JP6928340B2 - Construction management system, construction management method, air volume measurement method, mobile terminal and program - Google Patents

Description

The present invention relates to a construction management system, a construction management method, an air volume measuring method, a mobile terminal and a program.

On-site work performed at the construction site includes on-site test run adjustments. For example, in the trial run adjustment of air conditioning equipment, air volume measurement and noise measurement are performed. The user who manages the construction organizes the measurement data measured at the site, for example, in the office and creates a form. For example, there is known a construction management system that manages the construction state of piping such as air conditioning equipment and sanitary equipment, building equipment, etc. using a CAD device, a portable terminal device, and the like (see, for example, Patent Document 1).

Japanese Patent No. 5138068

The user who manages the construction has created a form by organizing the measured wind speed measured at the site and the measured air volume calculated from the measured wind speed, for example, in the office. By the way, the form may include an item for pass / fail judgment as to whether or not the measured wind speed or the measured air volume satisfies the design air velocity or the design air volume intended in the design. In such a case, if the pass / fail judgment item of the form created by returning to the office after on-site work does not pass, it is necessary to perform trial run adjustment again at the site and redo the air volume measurement, which is inefficient. rice field.

One embodiment of the present invention aims to provide a construction management system, a construction management method, an air volume measurement method, a mobile terminal, and a program capable of streamlining air volume measurement at a construction site.

In order to achieve the above object, the present invention has one or more mobile terminals that measure the air volume in conjunction with the wind speed measuring device, and the air volume that the mobile terminal performs in conjunction with the wind speed measuring device by the operation of the user. A construction management system in which a server device that manages measurement results and a terminal device that registers information for determining the pass / fail of the result of air volume measurement performed by the mobile terminal in the server device communicate with each other via a network. The terminal device has a registration receiving means for receiving input of air volume measurement location information represented by a position on a drawing of a construction site from a user and registering the air volume measurement location information in the server device. Then, the server device receives the providing means for providing the information on the air volume measurement location at the construction site to the mobile terminal and the result of the air volume measurement performed by the mobile terminal in conjunction with the wind velocity measuring device, and the said. The mobile terminal has a storage means for storing in association with information on the air volume measurement location at the construction site, and the mobile terminal is based on the information on the air volume measurement location at the construction site provided by the server device. The first screen that displays an icon representing the air volume measurement location at the construction site on the drawing, the design air volume of the air volume measurement location represented by the icon selected by the user , and the air volume performed in conjunction with the wind velocity measuring device. result of the measurement, the result of the acceptance of the air volume measurement, and a display processing means for displaying a second screen including a means for accepting the results of the selection operation of the air volume measurement employed by the user, the wind speed measured by the instruction by the user The air volume is compared between the measurement device control means that measures the air volume in conjunction with the device, the result of the air volume measurement performed by the mobile terminal in conjunction with the wind velocity measuring device, and the design air volume of the air volume measurement location. it has a measurement data processing means for determining the acceptability of the measurement, and characterized.

Further, in order to achieve the above object, the present invention is a construction management method for a mobile terminal that measures air volume in conjunction with a wind velocity measuring device, and is a construction site provided by a server device capable of communicating via a network. Based on the information of the air volume measurement place in measurements and rows mortar step a result of the wind instrument and conjunction with went the air volume measurement, is compared with the design air volume of the air volume measurement location, and Luz step to determine the acceptability of the air volume measurement , based on the information of the air volume measurement location at the construction site, which is provided from the server device, the design air volume of the air volume measurement location represented by the icon selected by the user from the first screen, in conjunction with the wind instrument and air volume results of measurements made, the result of the acceptance of the airflow measurement, and to have a Luz step to display means, for accepting the results of the selection operation of the air volume measurement to a second screen employed by the user, It is characterized by.

Further, in order to achieve the above object, the present invention is a method for measuring the air volume of a mobile terminal that measures the air volume in conjunction with a wind velocity measuring device, and is a construction site provided by a server device capable of communicating via a network. Based on the information of the air volume measurement place in measurements and rows mortar step a result of the wind instrument and conjunction with went the air volume measurement, is compared with the design air volume of the air volume measurement location, and Luz step to determine the acceptability of the air volume measurement , based on the information of the air volume measurement location at the construction site, which is provided from the server device, the design air volume of the air volume measurement location represented by the icon selected by the user from the first screen, in conjunction with the wind instrument and air volume results of measurements made, the result of the acceptance of the airflow measurement, and to have a Luz step to display means, for accepting the results of the selection operation of the air volume measurement to a second screen employed by the user, It is characterized by.

Further, in order to achieve the above object, the present invention is a mobile terminal that measures the air volume in conjunction with the wind speed measuring device, and controls a measuring device that measures the air volume in conjunction with the wind speed measuring device according to a user's instruction. A measurement data processing means for determining the pass / fail of the air volume measurement by comparing the result of the air volume measurement performed in conjunction with the means and the air velocity measuring device with the design air volume of the air volume measurement location, and via a network. based on the air volume measurement location information in construction site provided by the communicable server device, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawings of the construction site, the user selects The design air volume of the air volume measurement location represented by the icon, the result of the air volume measurement performed in conjunction with the air velocity measuring device, the pass / fail of the air volume measurement result, and the selection operation of the air volume measurement result adopted by the user. It is characterized by having a display processing means for displaying a second screen including a means for receiving the above.

Further, in order to achieve the above object, the present invention is a measuring device control means for measuring a mobile terminal in conjunction with a wind velocity measuring device and measuring the air volume in conjunction with the wind velocity measuring device according to a user's instruction. A measurement data processing means that compares the result of the air volume measurement performed in conjunction with the wind velocity measuring device with the design air volume of the air volume measurement location to determine the pass / fail of the air volume measurement, and a server capable of communicating via a network. based on the air volume measurement location information in construction site provided by the device, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawings of the construction site, the icon selected by the user The design air volume of the air volume measurement at the air volume measurement location represented by, the result of the air volume measurement performed in conjunction with the air velocity measuring device, the pass / fail of the air volume measurement result, and the selection operation of the air volume measurement result adopted by the user. receiving means, display processing means for displaying a second screen including a measuring device control means for the air volume measurement in conjunction with the wind instrument according to an instruction by the user, the wind velocity measuring device and the air volume measurements made in conjunction results and, by comparing the design air volume of the air volume measurement location, characterized in that it is a program for functioning as a measurement data processing means for determining the acceptability of the air volume measurement.

According to one embodiment of the present invention, it is possible to improve the efficiency of air volume measurement at the construction site. By improving the efficiency of air volume measurement, the number of construction management man-hours related to air volume measurement can be reduced, and labor and labor can be saved.

It is a system block diagram of an example of the construction management system which concerns on this embodiment. It is a hardware block diagram of an example of the computer which concerns on this embodiment. It is a hardware block diagram of an example of a tablet terminal which concerns on this embodiment. It is a processing block diagram of an example of the construction management system which concerns on this embodiment. It is a block diagram of an example of a drawing table, an inspection icon table, and an inspection icon information table. It is a sequence diagram of an example of a pre-registration process. It is an image diagram of an example of a screen for registering outlet data. It is an image diagram of an example of a screen for registering an inspection icon. It is a sequence diagram of an example of a download process. It is an image diagram of an example of a screen for confirming the inspection icon information of the selected inspection icon. It is a sequence diagram of an example of air volume measurement. It is an image diagram of an example of a screen for confirming inspection icon information after wind speed measurement. It is a flowchart of an example of measurement data processing. It is an image diagram of an example of a list display screen of inspection icon information. It is a sequence diagram of an example of the inspection icon update process. It is an image diagram of an example of a screen for confirming the result of wind speed / air volume measurement. It is an image diagram of an example of a screen which shows the measured air volume.

Next, embodiments of the present invention will be described in detail.
[First Embodiment]
<System configuration>
FIG. 1 is a system configuration diagram of an example of a construction management system according to the present embodiment. As shown in FIG. 1, the construction management system 1 according to the present embodiment includes a server device 10, one or more PC12s, a plurality of tablet terminals 14, and a plurality of wind speed measuring instruments 15. The server device 10, the PC 12, and the tablet terminal 14 are connected by a network 16 such as the Internet. Data communication between the tablet terminal 14 and the wind speed measuring device 15 is possible by short-range wireless communication such as Bluetooth (registered trademark). The tablet terminal 14 and the wind speed measuring device 15 may perform data communication by wire communication.

FIG. 1 shows an example in which the PC 12 is located in the office of a user who manages construction. The tablet terminal 14 and the wind speed measuring device 15 are brought to the construction site by the user who manages the construction. The user can operate the PC 12 to register necessary information in the server device 10 or acquire necessary information from the server device 10 and display it. Further, the user can operate the tablet terminal 14 and the wind speed measuring device 15 to register necessary information in the server device 10 or acquire necessary information from the server device 10 and display it.

The PC 12 is an example of a client terminal operated by a user in an office. The client terminal operated in the office may be a smartphone, a tablet terminal, or the like. The tablet terminal 14 is an example of a client terminal operated by a user at a construction site. The tablet terminal 14 has a photography function regardless of whether it is built-in or external. The client terminal operated at the construction site may be a smartphone, a notebook PC, or the like having a photography function regardless of whether it is built-in or external.

The wind speed measuring device 15 is a measuring device that measures the wind speed of an air control port such as an air outlet (VHS) or a suction port (HS). The air volume is calculated from the wind speed of the air control port and the opening area of the air control port (area of the air control port x aperture ratio). The wind speed measuring device 15 interlocks with the air volume measuring application described later installed in the tablet terminal 14, measures the wind speed data, and transmits the wind speed data to the tablet terminal 14.

The server device 10 has a function of receiving the result of the air volume measurement from the PC 12 and the tablet terminal 14 and a function of providing information for displaying the result of the air volume measurement on the PC 12 and the tablet terminal 14. Further, the server device 10 has a function of accepting registration of information for progress management of air volume measurement from the PC 12 and the tablet terminal 14 and a function of providing information for progress management of air volume measurement to the PC 12 and the tablet terminal 14. The configuration of the server device 10 in FIG. 1 is an example, and may be distributed to a plurality of computers.

The construction management system 1 of FIG. 1 shows an example in which the PC 12 and the tablet terminal 14 are different. For example, the PC 12 and the tablet terminal 14 may be the same type of client terminal or the same client terminal. In the case of the same client terminal, the user carries the client terminal used in the office to the construction site and uses it.

<Hardware configuration>
The server device 10 and the PC 12 are realized by, for example, a computer having a hardware configuration as shown in FIG. FIG. 2 is a hardware configuration diagram of an example of a computer according to the present embodiment.

The computer 500 of FIG. 2 includes an input device 501, a display device 502, an external I / F 503, a RAM 504, a ROM 505, a CPU 506, a communication I / F 507, an HDD 508, and the like, and each of them is connected to each other by a bus B. The input device 501 and the display device 502 may be connected and used when necessary.

The input device 501 includes a keyboard, a mouse, a touch panel, and the like, and is used for the user to input each operation signal. The display device 502 includes a display and the like, and displays the processing result by the computer 500.

The communication I / F 507 is an interface for connecting the computer 500 to various networks. As a result, the computer 500 can perform data communication via the communication I / F 507.

The HDD 508 is an example of a non-volatile storage device that stores programs and data. The stored programs and data include an OS, which is basic software that controls the entire computer 500, and a program that provides various functions on the OS. The computer 500 may use a drive device (for example, a solid state drive: SSD) that uses a flash memory as a storage medium instead of the HDD 508.

The external I / F 503 is an interface with an external device. The external device includes a recording medium 503a and the like. As a result, the computer 500 can read and / or write to the recording medium 503a via the external I / F 503. The recording medium 503a includes a flexible disk, a CD, a DVD, an SD memory card, a USB memory, and the like.

The ROM 505 is an example of a non-volatile semiconductor memory (storage device) capable of holding programs and data even when the power is turned off. The ROM 505 stores programs and data such as BIOS, OS settings, and network settings that are executed when the computer 500 starts up. The RAM 504 is an example of a volatile semiconductor memory (storage device) that temporarily holds programs and data.

The CPU 506 is an arithmetic unit that realizes control and functions of the entire computer 500 by reading a program or data from a storage device such as a ROM 505 or an HDD 508 onto the RAM 504 and executing processing. The server device 10 and the PC 12 can realize various processes as described later by executing the program by the CPU 506 in the hardware configuration as shown in FIG. 2, for example.

The tablet terminal 14 is realized by, for example, the hardware configuration shown in FIG. FIG. 3 is a hardware configuration diagram of an example of a tablet terminal according to the present embodiment. The tablet terminal 14 of FIG. 3 includes a CPU 601, a ROM 602, a RAM 603, an EEPROM 604, a CMOS sensor 605, an acceleration / orientation sensor 606, and a media drive 608.

The CPU 601 controls the operation of the entire tablet terminal 14. The ROM 602 stores a basic input / output program. The RAM 603 is used as a work area for the CPU 601. The EEPROM 604 reads or writes data under the control of the CPU 601. The CMOS sensor 605 realizes an image data acquisition function for a photography function. The CMOS sensor 605 takes an image under the control of the CPU 601 and obtains image data. The CMOS sensor 605 may be, for example, a CCD (Charge Coupled Device) sensor as long as it can image a subject. The acceleration / orientation sensor 606 is an electronic magnetic compass, a gyro compass, an acceleration sensor, or the like that detects the geomagnetism.

The media drive 608 controls reading or writing (storage) of data to a recording medium 607 such as a flash memory. The media drive 608 has a structure in which a recording medium 607 from which already recorded data is read out or new data is newly written and stored is detachable. The hardware configuration shown in FIG. 3 is an example, and may be a configuration without the media drive 608.

The EEPROM 604 stores the OS executed by the CPU 601 and the association information required for network settings. An application for executing various processes according to the embodiment of the present invention is stored in an EEPROM 604, a recording medium 607, or the like.

Further, the tablet terminal 14 includes a voice input unit 609, a voice output unit 610, an antenna 611, a communication unit 612, a wireless LAN communication unit 613, a short-range wireless communication antenna 614, a short-range wireless communication unit 615, a display 616, and a touch panel 617. And bus line 619.

The voice input unit 609 converts the voice into a voice signal. The voice output unit 610 converts a voice signal into voice. The communication unit 612 uses the antenna 611 to communicate with the nearest base station device by a wireless communication signal. The wireless LAN communication unit 613 performs wireless LAN communication conforming to the IEEE802.11 standard and the like. The short-range wireless communication unit 615 performs short-range wireless communication such as Bluetooth (registered trademark) using the short-range wireless communication antenna 614.

The display 616 is a liquid crystal display, an organic EL, or the like that displays an image of a subject, various icons, and the like. The touch panel 617 is mounted on the display 616 and is composed of a pressure-sensitive or electrostatic panel, and detects a touch position on the display 616 by touching with a finger, a touch pen, or the like. The bus line 619 is an address bus, a data bus, or the like for electrically connecting each of the above parts.

Further, the tablet terminal 14 is provided with a dedicated battery 618. The tablet terminal 14 is driven by a battery 618. The voice input unit 609 includes a microphone for inputting voice. The audio output unit 610 includes a speaker that outputs audio. In the tablet terminal 14, for example, in the hardware configuration shown in FIG. 4, the CPU 601 can realize various processes described later by executing various applications such as an air volume measurement application and a drawing sharing application described later.

<Software configuration>
The construction management system 1 according to the present embodiment is realized by, for example, a processing block as shown in FIG. FIG. 4 is a processing block diagram of an example of the construction management system according to the present embodiment.

By executing the program, the server device 10 executes a drawing file registration unit 31, an outlet data registration unit 32, an inspection icon registration unit 33, an inspection icon information providing unit 34, an inspection icon information updating unit 35, a table storage unit 36, and a drawing. The file storage unit 37 and the inspection icon information storage unit 38 are realized.

The drawing file registration unit 31 saves a drawing file in which the drawings of the construction site are digitized in the drawing file storage unit 37 in response to the drawing file registration request from the PC 12. The outlet data registration unit 32 stores the outlet data in the inspection icon information storage unit 38 in response to the outlet data registration request from the PC 12.

The inspection icon registration unit 33 responds to the inspection icon information registration request from the PC 12, and associates it with the digitized position on the drawing of the construction site to indicate the inspection icon information (inspection icon) indicating the air volume measurement location at the construction site. The table) is stored in the table storage unit 36. Further, the inspection icon registration unit 33 stores information (inspection icon information table) for associating the inspection icon with the inspection icon information in the inspection icon information storage unit 38.

The inspection icon information providing unit 34 provides a drawing file and inspection icon information to the tablet terminal 14 in response to a request from the tablet terminal 14. When the inspection icon information update unit 35 measures the air volume, the inspection icon information update unit 35 updates the inspection icon information with the air volume measurement result. Further, when the inspection icon information editing operation is performed on the PC 12 or the tablet terminal 14, the inspection icon information updating unit 35 updates the inspection icon information by the editing operation.

The inspection icon information providing unit 34 provides the inspection icon information to a plurality of tablet terminals 14. The server device 10 can deliver the result of the air volume measurement by the plurality of tablet terminals 14 to the plurality of tablet terminals 14, and immediately share the inspection icon information among the plurality of tablet terminals 14.

The inspection icon information update unit 35 updates the information of the inspection icon table stored in the table storage unit 36. The inspection icon information update unit 35 simultaneously distributes the updated inspection icon information to a plurality of tablet terminals 14. For example, the table storage unit 36 stores a drawing table and an inspection icon table, which will be described later. The drawing file storage unit 37 stores the digitized drawing file of the construction site. The inspection icon information storage unit 38 stores the inspection icon information table.

The server device 10 further holds information for pass / fail determination (hereinafter, referred to as pass / fail determination information). This pass / fail judgment information is information indicating an allowable range with reference to a design value. The upper limit of the allowable range is a value obtained by adding 10% to the design value. The lower limit of the allowable range is a value obtained by subtracting 10% from the design value. Therefore, the information indicating the permissible range is 0.1.

Further, the PC 12 realizes the operation determination unit 41, the display processing unit 42, the drawing file registration reception unit 43, the outlet data registration reception unit 44, and the inspection icon registration reception unit 45 by executing a program such as a WEB application. There is.

The operation determination unit 41 determines the operation received from the user. The display processing unit 42 causes the display device 502 of the PC 12 to display a screen as described later. When the drawing file registration receiving unit 43 receives the operation of registering the drawing file of the construction site from the user, the drawing file registration receiving unit 43 makes a registration request of the drawing file to the server device 10. When the outlet data registration reception unit 44 receives the operation of registering the outlet data from the user, the outlet data registration reception unit makes a request for registration of the outlet data to the server device 10. When the inspection icon registration reception unit 45 receives an operation for registering the inspection icon on the drawing of the construction site from the user, the inspection icon registration reception unit 45 makes a registration request for the inspection icon to the server device 10.

Further, the tablet terminal 14 executes a program such as the drawing sharing application 50 or the air volume measurement application 60 to control the operation determination unit 51, the display processing unit 52, the inspection icon information acquisition unit 53, the drawing file acquisition unit 54, and the application switching control. A unit 55, a measurement data processing unit 56, an inspection icon update processing unit 57, an inspection icon information transmission unit 58, a measurement device control unit 61, and a measurement data transmission / reception unit 62 are realized.

The operation determination unit 51 determines the operation received from the user. The display processing unit 52 causes the display 616 of the tablet terminal 14 to display a screen as described later. The inspection icon information acquisition unit 53 acquires the inspection icon information registered on the drawing of the construction site from the server device 10. The drawing file acquisition unit 54 acquires an electronic drawing file of the construction site from the server device 10.

The application switching control unit 55 controls application switching between the drawing sharing application 50 and the air volume measurement application 60. The measurement data processing unit 56 processes the wind speed data measured by the wind speed measuring device 15, obtains the measured wind speed and the measured air volume, determines the quality by comparing with the design wind speed and the design air volume, and reflects the result in the inspection icon information.

The inspection icon update processing unit 57 controls the color of the inspection icon displayed on the drawing of the construction site. Change the color of the inspection icon of the air volume measurement location where the air volume measurement is completed from the color indicating incomplete to the color indicating completion. Further, the inspection icon update processing unit 57 makes an inspection icon update request to the server device 10. The inspection icon information transmission unit 58 transmits the inspection icon information updated by the tablet terminal 14 to the server device 10.

The measurement device control unit 61 and the measurement data transmission / reception unit 62 are realized by the air volume measurement application 60. When the drawing sharing application 50 is switched to the air volume measuring application 60, the measuring device control unit 61 interlocks with the wind speed measuring device 15 which is a measuring device by short-range wireless communication such as Bluetooth (registered trademark) to measure the wind speed data. The measurement data transmission / reception unit 62 receives the wind speed data measured by the wind speed measuring device 15 and transmits the wind speed data to the drawing sharing application 50. When the measurement of the wind speed data is completed, the tablet terminal 14 switches from the air volume measurement application 60 to the drawing sharing application 50.

The drawing table, the inspection icon table, and the inspection icon information table stored in the server device 10 are associated with each other as shown in FIG. 5, for example. FIG. 5 is a configuration diagram of an example of a drawing table, an inspection icon table, and an inspection icon information table.

The drawing table of FIG. 5 has a configuration including a drawing ID, a site ID, and a file storage path as items. The drawing table is associated with a site ID that identifies the construction site. The drawing ID is an example of information that identifies the drawing. The file save path indicates the save destination of the drawing file.

The inspection icon table of FIG. 5 has a configuration including an inspection icon ID, a drawing ID, coordinates, colors, serial numbers, completion status, and inspection icon information ID as items. The inspection icon table is associated with the drawing table by the drawing ID. The inspection icon ID is an example of information that identifies the inspection icon.

The coordinates represent the position on the drawing in which the inspection icon is registered. The color represents the color of the inspection icon displayed on the drawing of the construction site. The serial number is a number continuously assigned to the inspection icons registered on the same drawing. The completion status indicates the completion / incompleteness of the air volume measurement at the position indicated by the inspection icon. The inspection icon table is associated with an inspection icon information ID that specifies inspection icon information.

Further, the inspection icon information table of FIG. 5 has an inspection icon information ID, an inspection icon ID, a system, a model, a size, an area, an aperture ratio, a design air velocity, a design air volume, a measured air velocity, and a measured air volume as items. The inspection icon information table is associated with the inspection icon table by the inspection icon ID.

The inspection icon information ID is an example of information that identifies the inspection icon information. The system, model, size, area, aperture ratio, design air velocity, and design air volume are examples of outlet data registered from PC12. The measured wind speed is wind speed data measured by the wind speed measuring device 15. The measured air volume is air volume data calculated from the wind speed data measured by the wind speed measuring device 15.

As is clear from FIG. 5, each drawing can be associated with one or more inspection icons, and each inspection icon can be associated with inspection icon information.

<Details of processing>
Hereinafter, the details of the processing of the construction management system 1 according to the present embodiment will be described.

<< Outline of construction management system processing >>
The construction management system 1 according to the present embodiment streamlines air volume measurement at the construction site by the following procedure. The user who manages the construction performs an operation of registering the drawing file of the construction site on the PC 12. The PC 12 registers the drawing file of the construction site in the server device 10.

In addition, the user performs an operation on the PC 12 to display a screen for registering the outlet data. The PC 12 displays a screen for registering the outlet data. The user registers the outlet data from the screen for registering the outlet data displayed on the PC 12. The pass / fail judgment information can be arbitrarily set by the user. The user performs an operation on the PC 12 to display the screen for registering the pass / fail judgment information. The PC 12 displays a screen for registering pass / fail judgment information. The user registers the pass / fail judgment information from the screen for registering the pass / fail judgment information displayed on the PC 12. That is, the user inputs 0.1, which is the pass / fail judgment information, using the PC 12, and this value is stored in the HDD 508 of the server device 10. This pass / fail judgment information is not limited to 0.1, and may be arbitrarily set according to the property, design conditions, and the like. Further, although the pass / fail judgment information is input by operating the PC 12, it may be input from the tablet terminal 14.

In addition, the user performs an operation on the PC 12 to display a screen for registering the inspection icon. The PC 12 displays the drawing file of the construction site selected by the user. The user performs an operation of registering an inspection icon indicating the air volume measurement location at the construction site on the drawing of the construction site displayed on the PC 12. In addition, the user performs an operation of associating the inspection icon with the outlet data to generate inspection icon information. The PC 12 registers the inspection icon and the inspection icon information associated with the drawing of the construction site in the server device 10.

The user performs an operation of fetching the digitized drawing file of the construction site, the inspection icon registered in the drawing file, and the inspection icon information from the server device 10 to the tablet terminal 14. The tablet terminal 14 displays the imported drawing file of the construction site, and displays an inspection icon on the drawing. When the drawing file or the like is imported into the tablet terminal 14, the pass / fail judgment information is also imported into the tablet terminal 14. The quality determination information is stored in the RAM 603 of the tablet terminal 14 and is used for the quality determination of the wind speed measurement and the air volume measurement.

The user goes to the air volume measurement location at the construction site and selects the inspection icon corresponding to the air volume measurement location. The tablet terminal 14 displays the “screen for confirming the inspection icon information” of the selected inspection icon. The "screen for confirming inspection icon information" is provided with a button or the like for starting air volume measurement. The user can instruct to start the air volume measurement from the "screen for confirming the inspection icon information" displayed on the tablet terminal 14.

When it is determined that the user has instructed to start the air volume measurement, the tablet terminal 14 switches to the air volume measurement application 60, and the wind speed measurement device 15 can measure the wind speed. The user applies the wind speed measuring device 15 to the air outlet and measures the wind speed. When the measurement is completed, the tablet terminal 14 switches to the drawing sharing application 50, processes the measured wind speed measured by the wind speed measuring device 15, obtains the measured air volume, determines the quality by comparing with the design air velocity and the design air volume, and " Reflect on the "Screen to confirm inspection icon information". The user can confirm the pass / fail judgment immediately after the measurement, so if it does not pass, take measures to pass it, such as opening and closing the shutter of the air control port and the damper, and then quickly redo the wind speed measurement. be able to.

Upon receiving the selection of the measured air velocity and the measured air volume to be adopted from the user, the tablet terminal 14 uploads the result of the air volume measurement to the server device 10. Further, in order to support the progress management of the air volume measurement at the construction site, the server device 10 changes the color of the incomplete inspection icon and the color of the completed inspection icon so as to be different colors. After the on-site work, the user can return to the office, download the result of the air volume measurement from the server device 10 to the PC 12, check the result of the air volume measurement, and output the form file.

As described above, according to the construction management system 1 according to the present embodiment, the user registers in advance the drawing of the construction site and the information of the air volume measurement location at the construction site represented by the position on the drawing from the PC 12. Then, it can be imported into the tablet terminal 14. Further, the tablet terminal 14 can represent the state in which the air volume measurement is not completed and the state in which the air volume measurement is completed by distinguishing the state with the color of the inspection icon. Therefore, the user can recognize at a glance the air volume measurement location where the air volume measurement is completed by the color of the inspection icon displayed on the drawing, and can effectively prevent measurement omissions and duplicate measurements. As described above, the construction management system 1 according to the present embodiment can improve the efficiency of the air volume measurement performed by the user at the construction site.

《Pre-registration》
The pre-registration process performed by the user from the PC 12 is performed by, for example, the procedure shown in FIG. FIG. 6 is a sequence diagram of an example of the pre-registration process. The user registers the drawing file of the construction site in the server device 10. In addition, the user performs an operation on the PC 12 to display a screen for registering the outlet data.

The outlet data registration reception unit 44 of the PC 12 registers the outlet data, for example, displays the screen of FIG. 7. FIG. 7 is an image diagram of an example of a screen for registering outlet data. The screen 1000 for registering the outlet data of FIG. 7 is provided with a construction site selection field 1001, an input field 1002, and a registration button 1003.

In step S21, the user selects the construction site to register the outlet data in the construction site selection field 1001, and further inputs the outlet data of a plurality of outlets in the input field 1002 over a plurality of lines by, for example, copy and paste. Then, press the registration button 1003. The outlet data of multiple outlets are registered at once. Proceeding to step S22, the outlet data registration reception unit 44 of the PC 12 displays the outlet data input on the screen 1000 as, for example, the outlet data display field 1101 on the screen 1100.

Proceeding to step S23, the outlet data registration reception unit 44 makes a registration request for the outlet data input to the screen 1000 to the server device 10. In step S24, the outlet data registration unit 32 of the server device 10 stores the outlet data in the inspection icon information storage unit 38 in response to the outlet data registration request from the PC 12.

In step S25, the user performs an operation on the PC 12 to display a screen for registering the inspection icon on the drawing. The inspection icon registration reception unit 45 of the PC 12 registers the inspection icon 1202 on the drawing. For example, the screen of FIG. 8 is displayed. FIG. 8 is an image diagram of an example of a screen for registering an inspection icon. The screen 1200 for registering the inspection icon 1202 of FIG. 8 is provided with an inspection icon registration start button 1201 for starting registration of the inspection icon 1202 on the drawing and a registered outlet data display field 1203. The user presses the inspection icon registration start button 1201 and registers (arranges) the inspection icon 1202 at the air volume measurement location (inspection point) on the drawing.

In step S26, the inspection icon registration reception unit 45 of the PC 12 displays the inspection icon 1202 registered by the user on the drawing. In step S27, the user selects the outlet data associated with the registered inspection icon 1202 from the registered outlet data display field 1203. The inspection icon registration reception unit 45 associates the registered inspection icon 1202 with the outlet data.

Proceeding to step S28, the inspection icon registration reception unit 45 requests the server device 10 to register the inspection icon information. In step S29, the inspection icon registration unit 33 of the server device 10 stores the inspection icon table in the table storage unit 36 in response to the inspection icon information registration request from the PC 12. Further, the inspection icon registration unit 33 saves the inspection icon information table in the inspection icon information storage unit 38.

By the process of FIG. 6, the user can register in advance the registration of the inspection icon 1202 indicating the air volume measurement location at the construction site on the drawing and the registration of the outlet data of the air volume measurement location corresponding to the inspection icon 1202.

《Download to tablet device》
The download process performed by the user from the tablet terminal 14 is performed by, for example, the procedure shown in FIG. FIG. 9 is a sequence diagram of an example of the download process. In step S31, the user performs an operation of fetching the digitized drawing file of the construction site, the inspection icon registered in the drawing file, and the inspection icon information from the server device 10 to the tablet terminal 14.

In step S32, the drawing file acquisition unit 54 of the tablet terminal 14 requests the server device 10 for the digitized drawing file of the construction site. Further, the inspection icon information acquisition unit 53 requests the inspection icon information registered on the drawing of the construction site from the server device 10. In step S33, the drawing file acquisition unit 54 of the tablet terminal 14 acquires the digitized drawing file of the construction site from the server device 10. Further, the inspection icon information acquisition unit 53 acquires the inspection icon information registered on the drawing of the construction site from the server device 10.

In step S34, the display processing unit 52 of the tablet terminal 14 displays the screen 1300 on which the inspection icon 1202 is displayed on the drawing. In step S35, the user selects the inspection icon 1202 displayed on the drawing to display the screen 1301 of the selected inspection icon 1202. The screen 1301 is an example of the “screen for confirming the inspection icon information”.

The operation determination unit 51 of the tablet terminal 14 determines the user's selection operation for the inspection icon 1202 displayed on the drawing. If there is a user selection operation for the inspection icon 1202, the display processing unit 52 proceeds to step S36 and displays the screen 1301 of the selected inspection icon 1202 as shown in FIG. FIG. 10 is an image diagram of an example of a screen for confirming the inspection icon information of the selected inspection icon.

The screen 1301 includes a column for displaying the outlet data, a column for displaying the result of the air volume measurement, and a button 1302 for starting the measurement by the wind speed measuring device 15. The measured air velocity and measured air volume in the column for displaying the outlet data are blank because they are before the air volume measurement. Further, the column for displaying the result of the air volume measurement shows an example in which the result of the air velocity measurement and the result of the air volume measurement can be switched by the tab 1303. The column for displaying the result of the air volume measurement includes an item "good or bad" indicating the quality judgment of each air volume measurement result and an item "adoption" for allowing the user to select the result of the air volume measurement to be adopted. ..

《Measurement of air volume》
The air volume measurement performed by the user in conjunction with the tablet terminal 14 and the wind speed measuring device 15 is performed by, for example, the procedure shown in FIG. FIG. 11 is a sequence diagram of an example of air volume measurement. In step S41, the user presses the button 1302 for starting the measurement by the wind speed measuring device 15 as the measurement start operation.

In step S42, the operation determination unit 51 of the tablet terminal 14 determines the pressing operation of the button 1302 for starting the measurement by the wind speed measuring device 15. If the button 1302 is pressed, the application switching control unit 55 of the drawing sharing application 50 requests the air volume measurement application 60 to start measurement, and switches the application to the air volume measurement application 60.

Proceeding to step S43, the measurement device control unit 61 of the air volume measurement application 60 requests the measurement data from the wind speed measuring device 15. In step S44, the wind speed measuring device 15 measures the wind speed data. In step S45, the wind speed measuring device 15 returns the measured wind speed data to the air volume measuring application 60 of the tablet terminal 14.

Proceeding to step S46, the measurement data transmission / reception unit 62 of the air volume measurement application 60 transmits the wind speed data to the drawing sharing application 50. When the measurement of the wind speed data is completed, the application switching control unit 55 switches the application from the air volume measuring application 60 to the drawing sharing application 50. Wind speed measurement is performed multiple times at a plurality of locations for one air outlet. For example, when the air outlet is square, the positions of the four corners are the measurement points. Wind speed measurements are taken at each of the four measurement points.

Proceeding to step S47, the measurement data processing unit 56 of the tablet terminal 14 processes the wind speed data measured by the wind speed measuring device 15, obtains the measured wind speed and the measured air volume, and determines the quality by comparing with the design wind speed and the design air volume. ..

FIG. 12 is an image diagram of an example of a screen for confirming the inspection icon information after the wind speed measurement. On the screen 1301 of FIG. 12, the result of the wind speed measurement is displayed in the column for displaying the result of the wind speed measurement. The screen 1301 of FIG. 12 shows an example in which the result of the wind speed measurement is displayed by the tab 1303. The result of the wind speed measurement on the screen 1301 shows an example in which the five-point measurement of points (1) to (5) is performed three times and the three-point measurement of points (1) to (3) is performed once.

The display processing unit 52 displays the measured wind speed value on the wind speed tab of the tab 1303 each time the wind speed is measured by the measurement data processing unit 56. At the same time, the measurement data processing unit 56 calculates the air volume based on the wind speed data. The display processing unit 52 displays the calculated air volume value on the air volume tab of the tab 1303 each time the measurement data processing unit 56 performs the air volume calculation. For example, the first measurement result is displayed at the point (1), and the measurement result is displayed at the points (2) to (5) each time the wind speed measurement is performed. The measurement data processing unit 56 calculates the average value of the wind speed value and the air volume value each time the wind speed measurement is performed. The measurement data processing unit 56 calculates the values of plus or minus 10% of the design air velocity and the design air volume from the pass / fail judgment information, and whether the average value of the wind speed value and the air volume value is within the range of plus or minus 10% of the design air volume. Judge whether or not. When the average value is within the range of plus or minus 10% of the design air velocity and the design air volume, the pass / fail determination result is regarded as good, and the display processing unit 52 of the tablet terminal 14 displays “◯” in the “pass / fail” column. On the other hand, if the average value is not within the range of plus or minus 10% of the design air velocity and the design air volume, the pass / fail judgment result is rejected, and the display processing unit 52 of the tablet terminal 14 displays "x" in the "pass / fail" column. ..

FIG. 12 shows an example in which the pass / fail judgment results of the first and second wind speed measurements are “x”. FIG. 12 further shows an example in which the fan air volume is adjusted and the CAV opening degree is adjusted after the second wind speed measurement, and the quality judgment result of the third wind speed measurement is “◯”. FIG. 17 is an image diagram of an example of a screen showing the measured air volume. FIG. 17 shows an example in which the pass / fail judgment results of the first and second air volume measurements are “x”. In FIG. 12, after the second wind speed measurement, the fan air volume is adjusted and the CAV opening is adjusted, the quality judgment result of the third air volume measurement is “◯”, and the third air volume measurement result is shown. Is shown as an example of adoption.

Further, the user can easily determine the quality of each air volume measurement result by the item "good or bad" of the air volume measurement result on the tab 1303 of the screen 1301. In step S48, the user can select the measurement data to be adopted by using the check box of the item “adopt” of the result of the air volume measurement on the tab 1303 of the screen 1301.

In step S48, as a selection operation of the measurement data to be adopted, the user checks the check box of the item "adopt" of the result of the air volume measurement to be adopted on the tab 1303 of the screen 1301. When the "Adopt" check box is checked, the display processing unit 52 displays the measurement air velocity of the air outlet data on the screen 1301 and the measurement data processing unit 56 in the column for displaying the result of the air volume measurement. The calculated average values of wind speed and air volume are displayed respectively.

The inspection icon update processing unit 57 of the drawing sharing application 50 proceeds to step S49 and controls the color of the inspection icon 1202 displayed on the drawing of the construction site. Specifically, the inspection icon update processing unit 57 changes the color of the inspection icon 1202 at the air volume measurement location where the air volume measurement is completed from the color indicating incompleteness to the color indicating completion. The inspection icon update processing unit 57 may make an update request for the inspection icon 1202 to the server device 10 at this timing.

Proceeding to step S50, the inspection icon information transmission unit 58 transmits the inspection icon information reflecting the adopted air volume measurement result to the server device 10. Proceeding to step S51, the inspection icon information update unit 35 of the server device 10 updates the inspection icon information stored in the inspection icon information storage unit 38 with the inspection icon information reflecting the adopted air volume measurement result. ..

The measurement data processing in step S47 of FIG. 11 is performed, for example, by the procedure shown in FIG. FIG. 13 is a flowchart of an example of measurement data processing. In step S61, the measurement data processing unit 56 calculates the measured air volume from the measured wind speed. Specifically, the measurement data processing unit 56 calculates the measured air volume from the measured air velocity measured at the air outlet and the opening area of the air outlet.

Proceeding to step S62, the measurement data processing unit 56 makes a quality determination by comparing the design air velocity and the design air volume with the measured air velocity and the measured air volume. Proceeding to step S63, the measurement data processing unit 56 reflects the measured air velocity and the measured air volume, and the quality determination of the measured air velocity and the measured air volume in the inspection icon information. Then, in step S64, the measurement data processing unit 56 has a column for displaying the outlet data and a column for displaying the outlet data so that the screen 1301 reflects the measured air velocity and the measured air volume and the quality determination of the measured air velocity and the measured air volume. , Update the column to display the result of air volume measurement.

<< Displaying a list of inspection icon information >>
The list display of the inspection icon information performed by the user on the tablet terminal 14 is performed, for example, by pressing the numbering list button 1304 on the screen 1301 of FIG. FIG. 14 is an image diagram of an example of the inspection icon information list display screen.

When the numbering list button 1304 is pressed, the display processing unit 52 displays the outlet list 1401 corresponding to the inspection icon 1202 on the drawing and the outlet data of the outlet selected in the outlet list 1401. 1402 and the back button 1403 are displayed. When the back button 1403 is pressed, the display processing unit 52 displays the screen 1301 of FIG.

<< Inspection icon update process >>
In order to support the progress management of the air volume measurement at the construction site, the server device 10 changes the color of the incomplete inspection icon and the color of the completed inspection icon to be different colors by the process shown in FIG. .. FIG. 15 is a sequence diagram of an example of the inspection icon update process. The timing at which the inspection icon update process of FIG. 15 is started is, for example, the timing at which the check box of the item “adopted” of the result of the air volume measurement adopted by the tab 1303 of the screen 1301 is checked.

In step S101, the inspection icon update processing unit 57 changes the color of the inspection icon 1202 at the air volume measurement location where the air volume measurement is completed to a color indicating completion. Further, in step S102, the inspection icon information transmission unit 58 transmits the inspection icon information reflecting the result of the air volume measurement adopted in step S102 to the server device 10. Proceeding to step S103, the inspection icon information update unit 35 of the server device 10 updates the inspection icon information stored in the inspection icon information storage unit 38 with the inspection icon information reflecting the adopted air volume measurement result. .. Proceeding to step S104, the server device 10 distributes the updated inspection icon information to the other tablet terminal 14.

In this way, the updated inspection icon information is distributed from the server device 10 to the plurality of tablet terminals 14, so that a plurality of users can measure the air volume at the construction site with the plurality of tablet terminals 14 and the wind speed measuring device 15. Even if this is done, the air volume measurement can be made more efficient.

Since the color of the inspection icon 1202 of the plurality of tablet terminals 14 changes when the air volume measurement is completed, even when multiple users perform the air volume measurement at the site, the air volume measurement is completed before going to the air volume measurement location. / You can grasp the incompleteness and do not waste the travel time. The location of air volume measurement and the information required for air volume measurement are registered in advance at the site management office. Therefore, the air volume measurement work itself at the construction site is performed outside the fixed time after the worker performing the construction work leaves, but the air volume measurement work can be completed in a short time.

"post process"
The post-processing performed by the user from the PC 12 is to return to the office after the on-site work, download the result of the air volume measurement from the server device 10 to the PC 12, check the result of the air volume measurement, and output the form file. By downloading the inspection icon information uploaded to the server device 10, the user can display, for example, the screen 1200 of FIG. 16 on the PC 12. FIG. 16 is an image diagram of an example of a screen for confirming the result of wind speed / air volume measurement.

The user can display the screen 1501 including the result of the wind speed / air volume measurement by selecting the inspection icon 1202 displayed on the drawing of the screen 1200. Further, the user can output the form file by pressing the output button 1502 on the screen 1200.

The present invention is not limited to the above-described embodiment disclosed specifically, and various modifications and modifications can be made without departing from the scope of claims.

1 Construction management system 10 Server device 12 PC (personal computer)
14 Tablet terminal 15 Wind speed measuring instrument 16 Network 31 Drawing file registration unit 32 Blowout data registration unit 33 Inspection icon registration unit 34 Inspection icon information provision unit 35 Inspection icon information update unit 36 Table storage unit 37 Drawing file storage unit 38 Inspection icon information Storage unit 41 Operation judgment unit 42 Display processing unit 43 Drawing file registration reception unit 44 Outlet data registration reception unit 45 Inspection icon registration reception unit 50 Drawing sharing application 51 Operation judgment unit 52 Display processing unit 53 Inspection icon information acquisition unit 54 Drawing file Acquisition unit 55 App switching control unit 56 Measurement data processing unit 57 Inspection icon update processing unit 58 Inspection icon information transmission unit 60 Air volume measurement application 61 Measurement device control unit 62 Measurement data transmission / reception unit 500 Computer 501 Input device 502 Display device 503 External I / F
503a Recording medium 504 RAM
505 ROM
506 CPU
507 Communication I / F
508 HDD
601 CPU
602 ROM
603 RAM
604 EEPROM
605 CMOS sensor 606 Acceleration / orientation sensor 607 Recording media 608 Media drive 609 Audio input unit 610 Audio output unit 611 Antenna 612 Communication unit 613 Wireless LAN communication unit 614 Short-range wireless communication antenna 615 Short-range wireless communication unit 616 Display 617 Touch panel 618 Battery 619 Bus line 1000, 1100, 1200, 1300, 1301, 1501 Screen 1001 Construction site selection field 1002 Input field 1003 Registration button 1101 Air outlet data display field 1201 Inspection icon Registration start button 1202 Inspection icon 1203 Registered air outlet data display Field 1302 Button 1303 Tab 1304 Numbering list button 1401 Air outlet list 1402 Air outlet data display field 1403 Back button 1502 Output button B Bus

Claims (10)

One or more mobile terminals that measure the air volume in conjunction with the wind speed measuring device, a server device that manages the results of the air volume measurement performed by the mobile terminal in conjunction with the wind speed measuring device by user operation, and the server. The terminal device that registers information for determining the pass / fail of the result of the air volume measurement performed by the mobile terminal in the device is a construction management system that communicates via a network.
The terminal device is
A registration receiving means that accepts input of air volume measurement location information represented by a position on a drawing of a construction site from a user and registers the air volume measurement location information in the server device.
Have,
The server device
Providing means for providing information on the air volume measurement location at the construction site to the mobile terminal, and
A storage means that receives the result of the air volume measurement performed by the mobile terminal in conjunction with the wind speed measuring device and stores it in association with the information of the air volume measurement location at the construction site.
Have,
The mobile terminal
Based on the information of the air volume measurement location at the construction site provided by the server device, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawing of the construction site, and a first screen selected by the user. Accepts the design air volume of the air volume measurement location represented by the icon, the result of the air volume measurement performed in conjunction with the air velocity measuring device, the pass / fail of the air volume measurement result, and the selection operation of the air volume measurement result adopted by the user. and display processing means for displaying a second screen containing means, a,
A measuring device control means that measures the air volume in conjunction with the wind speed measuring device according to the instruction from the user.
Results and airflow measurements the mobile terminal went conjunction with the wind instrument, is compared with the design air volume of the air volume measurement location, the measurement data processing means for determining the acceptability of the air volume measurement,
A construction management system characterized by having. One or more mobile terminals that measure wind speed in conjunction with a wind speed measuring device, a server device that manages the results of wind speed measurement performed by the mobile terminal in conjunction with the wind speed measuring device by user operation, and the server. The terminal device that registers information for determining the pass / fail of the result of the wind speed measurement performed by the mobile terminal in the device is a construction management system that communicates via a network.
The terminal device is
A registration receiving means that accepts input of air volume measurement location information represented by a position on a drawing of a construction site from a user and registers the air volume measurement location information in the server device.
Have,
The server device
Providing means for providing information on the air volume measurement location at the construction site to the mobile terminal, and
A storage means that receives the result of the wind speed measurement performed by the mobile terminal in conjunction with the wind speed measuring device and stores it in association with the information of the air volume measurement location at the construction site.
Have,
The mobile terminal
Based on the information of the air volume measurement location at the construction site provided by the server device, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawing of the construction site, and a first screen selected by the user. Accepts the design wind speed of the air volume measurement location represented by the icon, the result of the wind speed measurement performed in conjunction with the wind speed measuring device, the pass / fail of the wind speed measurement result, and the selection operation of the wind speed measurement result adopted by the user. A display processing means for displaying a second screen including means,
A measuring device control means that measures the wind speed in conjunction with the wind speed measuring device according to the instruction from the user.
A measurement data processing means for determining the pass / fail of the wind speed measurement by comparing the result of the wind speed measurement performed by the mobile terminal in conjunction with the wind speed measuring device with the design wind speed of the air volume measurement location.
A construction management system characterized by having. One or more mobile terminals that measure the air volume and wind speed in conjunction with the wind speed measuring device, and a server device that manages the results of the air volume and wind speed measurement performed by the mobile terminal in conjunction with the wind speed measuring device by the user's operation. And the terminal device that registers information for determining the pass / fail of the result of the air volume and wind speed measurement performed by the mobile terminal in the server device is a construction management system that communicates via a network.
The terminal device is
A registration receiving means that accepts input of air volume measurement location information represented by a position on a drawing of a construction site from a user and registers the air volume measurement location information in the server device.
Have,
The server device
Providing means for providing information on the air volume measurement location at the construction site to the mobile terminal, and
A storage means for receiving the results of air volume and wind speed measurement performed by the mobile terminal in conjunction with the wind speed measuring device and storing the results in association with information on the air volume measurement location at the construction site.
Have,
The mobile terminal
Based on the information of the air volume measurement location at the construction site provided by the server device, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawing of the construction site, and a first screen selected by the user. The design air volume and design air velocity of the air volume measurement location represented by the icon, the result of the air volume and wind speed measurement performed in conjunction with the wind speed measuring device, the pass / fail of the air volume and wind speed measurement result, and the air volume and the air volume adopted by the user. A display processing means for displaying a second screen including a means for accepting a selection operation of a wind speed measurement result, and a display processing means for displaying the second screen.
A measuring device control means that measures the air volume and wind speed in conjunction with the wind speed measuring device according to the instruction from the user.
Measurement data for determining the pass / fail of the air volume and wind speed measurement by comparing the result of the air volume and wind speed measurement performed by the mobile terminal in conjunction with the wind speed measuring device with the design air volume and design air velocity of the air volume measurement location. Processing means and
A construction management system characterized by having. The mobile terminal
The color of the icon indicating the air volume measurement , the wind speed measurement, or the air volume measurement location where the air volume and wind speed measurement has been completed is the color of the air volume measurement , the wind speed measurement, or the air volume measurement location where the air volume and air velocity measurement has not been completed. Icon update processing means that updates to be different from the color of the icon that represents
The construction management system according to any one of claims 1 to 3, further comprising. Said display processing means, air volume measurement, wind speed measurement, or, air volume and means for receiving start instruction from the user of the wind speed measurement, to display on the second screen, in any one of claims 1 to 4, characterized in Construction management system described in item 1. One or more mobile terminals that measure the air volume in conjunction with the wind speed measuring device, a server device that manages the results of the air volume measurement performed by the mobile terminal in conjunction with the wind speed measuring device by user operation, and the server. The terminal device that registers information for determining the pass / fail of the result of the air volume measurement performed by the mobile terminal in the device is a construction management system that communicates via a network.
The terminal device is
A registration receiving means that accepts input of air volume measurement location information represented by a position on a drawing of a construction site from a user and registers the air volume measurement location information in the server device.
Have,
The server device
Providing means for providing information on the air volume measurement location at the construction site to the mobile terminal, and
A storage means that receives the result of the air volume measurement performed by the mobile terminal in conjunction with the wind speed measuring device and stores it in association with the information of the air volume measurement location at the construction site.
Have,
The mobile terminal
Based on the information of the air volume measurement location at the construction site provided by the server device, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawing of the construction site and a first screen selected by the user. Accepts the design air volume of the air volume measurement location represented by the icon, the result of the air volume measurement performed in conjunction with the air velocity measuring device, the pass / fail of the air volume measurement result, and the selection operation of the air volume measurement result adopted by the user. A display processing means for displaying a second screen including means, and
A measuring device control means that measures the air volume in conjunction with the wind speed measuring device according to the instruction from the user.
A measurement data processing means for determining the pass / fail of the air volume measurement by comparing the result of the air volume measurement performed by the mobile terminal in conjunction with the wind speed measuring device with the design air volume of the air volume measurement location.
At the timing when the user accepts the operation of selecting the result of the air volume measurement, the color of the icon representing the air volume measurement location where the air volume measurement is completed and the color of the icon representing the air volume measurement location where the air volume measurement is not completed are displayed. An information transmission means for distributing information for differentiating from the above to the other mobile terminal via the server device, and
A construction management system characterized by having. It is a construction management method for mobile terminals that measure air volume in conjunction with a wind speed measuring device.
A step of displaying an icon representing the air volume measurement location at the construction site on the drawing of the construction site on the first screen based on the information of the air volume measurement location at the construction site provided by the server device capable of communicating via the network. When,
And row mortar step the air volume measurement in conjunction with the wind instrument by the user's instruction,
Result of the wind instrument and interlocked performed said air volume measurement, is compared with the design air volume of the air volume measurement location, and Luz step to determine the acceptability of the air volume measurement,
Wherein based on the information of the air volume measurement location at the construction site provided by the server device, the design air volume of the air volume measurement location said icon selected by the user from the first screen is represented, in conjunction with the wind instrument and Luz step displays a result of the air volume measurement, the result of the acceptance of the air volume measurement, and means for receiving the result of the selection operation of the air volume measurement employed by the user, to the second screen was carried out,
A construction management method characterized by having. It is a method of measuring the air volume of a mobile terminal that measures the air volume in conjunction with the wind speed measuring device.
A step of displaying an icon representing the air volume measurement location at the construction site on the drawing of the construction site on the first screen based on the information of the air volume measurement location at the construction site provided by the server device capable of communicating via the network. When,
And row mortar step the air volume measurement in conjunction with the wind instrument by the user's instruction,
Result of the wind instrument and interlocked performed said air volume measurement, is compared with the design air volume of the air volume measurement location, and Luz step to determine the acceptability of the air volume measurement,
Wherein based on the information of the air volume measurement location at the construction site provided by the server device, the design air volume of the air volume measurement location said icon selected by the user from the first screen is represented, in conjunction with the wind instrument and Luz step displays a result of the air volume measurement, the result of the acceptance of the air volume measurement, and means for receiving the result of the selection operation of the air volume measurement employed by the user, to the second screen was carried out,
A method for measuring air volume, which comprises having. A mobile terminal that measures air volume in conjunction with a wind speed measuring device.
A measuring device control means that measures the air volume in conjunction with the wind speed measuring device according to the user's instruction.
A measurement data processing means for determining the pass / fail of the air volume measurement by comparing the result of the air volume measurement performed in conjunction with the wind speed measuring device with the design air volume of the air volume measurement location.
Based on the air volume measurement location information in construction site provided by the communicable server apparatus via a network, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawings of the construction site , The design air volume of the air volume measurement location represented by the icon selected by the user, the result of the air volume measurement performed in conjunction with the wind speed measuring device, the pass / fail of the air volume measurement result, and the air volume measurement adopted by the user. A display processing means for displaying a second screen, including a means for accepting a result selection operation, and
A mobile terminal characterized by having. A mobile terminal that measures air volume in conjunction with a wind speed measuring device,
A measuring device control means that measures the air volume in conjunction with the wind speed measuring device according to the user's instruction.
A measurement data processing means for determining the pass / fail of the air volume measurement by comparing the result of the air volume measurement performed in conjunction with the wind speed measuring device with the design air volume of the air volume measurement location.
Based on the air volume measurement location information in construction site provided by the communicable server apparatus via a network, a first screen for displaying an icon representing the air volume measurement location at the construction site on the drawings of the construction site , The design air volume of the air volume measurement at the air volume measurement location represented by the icon selected by the user, the result of the air volume measurement performed in conjunction with the wind speed measuring device, the pass / fail of the air volume measurement result, and the above-mentioned adopted by the user. A display processing means for displaying a second screen, including a means for accepting a selection operation of the result of air volume measurement,
A measuring device control means that measures the air volume in conjunction with the wind speed measuring device according to an instruction from the user.
The results of the wind instrument and conjunction with went the air volume measurement, is compared with the design air volume of the air volume measurement location, the measurement data processing means to determine the acceptability of the air volume measurement,
A program to function as.

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