the construction site determining unit 121 ends the process.

On the other hand, after determining the current visit destination in S1103, the construction site determination unit 121 determines whether the number of construction sites determined as the current visit destination has reached a predetermined number (S1111 ). If the predetermined number has been reached (Yes in S1111), the construction site determining unit 121 ends the process. On the other hand, if the predetermined number has not been reached (No in S1111), the construction site determining unit 121 performs the processes from S1110 onwards.

Note that the first base period is 2 years, and the second base period is 1 year. This is based on the intention that workers who cause gas leak accidents need to be monitored more closely than workers whose deficiencies have been pointed out. However, the length of the first reference period and the second reference period is not particularly limited. The first reference period and the second reference period may be the same, or the second reference period may be longer than the first reference period.

Further, although the first elapsed period is one month and the second elapsed period is three months, the present invention is not particularly limited to these periods. Further, the length of the first elapsed period and the second elapsed period is not particularly limited. The first elapsed period and the second elapsed period may be the same, or the first elapsed period may be longer than the second elapsed period. Further, the first elapsed period or the second elapsed period may be set to 0, in other words, the first elapsed period or the second elapsed period may not be set. This is because repeated inspections can lead to early improvements in safety and quality.

In addition, in the flowchart explained using FIG. 11, workers who have not been patrolled, workers who have been patrolled but have not been patrolled within a predetermined period, workers who have caused a gas leak accident, and workers who have pointed out deficiencies. Although this is a mode in which the workers are given priority over other workers who have been visited, the present invention is not particularly limited to this mode. For example, workers who have caused a gas leakage accident may be patrolled with the highest priority. Alternatively, workers whose deficiencies have been pointed out may be visited with the highest priority. Alternatively, raw gas construction sites may be patrolled with top priority.

In the patrol server device 10, after the construction site determining unit 121 determines a predetermined number of construction sites to be visited as described above, it determines a patroller for each construction site. This is the process of S702 explained using FIG.
The patrol server device 10 divides the determined predetermined number of construction sites to be visited according to the number of patrollers. At this time, the visiting server device 10 performs classification based on predetermined conditions. An example of the predetermined condition is that the location of the construction site is geographically close. Further, the predetermined condition can be exemplified by not duplicating construction details.
For example, when the predetermined condition is a region, the patrol server device 10 divides the determined plurality of construction sites into construction sites that are close to each other.

(Selection section 122)
The selection unit 122 selects confirmation items for each construction site according to the content of construction at the construction site to be visited.
Confirmation items include common items that are common confirmation items for each construction site, regardless of the construction content.
FIG. 12 is a diagram showing an example of common items.
As shown in FIG. 12, the common items include items related to CS (Customer Satisfaction) and manners, items related to safety, items related to quality, and other items.

FIG. 13 is a diagram showing an example of confirmation items for each construction content.
As shown in Figure 13, the confirmation items include confirmation items for screw work, which are confirmation items for construction sites where screw work is performed, and confirmation items for flexible work, which are confirmation items for construction sites where flexible work is performed. and confirmation items for PE construction, which are confirmation items for construction sites where PE construction is performed. In addition, among the confirmation items, there are confirmation items for new construction that are confirmation items for new construction sites, confirmation items for raw gas construction that are confirmation items for construction sites that perform raw gas construction, and confirmation items for residual gas construction. Confirmation items for residual gas work, which are confirmation items for construction sites to be carried out, are included. In addition, among the confirmation items, there are confirmation items for steel frame reinforcement work, which are confirmation items for steel frame or reinforcing bar construction sites, and confirmation items for condominium construction, which are confirmation items for steel reinforcement, apartment complexes, and large-scale construction sites. and are included.

FIG. 14 is an example of a flowchart showing the procedure of selection processing performed by the selection unit 122. This selection process is the process of S703 explained using FIG.
The selection unit 122 selects one of the plurality of construction sites determined as the destination to be visited on the day of the visit (S1401). Then, it is determined whether the construction work at the construction site selected in S1401 is screw work (S1402). If it is screw work (Yes in S1402), the selection unit 122 selects a predetermined confirmation item as a confirmation item for screw work, and adds the selected check item to the confirmation items for the construction site (S1403). ).

If it is not screw work (No in S1402), or after adding in S1403, the selection unit 122 determines whether the work content of the construction site selected in S1401 is flexible work (S1404). If it is flexible construction (Yes in S1404), the selection unit 122 selects a predetermined confirmation item as a confirmation item for flexible construction, and adds the selected confirmation item to the confirmation items for the construction site (S1405). ).

If it is not flexible construction (No in S1404), or after the addition in S1405, the selection unit 122 determines whether the construction content of the construction site selected in S1401 is PE construction (S1406). If it is PE construction (Yes in S1406), the selection unit 122 selects a predetermined confirmation item as a confirmation item for PE construction, and adds the selected confirmation item to the confirmation items for the construction site (S1407). ).

If it is not PE construction (No in S1406), or after the addition in S1407, the selection unit 122 determines whether the construction content of the construction site selected in S1401 is new construction (S1408). If it is a new installation (Yes in S1408), the selection unit 122 selects a predetermined confirmation item as a confirmation item for new installation, and adds the selected confirmation item to the confirmation items of the construction site (S1409).

If it is not a new installation (No in S1408), or after being added in S1409, the selection unit 122 determines whether the construction content of the construction site selected in S1401 is raw gas construction (S1410). If it is raw gas construction (Yes in S1410), the selection unit 122 selects a predetermined confirmation item as a confirmation item for raw gas construction, and adds the selected confirmation item to the confirmation items for the construction site. (S1411).

If it is not raw gas construction (No in S1410), or after adding in S1411, the selection unit 122 determines whether the construction content of the construction site selected in S1401 is residual gas construction (S1412 ). If it is residual gas work (Yes in S1412), the selection unit 122 selects a predetermined confirmation item as a confirmation item for residual gas work, and adds the selected confirmation item to the confirmation items for the construction site. (S1413).

If it is not residual gas work (No in S1412), or after adding in S1413, the selection unit 122 determines whether the work content of the construction site selected in S1401 is steel reinforcement work (S1414). ). In the case of steel reinforcement work (Yes in S1414), the selection unit 122 selects a predetermined confirmation item as a confirmation item for steel reinforcement work, and adds the selected confirmation item to the confirmation items of the construction site. (S1415).

If it is not steel reinforcement work (No in S1414), or after it is added in S1415, the selection unit 122 determines whether the construction content of the construction site selected in S1401 is condominium construction (S1416). . If it is condominium construction (Yes in S1416), the selection unit 122 selects a predetermined confirmation item as a confirmation item for condominium construction, and adds the selected confirmation item to the confirmation items for the construction site (S1417). ).

If it is not condominium construction (No in S1416), or after adding in S1417, the selection unit 122 selects other construction sites for which the confirmation item has not been selected among the multiple construction sites determined as the patrol destination on the day of the patrol. It is determined whether there is a construction site (S1418). If there is another construction site (Yes in S1418), the selection unit 122 performs the processing from S1401 onwards, and if there is no other construction site (No in S1418), the selection unit 122 ends the process.

In this way, the selection unit 122 selects confirmation items including common items and confirmation items depending on the construction details as confirmation items at the construction site.
Note that the common items and the confirmation items for each construction content are not limited to the common items illustrated in FIG. 12 and the confirmation items illustrated in FIG. 13. Moreover, providing confirmation items for each construction content is not limited to the construction content illustrated in FIG. 13. For example, if the building classification is wooden and it is a new construction, it may be assumed that PE pipe burying work will occur, and a confirmation item for PE work may be selected and added.

(Transmission unit 123)
The transmitting unit 123 transmits the data regarding the confirmation items at the construction site selected by the selection unit 122, together with information regarding the construction site such as the location of the construction site and the name of the property, to the patrolling data owned by the patroller who patrols the construction site. It is transmitted to the terminal 20. The process of transmitting by this transmitter 123 is the process of S704 explained using FIG. Note that the transmitting unit 123 may transmit to the patrol terminal 20 not only data regarding the selected confirmation item, but also data that can be displayed on the display unit 23 of the patrol terminal 20, such as a confirmation item table including the selected check item. good.

(Receiving unit 124)
The receiving unit 124 receives the evaluation results for each construction site transmitted from the patrol terminal 20. The process of receiving by the receiving unit 124 is the process of S705 described using FIG. 7.

(Priority item determination unit 125)
For example, the priority item determination unit 125 may determine priority items based on information related to the climate. For example, if the maximum temperature on the patrol day exceeds 30 degrees, the priority item determination unit 125 selects ``Work is done in prescribed clothing (long-sleeved shirts, long pants)'' among the safety-related confirmation items. This can be exemplified by determining priority items. This is because in hot weather, not wearing long-sleeved shirts or long pants may reduce safety. Note that, if the temperature measured by the thermometer installed in the patrol server device 10 at 8 a.m. on the tour day is equal to or higher than a predetermined temperature (for example, 28 degrees), the priority item determination unit 125 determines the highest temperature on the tour day. For example, it is determined that the angle exceeds 30 degrees.

In addition, the priority item determination unit 125 can be exemplified by determining priority items based on geographic information. For example, if car break-ins occur frequently within a radius of 10 km from the construction site, the priority item determining unit 125 may check the following items: ``When leaving the vehicle, do not open windows when leaving the vehicle. , the top is closed, the door is locked, etc.," can be determined as a priority item. Note that the priority item determining unit 125 can grasp incidents and accidents that have occurred near the construction site by acquiring internet news for, for example, one month before the patrol date.

In addition, the priority item determination unit 125 may determine priority items based on information about gas-related construction defects that occurred during, for example, one month before the tour date. For example, when the priority item determination unit 125 obtains information about a defect that indicates that the EF joint joint of a PE pipe is not properly joined, the priority item determination unit 125 selects "Fusing and cooling An example of this would be to determine "when the EF joint and the PE pipe are fixed with a clamp" as an important item. Note that the priority item determining unit 125 is able to grasp information on defects in construction related to gas based on the information stored in the storage unit 12. For example, the information may be stored in the storage unit 12 by a patroller using the terminal 20 for patrolling.

Further, the priority item determining unit 125 may determine priority items based on information on evaluations of confirmation items in past tours. For example, the priority item determining unit 125 may determine, as the priority item, a confirmation item that has received many "x" evaluations in the past three rounds. Note that the priority item determination unit 125 can use the tour history information stored in the storage unit 12 and illustrated in FIG.
Note that the priority item determination unit 125 may determine a plurality of priority items.

(Calculation unit 126 and relative evaluation unit 127)
In the visiting server device 10, the calculation unit 126 performs a comprehensive evaluation of all the workers by calculating the total score of the visiting workers. In other words, the process in which the calculation unit 126 calculates the total score is the process in S713 described using FIG. 7. Then, the relative evaluation unit 127 uses the total score calculated by the calculation unit 126 to perform a relative evaluation among all the workers who visited. The process in which the relative evaluation unit 127 performs the relative evaluation is the process in S714 described using FIG. 7.

FIG. 15 is an example of a flowchart showing the procedure of relative evaluation processing performed by the relative evaluation section 127. For example, the relative evaluation unit 127 can perform this relative evaluation process when a predetermined time on the tour day arrives. For example, the predetermined time may be 5:00 p.m. This is because it is assumed that all the patrollers on the patrol day have finished patrolling all the workers at 5:00 p.m. Furthermore, it may be determined that if the patrol cannot be completed at 5 p.m., the patrol will not be conducted at that construction site.

The relative evaluation unit 127 selects one worker from among the plurality of workers visited (S1501). The relative evaluation unit 127 causes the calculation unit 126 to calculate the total score of the worker selected in S1501 (S1502). This calculation process will be explained in detail later. The process of S1502 is the process of S713 explained using FIG.

After that, the relative evaluation unit 127 determines whether there is another worker who was not subject to the calculation process in S1502 among the plurality of workers visited (S1503). If there are other workers (Yes in S1503), the relative evaluation unit 127 performs the processes from S1501 onwards. On the other hand, if there are no other workers (No in S1503), the relative evaluation unit 127 ranks all the workers (S1504). The process of S1504 is the process of S714 explained using FIG.

FIG. 16 is an example of a flowchart showing the processing procedure of calculation processing performed by the calculation unit 126.
The calculation unit 126 grasps the evaluation results for all check items for the worker who is the target of calculation processing (S1601). Then, the calculation unit 126 selects one confirmation item from among the plurality of confirmation items (S1602). Thereafter, the calculation unit 126 determines whether the evaluation result of the check item is subject to point addition or point deduction (S1603). The calculation unit 126 determines that if the evaluation result is "◎", the target is to be added points, and if the evaluation result is "x", the target is to be deducted. Therefore, if the evaluation result is "◎" or "x", the calculation unit 126 makes an affirmative determination in S1603. In addition, it can be exemplified that when the evaluation result is "◎", 1 point is added, and when the evaluation result is "x", 1 point is subtracted.

If the check item is to be added or deducted (Yes in S1603), the calculation unit 126 determines whether the check item is the priority item determined by the priority item determination unit 125 (S1604). If the item is an important item (Yes in S1604), the calculation unit 126 calculates the score corresponding to the evaluation result ("1" if the evaluation result is "◎", "1" if the evaluation result is "x"). -1'') by a predetermined coefficient to calculate the score for the priority item (S1605). For example, the coefficient is 2.

On the other hand, if it is determined in S1603 that the item is neither subject to point addition nor point deduction (No in S1603), if it is determined in S1604 that it is not an important item (No in S1604), and the score is calculated in S1605. After that, the calculation unit 126 calculates the score (S1606). That is, if it is determined in S1603 that the target is neither subject to addition of points nor subject to subtraction of points (No in S1603), the calculation unit 126 sets the previous score as a new score. If it is determined in S1604 that the item is not a priority item (No in S1604), the visiting server device 10 adds, for example, 1 point or -1 point depending on the point addition target or point deduction target. If it is determined in S1604 that the item is an important item (Yes in S1604), the visiting server device 10 adds the points calculated in S1605 depending on whether the points are to be added or deducted.

After calculating the score in S1606, the visiting server device 10 determines whether there are any other check items (S1607). If there are other confirmation items (Yes in S1607), the visiting server device 10 performs the processes from S1602 onwards. On the other hand, if there are no other confirmation items (No in S1607), the patrol server device 10 stores the score calculated in S1606 as the final total score in the storage unit 12 in association with the worker (S1608). .

The relative evaluation unit 127 ranks all workers in the process of S1504. For example, the relative evaluation unit 127 performs relative evaluation by arranging the workers so that the higher the total score calculated by the calculation unit 126, the higher the rank of the workers. Further, the relative evaluation unit 127 may perform a relative evaluation in which a worker whose total score is positive is superior to a worker whose total score is 0 points. Further, the relative evaluation unit 127 may perform a relative evaluation such that a worker whose total score is negative is inferior to a worker whose total score is 0 points.

Note that the transmitting unit 123 is configured to transmit to the touring terminal 20 data related to the results of the relative evaluation performed by the relative evaluation unit 127 and which can be displayed on the display unit 23 of the touring terminal 20. It's okay. This allows the patroller to view the relative evaluation between workers on the display unit 23 of the patrol terminal 20. Then, using the relative evaluation (for example, ranking) displayed on the display unit 23 of the patrol terminal 20, the patrol person can determine excellent workers who are excellent workers. Furthermore, the patroller can use the negative total score displayed on the display unit 23 of the patrolling terminal 20 to determine which workers require guidance.

Next, a selection process for selecting a construction site to visit from among a plurality of construction sites, which is performed by the control unit 21 of the patrol terminal 20, will be described. This selection process is the process of S706 and S712 explained using FIG.
FIG. 17 is an example of a flowchart showing the procedure of the construction site selection process performed by the control unit 21 of the patrol terminal 20. The patrol terminal 20 performs processing when, for example, a button displayed on the display unit 23 is pressed by a patroller.

The patrol terminal 20 selects one construction site that has not been visited yet from among the plurality of construction sites that have been determined as the destination for the patrol day (S1701). In addition, when there are a plurality of construction sites that have not been visited yet, the patrol terminal 20 may select the construction sites in descending order of start time. Thereafter, the patrol terminal 20 determines whether a worker is working at the construction site selected in S1701 (S1702). The patrol terminal 20 determines that the current time is after the start time of the construction work registered in the work server device 40 and that the position of the work terminal 30 specified by the GPS 37 of the work terminal 30 is in the construction work. If it can be recognized that the location is the same as the site, it is determined that work is in progress.

If the work is in progress (Yes in S1702), the patrol terminal 20 determines whether it is possible to arrive at the construction site before the work is finished (S1703). The patrol terminal 20 uses its own position information specified by the GPS 27 and the position information of the work terminal 30 specified by the GPS 37 of the work terminal 30 to obtain necessary information before arriving at the construction site. Ascertaining the time, the estimated arrival time is derived by adding the required time to the current time. Then, if the scheduled arrival time is before the scheduled end time of the construction registered in the work server device 40, the patrol terminal 20 determines that it is possible to arrive at the construction site before the end of the work. to decide.

If it is possible to arrive (Yes in S1703), the touring terminal 20 determines the destination to be visited (S1704), and ends the process. If the work is not in progress (No in S1702) or if it is not possible to arrive (No in S1703), the patrol terminal 20 determines whether there is another construction site that has not been determined to be in progress. Determination is made (S1705). If there is another construction site (Yes in S1705), the patrol terminal 20 performs the processes from S1701 onwards.

On the other hand, if there is no other construction site that has not been determined whether or not work is in progress (No in S1705), the patrol terminal 20 selects one construction site from among the construction sites that have already been determined (S1706). ). Thereafter, the patrol terminal 20 determines whether work has not yet begun at the construction site selected in S1706 (S1707). If the work is not yet to start (No in S1707), it is considered that the work has already been completed at this construction site, so the patrol terminal 20 will check other construction sites for which it has not yet been determined whether the work has yet to start. It is determined whether there is a site (S1708). If there are no other construction sites (No in S1708), the patrol terminal 20 ends the process. On the other hand, if there is another construction site (Yes in S1708), the patrol terminal 20 performs the processes from S1706 onwards.

On the other hand, if the work has not yet started (Yes in S1707), the patrol terminal 20 determines whether the scheduled arrival time at the construction site is after the work start time and before the scheduled end time (S1709). ). If it is after the work start time and before the scheduled work end time (Yes in S1709), the patrol terminal 20 is determined to be the patrol destination (S1704), and the process ends.
On the other hand, if it is not after the work start time but before the scheduled work end time (No in S1709), the patrol terminal 20 determines whether the scheduled arrival time at the construction site is before the work start time ( S1710). If it is before the work start time (Yes in S1710), the patrol terminal 20 suspends the decision on the patrol destination (S1711), and checks whether there are other construction sites that have not yet determined whether it is before the work start time. It is determined whether or not (S1712). If it is not before the work start time (No in S1710), the patrol terminal 20 performs the process in S1712. If there is another construction site (Yes in S1712), the patrol terminal 20 performs the processes from S1706 onwards.

If there are no other construction sites (No in S1712), the patrol terminal 20 determines whether there is any construction site pending determination of the destination to be visited in the process of S1711 (S1713). If there is a construction site on hold (Yes in S1713), the patrol terminal 20 determines a destination to visit from among the construction sites on hold (S1714), and ends the process. In addition, when there are multiple construction sites on hold, it is possible to exemplify that the construction site that the user will arrive at closest to the work start time is determined as the patrol destination. This is because wasted time can be reduced.
On the other hand, if there is no pending construction site (No in S1713), the patrol terminal 20 displays on the display that there is no construction site (S1715), and ends the process.

Although the patrol terminal 20 and the work terminal 30 have GPS 27 and GPS 37, respectively, and specify the position of their own devices by receiving radio waves emitted from GPS satellites, it is particularly important to It is not limited to the aspect. The GPS function does not necessarily need to be built into the patrol terminal 20 and the work terminal 30, but may be provided as a separate device and the position information may be acquired from it. Further, instead of the GPS function, or in combination with the GPS function, the position information of the Wi-Fi access point may be used to determine the position of the own device.

As explained above, the patrol server device 10 has a storage unit 12 that stores workers who have been visited within a predetermined period, and a worker who has been visited within a predetermined period from among a plurality of construction sites on the day of the visit. This is an example of a processing device that includes a selection unit 122 that selects, as a patrol destination, a construction site where a worker whose storage unit 12 does not store the worker who has been patrolled is working.
If the number of patrollers and the frequency of patrolling are small relative to the number of construction sites, the number of construction sites that can be patrolled within a predetermined period is limited. However, according to the patrol server device 10, a construction site where a worker whose storage unit 12 does not remember as a worker who has been patrolled within a predetermined period is working is selected as a patrol destination. , as many workers as possible are visited without having to visit the same worker multiple times within a predetermined period of time.

However, even if the worker is a worker who has been patrolled within a predetermined period, if a predetermined condition is met, the selection unit 122 selects the construction site that the worker is working on as the patrol destination. do.
Here, an example of the predetermined condition is that the operator has experience of causing gas leakage. Thereby, it is possible to prevent the operator from causing gas leakage again.
Further, an example of the predetermined condition is that the worker was found to be neglecting a predetermined item during a past patrol. In other words, an example of the predetermined condition is that the total score calculated using the evaluation results is negative and a deficiency has been pointed out. This can prevent workers who have been pointed out to have deficiencies from repeatedly failing to comply with the rules.

Furthermore, an example of the predetermined condition is that there is a possibility of gas leakage at the construction site. Thereby, it is possible to prevent the worker from causing gas leakage.
However, the predetermined conditions are not limited to the above matters. It may be set arbitrarily depending on the content of the work and the qualifications of the workers.

In addition, the support system 1 described above includes a patrol terminal 20 carried by a patroller who patrols a construction site and confirms the work status at the construction site, and a work terminal 20 carried by a worker and capable of transmitting location information. A terminal 30 is provided. Then, the patrol terminal 20 uses the position information transmitted by the work terminal 30 and the acquired work time period to determine whether or not to arrive at the construction site so that the work status can be confirmed.
The contents of gas-related construction work are wide-ranging, and the work time varies depending on the work contents. Depending on the content of the work, the working time may be less than one hour, so a worker may be in charge of multiple construction sites in one day. According to the support system 1, the patrol terminal 20 determines whether or not to arrive at the construction site so that the work status can be confirmed, so the patroller takes this determination into account when heading to the construction site. This makes it possible to prevent the situation in which the workers have already finished their work and moved on to the next construction site by the time they arrive at the construction site.

The support system 1 further includes a work server device 40 as an example of a storage device that stores information related to the construction work that the worker is scheduled to perform. In addition to acquiring information on the location of the construction site where the person is scheduled to perform the work, a judgment is made using the information on the location of the construction site and the location information of the work terminal 30. For example, when the patrol terminal 20 determines that a worker is at the construction site using the location information of the construction site and the location information of the work terminal 30, the patrol terminal 20 receives the work time zone from the work server device 40. Then, it is determined whether or not the work will arrive before the end of the work by using the work time period and the time required to reach the location of the work site, and if the work arrives before the end of the work, the work status It is determined that the confirmation can be carried out. Even if the work time zone is stored in the work server device 40, if the scheduled work cannot be performed due to the weather on the day of the work or the circumstances of the construction client, the work time zone may be stored in the work server device 40. You may not be at the construction site during the actual work hours. According to the support system 1, it becomes possible to make a judgment taking into consideration the fact that the worker is at the construction site, and therefore it becomes possible for the patroller to confirm the work situation with higher accuracy.

In addition, even if the patrol terminal 20 does not determine that the worker is at the construction site using the location information of the construction site and the location information of the work terminal 30, the current time is before the start of work. Using the work time zone acquired from the work server device 40 and the time required to reach the location of the construction site, it is determined whether or not the work will arrive before the end of the work. It is determined that the work status can be confirmed upon arrival. Even with this mode, the patroller can confirm the work status with higher accuracy than when the time required to reach the construction site is not considered.

Further, the support system 1 described above includes a patrol server device 10 as an example of a server device, and a patrol server device 10 that is carried by a patroller who patrols a construction site to check the work status at the construction site. It includes a patrol terminal 20 as an example of a communicable mobile terminal. Then, the patrol server device 10 stores a plurality of check items, selects the check item corresponding to the construction content at the construction site from among the plural check items, and transfers the selected check item to the patrol terminal. 20, and the touring terminal 20 displays a confirmation item table including the confirmation items received from the touring server device 10.

According to this support system 1, the patroller checks whether the worker is complying with the check items and performing the work appropriately while looking at the check item list displayed on the patrol terminal 20. becomes possible. Further, even if the contents of gas-related construction work are diverse, the patrol server device 10 selects the confirmation items according to the construction contents, so that the patroller can check the construction site that truly matches the construction site he/she is visiting. It becomes possible to check only the confirmation items. For example, even though the construction work they are patrolling does not involve thread cutting, the patroller sees a confirmation item that is specific to screw work, such as ``Have you possessed a cutting screw quality confirmation record sheet and filled it out appropriately?'' Things that should be done are suppressed. In this way, according to the support system 1, the burden on patrollers during patrols can be reduced compared to using a common confirmation item list for all construction sites.

Here, when the construction content is construction that uses equipment, the patrol server device 10 selects an item for confirming possession of items related to the equipment. For example, when the work content is screw work, the visiting server device 10 selects the confirmation item "I have a working torque wrench and am using it properly" as shown in FIG. 13.
Furthermore, if the construction work involves a possibility of gas leakage, the patrol server device 10 selects an item for checking whether predetermined safety equipment has been checked. For example, in the case of raw gas construction, the traveling server device 10 may be equipped with appropriate safety equipment (fire extinguishers, pocket alarms, fire extinguishers, Select the check item ``Have you checked the strictly prohibited bulletin board?''

Further, when the construction work is to newly install a gas meter, the patrol server device 10 selects items related to the handling of the gas meter as confirmation items. For example, when the construction work involves new installation, the traveling server device 10 may be configured to display information such as ``The gas meter is stored in a box and kept upright or handled at the site,'' as shown in FIG. 13. Select the following confirmation items: ``The gas outlet is plugged before installation'' and ``The gas meter's inlet/output pipe and meter unit are firmly fixed.''

Furthermore, when the construction work involves joining pipes together, the patrol server device 10 selects items related to the joining as confirmation items. For example, in the case of PE construction, the traveling server device 10 may indicate that "the EF joint joint of the PE pipe is marked at the joint insertion length", "the fusion bond is Select the following confirmation items: ``The EF joint and the PE pipe are fixed with a clamp during fusion and cooling'' and ``The indicator is raised after fusion is completed.''

Note that the construction details and confirmation items corresponding to the construction details shown in FIG. 13 are merely examples, and are not particularly limited to these contents. Contents other than the construction details and confirmation items shown in FIG. 13 may be added or deleted.
Further, the confirmation items shown in FIG. 12 are merely examples, and the contents are not particularly limited. Contents other than the confirmation items shown in FIG. 12 may be added or deleted.

Further, according to the support system 1, the patroller can check the confirmation items while viewing the confirmation item table displayed on the patrol terminal 20, but the patroller can check the confirmation items selected by the patrol server device 10. You may print out a confirmation item list including the above on paper, and also check the confirmation item list written on the paper.

In addition, in the support system 1, the patrol terminal 20 transmits the evaluation for the confirmation items to the patrol server device 10, and the patrol server device 10 receives the evaluation transmitted from the patrol terminal 20 and the plurality of confirmations. Among the items, priority items, which are predetermined priority check items for each patrol day, are used to perform a comprehensive evaluation of the worker.
Workers may become aware of the check items and their evaluation scores, and while they may comply with the check items that have high scores, they may not comply with the check items that are considered to have low scores. If the work is not carried out properly, the safety and quality of the work may deteriorate. However, according to the support system 1, important items are determined for each patrol day and a comprehensive evaluation of the worker is performed, so that it is possible to prevent the worker from thinking that he or she should only comply with specific confirmation items. As a result, it is possible to prevent the overall work from not being performed properly due to the patrolling.

Then, the visiting server device 10 uses the overall evaluation of the workers to perform a relative evaluation of the plurality of workers visited on the visiting day. Thereby, for example, compared to the case where a patrolman or the like manually determines a good worker or a worker who requires guidance, the labor of the patrolman or the like can be reduced.

Note that the patrol server device 10 determines priority items based on at least one of climate-related information, geographic information, information on past construction defects, and information on evaluations of check items in past patrols. Although the embodiment is exemplified, it is not particularly limited to this embodiment. For example, the traveling server device 10 uses the contents of news posted on the Internet or articles posted on social networking services (hereinafter sometimes referred to as "SNS"). Priority items may also be determined. For example, when the patrol server device 10 finds that the term infectious disease appears frequently in news and articles, it confirms that "the inventory and expiration date of the first aid kit are appropriate" as shown in FIG. An item may be determined as a priority item.

Additionally, the patrol server device 10 may create new confirmation items using the contents of news posted on the Internet or articles posted on SNS, and may select them as confirmation items on the tour day. . For example, when the patrol server device 10 finds that the term infectious disease appears frequently in news or articles, it may respond with messages such as ``I am working while wearing a mask'' or ``I am working at a predetermined distance (for example, 2 meters)''. ) You may create a new confirmation item, ``We are having a conversation at a distance,'' and select it as a confirmation item for the patrol date.

The processing performed by the traveling server device 10, the traveling terminal 20, the working terminal 30, and the working server device 40, which have been described above, can be realized by cooperation of software and hardware resources. In this case, the CPU (for example, CPU 111) of the control unit (for example, control unit 11) of each device (for example, the circulating server device 10) executes a program that realizes each function of the device, and realizes each of these functions. . For example, a non-temporary computer-readable recording medium on which a program is recorded is provided to each device (for example, the traveling server device 10), and the CPU (for example, the CPU 111) of the device (for example, the traveling server device 10) reads the recording medium. Read the stored program. In this case, the program itself read from the recording medium realizes the functions of the embodiments described above, and the program itself and the recording medium on which it is recorded constitute the present invention.

The program that realizes the functions of the patrol server device 10 has a function of storing workers who have been patrolled within a predetermined period of time, and a function of storing workers who have been patrolled within a predetermined period of time from among a plurality of construction sites on the day of the patrol. To realize a function of selecting a construction site where a worker who is not memorized as a worker who has been patrolled is working as a patrol destination.
In addition, the program that realizes the functions of the patrol server device 10 has a function of selecting a check item according to the construction content at the construction site from among a plurality of stored check items, and a function of selecting a check item according to the construction content at the construction site, and transmitting the selected check item to the patrol terminal 20. The function to send to, and to realize.
In addition, the program that realizes the functions of the patrol server device 10 includes a function of receiving evaluations for confirmation items transmitted from the patrol terminal 20, evaluations received by the receiving function, and evaluations among the plurality of confirmation items. , priority items which are predetermined priority check items for each patrol day, and a function of performing a comprehensive evaluation of the worker.
In addition, the program that realizes the functions of the patrol terminal 20 has a function of acquiring position information of the work terminal carried by the worker, and uses the position information and the acquired work time period to check the work status. To realize a function of determining whether or not to arrive at a construction site so as to be able to perform.
Examples of recording media for supplying such programs include flexible disks, CD-ROMs, DVD-ROMs, hard disks, optical disks, magneto-optical disks, CD-Rs, magnetic tapes, nonvolatile memory cards, and ROMs. I can give an example.

DESCRIPTION OF SYMBOLS 1... Support system, 5... Network, 10... Tour server device, 20... Tour terminal, 30... Work terminal, 40... Work server device

Claims (4)

a server device;
a mobile terminal that is carried by a patroller who patrols a construction site to check the work status at the construction site and is capable of communicating with the server device;
Equipped with
The server device stores a plurality of confirmation items, selects a confirmation item according to the construction content at the construction site from among the plurality of confirmation items, and transmits the selected confirmation item to the mobile terminal,
The mobile terminal displays a confirmation item table including the confirmation items received from the server device,
If the construction content is construction that uses equipment, the server device selects an item to confirm possession of items related to the equipment.
support system. a server device;
a mobile terminal that is carried by a patroller who patrols a construction site to check the work status at the construction site and is capable of communicating with the server device;
Equipped with
The server device stores a plurality of confirmation items, selects a confirmation item according to the construction content at the construction site from among the plurality of confirmation items, and transmits the selected confirmation item to the mobile terminal,
The mobile terminal displays a confirmation item table including the confirmation items received from the server device,
If the construction work involves a possibility of gas leakage, the server device selects an item for checking whether predetermined safety equipment has been checked.
support system. A computer that can communicate with a mobile terminal carried by a patroller who patrols a construction site and checks the work status at the construction site,
A function to select a confirmation item according to the construction content at the construction site from among a plurality of memorized confirmation items;
A function to send the selected confirmation item to the mobile terminal,
Realize ,
The function to select is to select an item to confirm the possession of items related to the equipment if the construction content is construction that uses equipment.
program. A computer that can communicate with a mobile terminal carried by a patroller who patrols a construction site and checks the work status at the construction site,
A function to select a confirmation item according to the construction content at the construction site from among a plurality of memorized confirmation items;
A function to send the selected confirmation item to the mobile terminal,
Realize,
The function to select is to select an item to check whether predetermined safety equipment has been checked if the construction work has a possibility of gas leakage.
program.