JP6219158B2 - Inspection support apparatus and inspection support method - Google Patents

Description

  The present invention relates to an inspection support apparatus and an inspection support method, and more particularly to an inspection support apparatus and an inspection support method used when inspecting an inspection object.

  It is known that a periodic inspection of equipment in a large-scale plant exemplified by a land boiler is carried out by a large number of inspectors.

  Japanese Patent Laid-Open No. 2007-149070 discloses an equipment inspection support system for improving work efficiency and improving the reliability of inspection result data in equipment maintenance inspection work such as a large-scale plant having a very large number of inspection items. Yes. The equipment inspection support system selects the inspection item content in the content storage unit, sends it to the terminal device, and receives the inspection result data transmitted from the terminal device, and the maintenance inspection management unit transmits the data to the terminal device. A timing determination unit that determines the status information acquisition timing based on the inspection item content to be transmitted and the inspection result data transmitted from the terminal device, a status information acquisition unit that collects the status information based on the determined status information acquisition timing, A result data control unit that creates a correspondence table that associates the inspection result data received by the maintenance inspection management unit and the state information collected by the state information acquisition unit, and an inspection result storage that stores the inspection result data, state information, and result data correspondence table Department.

JP 2007-149070 A

  After the worker inspects the work target place, the worker needs to return to the filling station and be instructed by the local supervisor of the work target place to be inspected next. In addition, when the operator confirms the quality of the inspection result, the worker must return to the station and contact the local supervisor. The person in charge of collecting the inspection results of a plurality of work target locations needs to input the inspection results written on the paper by the worker to the computer. A schedule manager who assigns workers to a plurality of works needs to inquire a plurality of local supervisors about the progress of the works when updating the assignment. It is desired to appropriately inspect the inspection object, and it is desired to reduce the time required for the inspection.

An object of the present invention is to provide an inspection support apparatus and an inspection support method for appropriately inspecting an inspection object.
Another object of the present invention is to provide an inspection support apparatus and an inspection support method for shortening the movement time required for an operator to move between inspection target locations.
Still another object of the present invention is to provide an inspection support apparatus and an inspection support method for notifying an operator of the progress of inspection of a plurality of work target locations in an easily understandable manner.
Still another object of the present invention is to provide an inspection support apparatus and an inspection support method that facilitate data organization of measurement results of a plurality of work target locations.
Still another object of the present invention is to provide an inspection support apparatus and an inspection support method that appropriately update assignment of a plurality of workers to a plurality of works.

An inspection support apparatus according to the present invention includes a work target location setting unit that divides an inspection target into a plurality of inspection target locations based on information input via an input device, and an arbitrary inspection corresponding to the plurality of inspection target locations. A measurement result collection unit that collects a plurality of measurement results inspected by a method from a plurality of portable terminals, and a measurement result map creation unit that displays a measurement result map created based on the plurality of measurement results on a display device I have. At this time, the measurement result inspected by the arbitrary inspection method corresponding to the arbitrary inspection target location among the plurality of measurement results is obtained by inspecting the arbitrary inspection target location by the arbitrary inspection method. Generated. The measurement result map is respectively associated with each of a plurality of testing methods, represented by a plurality of inspection target location figure corresponding to said object to said plurality of inspection target location, of the plurality of inspection object location graphic The inspection target place graphic corresponding to the arbitrary inspection target place is displayed in a color corresponding to the measurement result corresponding to the arbitrary inspection target place among the plurality of measurement results.

  Such an inspection support apparatus can express the measurement results of a plurality of inspection target locations in an easy-to-understand manner by creating a measurement result map. Such an inspection support apparatus can appropriately inspect the inspection object in various inspections by appropriately setting a plurality of inspection object locations according to the inspection.

The inspection support apparatus according to the present invention includes a progress map distribution unit that distributes a progress map corresponding to each of the plurality of inspection target locations and indicating a plurality of progresses corresponding to each of the plurality of inspection methods to the plurality of portable terminals. When progress information associated with the in-work inspection target location is collected from the mobile terminals of the plurality of mobile terminals, the progress corresponding to the in-work inspection target location of the plurality of progresses is updated. As further described, a progress map update unit that updates the progress map is further provided.

  Such an inspection support apparatus can notify a user of a plurality of portable terminals early of the progress of a plurality of inspection target locations by distributing a progress map updated as appropriate to the plurality of portable terminals. Furthermore, by using a mobile terminal to acquire progress, the worker does not need to go through a packing station when moving between a plurality of work target locations, and the travel time between work target locations can be shortened. it can.

  The progress map expresses the inspection object by a plurality of inspection object place figures corresponding to the plurality of inspection object places, and an inspection object place corresponding to the arbitrary inspection object place among the plurality of inspection object place figures. The figure is displayed in a color corresponding to the progress corresponding to the arbitrary inspection target place among the plurality of progresses.

  Such an inspection support apparatus can easily notify the user of the mobile terminal of the progress of a plurality of inspection target locations.

  The inspection support apparatus according to the present invention further includes a staff shortage calculator that transmits the staff shortage information created based on the progress map to the center server. At this time, the center server assigns a plurality of workers to a plurality of works corresponding to the plurality of inspection support devices based on a plurality of personnel shortage information respectively collected from the plurality of inspection support devices. Update.

  A schedule manager who assigns workers to a plurality of works can appropriately update the worker assignment information based on a plurality of personnel shortage information collected using the center server.

  An inspection support apparatus according to the present invention includes an input screen setting unit that creates an input screen having an input field based on information input through the input device, and an input screen that distributes the input screen to the plurality of mobile terminals. And a distribution unit. At this time, the measurement result collection unit collects the measurement result input in the input field from the arbitrary portable terminal when the input image is displayed on the arbitrary portable terminal of the plurality of portable terminals.

  Such an inspection support apparatus can facilitate the input of the measurement result to the mobile terminal in various inspections by appropriately setting the input field according to the format of the measurement result.

  The examination support apparatus according to the present invention further includes a criteria setting unit that sets criteria based on information input via the input device. At this time, the input screen distribution unit distributes the criteria together with the input screen to the plurality of portable terminals.

  Such an inspection support apparatus can cause the output device of the mobile terminal to output whether or not the measurement result input to the mobile terminal satisfies the criteria, and quickly notifies the user of the mobile terminal of the abnormality of the measurement result. be able to.

  When the measurement result information corresponding to the arbitrary inspection target place in the plurality of measurement result information satisfies the criteria, the measurement result map includes the arbitrary inspection of the plurality of inspection target place figures. An inspection target place graphic corresponding to the target place is displayed in a first color, and when the measurement result information does not satisfy the criteria, the inspection target place graphic is displayed in a second color different from the first color.

  Such an inspection support apparatus can easily notify the user of the measurement results of a plurality of inspection target locations.

  A portable terminal according to the present invention includes a measurement result input unit that records a measurement result input via a portable terminal input device in a storage device, and a measurement result transmission unit that transmits the measurement result to a test support device via wireless communication And a measurement result deleting unit that deletes the measurement result information from the storage device after the measurement result is transmitted to the local server.

  Such a portable terminal can prevent the measurement result from leaking information by automatically deleting the measurement result transmitted to the local server from the storage device.

  The measurement result input unit records the measurement result in a storage device in association with the inspection method and the work target place input via the portable terminal input device before the measurement result is input.

  Such a portable terminal facilitates an operator to search for a desired measurement result from information recorded in a storage device by storing the measurement result in association with the inspection method and the work target place. Can do.

  The portable terminal input device includes a camera. At this time, the measurement result information includes an image photographed by the camera.

  Such a portable terminal can make it easy for the operator to search for a desired image from the images recorded in the storage device by storing the images in association with the inspection method and the work target location. .

  The portable terminal according to the present invention further includes an alert unit that outputs an alarm to the output device when the measurement result does not satisfy the criteria distributed from the inspection support apparatus before the measurement result is input.

  Such a portable terminal can quickly notify the operator of abnormality in the measurement result by causing the output device to output an alarm immediately after the measurement result is input.

  The center server according to the present invention has a schedule creation unit for creating a schedule for associating a plurality of worker sets with a plurality of constructions, and a shortage of personnel for collecting a plurality of personnel shortage information corresponding to the plurality of constructions from a plurality of local servers, respectively. An information collecting unit; and a rescheduling unit that updates the schedule when it is determined that the schedule needs to be updated based on the plurality of staff shortage information. The staff shortage information corresponding to one construction among the plurality of staff shortage information indicates a difference between the progress planned in the one construction and the progress executed in the one construction.

  Such a center server can appropriately determine whether or not it is necessary to update a schedule that accommodates workers from a construction that is progressing to a construction that is behind the progress by collecting the progress of a plurality of constructions. And the schedule can be updated appropriately.

  The schedule is created based on order information for associating a plurality of necessary skills with the plurality of works with reference to a table associating a plurality of workers with a plurality of skill information. In the schedule, an arbitrary worker belonging to an operator set corresponding to an arbitrary construction among the plurality of worker sets has a plurality of skills corresponding to the arbitrary worker among the plurality of skills. It is created so as to satisfy the necessary skills corresponding to the arbitrary construction among the necessary skills.

  Such a center server can appropriately assign a plurality of workers to a plurality of constructions by assigning workers having appropriate skills to the plurality of constructions, and can appropriately create a schedule.

The order information further associates a plurality of excluded workers respectively corresponding to arbitrary works among the plurality of works. At this time, in the schedule, the worker set corresponding to the arbitrary construction among the plurality of worker sets does not include the excluded worker corresponding to the arbitrary construction among the plurality of excluded workers. Created.

  By using such order information, such a center server can prevent a predetermined worker from being assigned to a predetermined construction, and can appropriately create a schedule.

According to the inspection support method of the present invention, the inspection target is divided into a plurality of inspection target locations based on information input through the input device, and the inspection is performed by an arbitrary inspection method corresponding to the plurality of inspection target locations. Collecting a plurality of measurement results from a plurality of portable terminals, and displaying a measurement result map created based on the plurality of measurement results on a display device. At this time, the measurement result inspected by the arbitrary inspection method corresponding to the arbitrary inspection target location among the plurality of measurement results is obtained by inspecting the arbitrary inspection target location by the arbitrary inspection method. Generated. The measurement result map is respectively associated with each of a plurality of testing methods, represented by a plurality of inspection target location figure corresponding to said object to said plurality of inspection target location, of the plurality of inspection object location graphic The inspection target place graphic corresponding to the arbitrary inspection target place is displayed in a color corresponding to the measurement result corresponding to the arbitrary inspection target place among the plurality of measurement results.

  Such an inspection support method can express the measurement results of a plurality of inspection target locations in an easy-to-understand manner by creating a measurement result map. Such an inspection support method can appropriately inspect the inspection object by various inspections by appropriately setting a plurality of inspection object locations according to the inspection.

The inspection support method according to the present invention distributes a progress map indicating a plurality of progresses respectively corresponding to the plurality of inspection target locations and the plurality of inspection methods to the plurality of portable terminals, and the portable among the plurality of portable terminals. When the progress information associated with the work-inspection target location is collected from the terminal, the progress map is updated so that the progress corresponding to the work-in-process inspection target location among the plurality of progresses is updated. And more.

  Such an inspection support method can notify a user of a plurality of mobile terminals early of the progress of a plurality of inspection target locations by distributing a progress map updated as appropriate to the plurality of mobile terminals. Furthermore, by using a mobile terminal to acquire progress, the worker does not need to go through a packing station when moving between a plurality of work target locations, and the travel time between work target locations can be shortened. it can.

  The progress map expresses the inspection object by a plurality of inspection object place figures corresponding to the plurality of inspection object places, and an inspection object place corresponding to the arbitrary inspection object place among the plurality of inspection object place figures. The figure is displayed in a color corresponding to the progress corresponding to the arbitrary inspection target place among the plurality of progresses.

  Such an inspection support method can easily notify the user of the portable terminal of the progress of a plurality of inspection target locations.

  The inspection support method according to the present invention further includes transmitting personnel shortage information created based on the progress map to the center server. At this time, the center server assigns a plurality of workers to a plurality of works corresponding to the plurality of inspection support devices based on a plurality of personnel shortage information respectively collected from the plurality of inspection support devices. Update.

  A schedule manager who assigns workers to a plurality of works can appropriately update the worker assignment information based on a plurality of personnel shortage information collected using the center server.

  An inspection support method according to the present invention includes creating an input screen having an input field based on information input via the input device, and distributing the input screen to the plurality of portable terminals. . At this time, measurement results input to the input field when the input image is displayed on any of the plurality of portable terminals are collected from the arbitrary portable terminals.

  Such an inspection support method can facilitate the input of the measurement result to the portable terminal in various inspections by appropriately setting the input field according to the format of the measurement result.

  The inspection support method according to the present invention further includes setting criteria based on information input via the input device. At this time, the criteria are distributed to the plurality of portable terminals together with the input screen.

  Such an inspection support method can cause the output device of the mobile terminal to output whether or not the measurement result input to the mobile terminal satisfies the criteria, and quickly notifies the user of the mobile terminal of the abnormality of the measurement result. be able to.

  The computer program according to the present invention preferably causes a computer to execute the inspection support method according to the present invention.

  The inspection support apparatus and the inspection support method according to the present invention can inspect each area suitable for inspection by displaying a plurality of measurement results corresponding to a plurality of work target places set by the user. It is possible to express the measurement results by simple inspection in an easy-to-understand manner

It is a block diagram showing an inspection support system to which an inspection support device is applied. It is a block diagram which shows a center server. It is a figure which shows order information. It is a figure which shows a personnel table. It is a figure which shows worker allocation information. It is a block diagram which shows a test | inspection assistance apparatus. It is a figure which shows an inspection object place table. It is a figure which shows an input screen. It is a figure which shows an input assistance table. It is a figure which shows a progress map. It is a block diagram which shows a portable terminal. It is a flowchart which shows the operation | movement which collects a measurement result. It is a flowchart which shows the operation | movement which distributes a progress map. It is a flowchart which shows the operation | movement which updates a schedule.

  An embodiment of an inspection support apparatus will be described below with reference to the drawings. As shown in FIG. 1, an inspection support system 1 to which the inspection support apparatus is applied includes a plurality of computers connected to each other via the Internet 2 so as to be able to transmit information in both directions. The plurality of computers includes a center server 3 and a plurality of inspection support devices 5-1 to 5-n (n = 2, 3, 4,...). The Internet 2 can be replaced with another communication line network. An example of the communication line network is a dedicated line network.

  The inspection support system 1 further includes a plurality of portable terminals. The plurality of portable terminals connect a wireless LAN (Local Area Network) 6 to an arbitrary examination support apparatus 5-i (i = 1, 2, 3,..., N) of the plurality of examination support apparatuses 5-1 to 5-n. Via a plurality of mobile terminals 7-1 to 7-m (m = 2, 3, 4,...) Connected to each other so as to be able to transmit information in both directions.

  FIG. 2 shows the center server 3. The center server 3 includes a CPU (Central Processing Unit), a storage device, a memory drive, and a communication device (not shown), and includes an input device 11 and a display device 12. The CPU executes a computer program installed in the center server 3 to control the storage device, the memory drive, and the communication device, and to control the input device 11 and the display device 12. The storage device records a computer program. The storage device further records information used by the CPU. The memory drive is used when the computer program is installed in the center server 3 when a recording medium in which the computer program is recorded is inserted. The communication device is used when a computer program is downloaded to the center server 3 from another computer connected to the center server 3 via a communication line network, and the computer program is installed in the center server 3.

  The input device 11 generates information when operated by the user, and outputs the information to the CPU. Examples of the input device 11 include a keyboard, a pointing device, and a touch panel. The display device 12 includes a display surface, and displays an image generated by the CPU on the display surface.

  The computer program installed in the center server 3 is formed of a plurality of computer programs for causing the center server 3 to realize a plurality of functions. The plurality of functions include an order information creation unit 14, a schedule creation unit 15, a staff shortage information collection unit 16, and a rescheduling unit 17.

  The order information creating unit 14 creates order information based on information input via the input device 11. The schedule creation unit 15 creates worker assignment information based on the personnel table recorded in advance in the storage device and the order information created by the order information creation unit 14. The schedule creation unit 15 further distributes the worker assignment information to the plurality of inspection support devices 5-1 to 5-n. The personnel shortage information collection unit 16 collects a plurality of personnel shortage information from the plurality of inspection support devices 5-1 to 5-n, respectively.

  The rescheduling unit 17 determines whether or not the worker assignment information created by the schedule creation unit 15 needs to be updated based on the plurality of personnel shortage information collected by the personnel shortage information collection unit 16. When the rescheduling unit 17 needs to update the worker assignment information created by the schedule creation unit 15, the rescheduling unit 17 stores the personnel table recorded in advance in the storage device and the order information created by the order information creation unit 14. The worker assignment information is updated based on the plurality of staff shortage information collected by the staff shortage information collecting unit 16.

  FIG. 3 shows the order information created by the order information creation unit 14. The order information 20 associates a plurality of works 21 with a plurality of inspection objects 22, a plurality of inspection items 23, and a plurality of periods 24. That is, an arbitrary construction among the plurality of constructions 21 corresponds to one inspection target among the plurality of inspection targets 22, corresponds to one inspection item among the plurality of inspection items 23, and includes a plurality of periods 24. Corresponds to one of the periods. The inspection object corresponding to a certain construction among the plurality of inspection objects 22 indicates an object on which the construction is executed, for example, a land boiler. The plurality of inspection objects 22 correspond to the plurality of inspection support devices 5-1 to 5-n. An inspection item corresponding to a certain construction among the plurality of inspection items 23 indicates a plurality of inspection methods to be executed on the inspection target in the construction. A period corresponding to a certain construction among the plurality of periods 24 indicates a period during which the construction is executed, and indicates a date when the construction is started and a date when the construction is completed.

  The order information 20 is further associated with a plurality of number information 25, a plurality of necessary skills 26, a plurality of fixed workers 27, and a plurality of excluded workers 28. The number information corresponding to a certain construction among the plurality of number information 25 indicates the number of workers allocated to the construction. The necessary skill corresponding to a certain construction among the plurality of necessary skills 26 indicates a skill condition necessary for the worker assigned to the construction. A fixed worker corresponding to a certain construction among the plurality of fixed workers 27 indicates a worker assigned to the construction. An excluded worker corresponding to a certain construction among the plurality of excluded workers 28 indicates a worker who is not allocated to the construction.

  FIG. 4 shows a human resource table used in the center server 3. The human resource table 31 associates a plurality of workers 32 with a plurality of skills 33. The skill corresponding to a certain worker among the plurality of skills 33 indicates the skill of the worker, for example, the qualification of the worker, the years of experience, and the like.

  FIG. 5 shows worker assignment information created by the schedule creation unit 15. The worker assignment information 35 associates a plurality of works 21 with a plurality of worker sets 37. A worker set corresponding to a certain construction among the plurality of worker sets 37 indicates a plurality of workers assigned to the construction.

  FIG. 6 shows an inspection support apparatus 5-i. The inspection support apparatus 5-i includes a CPU, a storage device, a memory drive, and a communication device (not shown), and includes an input device 41 and a display device 42. The CPU controls the storage device, the memory drive, and the communication device, and controls the input device 41 and the display device 42 by executing a computer program installed in the inspection support device 5-i. The storage device records a computer program. The storage device further records information used by the CPU. The memory drive is used when the computer program is installed in the inspection support apparatus 5-i when a recording medium on which the computer program is recorded is inserted. When the communication apparatus downloads a computer program from another computer connected to the inspection support apparatus 5-i via the communication network to the inspection support apparatus 5-i and installs the computer program in the inspection support apparatus 5-i Used for

  The input device 41 generates information when operated by the user, and outputs the information to the CPU. Examples of the input device 41 include a keyboard, a pointing device, and a touch panel. The display device 42 includes a display surface, and displays an image generated by the CPU on the display surface.

  The computer program installed in the inspection support apparatus 5-i is formed of a plurality of computer programs for causing the inspection support apparatus 5-i to realize a plurality of functions. The plurality of functions include a work target place setting unit 51, a criteria setting unit 52, an input screen setting unit 53, an input screen distribution unit 54, a measurement result collection unit 55, a measurement result map creation unit 56, a progress map update unit 57, and a progress. A map distribution unit 58, a staff shortage calculation unit 59, and a report creation unit 60 are included.

  The work target place setting unit 51 creates an inspection target place table based on information input via the input device 41.

  The criteria setting unit 52 sets a plurality of criteria based on information input via the input device 41. The input screen setting unit 53 creates a plurality of input screens based on information input via the input device 41, and creates a plurality of input support tables for each of the plurality of input screens.

  When the predetermined information is received from the mobile terminal 7-j via the wireless LAN 6, the input screen distribution unit 54 receives a plurality of items created by the input screen setting unit 53 on the mobile terminal 7-j via the wireless LAN 6. One input screen of the input screens and one input support table of the plurality of input support tables corresponding to the input screen are distributed.

  The measurement result collection unit 55 collects measurement results from the plurality of portable terminals 7-1 to 7-m via the wireless LAN 6. The measurement result map creation unit 56 creates a plurality of measurement result maps based on the inspection target location table created by the work target location setting unit 51 and the measurement results collected by the measurement result collection unit 55. The plurality of measurement result maps are represented by images. The measurement result map creation unit 56 displays a plurality of measurement result maps on the display device 42 in response to a predetermined operation performed on the input device 41.

  The progress map update unit 57 creates a plurality of progress maps based on the inspection target place table created by the work target place setting unit 51. Each of the plurality of progress maps is represented by an image. The progress map update unit 57 is based on information received from the plurality of portable terminals 7-1 to 7-m by the input screen distribution unit 54, or from the plurality of portable terminals 7-1 to 7 by the measurement result collection unit 55. Update multiple progress maps based on information collected from -m.

  When the predetermined information is received from the portable terminal 7-j via the wireless LAN 6, the progress map distribution unit 58 is updated by the progress map updating unit 57 to the portable terminal 7-j via the wireless LAN 6. Distribute one of the progress maps.

  The staff shortage calculator 59 creates staff shortage information based on the plurality of progress maps updated by the progress map updater 57 and transmits the staff shortage information to the center server 3 via the Internet 2.

  The report creation unit 60 creates a measurement result report based on the measurement results collected by the measurement result collection unit 55 and the measurement result map created by the measurement result map creation unit 56.

  FIG. 7 shows an inspection target place table created by the work target place setting unit 51. The inspection target place table 61 associates a plurality of inspection methods 62 with a plurality of work target place sets 63. That is, an arbitrary inspection method among the plurality of inspection methods 62 corresponds to one inspection target place set among the plurality of work target place sets 63. The plurality of inspection methods 62 indicate a plurality of inspection methods to be executed on the inspection object associated with the inspection support apparatus 5-i among the plurality of inspection objects 22 of the order information 20, that is, a plurality of the order information 20 Among the inspection items 23, a plurality of inspection methods indicated by the inspection items corresponding to the inspection object are shown. The inspection target place set corresponding to a certain inspection method among the plurality of work target place sets 63 indicates a plurality of inspection target places into which the inspection target associated with the inspection support apparatus 5-i is divided. Each of the plurality of inspection object locations indicates a unit area in the inspection object where the inspection method is executed.

  The input screen setting unit 53 creates a plurality of input screens corresponding to the plurality of inspection methods 62 in the inspection target place table 61. FIG. 8 shows an input screen corresponding to an inspection method among a plurality of input screens. The input screen 81 displays a plurality of input fields 82, a photography button 83, a previous measurement value display button 84, an inspection completion button 85, and an upload button 86. The plurality of input fields 82 correspond to a plurality of information indicating measurement results generated by executing the inspection method. An input field corresponding to certain information among the plurality of input fields 82 is formed so as to correspond to the format of the information. For example, the input field is formed such that a numerical value is input when the information is expressed by a numerical value, and a character string is input when the information is expressed by a character string. When information is expressed by a two-dimensional image, the two-dimensional image is input.

  The input screen setting unit 53 corresponds to the plurality of inspection target locations indicated by the inspection target location set corresponding to the inspection method among the plurality of work target location sets 63 in association with the input screen 81 corresponding to a certain inspection method. Create multiple input support tables.

  FIG. 9 shows an input support table corresponding to a work handling place among a plurality of input support tables associated with the input screen 81. In the input support table 65, a plurality of criteria 67 and a plurality of past measurement results 68 are associated with a plurality of input fields 66. That is, an arbitrary input field of the plurality of input fields 66 corresponds to one criterion among the plurality of criteria 67 and corresponds to one past measurement result among the plurality of past measurement results 68. The plurality of input fields 66 respectively indicate a plurality of input fields 82 displayed on the input screen 81.

  A criterion corresponding to an input field among the plurality of criteria 67 indicates a condition of information input using the input field. For example, the criteria indicate a numerical range when the information is expressed numerically. The past measurement result corresponding to a certain input field of the plurality of past measurement results 68 is information corresponding to the input field of the plurality of information indicated by the measurement result generated by the previous execution of the inspection method. Is shown.

  The plurality of progress maps created by the progress map update unit 57 correspond to the plurality of inspection methods 62. A progress map corresponding to an inspection method among a plurality of progress maps indicates the progress of the inspection method.

  FIG. 10 shows a progress map corresponding to a certain inspection method among the plurality of progress maps 72. The progress map 73 shows the inspection target figure 74. The inspection object graphic 74 indicates an inspection object. The inspection target graphic 74 is divided into a plurality of inspection target place graphics 75. The plurality of inspection target place figures 75 correspond to the plurality of inspection target places indicated by the inspection target place set corresponding to the inspection method among the plurality of work target place sets 63 indicated by the inspection target place table 61.

  The progress map 73 indicates the progress of the inspection method for a plurality of inspection target locations by displaying each of the plurality of inspection target location figures 75 in one of yellow, orange, and blue. That is, the inspection target place graphic corresponding to a certain inspection target place among the plurality of inspection target place figures 75 is displayed in yellow when the inspection target place has not yet been inspected, and the inspection is started at the inspection target place. It is displayed in orange when it is being checked, and is displayed in blue when the inspection of the inspection target location is completed.

  The plurality of measurement result maps created by the measurement result map creation unit 56 are associated with the plurality of inspection methods 62 in the same manner as the plurality of progress maps created by the progress map update unit 57. Further, the measurement result map corresponding to a certain inspection method among the plurality of measurement result maps is similar to the progress map 73, and the inspection object graphic 74 and the inspection object place graphic 75 into which the inspection object graphic 74 is divided. Is displayed. The measurement result map shows the measurement results respectively generated by the inspection at the plurality of inspection target locations by displaying each of the plurality of inspection target location figures 75 in one of yellow, blue and red. ing. That is, an inspection target place graphic corresponding to an inspection target place among the plurality of inspection target place figures 75 is displayed in yellow when the measurement result of the inspection target place has not yet been uploaded to the inspection support apparatus 5-i. When the measurement result at the inspection target location is a normal value, it is displayed in blue, and when the measurement result at the inspection target location is an abnormal value, it is displayed in red.

  FIG. 11 shows an arbitrary mobile terminal 7-j (j = 1, 2, 3,..., M) among the plurality of mobile terminals 7-1 to 7-m. The portable terminal 7-j includes a CPU, a storage device, a memory drive, and a communication device (not shown), and includes a touch panel 91 and a camera 92. The CPU executes a computer program installed in the portable terminal 7-j, thereby controlling the storage device, the memory drive, and the communication device, and controlling the touch panel 91 and the display device 42. The storage device records a computer program. The storage device further records information used by the CPU. The memory drive is used when the computer program is installed in the portable terminal 7-j when a recording medium in which the computer program is recorded is inserted. The communication device is used when a computer program is downloaded to a portable terminal 7-j from another computer connected to the portable terminal 7-j via a communication line network, and the computer program is installed in the portable terminal 7-j. The

  The touch panel 91 includes a display surface and displays an image generated by the CPU on the display surface. The touch panel 91 further generates information when the display surface is operated by the user, and outputs the information to the CPU. The camera 92 captures a subject under the control of the CPU, and outputs an image generated by capturing the subject to the CPU.

  The computer program installed in the portable terminal 7-j is formed of a plurality of computer programs for causing the portable terminal 7-j to realize a plurality of functions. The plurality of functions include a progress map display unit 93, a measurement result input unit 94, an alarm unit 95, a measurement result transmission unit 96, and a measurement result deletion unit 97.

  The progress map display unit 93 selects one inspection method from the plurality of inspection methods 62 in the inspection object location table 61 based on information input via the touch panel 91. The progress map display unit 93 transmits the selected inspection method to the inspection support apparatus 5-i via the wireless LAN 6. The progress map display unit 93 further displays on the touch panel 91 the progress map distributed from the examination support apparatus 5-i via the wireless LAN 6.

  The measurement result input unit 94 selects one inspection method from the plurality of inspection methods 62 in the inspection target place table 61 based on information input via the touch panel 91. The measurement result input unit 94 further includes a plurality of tasks indicated by the work target place set corresponding to the selected inspection method among the plurality of work target place sets 63 based on information input via the touch panel 91. One work target place is selected from the target places. The measurement result input unit 94 further transmits the selected inspection method and work place to the inspection support apparatus 5-i via the wireless LAN 6.

  The measurement result input unit 94 further displays on the touch panel 91 an input screen 81 distributed from the inspection support apparatus 5-i via the wireless LAN 6. The measurement result input unit 94 is further input via the touch panel 91 when one input field among a plurality of input fields on the input screen 81 is selected based on information input via the touch panel 91. Enter the information in the input field. The measurement result input unit 94 further controls the camera 92 so that the subject to which the camera 92 is directed is shot when the photo shooting button 83 on the input screen 81 is tapped. Enter the image of the subject in the input field corresponding to the image.

  The measurement result transmission unit 96 displays a plurality of past measurement results 68 of the input support table 65 on the touch panel 91 when the previous measurement value display button 84 of the input screen 81 displayed on the touch panel 91 is tapped.

  The measurement result transmission unit 96 selects the measurement results entered in the plurality of input fields 82 by the measurement result input unit 94 when the inspection completion button 85 on the input screen 81 displayed on the touch panel 91 is tapped. The information is recorded in the storage device in association with the inspection method and the work target place.

  The alarm unit 95 determines whether or not the information satisfies a criterion corresponding to the input field of the plurality of criteria 67 when the information is entered in one input field of the plurality of input fields 82. To do. When the information entered in one input field of the plurality of input fields 82 does not satisfy the criteria corresponding to the input field of the plurality of criteria 67, the alarm unit 95 displays an alarm indicating that fact on the touch panel. 91.

  When the upload button 86 of the input screen 81 displayed on the touch panel 91 is tapped, the measurement result transmission unit 96 receives the measurement results entered in the plurality of input fields 82 via the wireless LAN 6. The data is transmitted to the inspection support apparatus 5-i in association with the inspection method selected in 94 and the work target place.

  The measurement result deletion unit 97 is associated with the inspection method and the work target place when the inspection method and the work target place are distributed from the inspection support apparatus 5-i to the portable terminal 7-j via the wireless LAN 6. Delete the recorded measurement results.

  The embodiment of the inspection support method is executed by the inspection support system 1, an operation of assigning a plurality of workers to a plurality of works, an operation of setting a plurality of inspection target locations and input screens, and an operation of collecting measurement results And an operation for distributing the progress map and an operation for updating the schedule.

  In the operation of assigning a plurality of workers to a plurality of works, a schedule manager who uses the center server 3 first operates the input device 11 after the orders for the plurality of works are placed, and then sends predetermined information to the center server 3. The center server 3 creates the order information 20 based on the input information. The center server 3 further creates worker assignment information 35 with reference to the order information 20 and the human resource table 31.

  At this time, the worker assignment information 35 is related to an arbitrary worker included in the worker set corresponding to a certain work among the plurality of worker sets 37 and the worker among the plurality of skills 33 in the human resource table 31. Is created so that the skill required for the construction among the required skills 26 of the order information 20 is satisfied. The worker assignment information 35 further includes a worker set corresponding to a certain work among the plurality of worker sets 37 of the worker assignment information 35 to the work among the plurality of fixed workers 27 of the order information 20. Created to include corresponding fixed workers. Further, the worker assignment information 35 is such that a worker set corresponding to a certain work among the plurality of worker sets 37 of the worker assignment information 35 is assigned to the work among the plurality of excluded workers 28 of the order information 20. It is created so as not to include the corresponding excluded worker. Furthermore, the worker assignment information 35 is created so that any worker of the plurality of workers 32 in the personnel table 31 is not assigned to a plurality of constructions having overlapping periods.

  According to such an operation, the schedule manager using the center server 3 can easily add a plurality of workers to a plurality of inspection targets based on the worker assignment information 35 after the worker assignment information 35 is created. Can be dispatched. According to such an operation, the schedule manager can appropriately dispatch a plurality of workers to a plurality of inspection targets by assigning a plurality of workers having a predetermined skill to the plurality of inspection targets. Can do. Furthermore, the schedule manager can easily assign a plurality of workers to a plurality of inspection objects, and by appropriately creating a plurality of fixed workers 27 of the order information 20, a predetermined worker can perform a predetermined construction. Thus, a plurality of workers can be appropriately assigned to a plurality of constructions. Furthermore, the schedule manager can easily assign a plurality of workers to a plurality of inspection objects, and by appropriately creating a plurality of excluded workers 28 in the order information 20, a predetermined worker can perform a predetermined construction. It is possible to appropriately assign a plurality of workers to a plurality of constructions so as not to be assigned to a plurality of works.

  The operation of setting a plurality of inspection target locations and input screens is executed by the inspection support apparatus 5-i. The local supervisor who uses the inspection support apparatus 5-i operates the input device 41 to input predetermined information to the inspection support apparatus 5-i. The inspection support apparatus 5-i is based on the input information. The inspection object place table 61 is created. The inspection support apparatus 5-i distributes the inspection target location table 61 to the plurality of portable terminals 7-1 to 7-m via the wireless LAN 6. The portable terminal 7-j records the inspection object location table 61 distributed from the inspection support apparatus 5-i in the storage device. The local supervisor further operates the input device 41 to input predetermined information to the inspection support device 5-i, and the inspection support device 5-i, based on the input information, A plurality of input screens corresponding to a plurality of inspection methods executed on the inspection target associated with i are created. The user of the inspection support apparatus 5-i further inputs predetermined information to the inspection support apparatus 5-i by operating the input device 41. The inspection support apparatus 5-i, based on the input information, An input support table 65 is created for each of the plurality of input screens.

  FIG. 12 shows an operation for collecting measurement results. The worker who uses the portable terminal 7-j is a field director of a plurality of work target places indicated by a work target place set corresponding to a certain inspection method among a plurality of work target place sets 63 in the inspection target place table 61. Move to the work place assigned by the operator. First, the operator operates the touch panel 91 of the mobile terminal 7-j to select the inspection method from the plurality of inspection methods 62 indicated by the inspection target location table 61 recorded in the mobile terminal 7-j. The operator further operates the touch panel 91 to select a work target place from a plurality of work target places indicated by the work target place set corresponding to the selected inspection method among the plurality of work target place sets 63. (Step S1). The portable terminal 7-j requests the inspection support apparatus 5-i for an input screen by transmitting the selected inspection method and work place to the inspection support apparatus 5-i (step S2).

  Upon receiving the inspection method and the work target location from the portable terminal 7-j, the inspection support device 5-i updates the progress map corresponding to the inspection method among the plurality of progress maps 72 (step S3). At this time, the progress map is updated so that the inspection target place graphic corresponding to the work target place among the plurality of inspection target place figures 75 is displayed in orange.

  Upon receiving the inspection method and the work target location from the portable terminal 7-j, the inspection support apparatus 5-i further includes an input screen corresponding to the inspection method among the plurality of input screens created by the local supervisor, Then, the input support table 65 corresponding to the work target place among the plurality of input support tables associated with the input screen is distributed to the portable terminal 7-j (step S4).

  The portable terminal 7-j displays the input screen 81 distributed from the examination support apparatus 5-i on the touch panel 91 (step S5). The worker who uses the portable terminal 7-j acquires a plurality of pieces of information by executing the selected inspection method at the selected work target location. The local supervisor who uses the portable terminal 7-j operates the touch panel 91 to enter the plurality of information in the plurality of input fields 82 of the input screen 81 (step S6). At this time, when the photo shooting button 83 on the input screen 81 is tapped, the mobile terminal 7-j takes a picture of the subject using the camera 92, and enters the input field corresponding to the image in the plurality of input fields 82. Enter the subject image.

  The portable terminal 7-j further displays a plurality of past measurement results 68 in the input support table 65 when the previous measurement value display button 84 on the input screen 81 is tapped. According to such a display, the operator can easily browse the previous measurement result, and can enter the measurement result in the input field with reference to the previous measurement result.

  The portable terminal 7-j refers to the input support table 65 and determines whether each of the plurality of pieces of information input to the plurality of input fields 82 is normal or abnormal (step S7). When the information input to a certain input field of the plurality of input fields 82 does not satisfy the criteria corresponding to the input field of the plurality of criteria 67 of the input support table 65 ( Step S7, abnormal), the information is abnormal is displayed on the touch panel 91 to warn (step S8).

  When the inspection completion button 85 on the input screen 81 is tapped, the mobile terminal 7-j uses the inspection method and work selected in step S1 as the measurement results indicating the plurality of information entered in the plurality of input fields 82, respectively. The information is recorded in the storage device in association with the handling location (step S9).

  When the upload button 86 on the input screen 81 is clicked, the portable terminal 7-j sends the measurement result recorded in the storage device to the inspection support apparatus 5-i in association with the inspection method and the work handling location. (Step S10).

  Upon receiving the measurement result from the portable terminal 7-j, the inspection support apparatus 5-i records the plurality of measurement results in the storage device in association with the inspection method and the work target place (step S11). After recording the plurality of measurement results, the inspection support apparatus 5-i transmits the inspection method and the work target place to the mobile terminal 7-j, thereby indicating that the measurement results have been properly uploaded. 7-j is notified (step S12).

  The inspection support apparatus 5-i further updates the measurement result map based on the plurality of measurement results (step S13). At this time, in the measurement result map, when all of the plurality of measurement results are normal, the inspection target place graphic corresponding to the work target place among the plurality of inspection target place figures 75 is displayed in blue. It will be updated. In the measurement result map, when an abnormal value is included in the plurality of measurement results, an inspection target place graphic corresponding to the work target place among the plurality of inspection target place figures 75 is displayed in red. As updated.

  When the portable terminal 7-j receives from the inspection support apparatus 5-i that the measurement result has been uploaded, the portable terminal 7-j deletes a plurality of measurement results associated with the received inspection method and work place from the storage device ( Step S14).

  According to such an operation, a plurality of measurement results recorded in the mobile terminal 7-j are automatically uploaded to the inspection support apparatus 5-i and then automatically deleted from the storage device. It is possible to prevent the result from leaking information.

  FIG. 13 shows an operation for distributing a progress map. The operator who uses the portable terminal 7-j operates the touch panel 91 to select one inspection method from the plurality of inspection methods 62 in the inspection object location table 61 (step S21). When the inspection method is selected, the portable terminal 7-j transmits the inspection method to the inspection support apparatus 5-i, thereby requesting a progress map from the inspection support apparatus 5-i (step S22).

  Upon receiving the inspection method from the mobile terminal 7-j, the inspection support apparatus 5-i distributes the progress map corresponding to the inspection method among the plurality of progress maps in the progress map table to the mobile terminal 7-j (step). S23). When the portable terminal 7-j receives the progress map from the examination support apparatus 5-i, the portable terminal 7-j displays the progress map on the touch panel 91 (step S24).

  According to such an operation, the worker can grasp the work target place where the inspection method is not performed by browsing the progress map using the mobile terminal 7-j. For this reason, the worker does not need to return to the packing place where the local supervisor is located in order to grasp the work target place where the next work is to be performed, and moves directly to the work target place where the next work is to be performed without going through the packing place. It is possible to reduce the travel time between work target locations. As a result, according to such an operation, by shortening the time for which the worker moves, it is possible to shorten the period during which the construction is executed, and to reduce the cost.

  FIG. 14 shows an operation for updating the schedule. The inspection support apparatus 5-i creates personnel shortage information intermittently based on a plurality of progress maps 72 every predetermined period (for example, one day) (step S31). The staff shortage information indicates a difference between a plan for the construction corresponding to the inspection support apparatus 5-i and a result of the construction progressing. When the examination support apparatus 5-i creates the staff shortage information, the staff shortage information is transmitted to the center server 3 (step S32).

  When the center server 3 collects a plurality of personnel shortage information from the plurality of inspection support devices 5-1 to 5-n, is it necessary to update the worker assignment information 35 based on the plurality of personnel shortage information? It is determined whether or not (step S33). For example, when the plurality of personnel shortage information indicates that the progress of any construction is delayed from the plan, it is determined that the worker assignment information 35 needs to be updated.

  When it is determined that the worker assignment information 35 needs to be updated (step S33, necessary), the center server 3 updates the worker assignment information 35 (step S34). For example, the worker assignment information 35 is updated so that a worker assigned to a construction whose progress is ahead of the plan is assigned to a construction whose progress is behind the plan. The center server 3 distributes the worker assignment information 35 to the plurality of examination support devices 5-1 to 5-n after the worker assignment information 35 has been updated, whereby the plurality of examination support devices 5-1 to 5-5. The plurality of local supervisors who use -n are notified that the schedule has been changed (step S35). Upon receiving the worker assignment information 35 from the center server 3, the inspection support device 5-i displays the worker assignment information 35 on the display device 42 (step S36).

  The schedule manager who uses the center server 3 dispatches a plurality of workers to a plurality of inspection targets based on the worker assignment information 35 after the worker assignment information 35 is updated.

  According to such an operation, the schedule manager can appropriately grasp the progress of a plurality of works by using the center server 3, and can reschedule appropriately.

  The center server 3, the inspection support apparatus 5-i, and the mobile terminal 7-j can omit unnecessary functions. An inspection support system to which such a center server, an inspection support apparatus, and a portable terminal are applied can also appropriately inspect an inspection target in the same manner as the inspection support system 1 in the above-described embodiment.

1: Inspection support system 2: Internet 3: Center server 5-1 to 5-n: Multiple inspection support devices 6: Wireless LAN
7-1 to 7-m: Plural mobile terminals 11: Input device 12: Display device 14: Order information creation unit 15: Schedule creation unit 16: Personnel shortage information collection unit 17: Rescheduling unit 20: Order information 21: Plurality 22: Multiple inspection objects 23: Multiple inspection items 24: Multiple periods 25: Multiple people information 26: Multiple necessary skills 27: Multiple fixed workers 28: Multiple excluded workers 31: Human resources table 32 : A plurality of workers 33: a plurality of skills 35: worker assignment information 37: a plurality of worker sets 41: an input device 42: a display device 51: a work target place setting unit 52: a criteria setting unit 53: an input screen setting unit 54 : Input screen distribution unit 55: Measurement result collection unit 56: Measurement result map creation unit 57: Progress map update unit 58: Progress map distribution unit 59: Personnel shortage Arithmetic unit 60: Report creation unit 61: Inspection target place table 62: Multiple inspection methods 63: Multiple work target place sets 65: Input support table 66: Multiple input fields 67: Multiple criteria 68: Multiple past measurement results 73: Progress map 74: Inspection target graphic 75: Multiple inspection target place graphic 81: Input screen 82: Multiple input fields 83: Photography button 84: Previous measurement value display button 85: Inspection completion button 86: Upload button 91: Touch panel 92: Camera 93: Progress map display section 94: Measurement result input section 95: Alarm section 96: Measurement result transmission section 97: Measurement result deletion section

Claims (15)

A work target location setting unit that divides a test target into a plurality of test target locations based on information input via the input device;
A measurement result collection unit for collecting a plurality of measurement results inspected by an arbitrary inspection method corresponding to the plurality of inspection target locations from a plurality of portable terminals;
A measurement result map creation unit that displays a measurement result map created based on the plurality of measurement results on a display device;
A measurement result inspected by the arbitrary inspection method corresponding to an arbitrary inspection target location of the plurality of measurement results is generated by inspecting the arbitrary inspection target location by the arbitrary inspection method,
The measurement result map is respectively associated with each of a plurality of testing methods, represented by a plurality of inspection target location figure corresponding to said object to said plurality of inspection target location, of the plurality of inspection object location graphic The inspection support apparatus which displays the inspection object place figure corresponding to the arbitrary inspection object place among them in a color corresponding to the measurement result corresponding to the arbitrary inspection object place among the plurality of measurement results. A progress map distribution unit that corresponds to each of the plurality of inspection target locations and distributes a progress map indicating a plurality of progresses corresponding to each of the plurality of inspection methods to the plurality of mobile terminals,
When the progress information associated with the in-work inspection target location is collected from the mobile terminals of the plurality of mobile terminals, the progress corresponding to the in-operation inspection target location in the plurality of progresses is updated. The inspection support apparatus according to claim 1, further comprising a progress map update unit that updates the progress map.   The progress map expresses the inspection object by a plurality of inspection object place figures corresponding to the plurality of inspection object places, and an inspection object place corresponding to the arbitrary inspection object place among the plurality of inspection object place figures. The inspection support apparatus according to claim 2, wherein the graphic is displayed in a color corresponding to the progress corresponding to the arbitrary inspection target place among the plurality of progresses. Further comprising a staff shortage calculator that transmits the staff shortage information created based on the progress map to the center server,
The center server updates worker assignment information for assigning a plurality of workers to a plurality of works corresponding to the plurality of inspection support devices, based on a plurality of personnel shortage information respectively collected from a plurality of inspection support devices. The examination support device according to any one of claims 2 to 3. An input screen setting unit for creating an input screen having an input field based on information input via the input device;
An input screen distribution unit that distributes the input screen to the plurality of mobile terminals;
The said measurement result collection part collects the measurement result input into the said input column from the said arbitrary portable terminals when the said input image is displayed on the arbitrary portable terminals of these several portable terminals. Item 5. The examination support apparatus according to any one of items 4 to 4. A criteria setting unit that sets criteria based on information input via the input device;
The inspection support apparatus according to claim 5, wherein the input screen distribution unit distributes the criteria to the plurality of portable terminals together with the input screen.   When the measurement result information corresponding to the arbitrary inspection target place in the plurality of measurement result information satisfies the criteria, the measurement result map includes the arbitrary inspection of the plurality of inspection target place figures. The inspection object place figure corresponding to the object place is displayed in a first color, and the inspection object place figure is displayed in a second color different from the first color when the measurement result information does not satisfy the criteria. 6. The inspection support apparatus described in 6. A schedule creation unit for creating a schedule for associating a plurality of workers with a plurality of constructions;
A staff shortage information collecting unit for collecting a plurality of staff shortage information corresponding to the plurality of constructions from a plurality of local servers, respectively;
A rescheduling unit that updates the schedule when it is determined that the schedule needs to be updated based on the plurality of personnel shortage information,
The staff shortage information corresponding to one construction among the plurality of staff shortage information indicates a difference between the progress planned in the one construction and the progress executed in the one construction,
The schedule is created based on order information that associates a plurality of required skills with the plurality of constructions with reference to a table that associates a plurality of workers with a plurality of skill information,
An arbitrary worker belonging to an operator set corresponding to an arbitrary construction among the plurality of worker sets has a skill corresponding to the arbitrary worker among the plurality of skills out of the plurality of necessary skills. Satisfy the necessary skills to handle any of the above construction,
The order information further associates a plurality of excluded workers respectively corresponding to any of the plurality of works,
The schedule is created so that a worker set corresponding to an arbitrary construction among the plurality of worker sets does not include an excluded worker corresponding to the arbitrary construction among the plurality of excluded workers. Center server. Dividing an inspection object into a plurality of inspection object locations based on information input via an input device;
Collecting a plurality of measurement results inspected by an arbitrary inspection method corresponding to the plurality of inspection target locations from a plurality of portable terminals;
Displaying a measurement result map created based on the plurality of measurement results on a display device;
A measurement result inspected by the arbitrary inspection method corresponding to an arbitrary inspection target location of the plurality of measurement results is generated by inspecting the arbitrary inspection target location by the arbitrary inspection method,
The measurement result map is respectively associated with each of a plurality of testing methods, represented by a plurality of inspection target location figure corresponding to said object to said plurality of inspection target location, of the plurality of inspection object location graphic An inspection support method for displaying an inspection target place figure corresponding to the arbitrary inspection target place in a color corresponding to the measurement result corresponding to the arbitrary inspection target place among the plurality of measurement results. Delivering a progress map indicating a plurality of progresses respectively corresponding to the plurality of inspection target locations and a plurality of inspection methods to the plurality of portable terminals;
When the progress information associated with the in-work inspection target location is collected from the mobile terminals of the plurality of mobile terminals, the progress corresponding to the in-operation inspection target location in the plurality of progresses is updated. The method according to claim 9, further comprising updating the progress map.   The progress map expresses the inspection object by a plurality of inspection object place figures corresponding to the plurality of inspection object places, and an inspection object place corresponding to the arbitrary inspection object place among the plurality of inspection object place figures. The inspection support method according to claim 10, wherein a graphic is displayed in a color corresponding to a progress corresponding to the arbitrary inspection target place among the plurality of progresses. Further comprising transmitting to the center server the staff shortage information created based on the progress map;
The center server updates worker assignment information for assigning a plurality of workers to a plurality of works corresponding to the plurality of inspection support devices, based on a plurality of personnel shortage information respectively collected from a plurality of inspection support devices. The test | inspection assistance method as described in any one of Claims 10-11. Creating an input screen having an input field based on information input via the input device;
Delivering the input screen to the plurality of mobile terminals;
The measurement result input to the input field when the input image is displayed on an arbitrary mobile terminal of the plurality of mobile terminals is collected from the arbitrary mobile terminal. The inspection support method described in any one item. Further comprising setting criteria based on information input via the input device;
The inspection support method according to claim 13, wherein the criterion is distributed to the plurality of portable terminals together with the input screen.   A computer program for causing a computer to execute the inspection support method according to any one of claims 9 to 14.

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