JP2024050885A - Server device, management method and management system - Google Patents

Abstract

[Problem] To reduce the management burden when managing materials and equipment used in building facilities. [Solution] A server device that communicates with a mobile terminal, comprising: a storage unit that stores a 3D building information model showing the arrangement of materials and equipment; a receiving unit that receives, from the mobile terminal that has acquired identification information for identifying the materials and equipment from an identification member affixed to the materials and equipment, performance registration data including the identification information and the work process of the materials and equipment, and a registration unit that identifies information on the work process of the materials and equipment in the 3D building information model based on the performance registration data, and reflects the identified work process of the materials and equipment in the attribute information of the materials and equipment in the 3D building information model. [Selected Figure] Figure 10

Description

The present invention relates to a server device, a management method, and a management system.

Many materials and equipment are used in building facilities (e.g., air conditioning systems, smoke exhaust systems, etc.) delivered to office buildings, factories, etc. Generally, these materials and equipment are manufactured by parts suppliers, installed on-site by construction companies, and then test-run by the system supplier. In other words, the materials and equipment go through a variety of work processes before they are put into operation as part of the building facilities.

For this reason, system suppliers are required to keep track of which work process each piece of equipment is in until the construction equipment is delivered.

JP 2005-108015 A JP 2017-046085 A

"Smart Construction Production System Utilizing IoT and CPS", [online], March 3, 2016, Industrial Competitiveness Forum COCN, [searched June 30, 2017], Internet (URL: http://www.cocn.jp/thema85-L.pdf) "MANICA Touch Rental NFC Customization Introduction Case Study", [online], Hayato Information, [searched June 30, 2017], Internet (URL: http://www.hayato.info/home/jirei_kajima.htm)

However, the number of materials and equipment used in construction facilities is enormous, and managing the work process for each material and equipment would impose a heavy management burden on system suppliers, etc.

The present invention was made in consideration of the above problems, and aims to reduce the management burden when managing materials and equipment used in building facilities.

The server device according to each embodiment of the present invention has the following configuration.
A server device that communicates with a mobile terminal,
a storage unit for storing a three-dimensional building information model showing the arrangement of materials and equipment;
a receiving unit that receives, from the mobile terminal that has acquired identification information for identifying the equipment or materials from an identification member affixed to the equipment or materials, performance registration data including the identification information and a work process of the equipment or materials;
The system has a registration unit that identifies work processes for materials and equipment in the three-dimensional building information model based on the performance registration data, and reflects information on the identified work processes for materials and equipment in attribute information of the materials and equipment in the three-dimensional building information model.

According to each embodiment of the present invention, it is possible to reduce the management burden when managing materials and equipment used in construction facilities.

This is a diagram showing an example of the work process from attaching multiple equipment and materials to a construction facility to having them function as part of the construction facility. FIG. 13 is a diagram showing an outline of a registration process in each work step. FIG. 13 is a diagram showing an example of an identification member attached to equipment and materials. FIG. 11 is a diagram showing another example of an identification member that can be attached to equipment and materials. FIG. 11 is a diagram showing another example of an identification member that can be attached to equipment and materials. 1A to 1C are diagrams illustrating a method of attaching an identification member to equipment and materials. FIG. 2 illustrates an example of a system configuration of a management system that realizes a registration process. FIG. 2 is a sequence diagram showing a flow of processing executed in the management system. FIG. 4 is a diagram illustrating an example of management data stored in a server device. FIG. 2 is a diagram showing an example of BIM data stored in a server device. FIG. 2 is a diagram illustrating an example of a hardware configuration of a server device and a smartphone. FIG. 2 is a diagram illustrating an example of a functional configuration of a server device and a smartphone. FIG. 13 is a sequence diagram showing the flow of a shipment registration process executed in the result registration phase. FIG. 13 is a diagram illustrating an example of a shipping registration screen displayed on a smartphone. 13 is a sequence diagram showing the flow of a receipt completion registration process executed in the result registration phase. FIG. FIG. 13 is a diagram showing an example of a receipt completion registration screen displayed on the smartphone. 13 is a sequence diagram showing the flow of a temporary placement completion registration process executed in the result registration phase. FIG. FIG. 13 is a diagram illustrating an example of a temporary placement completion registration screen displayed on the smartphone. FIG. 13 is a diagram illustrating an example of an installation completion registration screen displayed on the smartphone. FIG. 13 is a diagram showing an example of an examination completion registration screen displayed on the smartphone. FIG. 13 is a diagram illustrating an example of a test run completion registration screen displayed on a smartphone. FIG. 11 is a diagram showing an example of result registration data stored in the server device. 13 is a flowchart showing the flow of a browsing process performed by the server device. 13 is a flowchart showing the flow of a history screen display process by the server device. FIG. 13 is a diagram illustrating an example of a list screen. FIG. 13 illustrates an example of a history screen.

Details of each embodiment will be described below with reference to the attached drawings. In describing the specification and drawings relating to each embodiment, components having substantially the same functional configuration will be assigned the same reference numerals to avoid redundant description.

[First embodiment]
<Work process flow>
First, we will explain the flow of the work process up to the delivery of building equipment to an office building, factory, etc. (the work process up to the installation of multiple materials and equipment used in the building equipment to the building equipment and making it function as part of the building equipment). Note that building equipment refers to equipment for electricity, gas, water supply, drainage, ventilation, heating, cooling, fire extinguishing, smoke exhaust, or waste treatment, or chimneys, elevators, or lightning rods installed in a building, and examples include air conditioning systems and smoke exhaust equipment.

Figure 1 is a diagram showing an example of the work process from installing multiple materials and equipment to a building facility to having them function as part of the building facility. As shown in Figure 1, in this embodiment, the entities that carry out each work process are broadly divided into a parts supplier 110, a system supplier 120, and a construction company 130. In this embodiment, the system supplier 120 is a building facility contractor that designs and installs building facilities such as air conditioning systems and smoke exhaust systems.

In step S101, the system supplier 120 performs preliminary work to create management data and BIM (Building Information Modeling) data. The management data is data prepared in advance by the system supplier to manage which work process multiple materials and equipment are in. The BIM data is data that is created by a three-dimensional building information model using three-dimensional CAD and is used in the design, construction, and maintenance of building facilities. In this embodiment, the BIM data is used in the maintenance of building facilities. The BIM data of the building in which the air conditioning system and smoke exhaust equipment are installed is provided by a building design company such as a general contractor. The BIM data of the air conditioning system and smoke exhaust equipment is created by the system supplier 120, who is a building equipment company, operating a three-dimensional CAD system. The BIM data created by the system supplier 120 includes attribute information of the materials and equipment used in the air conditioning system and smoke exhaust equipment. Based on this attribute information, a list of materials and equipment to be installed at the site where the air conditioning system and smoke exhaust equipment are installed is created as management data.

In this way, by creating management data for each site before placing an order, the system supplier 120 can prevent multiple orders.

In step S102, the system supplier 120 performs an ordering process to order the materials and equipment registered in the management data from the parts supplier 110.

In step S103, the parts supplier 110 performs production work to produce the equipment and materials ordered by the system supplier. When production of the equipment and materials is completed, the parts supplier 110 attaches an identification member containing identification information that identifies each equipment and materials to each equipment and materials.

In step S104, the parts supplier 110 performs shipping work to ship each equipment and material. When shipping each equipment and material, the parts supplier 110 reads the identification information that identifies each equipment and material from the identification member affixed to each equipment and material, and performs a shipping registration process to register the information in a server device owned by the system supplier 120. This allows the system supplier 120 to manage the completion of shipping each equipment and material by the parts supplier 110.

In step S105, the system supplier 120 receives the materials and equipment shipped by the parts supplier 110 at a warehouse or the like. When receiving the materials and equipment, the system supplier 120 reads the identification information identifying each material and equipment from the identification member affixed to each material and equipment, and performs a receipt completion registration process to register the information in a server device owned by the system supplier 120. This allows the system supplier 120 to manage the completion of receipt of each material and equipment by the system supplier 120.

In step S106, the construction company 130 performs temporary storage work by moving each of the materials and equipment received by the system supplier 120 to a temporary storage area near the site. In this embodiment, the "site" refers to the delivery destination (e.g., an office building, etc.) where the building equipment is delivered. After moving each of the materials and equipment to the temporary storage area, the construction company 130 reads the identification information identifying each of the materials and equipment from the identification member attached to each of the materials and equipment, and performs a temporary storage completion registration process to register the information in a server device owned by the system supplier 120. This allows the system supplier 120 to manage the completion of the temporary storage work of each of the materials and equipment by the construction company 130.

In step S107, the contractor 130 transports each of the materials and equipment that were moved to the temporary storage area to the construction site where the building equipment will be delivered, and performs installation work to install them in the designated installation positions. When each of the materials and equipment has been installed in the designated installation positions, the contractor 130 reads the identification information that identifies each of the materials and equipment from the identification member affixed to each of the materials and equipment, and performs an installation completion registration process to register the information in a server device owned by the system supplier 120. This allows the system supplier 120 to manage the completion of the installation work of each of the materials and equipment by the contractor 130.

In step S108, the system supplier 120 performs an inspection to check whether each equipment is correctly installed in the specified installation position. When performing the inspection to check that the equipment is correctly installed in the specified installation position, the system supplier 120 reads identification information that identifies the equipment from the identification member affixed to the equipment. Next, the system supplier 120 performs an inspection completion registration process to register the read identification information in the server device. This allows the system supplier 120 to manage the completion of the inspection work.

In step S109, the system supplier 120 performs a trial run to check whether each equipment and material functions properly as part of the building facilities. If the system supplier 120 checks that each equipment and material is functioning properly during the trial run, it reads the identification information identifying each equipment and material from the identification member affixed to each equipment and material, and performs a trial run completion registration process to register the information in a server device owned by the system supplier 120. This allows the system supplier 120 to manage the completion of the trial run work.

In this manner, in this embodiment, when work is completed in each work process, the contractor who is the main performer of each work process reads the identification information that identifies the equipment or materials from the identification member affixed to the equipment or materials handled in each work process. Then, the contractor who is the main performer of each work process performs a registration process to register the equipment or materials in the server device owned by the system supplier 120. In this way, the system supplier 120 can easily manage which work process each equipment or materials is in, simply by referring to the registered identification information. In other words, according to this embodiment, the management burden when managing equipment and materials used in building facilities can be reduced.

<Overview of registration process at each step>
Next, an outline of the registration process performed by the contractor who is the executing entity of each work step will be described with reference to Fig. 2.

As shown in FIG. 2, when registering identification information in the server device, the vendors who will carry out each work process (parts vendor 110, system supplier 120, and construction vendor 130) use smartphones 210.

The smartphone 210 is equipped with an imaging unit 212, and reads identification information from the QR code 230 by photographing a QR (Quick Response) code (registered trademark), which is an example of an identification member affixed to the equipment or material 250. In this embodiment, the identification information read from the QR code 230 includes a management number, equipment number, and item name. The management number and item name are determined by the system supplier 120 when creating the management data. The equipment number is determined by the parts supplier 110 when manufacturing the equipment or material.

The smartphone 210 can also be connected to an RFID (Radio Frequency Identifier) reader. The RFID reader 220 reads identification information from an RFID 240, which is an example of an identification member affixed to the equipment or material 250. In this embodiment, the identification information read by the RFID reader 220 includes a management number, a device number, and a product name.

The QR code 230 corresponding to the identification information and the RFID 240 with the identification information written therein are manufactured by the parts supplier 110 and affixed to the equipment/materials 250. The parts supplier 110 may purchase the RFID 240 manufactured by an RFID manufacturer from the RFID 240 manufacturer and affix it to the equipment/materials 250.

When reading the identification information, whether to use the imaging unit 212 or the RFID reader 220 as the reading means is determined in advance for each work process.

Furthermore, a performance registration application 211, which is an example of a registration program, is installed on the smartphone 210, and various information including the read control number, device number, and product name is transmitted to the network 260 as performance registration data.

In this way, by using a smartphone 210 that is equipped with an image capture unit 212, can connect to an RFID reader 220, and has a track record registration application 211 installed, the person executing each work process can easily perform the registration process.

In other words, according to this embodiment, the contractor who is the executing entity of each work process can use the performance registration application to send the information required to manage which work process each piece of equipment is in to the server device with just a few simple operations.

<Explanation of identification members to be affixed to materials and equipment>
Next, a description will be given of the RFID 240 out of the identification members (QR code 230, RFID 240) affixed to the equipment/materials 250. Fig. 3 is a diagram showing an example of an identification member affixed to the equipment/materials.

Of these, FIG. 3(a) shows a top view of RFID 240. As shown in FIG. 3(a), RFID 240 has an area (first area) forming main body 310 and an area (second area) forming antenna 320. The area forming main body 310 and the area forming antenna 320 are integrated so as to be foldable.

The main body 310 is an IC tag having a rectangular shape with a length of 43 mm and a width of 21 mm. The main body 310 is activated by electromagnetic waves transmitted from the RFID reader 220, and transmits data recorded in its built-in memory to the outside via the antenna 320. The antenna 320 has a rectangular shape with a length of 17 mm and a width of 21 mm, and receives electromagnetic waves from the RFID reader 220 and transmits data recorded in the memory built into the main body 310 to the outside.

Figure 3(b) shows a side view of RFID 240. As shown in Figure 3(b), both the main body 310 and the antenna 320 have a thickness of 0.1 mm.

Figure 4 is a diagram showing another example of an identification member affixed to equipment. The difference from Figure 3 is that in the case of RFID 240 shown in Figure 4 (a), a QR code 230 is printed on one of the front and back surfaces of main body 310 opposite the surface to be affixed to equipment 250. By integrating RFID 240 and QR code 230 as shown in Figure 4, the affixing area can be reduced when affixing an identification member to equipment 250.

Figure 5 shows another example of an identification member that can be affixed to equipment. The difference with Figure 4 is that in the case of the RFID 240 shown in Figure 5 (b), a cushioning material 510 is attached to one side of the antenna unit 320 (the side opposite to the side on which the QR code 230 is printed).

This makes it possible to prevent the antenna unit 320 from coming into direct contact with the equipment 250 when the identification member is affixed to the equipment 250. Generally, the equipment 250 is made of metal, and if the antenna unit 320 comes into direct contact with the equipment 250 when the identification member is affixed to the equipment 250, the antenna unit 320 will not be able to accurately receive the electromagnetic waves transmitted from the RFID reader 220. In response to this, as shown in FIG. 5(b), a cushioning material 510 is attached to prevent the antenna unit 320 from coming into direct contact with the equipment 250, allowing the RFID 240 to accurately receive the electromagnetic waves from the RFID reader 220.

<Method of attaching identification member>
Next, a method of attaching the identification members (QR code 230, RFID 240) to the equipment and materials 250 will be described. Fig. 6 is a diagram showing a method of attaching the identification members to the equipment and materials.

Figure 6 (a) shows a state where a QR code 230 and an RFID 240 are separately attached to a smoke/fire damper 610, which is an example of equipment 250. As shown in Figure 6 (a), the QR code 230 and the RFID 240 are attached to the outer surface of the smoke/fire damper 610 in a position that will be exposed (a position that can be seen from the outside) when the smoke/fire damper 610 is installed at the site. Equipment such as a damper is installed in a building together with a duct, and then subjected to a heat retention process. During the heat retention process, the equipment is covered with a covering material, so the RFID 240 is attached to a location that is not covered by this covering material. An example of a location on the damper that is not covered by the covering material is the mounting bracket for the opening adjustment lever.

As shown in FIG. 6(a), in the case of RFID 240, only the area forming main body 310 is attached to smoke/fire damper 610, and the area forming antenna 320 is not in contact with the outer surface of smoke/fire damper 610. In other words, RFID 240 is attached to smoke/fire damper 610 after determining the attachment position of the area forming main body 310 so that the area forming antenna 320 is not in contact with the outer surface of smoke/fire damper 610.

Figure 6 (b) shows an identification member with a QR code 230 printed on an RFID 240 attached to an air volume control damper 620, which is an example of equipment 250. As shown in Figure 6 (b), the area in which the identification member can be attached is limited in the case of the air volume control damper 620. However, even in such a case, by using an identification member with a QR code 230 printed on an RFID 240, the identification member can be attached without the area forming the antenna section 320 coming into contact with the outer surface of the air volume control damper 620.

Figure 6(c) shows an identification member in which a QR code 230 is printed on an RFID 240 and in which a cushioning material 510 is attached to an antenna section 320, attached to an anemostat 630, which is an example of equipment 250. As shown in Figure 6(c), by using an identification member to which a cushioning material 510 is attached, it is possible to prevent the area forming the antenna section 320 from coming into direct contact with the outer surface of the anemostat 630.

In this manner, in this embodiment, an identification member having a first region forming a main body portion and a second region forming an antenna portion is attached to equipment or materials by the following attachment method.
- Determine the attachment position of the first area so that the location on the outer surface of the equipment or material is exposed when the equipment or material is attached to a specified building facility, and so that the second area is not in contact with the outer surface of the equipment or material when the first area is attached.
With the first area attached, a member that prevents the second area from coming into contact with the outer surface of the equipment is attached between the second area and the outer surface of the equipment.
The identification member is attached to the equipment or material by attaching the first area to the determined attachment position.

<System configuration of management system>
Next, the system configuration of the management system that realizes the registration process will be described. Fig. 7 is a diagram showing an example of the system configuration of the management system that realizes the registration process. As shown in Fig. 7, the management system 700 includes a BIM system 710, an operation terminal 720, and a server device 730 owned by the system supplier 120.

The management system 700 also includes a smartphone 210_1 owned by the parts supplier 110, a smartphone 210_2 owned by the system supplier 120, and a smartphone 210_3 owned by the construction company 130.

The server device 730 and the smartphones 210_1 to 210_3 are connected to each other via the network 260. The BIM system 710, the operation terminal 720, and the server device 730 are connected to each other via, for example, an in-house LAN (Local Area Network) in a specific office of the system supplier 120.

The BIM system 710 generates BIM data by being operated by an employee 751 of the system supplier 120. The BIM data generated by the BIM system 710 is stored in the server device 730.

The operation terminal 720 generates management data by being operated by an employee 752 of the system supplier 120. In this embodiment, the management data includes equipment and materials list data, user list data, and master data (details will be described later). The management data generated by the operation terminal 720 is stored in the server device 730.

The operation terminal 720 is operated by an employee 752 of the system supplier 120 to transmit a request to view the performance registration data registered in the server device 730. This allows the operation terminal 720 to display a list screen or the like of the performance registration data transmitted from the server device 730.

The server device 730 transmits the performance registration application 211 in response to an application request from each of the smartphones 210_1 to 210_3. The server device 730 also transmits master data in response to a master data request from each of the smartphones 210_1 to 210_3.

In addition, the server device 730 receives and stores the achievement registration data transmitted by the achievement registration application 211 installed on each of the smartphones 210_1 to 210_3 executing the registration process in each work process. In addition, the server device 730 generates a list screen or the like of the achievement registration data in response to a viewing request from the operation terminal 720, and transmits it to the operation terminal 720.

The smartphone 210_1 is operated by an employee 761 of the parts supplier 110 at the parts factory of the parts supplier 110 during the shipping operation in step S104. The smartphone 210_1 transmits various information, including the identification information (control number, equipment number, and product name) read from the identification member attached to the manufactured equipment/material 250, to the server device 730 as performance registration data.

The smartphone 210_2 is operated by an employee 753 of the system supplier 120 at the warehouse of the system supplier 120 during the receiving operation in step S104. The smartphone 210_2 transmits various information, including the identification information (control number, equipment number, and product name) read from the identification member attached to the received equipment/material 250, to the server device 730 as performance registration data.

The smartphone 210_2 is operated by an employee 753 of the system supplier 120 at the site during the inspection work in step S108. The smartphone 210_2 transmits various information, including the identification information (control number, equipment number, and product name) read from the identification member affixed to the attached equipment/material 250, to the server device 730 as performance registration data.

Furthermore, the smartphone 210_2 is operated by an employee 753 of the system supplier 120 at the site during the trial operation in step S109. The smartphone 210_2 transmits various information, including the identification information (control number, equipment number, and product name) read from the identification member affixed to the installed equipment/material 250, to the server device 730 as performance registration data.

The smartphone 210_3 is operated by an employee 771 of the construction company 130 at a temporary storage site near the work site during the temporary storage work in step S106. The smartphone 210_3 transmits various information, including identification information (control number, equipment number, and product name) read from an identification member attached to the temporarily stored equipment/material 250, to the server device 730 as performance registration data.

The smartphone 210_3 is operated by an employee 771 of the construction company 130 at the site during the installation work in step S107. The smartphone 210_3 transmits various information, including the identification information (control number, equipment number, and product name) read from the identification member affixed to the installed equipment/material 250, to the server device 730 as performance registration data.

<Processing Executed in the Management System>
Next, a description will be given of the flow of processing executed in the management system 700. Fig. 8 is a sequence diagram showing the flow of processing executed in the management system. As shown in Fig. 8, the processing executed in the management system 700 can be broadly divided into a preparation phase, a performance registration phase, and a maintenance management phase.

(1) Advance Preparation Phase In step S801, the employee 752 of the system supplier 120 operates the operation terminal 720, whereby the operation terminal 720 generates equipment and materials list data. The operation terminal 720 transmits the generated equipment and materials list data to the server device 730.

In step S802, the server device 730 stores the equipment list data sent from the operation terminal 720 as one of the management data.

In step S803, an employee 752 of the system supplier 120 operates the operation terminal 720, causing the operation terminal 720 to generate user list data. The operation terminal 720 transmits the generated user list data to the server device 730.

In step S804, the server device 730 stores the user list data sent from the operation terminal 720 as one of the management data.

In step S805, an employee 752 of the system supplier 120 operates the operation terminal 720, causing the operation terminal 720 to generate master data. The operation terminal 720 stores the generated master data as one of the management data.

Figure 9 shows an example of management data stored in a server device. Of these, Figure 9(a) shows equipment and materials list data 910. Equipment and materials list data 910 is generated for each site. The example in Figure 9(a) shows equipment and materials list data used for construction equipment delivered to a site with site name = "AAA".

As shown in FIG. 9(a), the equipment and materials list data 910 includes information items such as "management number" and "product name." The "management number" stores a number for identifying the equipment and materials used in the construction facilities delivered to the site. The "product name" stores the name of the equipment and materials identified by the "management number."

Figure 9(b) shows user list data 920. User list data 920 is also generated for each site. The example in Figure 9(b) shows user list data for a parts supplier 110, a system supplier 120, and a construction company 130 involved in the delivery of construction equipment to a site with a site name of "AAA".

As shown in FIG. 9(b), the user list data 920 includes the following information items: "user ID," "name," "password," and "business type."

"User ID" stores identifiers that identify the employee 761 of the parts supplier 110, the employee 753 of the system supplier 120, and the employee 771 of the construction company 130 who operate the smartphones 210_1 to 210_3, respectively.

"Name" stores the name of the employee identified by the "User ID" ("aaa", "bbb", "ccc"). "Password" stores the password associated with the identifier identified by the "User ID". "Vendor category" stores information indicating the category of either parts supplier, system supplier, or construction company.

Figure 9(c) shows master data 930. Master data 930 is generated for each site and each work process. The example in Figure 9(c) shows that the master data is used for work process = "installation work" when delivering construction equipment to a site with site name = "AAA".

As shown in FIG. 9(c), the master data 930 includes "floor" and "location" as information items. "Floor" stores information indicating the floor of the building where the work in the work process is carried out (a warehouse for receiving work, a temporary storage area for temporary storage work, and the site for installation work, inspection work, and trial run work). "Location" stores information indicating the location within the building where the work in the work process is carried out.

Returning to the explanation of FIG. 8, in step S807, an employee 751 of the system supplier 120 operates the BIM system 710, causing the BIM system 710 to generate BIM data. The BIM system 710 transmits the generated BIM data to the server device 730.

In step S808, the server device 730 stores the BIM data transmitted from the BIM system 710.

Figure 10 is a diagram showing an example of BIM data stored in a server device. BIM data 1000 is generated for each site, floor, and location. The example in Figure 10 shows BIM data showing the layout of materials and equipment installed on floor "1" and location "Area 1_1" of the building equipment delivered to the site with site name "AAA". In this way, the BIM data for the building equipment contains attribute information for the materials and equipment. Based on this attribute information, a list of materials and equipment to be installed at the building equipment site is created by the system supplier 120.

As shown in FIG. 10, the BIM data 1000 shows illustrations (or symbols) of the equipment to be installed at the site, floor, and location according to the installation position.

In addition, in the BIM data 1000, the identification information (control number, equipment number, and item name) included in the performance registration data sent from the smartphone 210_2 during the trial run completion registration process is reflected in the position corresponding to the illustration (or symbol) indicating each equipment.

Returning to the explanation of FIG. 8 again, in step S809, the employee 761 of the parts supplier 110 operates the smartphone 210_1, whereby the smartphone 210_1 transmits an application request to the server device 730, requesting download of the performance registration application. The application request transmitted by the smartphone 210_1 includes a user ID that identifies the employee 761 of the parts supplier 110.

Similarly, when an employee 753 of the system supplier 120 operates the smartphone 210_2, the smartphone 210_2 transmits an application request to the server device 730 to request the download of a performance registration application. The application request transmitted by the smartphone 210_2 includes a user ID that identifies the employee 753 of the system supplier 120.

Similarly, when an employee 771 of the construction company 130 operates the smartphone 210_3, the smartphone 210_3 transmits an application request to the server device 730 to request the download of the performance registration application. The application request transmitted by the smartphone 210_3 includes a user ID that identifies the employee 771 of the construction company 130.

In step S810, the server device 730 determines the track record registration application to be downloaded based on the application request sent from the smartphone 210_1. Specifically, the server device 730 refers to the user list data 920 based on the user ID included in the application request, and recognizes that the application request is from the parts supplier 110. The server device 730 then determines a track record registration application capable of executing the shipment registration process as the track record registration application to be downloaded. Furthermore, the server device 730 transmits the determined track record registration application to the smartphone 210_1.

Similarly, the server device 730 determines the achievement registration application to be downloaded based on the application request sent from the smartphone 210_2. Specifically, the server device 730 refers to the user list data 920 based on the user ID included in the application request, and recognizes that the application request is from the system supplier 120. The server device 730 then determines, as the achievement registration application to be downloaded, an achievement registration application capable of executing the receipt completion registration process, the inspection completion registration process, and the test run completion registration process. Furthermore, the server device 730 transmits the determined achievement registration application to the smartphone 210_2.

Similarly, the server device 730 determines the achievement registration application to be downloaded based on the application request sent from the smartphone 210_3. Specifically, the server device 730 refers to the user list data 920 based on the user ID included in the application request, and recognizes that the application request is from the contractor 130. The server device 730 then determines, as the achievement registration application to be downloaded, an achievement registration application capable of executing the temporary placement completion registration process and the installation completion registration process. Furthermore, the server device 730 transmits the determined achievement registration application to the smartphone 210_3.

In step S811, an employee 753 of the system supplier 120 operates the smartphone 210_2, which causes the smartphone 210_2 to request the server device 730 to download the master data. The master data request sent by the smartphone 210_2 is assumed to include a user ID that identifies the employee 753 of the system supplier 120.

Similarly, when an employee 771 of the construction company 130 operates the smartphone 210_3, the smartphone 210_3 requests the server device 730 to download the master data. The master data request sent by the smartphone 210_3 includes a user ID that identifies the employee 771 of the construction company 130.

In step S812, the server device 730 determines the master data to be downloaded based on the master data request sent from the smartphone 210_2. Specifically, the server device 730 refers to the user list data 920 based on the user ID included in the master data request, and recognizes that the master data request is from the system supplier 120. The server device 730 then determines the master data for the work processes = receiving work, inspection work, and trial run work as the master data to be downloaded. Furthermore, the server device 730 transmits the determined master data to the smartphone 210_2.

Similarly, the server device 730 determines the master data to be downloaded based on the master data request sent from the smartphone 210_3. Specifically, the server device 730 refers to the user list data 920 based on the user ID included in the master data request, and recognizes that the master data request is from the contractor 130. The server device 730 then determines the master data for the work process = temporary placement work and installation work as the master data to be downloaded. Furthermore, the server device 730 transmits the determined master data to the smartphone 210_3.

(2) Actual result registration phase Next, the actual result registration phase will be described. When the parts supplier 110 starts the shipping operation of the equipment and materials, in step S821, the employee 761 of the parts supplier 110 operates the smartphone 210_1 to start the actual result registration application 211. As a result, the smartphone 210_1 executes the shipping registration process with the server device 730.

Next, when the system supplier 120 starts the process of receiving the materials and equipment, in step S822, the employee 753 of the system supplier 120 operates the smartphone 210_2 to start the performance registration application 211. As a result, the smartphone 210_2 executes a receipt completion registration process with the server device 730.

Next, when the contractor 130 starts the temporary placement of the materials and equipment, in step S823, the employee 771 of the contractor 130 operates the smartphone 210_3 to launch the performance registration application 211. As a result, the smartphone 210_3 executes the temporary placement completion registration process with the server device 730.

Next, when the contractor 130 starts the installation work of the equipment and materials, in step S824, the employee 771 of the contractor 130 operates the smartphone 210_3 to start the performance registration application 211. As a result, the smartphone 210_3 executes the installation completion registration process with the server device 730.

Next, when the system supplier 120 starts the inspection work of the equipment and materials, in step S825, the employee 753 of the system supplier 120 operates the smartphone 210_2 to start the performance registration application 211. As a result, the smartphone 210_2 executes the inspection completion registration process with the server device 730.

Next, when the system supplier 120 starts the trial operation of the equipment, in step S826, the employee 753 of the system supplier 120 operates the smartphone 210_2 to start the performance registration application 211. As a result, the smartphone 210_2 executes the trial operation completion registration process with the server device 730.

In step S827, an employee 752 of the system supplier 120 operates the operation terminal 720 to send a request to the server device 730 to view the performance registration data. As a result, the operation terminal 720 executes a viewing process between the server device 730 and the operation terminal 720. Note that the viewing process may be executed at any time between steps S821 and S826.

(3) Maintenance Phase Next, the maintenance phase will be described. In step S831, the server device 730 reflects the identification information (management number, equipment number, and product name) included in the performance registration data stored in the trial operation completion registration process (step S826) in the BIM data 1000. This allows the system supplier 120 to perform maintenance management of each equipment and material used in the delivered building facilities while referring to the BIM data.

In the explanation of FIG. 8, the server device 730 is described as reflecting the identification information in the BIM data 1000 in the maintenance phase, but it may be configured to reflect it in the performance registration phase. Specifically, it may be configured to display, in association with each equipment and material on the BIM data 1000, a symbol indicating that the installation of the equipment and material is complete, a symbol indicating that the inspection is complete, a symbol indicating that the test run is complete, and the like.

This allows the employee 752 of the system supplier 120 to check on the BIM data 1000 which equipment and materials have been installed, inspected, and commissioned. The employee 752 of the system supplier 120 can also use the BIM data 1000, which displays a symbol indicating that inspection has been completed, together with the management data, as an inspection process completion report. Alternatively, the employee 752 of the system supplier 120 can use the BIM data 1000, which displays a symbol indicating that commissioning has been completed, together with the management data, as a commissioning process completion report.

Furthermore, an employee 752 of the system supplier 120 can deliver the management data and BIM data 1000 in electronic form as the completion documents for each site (such as construction drawings created after the system is delivered). When delivering the completion documents in electronic form, the management data and BIM data may be listed as links, for example.

This allows users to access the management data and BIM data by accessing the links listed in the completed documents. Furthermore, when renovation work or the like occurs, employees 752 of the system supplier 120 can easily create proposals for the renovation work by accessing the management data and BIM data.

<Hardware configuration of each device included in the management system>
Next, a description will be given of the hardware configurations of the server device 730 and the smartphone 210 among the devices included in the management system 700. Fig. 11 is a diagram showing an example of the hardware configurations of the server device and the smartphone.

As shown in FIG. 11(a), the server device 730 has a CPU (Central Processing Unit) 1101, a ROM (Read Only Memory) 1102, and a RAM (Random Access Memory) 1103. The CPU 1101, the ROM 1102, and the RAM 1103 form what is known as a computer.

The server device 730 also includes an auxiliary memory unit 1104, an input unit 1105, a display unit 1106, and a communication unit 1107. The various units of the server device 730 are connected to each other via a bus 1108.

The CPU 1101 executes various programs (e.g., the authentication program, performance management program, display control program, generation program, etc. described below) stored in the auxiliary memory unit 1104.

ROM 1102 is a non-volatile memory. ROM 1102 functions as a main storage device that stores various programs and data necessary for CPU 1101 to execute various programs stored in auxiliary storage unit 1104. Specifically, it stores boot programs such as BIOS (Basic Input/Output System) and EFI (Extensible Firmware Interface).

RAM 1103 is a volatile memory such as a dynamic random access memory (DRAM) or a static random access memory (SRAM). RAM 1103 functions as a primary storage device that provides a working area in which various programs stored in auxiliary storage unit 1104 are expanded when executed by CPU 1101.

The auxiliary memory unit 1104 is an auxiliary memory device that stores various programs executed by the CPU 1101 and various data used when the various programs are executed by the CPU 1101. Note that the management data storage unit, performance registration data storage unit, and BIM data storage unit described below are realized in the auxiliary memory unit 1104.

The input unit 1105 is an input device for inputting various instructions. The display unit 1106 is a display device for displaying various information held by the server device 730.

The communication unit 1107 is a communication device for communicating with the BIM system 710, the operation terminal 720, and the smartphones 210_1 to 210_3.

As shown in FIG. 11(b), the smartphone 210 has a similar hardware configuration to the server device 730, so here, differences between the smartphone 210 and the server device 730 will be described. The difference between the hardware configuration of the server device 730 and the smartphone 210 is that the smartphone 210 has an imaging unit 212 and a connection unit 1119.

The imaging unit 212 is an image generating device that captures the QR code 230 and generates a captured image. The connection unit 1119 is a connection device for connecting to the RFID reader 220.

<Functional configuration of each device included in the management system>
Next, a description will be given of the functional configurations of the server device 730 and the smartphone 210 among the devices included in the management system 700. Fig. 12 is a diagram showing an example of the functional configurations of the server device and the smartphone, and mainly shows functions executed in the performance registration phase and the maintenance management phase.

(1) Functional configuration of the server device An authentication program, a record management program, a display control program, and a generation program are installed in the server device 730 as programs executed mainly in the record registration phase and the maintenance management phase. The server device 730 executes the programs in the record registration phase and the maintenance management phase, thereby functioning as an authentication unit 1201, a record management unit 1202, a display control unit 1203, and a generation unit 1204 ( FIG. 12A ).

When the authentication unit 1201 receives the user ID and password entered when the performance registration application 211 of the smartphone 210 is started, it refers to the user list data 920 stored in the management data storage unit 1205.

The authentication unit 1201 also determines whether the combination of user ID and password received from the smartphone 210 matches the combination of user ID and password stored in the user list data 920. If it is determined that they match, the authentication unit 1201 determines that the authentication has been successful, and transmits the "name" and the corresponding "site name" stored in the user list data 920 to the smartphone 210. On the other hand, if it is determined that they do not match, the authentication unit 1201 determines that the authentication has failed, and transmits an authentication error to the smartphone 210.

The performance management unit 1202 is an example of a receiving means, and receives performance registration data sent from the smartphone 210 during the registration process. The performance management unit 1202 is also an example of a storage means, and stores the received performance registration data in the performance registration data storage unit 1206.

The display control unit 1203 is an example of a display control means, and in response to a viewing request sent from the operation terminal 720, reads out achievement registration data from the achievement registration data storage unit 1206, generates a list screen, and sends it to the operation terminal 720. In addition, in response to a history screen display request sent from the operation terminal 720, the display control unit 1203 reads out achievement registration data from the achievement registration data storage unit 1206, generates a history screen, and sends it to the operation terminal 720.

The generation unit 1204 reads out the identification information from the performance registration data stored in the performance registration data storage unit 1206 during the trial operation completion registration process (step S826) and reflects it in the BIM data 1000.

(2) Functional Configuration of Smartphone The achievement registration application 211 installed on the smartphone 210 includes a login unit 1211 and an achievement registration unit 1212 .

When the achievement registration application 211 is launched, the login unit 1211 accepts input of a user ID and password. The login unit 1211 also transmits the accepted user ID and password to the server device 730. In response to transmitting the user ID and password to the server device 730, if the login unit 1211 receives a "name" and "site name" corresponding to the user ID from the server device 730, the login unit 1211 notifies the achievement registration unit 1212 of the "name" and "site name". On the other hand, if an authentication error is transmitted from the server device 730, the login unit 1211 displays the authentication error on the display unit 1116.

When the performance registration unit 1212 receives a notification from the login unit 1211, it displays a registration screen including "name" and "site name". In addition, the performance registration unit 1212 accepts various operations via the registration screen, and displays information selected from the master data stored in the master data storage unit 1213 on the registration screen.

In addition, the performance registration unit 1212 accepts various operations via the registration screen, reads the identification information from the identification member, and displays it on the registration screen. Furthermore, in response to various operations via the registration screen, the performance registration unit 1212 transmits performance registration data including the various information displayed on the registration screen to the server device 730.

<Details of the registration process in the performance registration phase>
Next, each registration process (steps S821 to S826) in the result registration phase will be described in detail.

(1) Details of the Shipment Registration Process (Step S821) First, details of the shipment registration process (step S821) executed in the actual result registration phase will be described. Fig. 13 is a sequence diagram showing the flow of the shipment registration process executed in the actual result registration phase.

In step S1301, an employee 761 of the parts supplier 110 inputs a start-up instruction on the display screen 1320 of the smartphone 210_1. Specifically, the employee 761 of the parts supplier 110 inputs the start-up instruction by operating the icon 1321 of a performance registration application capable of executing the shipment registration process.

In step S1302, in response to the input of the start-up instruction, the login unit 1211 of the smartphone 210_1 displays a login screen 1330 on the smartphone 210_1. The login screen 1330 includes an input field 1331 for inputting a user ID and an input field 1332 for inputting a password.

In step S1303, an employee 761 of the parts supplier 110 enters a user ID and password in input fields 1331 and 1332, respectively.

In step S1304, the login unit 1211 of the smartphone 210_1 sends an authentication request including the input user ID and password to the server device 730.

In step S1305, the authentication unit 1201 of the server device 730 determines whether the combination of the user ID and password included in the authentication request matches the combination of the user ID and password stored in the user list data 920. Here, it is assumed that the authentication unit 1201 determines that they match.

In step S1306, the authentication unit 1201 of the server device 730 sends the "name" and "site name" from the user list data 920 to the smartphone 210_1.

In step S1307, the login unit 1211 displays an initial screen 1340 on the smartphone 210_1. The initial screen 1340 includes a "Ship" button 1341 that instructs the execution of the shipment registration process.

In step S1308, when an employee 761 of the parts supplier 110 selects the "Ship" button 1341, in step S1309, the login unit 1211 functions as a selection means and notifies the performance registration unit 1212 that the "Ship" button 1341 has been selected.

In step S1310, the performance registration unit 1212 displays a shipment registration screen on the smartphone 210_1. FIG. 14 is a diagram showing an example of the shipment registration screen. Below, the shipment registration process in FIG. 13 will be explained with reference to the shipment registration screen 1400 in FIG. 14.

As shown in FIG. 14, the shipping registration screen 1400 displays the site name ("AAA") and the "name" of the person in charge ("aaa"). The shipping registration screen 1400 also includes a QR code captured image display area 1401 that displays the captured image when capturing the QR code, and a "Capture" button 1402 for inputting a capture instruction to the imaging unit 212.

In step S1311, an employee 761 of the parts supplier 110 performs a read operation by pressing the "Capture" button 1402 while the QR code 230 is displayed in the QR code captured image display area 1401.

In step S1312, the achievement registration unit 1212 functions as an acquisition unit, and acquires the identification information by reading the captured image of the QR code 230 from the imaging unit 212 that captured the QR code 230 and reading the identification information from the QR code 230.

In step S1313, the performance registration unit 1212 displays the identification information (control number, equipment number, and item name) read from the captured QR code 230 on the shipment registration screen 1400. As shown in FIG. 14, the shipment registration screen 1400 includes an identification information display field 1403 that displays the read identification information. In the identification information display field 1403, the "work process" displays the work process (the work process where the ordering work is performed) that is one step before the current work process (the work process where the shipping work is performed).

The shipment registration screen 1400 further includes a "Register" button 1404 for sending various information, including the identification information displayed in the identification information display field 1403, to the server device 730 as performance registration data. The shipment registration screen 1400 also includes a "Cancel" button 1405 for resetting the information displayed in the identification information display field 1403.

In step S1314, an employee 761 of the parts supplier 110 issues a registration instruction by pressing the "Register" button 1404.

In step S1315, the result registration unit 1212 functions as a transmission unit and transmits the result registration data to the server device 730. The result registration data transmitted in step S1315 includes the following:
- Identification information (control number, device number, product name) displayed in the identification information display field 1403,
- Current work process (shipment),
・Site name ("AAA")
- Name of person in charge ("aaa"),
Includes:

In step S1316, the performance management unit 1202 of the server device 730 stores the received performance registration data in the performance registration data storage unit 1206.

(2) Details of the Receipt Completion Registration Process (Step S822) Next, details of the receipt completion registration process (step S822) executed in the result registration phase will be described. Fig. 15 is a sequence diagram showing the flow of the receipt completion registration process executed in the result registration phase.

Note that the processing from step S1501 to step S1505 is similar to the processing from step S1301 to step S1305 in FIG. 13, so a description thereof will be omitted here.

In step S1507, the login unit 1211 of the smartphone 210_2 displays an initial screen 1540 on the smartphone 210_2. The initial screen 1540 includes a "Receipt Complete" button 1541, an "Inspection Complete" button 1542, and a "Test Run Complete" button 1543, which instruct the execution of any one of the receipt completion registration process, the inspection completion registration process, and the test run completion registration process.

In step S1508, the employee 753 of the system supplier 120 selects the "Received" button 1541. In step S1509, the login unit 1211 of the smartphone 210_2 functions as a selection means and notifies the performance registration unit 1212 that the "Received" button 1541 has been selected.

In step S1510, the achievement registration unit 1212 refers to the master data storage unit 1213. In step S1511, the achievement registration unit 1212 reads out the master data corresponding to the receipt completion registration process from the master data storage unit 1213.

In step S1512, the achievement registration unit 1212 displays a receipt completion registration screen on the smartphone 210_2. FIG. 16 is a diagram showing an example of the receipt completion registration screen. Below, the receipt completion registration process in FIG. 15 will be explained with reference to the receipt completion registration screen 1600 in FIG. 16.

As shown in FIG. 16, the receipt completion registration screen 1600 displays the site name ("AAA") and the "name" of the person in charge ("bbb"). The receipt completion registration screen 1600 also includes an RFID reader display area 1601 that displays the identification information read by the RFID reader 220 from the RFID 240. The receipt completion registration screen 1600 also includes a "start" button 1602 and an "output" button 1603 for inputting start instructions and output instructions to the RFID reader 220.

In step S1513, the employee 753 of the system supplier 120 presses the "Start" button 1602 to start the RFID reader 220. The employee 753 of the system supplier 120 also presses the "Output" button 1603 with the identification information displayed in the RFID reader display area 1601.

In step S1514, the track record registration unit 1212 of the smartphone 210_2 functions as an acquisition unit and acquires the identification information by reading the identification information read by the RFID reader 220.

In step S1515, the achievement registration unit 1212 of the smartphone 210_2 displays the identification information (control number, equipment number, and item name) read by the RFID reader 220 on the receipt completion registration screen 1600. As shown in FIG. 16, the receipt completion registration screen 1600 includes an identification information display field 1605 that displays the identification information that was read. In the identification information display field 1605, the "work process" displays the work process (the work process where the shipping work is performed) that is one step before the current work process (the work process where the receiving work is performed).

The identification information display field 1605 further includes an item in which the employee 753 of the system supplier 120 inputs the "floor" and "location" of the warehouse where the materials or equipment was received. The "floor" and "location" in the identification information display field 1605 display the information selected by the employee 753 of the system supplier 120 from the selection field 1604, which displays the master data corresponding to the receipt completion registration process.

The receipt completion registration screen 1600 further includes a "Register" button 1606 for sending various information, including the identification information displayed in the identification information display field 1605, to the server device 730 as performance registration data. The receipt completion registration screen 1600 also includes a "Cancel" button 1607 for resetting the information displayed in the identification information display field 1605.

In step S1516, an employee 753 of the system supplier 120 issues a registration instruction by pressing the "Register" button 1606.

In step S1517, the result registration unit 1212 functions as a transmission unit and transmits the result registration data to the server device 730. The result registration data transmitted in step S1517 includes the following:
- Identification information displayed in the identification information display field 1605 (control number, device number, product name),
- Current work process (receiving),
・Site name ("AAA")
- The name of the person in charge ("bbb"),
- The floor and location of the warehouse where the equipment was received,
Includes:

In step S1518, the performance management unit 1202 of the server device 730 stores the received performance registration data in the performance registration data storage unit 1206.

(3) Details of the Temporary Placement Completion Registration Process (Step S823) Next, details of the temporary placement completion registration process (step S823) executed in the actual result registration phase will be described. Fig. 17 is a sequence diagram showing the flow of the temporary placement completion registration process executed in the actual result registration phase.

Note that the processing from step S1701 to step S1705 is similar to the processing from step S1301 to step S1305 in FIG. 13, so a description thereof will be omitted here.

In step S1707, the login unit 1211 of the smartphone 210_3 displays an initial screen 1740 on the smartphone 210_3. The initial screen 1740 includes a "Temporary Placement Complete" button 1741 and an "Installation Complete" button 1742 that instruct the execution of either the temporary placement completion registration process or the installation completion registration process.

In step S1708, the employee 771 of the contractor 130 selects the "Temporary placement complete" button 1741. In step S1709, the login unit 1211 of the smartphone 210_3 functions as a selection means and notifies the performance registration unit 1212 that the "Temporary placement complete" button 1741 has been selected.

In step S1710, the result registration unit 1212 refers to the master data storage unit 1213. In step S1711, the result registration unit 1212 reads out the master data corresponding to the provisional placement completion registration process from the master data storage unit 1213.

In step S1712, the result registration unit 1212 displays a temporary placement completion registration screen on the smartphone 210_3. FIG. 18 is a diagram showing an example of the temporary placement completion registration screen. Below, the temporary placement completion registration process in FIG. 17 will be described with reference to the temporary placement completion registration screen 1800 in FIG. 18.

As shown in FIG. 18, the temporary placement completion registration screen 1800 displays the site name ("AAA") and the "name" of the person in charge ("ccc"). The temporary placement completion registration screen 1800 also includes an RFID reader display area 1801 that displays the identification information read by the RFID reader 220 from the RFID 240. The temporary placement completion registration screen 1800 also includes a "Start" button 1802 and an "Output" button 1803 for inputting start instructions and output instructions to the RFID reader 220.

In step S1713, the employee 771 of the construction company 130 presses the "Start" button 1802 to start the RFID reader 220. In addition, the employee 771 of the construction company 130 presses the "Output" button 1803 with the identification information displayed in the RFID reader display area 1801.

In step S1714, the track record registration unit 1212 of the smartphone 210_3 functions as an acquisition unit and acquires the identification information by reading the identification information read by the RFID reader 220.

In step S1715, the result registration unit 1212 of the smartphone 210_3 displays the identification information (control number, equipment number, and item name) read by the RFID reader 220 on the temporary placement completion registration screen 1800. As shown in FIG. 18, the temporary placement completion registration screen 1800 includes an identification information display field 1805 that displays the read identification information. In the identification information display field 1805, the "work process" displays the work process (the work process where the receiving work is performed) that is one step before the current work process (the work process where the temporary placement work is performed).

The identification information display field 1805 further includes an item where the employee 771 of the contractor 130 inputs the "floor" and "location" of the temporary storage area where the materials and equipment are temporarily stored. The "floor" and "location" in the identification information display field 1805 display information selected by the employee 771 of the contractor 130 from the selection field 1804, which displays master data corresponding to the temporary storage completion registration process.

The provisional placement completion registration screen 1800 further includes a "Register" button 1806 for sending various information, including the identification information displayed in the identification information display field 1805, to the server device 730 as actual registration data. The provisional placement completion registration screen 1800 also includes a "Cancel" button 1807 for resetting the information displayed in the identification information display field 1805.

In step S1716, an employee 771 of the construction company 130 issues a registration instruction by pressing the "Register" button 1806.

In step S1717, the result registration unit 1212 functions as a transmission unit and transmits the result registration data to the server device 730. The result registration data transmitted in step S1717 includes the following:
- Identification information displayed in the identification information display field 1805 (control number, device number, product name),
- Current work process (temporary),
・Site name ("AAA")
- The name of the person in charge ("ccc"),
- The "floor" and "location" of the temporary storage area where the equipment and materials are temporarily stored,
Includes:

In step S1718, the performance management unit 1202 of the server device 730 stores the received performance registration data in the performance registration data storage unit 1206.

(4) Details of the installation completion registration process (step S824) Next, details of the installation completion registration process (step S824) executed in the performance registration phase will be described. Note that the flow of the installation completion registration process executed in the performance registration phase is generally the same as the flow of the temporary placement completion registration process described using FIG. 17, so here, differences in the registration screen will be described.

Figure 19 is a diagram showing an example of an installation completion registration screen. As shown in Figure 19, the installation completion registration screen 1900 displays the site name ("AAA") and the "name" of the person in charge ("ccc"). The installation completion registration screen 1900 also includes a QR code captured image display area 1901 that displays the captured image when capturing the QR code, and a "Capture" button 1902 for inputting a capture instruction to the imaging unit 212.

As shown in FIG. 19, the installation completion registration screen 1900 includes an identification information display field 1904 that displays the read identification information. In the identification information display field 1904, the "work process" displays the work process (the work process where temporary placement work is performed) that is one step before the current work process (the work process where installation work is performed).

The identification information display field 1904 further includes an item where the employee 771 of the contractor 130 inputs the "floor" and "location" of the site where the equipment or materials were installed. The "floor" and "location" in the identification information display field 1904 display information selected by the employee 771 of the contractor 130 from the selection field 1903, which displays master data corresponding to the installation completion registration process.

The installation completion registration screen 1900 further includes a "Register" button 1905 for sending various information, including the identification information displayed in the identification information display field 1904, to the server device 730 as performance registration data. The installation completion registration screen 1900 includes a "Cancel" button 1906 for resetting the information displayed in the identification information display field 1904.

(5) Details of the Examination Completion Registration Process (Step S825) Next, details of the examination completion registration process (step S825) executed in the result registration phase will be described. Note that the flow of the examination completion registration process executed in the result registration phase is almost the same as the flow of the receipt completion registration process described using FIG. 15, so here, differences in the registration screen will be described.

Figure 20 is a diagram showing an example of an inspection completion registration screen. As shown in Figure 20, the inspection completion registration screen 2000 displays the site name ("AAA") and the "name" of the person in charge ("bbb"). The inspection completion registration screen 2000 also includes a QR code captured image display area 2001 that displays the captured image when capturing the QR code, and a "Capture" button 2002 for inputting a capture instruction to the imaging unit 212.

As shown in FIG. 20, the inspection completion registration screen 2000 includes an identification information display field 2004 that displays the read identification information. In the identification information display field 2004, the "work process" displays the work process (the work process where the installation work is performed) that is one step before the current work process (the work process where the inspection work is performed).

The identification information display field 2004 further includes an item for inputting the "floor" and "location" of the site where the equipment inspected by the employee 753 of the system supplier 120 is installed. The "floor" and "location" in the identification information display field 2004 display information selected by the employee 753 of the system supplier 120 from the selection field 2003, which displays master data corresponding to the inspection completion registration process.

The inspection completion registration screen 2000 further includes a "Register" button 2005 for sending various information, including the identification information displayed in the identification information display field 2004, to the server device 730 as performance registration data. The inspection completion registration screen 2000 includes a "Cancel" button 2006 for resetting the information displayed in the identification information display field 2004.

(6) Details of the Trial Run Completion Registration Process (Step S826) Next, details of the trial run completion registration process (step S826) executed in the performance record registration phase will be described. Note that the flow of the trial run completion registration process executed in the performance record registration phase is also generally the same as the flow of the receipt completion registration process described using FIG. 15, so here, differences in the registration screen will be described.

Figure 21 is a diagram showing an example of a trial run completion registration screen. As shown in Figure 21, the trial run completion registration screen 2100 displays the site name ("AAA") and the "name" of the person in charge ("bbb"). The inspection completion registration screen 2000 also includes a QR code captured image display area 2101 that displays the captured image when capturing the QR code, and a "Capture" button 2102 for inputting a capture instruction to the imaging unit 212.

As shown in FIG. 21, the trial run completion registration screen 2100 includes an identification information display field 2104 that displays the read identification information. In the identification information display field 2104, the "work process" displays the work process (the work process where the inspection work is performed) that is one step before the current work process (the work process where the trial run work is performed).

The identification information display field 2104 further includes an item in which the employee 753 of the system supplier 120 inputs the "floor" and "location" of the site where the equipment that has been test run is installed. The "floor" and "location" in the identification information display field 2104 display information selected by the employee 753 of the system supplier 120 from the selection field 2103, which displays the master data corresponding to the test run registration process.

The trial run completion registration screen 2100 further includes a "Register" button 2105 for sending various information, including the identification information displayed in the identification information display field 2104, to the server device 730 as performance registration data. The inspection completion registration screen 2000 includes a "Cancel" button 2106 for resetting the information displayed in the identification information display field 2104.

<Examples of performance registration data>
Next, a specific example of the result registration data stored in the result registration data storage unit 1206 by the result management unit 1202 of the server device 730 will be described. Fig. 22 is a diagram showing an example of the result registration data stored in the server device.

As shown in FIG. 22, the performance management unit 1202 of the server device 730 stores the performance registration data sent from the smartphone 210 separately for each site name and management number. In FIG. 22, performance registration data 2201 to 2203 respectively show performance registration data for the site name = "AAA" and management numbers = "A-123", "B-456", and "C-789".

As shown in FIG. 22, the performance registration data 2201 includes the following information items: "Processing date and time," "Work process," "Location," "Floor," "Judgment," "Notes," and "Person in charge."

The "processing date and time" stores the date and time when the registration process was performed. The "work process" stores the "work process" included in the performance registration data sent from the smartphone 210 at the corresponding processing date and time. The "location" and "floor" stores the "location" and "floor" included in the performance registration data sent from the smartphone 210 during the corresponding registration process.

"Judgment" stores the inspection result or test run result if the corresponding registration process is an inspection completion registration process or a test run completion registration process.

"Person in charge" stores the "name" of the person in charge contained in the performance registration data sent from the smartphone 210 during the corresponding registration process.

<Browse process by server device>
Next, the browsing process (step S827) by the server device 730 will be described in detail. Fig. 23 is a flowchart showing the flow of the browsing process by the server device.

When a viewing request specifying the "site name" is sent from the operation terminal 720, the server device 730 starts the viewing process shown in FIG. 23.

In step S2301, the display control unit 1203 accepts the transmitted viewing request. In step S2302, the display control unit 1203 refers to the performance registration data storage unit 1206 and reads out one performance registration data item that corresponds to the "site name" included in the viewing request.

In step S2303, the display control unit 1203 reads out the management number stored in the "management number" of the read performance registration data.

In step S2304, the display control unit 1203 reads out the work process with the latest processing date and time from among the different work processes stored in the "work process" of the read performance registration data.

In step S2305, the display control unit 1203 reads out the "location," "floor," "judgment," "person in charge," and "processing date and time" corresponding to the work process read out in step S2304.

In step S2306, the display control unit 1203 determines whether or not the processing of steps S2303 to S2305 has been executed for all the performance registration data stored in the performance registration data storage unit 1206. Note that all the performance registration data here refers to all the performance registration data that corresponds to the "site name" included in the viewing request.

If it is determined in step S2306 that there is performance registration data for which processing has not been performed (if No in step S2306), the process returns to step S2302. On the other hand, if it is determined in step S2306 that processing has been performed for all performance registration data (if Yes in step S2306), the process proceeds to step S2307.

In step S2307, the display control unit 1203 sorts the performance registration data, for which the management number, work process, location, floor, judgment, person in charge, and processing date and time were read in steps S2303 to S2305, in order of management number.

In step S2308, the display control unit 1203 generates a list screen for the performance registration data sorted in management number order, and transmits the list screen to the operation terminal 720.

In step S2309, the display control unit 1203 determines whether or not a history screen display request in which a "site name" and a "management number" are specified has been received from the operation terminal 720. If it is determined in step S2309 that a history screen display request has not been received (No in step S2309), the process proceeds to step S2311.

On the other hand, if it is determined in step S2309 that a history screen display request has been received (Yes in step S2309), the process proceeds to step S2310. In step S2310, the display control unit 1203 executes a history screen display process (described in detail below).

In step S2311, the display control unit 1203 determines whether or not to end the viewing process. If it is determined in step S2311 that the viewing process is not to be ended (No in step S2311), the process returns to step S2309.

On the other hand, if it is determined in step S2311 that the viewing process is to be terminated (Yes in step S2311), the viewing process is terminated.

<History screen display process flow>
Next, a detailed description will be given of the history screen display process (step S2310) performed by the display control unit 1203 of the server device 730. Fig. 24 is a flowchart showing the flow of the history screen display process.

In step S2401, the display control unit 1203 recognizes the site name and management number included in the history screen display request. In step S2402, the display control unit 1203 reads the performance registration data corresponding to the recognized site name and management number from the performance registration data storage unit 1206.

In step S2403, the display control unit 1203 generates a history screen based on the retrieved performance registration data and transmits it to the operation terminal 720.

<Examples of list screen and history screen>
Next, a specific example of a list screen transmitted to the operation terminal 720 in the browsing process (FIG. 23) and a history screen transmitted to the operation terminal 720 in the history screen display process (FIG. 24) will be described.

Figure 25 is a diagram showing a specific example of a list screen. As shown in Figure 25, list screen 2500 includes the site name ("AAA"). List screen 2500 also includes information items such as "control number", "work process", "location", "floor", "person in charge", "inspection", and "date and time". Each item displays the information read out in steps S2303 to S2305 of Figure 23.

In this way, an employee 752 of the system supplier 120 can easily ascertain which work process each piece of equipment or material is in by accessing the server device 730 via the operation terminal 720.

The list screen 2500 further includes a "History" button 2511 for sending a request to display the history screen. When the "History" button 2511 is pressed by an employee 752 of the system supplier 120, the operation terminal 720 generates a request to display the history screen specifying the site name and management number, and sends the request to the server device 730.

In the example of FIG. 25, when the "History" button 2511 is pressed, a history screen display request including the site name = "AAA" and the management number = "A-123" is generated and transmitted to the server device 730.

Figure 26 is a diagram showing a specific example of a history screen. As shown in Figure 26, a history screen 2600 displays actual result registration data 2201 having the site name and management number included in the history screen display request. The example in Figure 26 shows that actual result registration data having the site name = "AAA" and management number = "A-123" is displayed.

<Summary>
As is clear from the above description, the result registration application in this embodiment:
- By selecting one of the multiple work processes from attaching equipment or materials to a specified building facility to having it function as part of that building facility, a registration screen corresponding to that work process is displayed.
With the registration screen displayed, identification information is read from the QR code or RFID attached to the equipment or material, and the read identification information is associated with information indicating the work process and transmitted to the server device.

As a result, the entity carrying out each work process can use the performance registration application to send the information required to manage which work process each piece of equipment or material is in to the server device with just a few simple operations.

In addition, the server device in this embodiment
The system communicates with a mobile terminal executing a performance registration application, and receives identification information for identifying the equipment and materials acquired by the mobile terminal, and information indicating the work process.
- Among the information indicating multiple work processes received for one identification information, the information received latest (i.e., the information indicating the current work process) is controlled to be displayed in association with the identification information.

This allows system suppliers who deliver construction equipment to easily understand which work process each piece of equipment is currently in by accessing the server device.

In addition, the RFID in this embodiment is
- It has a main body and an antenna, and is attached to the outer surface of the equipment in a position that will be exposed when attached to the building facility.
The main body can be attached to the equipment by determining the attachment position of the main body so that the antenna unit is not in contact with the outer surface of the equipment when the main body is attached to the outer surface of the equipment.

This allows the person performing each work process to read the identification information from the RFID using an RFID reader with confidence.

As a result, this embodiment can reduce the management burden when managing materials and equipment used in construction facilities.

Second Embodiment
In the above first embodiment, in the advance preparation phase, the smartphones 210_1 to 210_3 are described as acquiring the master data 930 from the server device 730. However, the timing of acquiring the master data 930 is not limited to this, and the smartphones 210_1 to 210_3 may be configured to acquire the master data 930 from the server device 730 in the achievement registration phase.

The master data request for acquiring the master data 930 may be configured to be automatically transmitted at a predetermined interval, for example. This allows the smartphones 210_1 to 210_3 to acquire the latest master data 930.

In the above first embodiment, the user list data 920 is stored in the server device 730, and the authentication process when the achievement registration application 211 is started is executed by the server device 730. However, the user list data 920 may be transmitted to the smartphone 210, and the authentication process when the achievement registration application 211 is started may be executed by the smartphone 210.

This makes it possible to reduce the number of communications between the smartphone 210 and the server device 730 during the performance registration phase. Since the communication environment is often not in place at construction sites where construction equipment is delivered, reducing the number of communications between the smartphone 210 and the server device 730 during the performance registration phase can improve the convenience of the management system 700.

[Third embodiment]
In the first embodiment, the execution entities of each work process are roughly divided into three, and each work process is assigned to each execution entity, but the execution entities of each work process are not limited to three, and may be four or more. Note that in the management system 700, the number of smartphones and the type of achievement registration application are determined according to the number of execution entities.

In the above first embodiment, it has been described that the system supplier performs the receiving work, the inspection work, and the trial operation work, and the construction company performs the temporary placement work and the installation work. However, the allocation of work for each work process is not limited to this. Note that the work processes that can be selected in the track record registration application are determined according to the results of the allocation of work for each work process to each execution entity. Similarly, the master data to be sent to each smartphone is determined according to the results of the allocation of work for each work process to each execution entity.

[Other embodiments]
In the above first embodiment, an RFID is used as the identification member. However, the identification member may be a member other than an RFID as long as it is capable of short-range wireless communication.

Similarly, in the first embodiment, a QR code is used as the identification member, but the identification member may be an identifier other than a QR code.

In the above first embodiment, it has been described that when executing the shipping registration process, the installation completion registration process, the inspection completion registration process, and the test run completion registration process, the identification information is read from the QR code. Also, when executing the receipt completion registration process and the temporary placement completion registration process, the identification information is read from the RFID. However, it is optional as to which reading means is used to read the identification information from the identification member in which registration process.

In the above first embodiment, the cushioning material 510 is described as being attached to one side of the antenna unit 320. However, the attachment position of the cushioning material 510 is not limited to this, and the cushioning material 510 may be attached at any position between the area forming the antenna unit 320 and the outer surface of the equipment 250.

The present invention is not limited to the configurations shown here, including combinations of the configurations and other elements in the above-mentioned embodiments. These points can be changed without departing from the spirit of the present invention, and can be determined appropriately according to the application form.

210: Smartphone 220: RFID reader 230: QR code 240: RFID
250: Equipment and materials 310: Main body 320: Antenna 510: Cushioning material 710: BIM system 720: Operation terminal 730: Server device 910: Equipment and materials list data 920: User list data 930: Master data 1000: BIM data 1201: Authentication unit 1202: Results management unit 1203: Display control unit 1204: Generation unit 1211: Login unit 1212: Results registration unit 1400: Shipment registration screen 1600: Receipt completion registration screen 1800: Temporary placement completion registration screen 1900: Installation completion registration screen 2000: Inspection completion registration screen 2100: Trial run completion registration screen 2201 to 2203: Results registration data 2500: List screen 2600 : History screen

Claims (6)

A server device that communicates with a mobile terminal,
a storage unit for storing a three-dimensional building information model showing the arrangement of materials and equipment;
a receiving unit that receives, from the mobile terminal that has acquired identification information for identifying the equipment or materials from an identification member affixed to the equipment or materials, performance registration data including the identification information and a work process of the equipment or materials;
and a registration unit that identifies a work process for equipment and materials in the three-dimensional building information model based on the performance registration data, and reflects information on the identified work process for the equipment and materials in attribute information of the equipment and materials in the three-dimensional building information model. The registration unit is
When the installation completion registration process is executed by the mobile terminal, and result registration data including the identification information and the completion of the installation of the equipment/material is received, the installation completion information of the equipment/material specified based on the result registration data is reflected in the attribute information of the equipment/material in the three-dimensional building information model.
The server device according to claim 1 . The registration unit is
When the inspection completion registration process is executed by the mobile terminal and result registration data including the identification information and the inspection completion of the equipment/material is received, the inspection completion information of the equipment/material specified based on the result registration data is reflected in the attribute information of the equipment/material in the three-dimensional building information model.
The server device according to claim 1 . The registration unit is
When the trial run completion registration process is executed by the mobile terminal and result registration data including the identification information and the completion of the trial run of the equipment is received, the information on the trial run completion of the equipment specified based on the result registration data is reflected in the attribute information of the equipment in the three-dimensional building information model.
The server device according to claim 1 . A server device that communicates with the mobile terminal,
storing a three-dimensional building information model indicating the arrangement of materials and equipment in a storage unit;
receiving, from the mobile terminal that has acquired identification information for identifying the equipment from an identification member affixed to the equipment, performance registration data including the identification information and a work process for the equipment;
a step of identifying a work process for equipment and materials in the three-dimensional building information model based on the performance registration data, and reflecting information on the identified work process for the equipment and materials in attribute information of the equipment and materials in the three-dimensional building information model. A management system having a three-dimensional building information model showing the arrangement of materials and equipment,
a receiving unit that receives, from a mobile terminal that has acquired identification information for identifying the equipment or materials from an identification member affixed to the equipment or materials, performance registration data including the identification information and a work process of the equipment or materials;
and a registration unit that identifies a work process for materials and equipment in the three-dimensional building information model based on the performance registration data, and reflects information on the identified work process for materials and equipment in attribute information of the materials and equipment in the three-dimensional building information model.

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