JP7053927B1 - Construction image shooting instruction system, construction image shooting instruction method and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a construction image shooting instruction system, a construction image shooting instruction method and a program for improving work efficiency in construction work. SOLUTION: This is a construction image shooting instruction system 1 for giving a shooting instruction for shooting an image of a construction site by associating it with a desired part on the construction drawing data related to the construction site, and acquiring the construction drawing data. A section 51, a display section 52 for displaying the acquired construction drawing data, a designation section 53 for designating a desired location on the displayed construction drawing data, and an image of the construction site at the designated desired location. The shooting instruction unit 54 that gives a shooting instruction and the layout data related to the image of the construction site taken based on the shooting instruction are linked to a desired location on the designated construction drawing data and arranged on the construction drawing data. It also includes an arrangement unit 55 that deletes the shooting instruction or alerts when the image according to the shooting instruction is not acquired. [Selection diagram] Fig. 2

Description

The present invention relates to an effective technique for managing work progress in construction work.

In recent years, in construction work, it has been performed to take pictures and videos of construction sites and manage the work progress, and a technique for improving work efficiency in construction work is drawing attention.
For example, in Patent Document 1, in order to reduce mistakes in associating construction drawings and images, reduce the time and effort required for associating, and allow the user to intuitively grasp the photographed image and the photographed position, the building is used. Disclosed is a technique for displaying image information related to construction, use, or maintenance of a work, position information related to a position where image information is acquired, and drawing information in association with each other.
In addition, Patent Document 2 discloses a technique capable of easily associating a target portion of image information such as a construction drawing with a photograph.

JP-A-2017-107420 Japanese Unexamined Patent Publication No. 2007-18367

In the construction work, the work progress is managed based on images such as photographs and videos taken of the construction site, but for the worker, at what place / what on the construction drawing data at the actual construction site. Office work such as lack of necessary images, using images different from the required images, and troublesome searching for the required images because it is difficult to know in which direction / how many images to shoot. There is a problem that work efficiency is lowered due to an increase in time and an image transcription error, and a technique for preventing these is required.
Since the techniques of Patent Documents 1 and 2 do not allow the worker to grasp where / what / in which direction / how many images are to be taken on the construction drawing data, the time for office work is increased and the image is displayed. It did not lead to the suppression of the occurrence of transcription errors and the like, and it was not possible to sufficiently improve the work efficiency.

Therefore, in order to meet the customer needs for further improvement of work efficiency, the present inventors have focused on the need for a construction image shooting instruction system, a construction image shooting instruction method, and a program for improving work efficiency.

It is an object of the present invention to provide a construction image shooting instruction system, a construction image shooting instruction method and a program capable of improving work efficiency in construction work.

The present invention is a construction image shooting instruction system that gives a shooting instruction for shooting an image of the construction site by associating it with a desired part on the construction drawing data relating to the construction site.
The acquisition unit that acquires the construction drawing data,
A display unit that displays the acquired construction drawing data, and
A designated part that specifies a desired location on the displayed construction drawing data, and
A shooting instruction unit that gives a shooting instruction to instruct the shooting contents for shooting an image of the construction site corresponding to the designated desired location, and a shooting instruction unit.
An arrangement unit that links the arrangement data related to the image of the construction site taken based on the photography instruction to a desired place on the designated construction drawing data and superimposes it on the construction drawing data.
Provided is a construction image shooting instruction system including a deletion unit for deleting the shooting instruction performed at a location where the placement data is placed .

According to the present invention, the construction image shooting instruction system that gives a shooting instruction for shooting an image of the construction site by associating it with a desired portion on the construction drawing data relating to the construction site acquires the construction drawing data. , Display the acquired construction drawing data, specify a desired location on the displayed construction drawing data, and instruct the shooting content for capturing an image of the construction site corresponding to the designated desired location. A shooting instruction is given, and placement data related to the image of the construction site taken based on the shooting instruction is linked to a desired location on the designated construction drawing data and placed on top of the construction drawing data. If the shooting instruction given to the place where the placement data is placed is deleted, or the image according to the shooting instruction given to the place where the placement data is placed is not acquired, an alert is issued.

According to the present invention, it is possible to improve work efficiency in construction work.

It is a figure explaining the outline of the construction image shooting instruction system 1. It is a figure which shows the functional structure of the construction image shooting instruction system 1. It is a figure which shows the 1st arrangement process which a construction image shooting instruction system 1 executes. It is a figure which schematically showed an example which a worker terminal 50 specifies a desired place on construction drawing data. It is a figure which shows typically the example which the worker terminal 50 gives a shooting instruction. It is a figure which shows typically the example which the worker terminal 50 gives a shooting instruction. It is a figure which showed typically an example of the state which the worker terminal 50 arranged the arrangement data on the construction drawing data. It is a figure which showed typically an example of the state which the worker terminal 50 arranged the arrangement data on the construction drawing data. It is a figure which showed typically an example of the state which the worker terminal 50 arranged the arrangement data on the construction drawing data. It is a figure which shows typically an example of the state which the worker terminal 50 has displayed the electronic small blackboard on the construction drawing data. It is a figure which shows the 2nd arrangement processing which the construction image shooting instruction system 1 executes.

Hereinafter, embodiments for carrying out the present invention (hereinafter referred to as embodiments) will be described in detail with reference to the accompanying drawings. In the following figures, the same elements are designated by the same number or reference numeral throughout the description of the embodiment.

[Basic concept / Basic configuration]
FIG. 1 is a diagram for explaining an outline of the construction image shooting instruction system 1. The construction image shooting instruction system 1 is a system that manages the work progress in the construction work including at least the worker terminal 50 possessed by the worker who performs the construction work at the construction site.

An outline of the processing steps for the case where the construction image shooting instruction system 1 manages the work progress will be described with reference to FIG.
First, the worker terminal 50 acquires construction drawing data (step S1). Construction drawing data is data related to construction drawings such as design drawings, structural drawings, equipment drawings, basic design drawings, implementation design drawings, construction drawings, and completion drawings.
The worker terminal 50 acquires the construction drawing data from a manager terminal or the like managed by a system administrator (not shown), or acquires desired construction drawing data from the construction drawing data stored in advance by the worker terminal 50.

The worker terminal 50 displays the acquired construction drawing data (step S2). The worker terminal 50 displays the construction drawing data on its own display unit or the like.

The worker terminal 50 designates a desired location 10 on the displayed construction drawing data (step S3). The worker terminal 50 accepts an input operation such as a tap operation on one or a plurality of places on the displayed construction drawing data. The worker terminal 50 designates a place where this input operation is received as a desired place 10.

The worker terminal 50 gives a shooting instruction for shooting an image of the construction site corresponding to the designated desired location 10 (step S4). The worker terminal 50 creates a shooting instruction 30. The shooting instruction 30 includes a shooting target (for example, an article, a place, a work content), a shooting direction (for example, directions such as north, south, east, and west, left, right, up, and down, 360 degrees in any direction), and the number of shots (for example, one, two). It indicates the shooting content of each of (3, 4).
The worker terminal 50 creates the shooting instruction 30 as either or both of an icon associated with each content and a text describing each content based on the construction work currently performed by the worker (in FIG. 1). Create in icon format and text format). The worker terminal 50 superimposes the created shooting instruction 30 on the vicinity or the same place of the designated desired place 10.
The worker terminal 50 creates a shooting instruction 30 and superimposes it on the construction drawing data to give a shooting instruction.

The worker terminal 50 links the layout data 31 related to the image of the construction site taken based on the shooting instruction to the desired location 10 on the designated construction drawing data, and arranges the data 31 on the construction drawing data. (Step S5). The arrangement data 31 is, for example, one or both of an image taken based on a shooting instruction and an icon (for example, a pin, an arrow, a camera mark) associated with the image.
The worker terminal 50 acquires an image of the construction site taken based on the shooting instruction, and associates the icon with the acquired image. The worker terminal 50 creates the image and the icon as the arrangement data 31. The worker terminal 50 associates the created arrangement data 31 with a designated desired location 10 on the construction drawing data, and arranges the created arrangement data 31 in the vicinity of or at the same location of the desired location 10 (FIG. 1). Then, both the image and the icon of the camera mark associated with the image are arranged).
The worker terminal 50 creates the placement data 31 and superimposes it on the construction drawing data to display the placement data 31.

According to such a construction image shooting instruction system 1, it becomes easy to grasp where / what / in which direction / how many pictures are to be taken on the construction drawing data, and the time for office work can be shortened. By reducing transcription errors, it is possible to improve work efficiency in construction work.

[Functional configuration]
The functional configuration of the construction image shooting instruction system 1 will be described with reference to FIG.
The construction image shooting instruction system 1 is a system including a worker terminal 50 connected to other terminals, devices, and the like so as to be capable of data communication via a network such as a public network.
The construction image shooting instruction system 1 may include an administrator terminal, other terminals, devices, and the like possessed by the system administrator. In this case, the construction image shooting instruction system 1 executes the process described later by any one or a plurality of combinations of the worker terminal 50, other terminals, devices, and the like.

The worker terminal 50 is a mobile terminal such as a smartphone or a tablet terminal, a wearable terminal such as a head-mounted display such as a smart glass, or a personal computer possessed by a worker who performs construction work at a construction site.

The worker terminal 50 includes a CPU (Central Processing Unit), a GPU (Graphics Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), and the like as control units, and other terminals and devices as communication units. It is equipped with a device for enabling communication with the above, an acquisition unit 51 for acquiring construction drawing data, and the like. Further, as a processing unit, the worker terminal 50 includes a device that accepts input operations from workers, a device that inputs / outputs data and images (moving images, still images, etc.), and a display unit 52 that displays construction drawing data. Designation unit 53 that specifies a desired location on the construction drawing data, a shooting instruction unit 54 that gives a shooting instruction to shoot an image of the construction site corresponding to this desired spot, and a construction site shot based on the shooting instruction. The layout unit 55 and the like are provided by associating the layout data related to the image of No. 1 with a desired location on the designated construction drawing data and superimposing the layout data on the construction drawing data.

In the worker terminal 50, the control unit reads a predetermined program and cooperates with the communication unit to realize the acquisition module. Further, in the worker terminal 50, when the control unit reads a predetermined program, the control unit cooperates with the processing unit to display a display module, a designated module, a shooting instruction creation module, a shooting instruction arrangement module, a shooting module, and an image acquisition determination module. , Period judgment module, alert module, placement data creation module, placement data placement module, deletion module, past placement data judgment module.

[First placement process executed by the worker terminal 50]
The first arrangement process executed by the worker terminal 50 will be described with reference to FIG. FIG. 3 is a diagram showing a flowchart of the first arrangement process executed by the worker terminal 50. The process executed by each of the above-mentioned modules will be described together with this process. The first arrangement process includes the above-mentioned construction drawing data acquisition process (step S1), construction drawing data display process (step S2), desired location designation process (step S3), and shooting instruction process (step S4). , The details of the processing of the arrangement processing (step S5) of the arrangement data.

First, the acquisition module acquires construction drawing data (step S10). As described above, the construction drawing data is data related to construction drawings such as design drawings, structural drawings, equipment drawings, basic design drawings, implementation design drawings, construction drawings, and completion drawings.
The acquisition module acquires this construction drawing data from an administrator terminal or the like (not shown). Alternatively, it acquires the construction drawing data that it stores in advance.
By the process of this step S10, the construction image shooting instruction system 1 acquires the construction drawing data.

The display module displays the construction drawing data (step S11). The display module displays the acquired construction drawing data on a display unit or the like. At this time, if only one construction drawing data has been acquired, the display module displays this one construction drawing data. In addition, when multiple construction drawing data have been acquired, the display module displays a list of multiple construction drawing data, thumbnails, explanatory text, etc., and accepts selection input of construction drawing data desired by the operator. , Display the received construction drawing data.
By the process of this step S11, the construction image shooting instruction system 1 displays the acquired construction drawing data.

The designated module designates a desired location on the construction drawing data (step S12). The desired location is a location desired by the operator himself or a location desired by the administrator or the like in advance. The designation module accepts an input operation from the worker for the construction drawing data to be displayed, and accepts the designation of the place desired by the worker. The designated module will designate the place where the designation is accepted as the desired place.
The designated module may designate a preset location as a desired location regardless of the input from the operator. In this case, the construction drawing data and the desired location may be associated in advance, and the preset location may be designated as the desired location according to the construction drawing data to be displayed. For example, the worker may make a desired place at the construction site, or the manager may make a desired place at the office in advance.
By the process of this step S12, the construction image shooting instruction system 1 designates a desired part on the displayed construction drawing data.

[Example of specifying a desired location on construction drawing data]
The designation of the desired part on the construction drawing data will be described with reference to FIG. FIG. 4 schematically shows an example of designating this desired location. The worker performs an input operation such as a tap operation on a place on the construction drawing data desired by himself / herself. The designated module accepts this input operation. The designation module designates the place where this input operation is received as the desired place 10. When the designated module receives an input operation from the operator for other places, the designated module designates each place as a desired place 10.

Returning to FIG. 3, the continuation of the first placement process will be described.
The shooting instruction creation module creates a shooting instruction for shooting an image of the construction site (step S13). As described above, the shooting instruction instructs the operator on the contents of the shooting target, the shooting direction, and the number of shots. In addition, the shooting instruction includes the importance (for example, numbers, characters) of the image to be shot.
The shooting instruction creation module creates a shooting instruction for shooting an image of a construction site corresponding to the designated desired location 10. The shooting instruction creation module sets the shooting contents such as the shooting target, shooting direction, number of shots, and importance required for work office work in advance, and the work report created by the worker. Create as a shooting instruction based on the shooting content required for books and documents. For example, the shooting instruction creation module creates texts such as "pipe" for the shooting target, "east" for the shooting direction, "3 shots" for the number of shots, and "high" for the shooting content as shooting instruction texts.
The shooting instruction creation module associates each of the created shooting contents with the shooting instruction icon. The shooting instruction icon is a pin, an arrow, a camera mark, or the like. The shooting instruction creation module creates a shooting instruction icon associated with the shooting content, a shooting instruction text which is a text describing the shooting content, or both as shooting instructions.

The shooting instruction arrangement module superimposes the created shooting instruction on the construction drawing data (step S14). The shooting instruction placement module links the created shooting instruction (shooting instruction icon, shooting instruction text, or both) to the desired location 10 and arranges them on the construction drawing data, and the display module is the construction drawing data. A shooting instruction is displayed in the vicinity of the designated location 10 or the designated location 10. At this time, the shooting instruction placement module is placed by changing the degree of attention (for example, adding or changing a color, size, border, icon or text) based on predetermined conditions (for example, importance, work content). do. By accepting an input operation from the operator, the display module connects the designated location 10 and the shooting instruction with a leader line or the like, and moves the shooting instruction to a desired place on the construction drawing data.
It should be noted that the shooting instruction arrangement module may be configured to start the shooting application and shoot an image of the construction site when the shooting instruction is placed. The worker will take an image of the construction site where the shooting instruction was given by using the started shooting application.

The case where the shooting instruction is a shooting instruction icon will be described.
The display module displays the shooting content associated with the shooting instruction icon by accepting an input operation from the operator (each shooting content may be displayed in the vicinity of the shooting instruction icon, or the shooting content is described. You may display an electronic small blackboard, etc.). By viewing the displayed shooting content, the worker grasps the shooting target, shooting direction, number of shots, etc. of the image at the construction site.

[Arrangement example 1 of shooting instruction]
An example of arranging a shooting instruction (shooting instruction icon) will be described with reference to FIG.
FIG. 5 is a diagram schematically showing an example of a state in which a shooting instruction arrangement module arranges a shooting instruction (shooting instruction icon) on the construction drawing data. The display module displays the shooting instruction icon 11 as a shooting instruction by superimposing it on the designated portion 10 of the construction drawing data. At this time, the shooting instruction icon 11 is displayed with a degree of attention according to the degree of importance (color, size, border, icon or text is displayed according to the degree of attention). The display module displays the shooting content 12 associated with the shooting instruction icon 11 by accepting an input operation to the shooting instruction icon 11 from the operator. As a display method of the shooting content 12, an electronic small blackboard on which the shooting content 12 is described is displayed, or the shooting content 12 is displayed as a text (the shooting direction includes a visualization of the direction such as an arrow). Display is mentioned. Here, the display module displays "shooting target: piping", "shooting direction: from the east", and "shooting number: 3" as the shooting content 12.

A case where the shooting instruction is a shooting instruction text will be described.
The display module displays a shooting instruction text (for the shooting direction, including a visualization of the direction such as an arrow) together with a mark (for example, a pin, an arrow, an icon, a circle) indicating a designated place. The worker browses this shooting instruction text and grasps the work content.

[Arrangement example 2 of shooting instructions]
An example of arranging a shooting instruction (shooting instruction text) will be described with reference to FIG.
FIG. 6 is a diagram schematically showing an example of a state in which a shooting instruction arrangement module arranges a shooting instruction (shooting instruction text) on construction drawing data. The display module displays the shooting instruction text 13 as a shooting instruction at the designated portion 10 of the construction drawing data. The display module displays the shooting instruction text 13 in the vicinity of the designated portion 10 (the shooting direction is displayed as an arrow). At this time, the shooting instruction text 13 is displayed with a degree of attention according to the degree of importance (color, size, border, icon or text is displayed according to the degree of attention).

Based on these shooting instructions, the worker can easily grasp the shooting content of the image of the construction site to be shot by himself / herself.
By the processing of these steps S13 and S14, the construction image shooting instruction system 1 gives a shooting instruction for shooting an image of the construction site corresponding to the designated desired location.

Returning to FIG. 3, the continuation of the first placement process will be described.
The image acquisition determination module determines whether or not an image has been acquired (step S15). The image acquisition determination module determines whether or not an image of the construction site has been acquired based on the shooting instruction. The image acquisition determination module executes this determination based on whether or not the photographing module has photographed an image of the construction site based on the photographing instruction. By taking this image, the worker terminal 50 acquires an image of the construction site.
When the image acquisition determination module determines that the image has not been acquired (step S15 NO), the period determination module determines whether or not the predetermined period has elapsed (step S16). The predetermined period is, for example, a response date specified by the person who instructed the shooting, one hour, one day, or the like. When the period determination module determines that the predetermined period has not elapsed (step S16 NO), the worker terminal 50 again executes the process of step S15 described above.

On the other hand, when the period determination module determines that the predetermined period has elapsed (YES in step S16), the alert module outputs an alert (step S17). The alert acquires an image based on the shooting instruction on the administrator terminal, the worker terminal, or both, changing the attention level of the placed shooting instruction (for example, adding or changing the color, size, border, icon or text). Send an e-mail stating that it has not been done, push notification by the application, etc. The alert module outputs an alert based on the preset contents.
After executing this alert process, the worker terminal 50 executes the process of step S15 described above again.

Returning to the process of step S15, the case where the image acquisition determination module acquires an image will be described.
When the image acquisition determination module determines that the image has been acquired (YES in step S15), the arrangement data creation module creates the arrangement data (step S18). The placement data includes the placement image, which is the acquired image itself, the placement icon associated with this image (pins, arrows, camera marks, etc. described above), and the memo associated with these (shooting date and time, shooting location). , Explanation of the shooting target, shooting purpose, etc.), shooting content in the shooting instruction is included. The memo is based on the content received from the worker or the like and the content preset by the administrator.
The placement data creation module creates placement data by associating the placement image, the memo, and the shooting content with each other. In addition, the placement data creation module associates the placement icon with the acquired image, links the associated placement icon with the memo, and the shooting content, respectively, and creates placement data.

The placement data placement module places placement data (step S19). The placement data placement module links the created placement data (placement image or placement icon) to a desired place 10, superimposes it on the designated place 10 on the construction drawing data, and places it in a display module. Displays placement data in the vicinity of or at the same location as the designated location 10 on the construction drawing data. At this time, the placement data placement module changes the degree of attention (for example, addition or change of color, size, border, icon or text) based on predetermined conditions (for example, importance, work content). Deploy.
The display module accepts input operations from the operator, and the placement data placement module connects the designated location 10 and the placement data with a leader line or the like, and the placement data is desired on the construction drawing data. Move to the location of.
In addition, the placement data placement module superimposes and displays electronic small blackboards on which the memos and the like associated with the placement data are placed on the placement data on the placement data. The module displays construction drawing data, placement data, and an electronic small blackboard on which memos and the like are written. This electronic small blackboard accepts input of contents other than memos, the accepted contents are added, and it is also possible to register the accepted contents in the memo associated with the arrangement data.
By the process of this step S19, the construction image shooting instruction system 1 associates the layout data regarding the image of the construction site taken based on the shooting instruction with the desired place on the designated construction drawing data, and the construction drawing. Place them on top of the data.

A case where the placement data is a placement image will be described.
The arrangement data arrangement module arranges this arrangement image by designating a shooting target. The placement data placement module arranges a shooting target based on the shooting target received by the display module from the operator or the shooting target in the shooting instruction in the vicinity of the placement image. For example, when the shooting target in the shooting instruction is "pipe", the placement data placement module places the "pipe" in text in the vicinity of this placement image. The format of the object to be photographed may be another method (for example, a symbol).
Further, the arrangement data arrangement module arranges the arrangement image by designating the shooting direction. In the placement data placement module, the display module sets the shooting direction based on the shooting direction (for example, the direction, direction, direction of the arrow) received from the operator or the shooting direction in the shooting instruction in the vicinity of the placement image. Place them together. For example, if the shooting direction in the shooting instruction is "from east", the placement data placement module will place an arrow pointing from west to east (the direction from the start point to the end point is the shooting direction). Place it near the image. The format of the shooting direction to be arranged may be another method (for example, text, symbol).
Further, the arrangement data arrangement module arranges the remaining number of images in the vicinity of the arrangement image arranged so as to overlap with the designated portion 10 based on the number of images taken in the shooting instruction. If the number of images acquired this time is only "1" and the number of shots in the shooting instruction is "3", the remaining number of "2" is placed in the vicinity of this placement image. .. The format of the remaining number of sheets to be arranged may be another method (for example, numbers, symbols, color coding, frames).
When the placement data placement module has acquired a plurality of images based on the number of shots, one of the images may be placed as a placement image, or a part or all of the plurality of images may be placed. It may be arranged as an image. When arranging a plurality of images as arrangement images, each arrangement image may be arranged in an overlapping manner, each arrangement image may be arranged separately, or each arrangement image may be arranged in a thumbnailed state. ..
The placement data to be placed by the placement data placement module may be only the placement image, or may be a combination of the placement image and the shooting target, the shooting direction, or the number of shots, or a plurality of shots. Is also good.
By accepting the input operation from the operator, the display module displays the memo and the shooting content associated with the arrangement image. At this time, the display module displays the memo and the shooting contents in the state described on the electronic small blackboard. The worker browses this placement data and the electronic small blackboard and confirms the image.

[Placement example of data for placement 1]
An arrangement example of the arrangement data (arrangement image) will be described with reference to FIG. 7.
FIG. 7 is a diagram schematically showing an example of a state in which the arrangement data arrangement module arranges the arrangement data (arrangement image) on the construction drawing data. The display module displays the layout image 15 as the layout data in the vicinity of the designated location 10 on the construction drawing data. The display module displays the arrangement image 15 with a degree of attention according to the degree of importance. At this time, the display module may display a mark (for example, a pin, an arrow, an icon, a circle) indicating the designated portion 10.
Although not shown, the display module may display the arrangement image 15 together with any or a plurality of combinations of the above-mentioned shooting target, shooting direction, and number of shots.

A case where the placement data is a placement icon will be described.
The arrangement data arrangement module arranges the remaining number of sheets based on the number of images taken in the shooting instruction in the vicinity of the arrangement icon arranged so as to overlap with the designated place 10. If the number of images (acquired images) associated with the placement icon this time is only "1" and the number of shots in the shooting instruction is "3", the remaining number of "2" is displayed. Place it in the vicinity of this placement icon. The format of the remaining number of sheets to be arranged may be another method (for example, numbers, symbols, color coding, frames).
Further, the placement data placement module can also place the total number of images associated with the placement icon in the vicinity of the placement icon. It is desirable that the format of the total number of images to be arranged is different from the format of the remaining number of images, and it is recommended to use the format of numbers, symbols, color coding, frames, etc. that was not used in the format of the remaining number of images. preferable.
When the placement data placement module acquires a plurality of images based on the number of shots, one of the images may be associated with the placement icon, or a part or all of the plurality of images may be linked. , May be linked to the placement icon.
By accepting an input operation from the operator, the display module displays one or a plurality of combinations of images, memos, or shooting contents associated with the placement icon. When a plurality of images are associated with this placement icon, each image may be displayed in an overlapping manner, each image may be displayed separately, or may be displayed in a thumbnailed state. .. At this time, the display module displays an image, a memo, or a photographed content in a state described on the electronic small blackboard. The worker browses this electronic small blackboard and confirms the image.

[Placement example 2 of placement data]
An arrangement example of the arrangement data (arrangement icon) will be described with reference to FIG.
FIG. 8 is a diagram schematically showing an example of a state in which the arrangement data arrangement module arranges the arrangement data (arrangement icon) on the construction drawing data. The display module displays the placement icon 16 as placement data in the vicinity of or at the same place as the designated place 10 on the construction drawing data. The display module displays the placement icon 16 with a degree of attention according to the degree of importance. At this time, the display module may display a mark (for example, a pin, an arrow, a circle) indicating the designated portion 10.
Although not shown, the display module may display the arrangement icon 16 together with any or a plurality of combinations of the above-mentioned shooting target, shooting direction, and number of shots.
By accepting an input operation to the arrangement icon 16, the display module displays any or a plurality of combinations of images, memos, or shooting contents associated with the arrangement icon 16.

[Placement example of data for placement 3]
In FIG. 7 described above, the placement image 15 is used as the placement data, and in FIG. 8 described above, the placement icon 16 is used as the placement data, but the placement image 15 and the placement are described. It is also possible to use both the icon 16 and the icon 16 as placement data. This case will be described with reference to FIGS. 9 and 10.
FIG. 9 is a diagram schematically showing an example of a state in which the placement data placement module arranges placement data at a plurality of locations. FIG. 10 is a diagram schematically showing an example of an electronic small blackboard displayed by the display module. The display module displays the placement image 15 and the placement icons 16 (16a, 16b, 16c) as placement data in the vicinity of the designated location 10 or the designated location 10 on the construction drawing data, respectively. indicate.
In this figure, the placement data placement module arranges the remaining number icons 17 (17a, 17b, 17c, 17d) indicating the remaining number of shots in the vicinity of each placement data, and the display module displays the remaining number icon. 17 is displayed in the vicinity of each arrangement data. Further, the arrangement data arrangement module arranges an arrow 18 indicating a shooting direction in the vicinity of the arrangement icon 16b, and the display module displays the arrow 18 in the vicinity of the arrangement icon 16b. Further, the display module receives an input operation from the operator, connects the designated portion 10 and the placement icon 16a with the leader line 19, and the placement icon 16a is originally placed on the construction drawing data. The worker is moving from the place to the place desired by the worker.
The display module displays the electronic small blackboard 20 shown in FIG. 10 by accepting an input operation to the arrangement image 15 and the arrangement icon 16. The placement icon 16b that received the input is surrounded by a frame and colored (the degree of attention is changed). The method of changing the attention level of the placement image 15 or the placement icon 16 that has received the input may be another method, or the attention level may not be changed.
This figure shows a state in which an image and a memo are written on the electronic small blackboard 20. The electronic small blackboard 20 describes an image, a shooting date and time, a shooting location, a description of a shooting target, a shooting purpose, and the like on the arrangement icon 16b that has received input. The electronic small blackboard 20 can add images taken later and input memos, shooting contents, and the like. The added data will be registered as placement data.

Returning to FIG. 3, the continuation of the first placement process will be described.
The deletion module deletes the shooting instruction (step S20). In the deletion module, the placement data placement module superimposes placement data that satisfies the number of shots in the shooting instruction on the construction drawing data, and then deletes the shooting instruction placed at this location from the construction drawing data. ..

The worker terminal 50 can also be configured to output the construction drawing data in which the placement data is arranged to a spreadsheet software or the like.
Further, the worker terminal 50 creates one or a plurality of predetermined groups based on a predetermined classification (for example, a member in the company, an external expert) or the like set in advance, and arranges the layout data in the construction drawing data. Can be shared within a group desired by a worker, an administrator, or the like.

The above is the first placement process.

[Second placement process executed by the worker terminal 50]
A second arrangement process executed by the worker terminal 50 will be described with reference to FIG. FIG. 11 is a diagram showing a flowchart of a second arrangement process executed by the worker terminal 50. The process executed by each of the above-mentioned modules will be described together with this process. The second placement process is a modification of the first placement process described above. The detailed description of the same processing as the first arrangement processing described above will be omitted.

The worker terminal 50 has a construction drawing data acquisition process (step S30 (process similar to the process of step S10)), a construction drawing data display process (step S31 (process similar to the process of step S11)), and a construction drawing. A process of designating a desired portion on the data (step S32 (process similar to the process of step S12)), a process of creating a shooting instruction for capturing an image of the construction site (step S33 (similar to the process of step S13)). Process)), a process of superimposing and arranging the photographing instruction on the construction drawing data (step S34 (process similar to the process of step S14)) is executed.

The past placement data determination module determines whether or not there is past placement data that matches the shooting instruction placed this time (step S35), or matches the shooting instruction placed this time by the operator or administrator. Helps determine if past placement data exists. The past placement data determination module assists in determining or determining whether or not the arrangement data that matches the shooting content in the shooting instruction created this time has been created so far. The past placement data may be placement data created based on captured image data, or placement data created by the processing of step S18 described above before this processing. When the past placement data determination module determines that there is no past placement data that matches the shooting instruction (step S35 NO), the past placement data determination module executes the processes after the above-mentioned step S15 process (image acquisition determination process). In this figure, for the sake of brevity, it is described as ending.

On the other hand, when the past placement data determination module determines that the past placement data matching the shooting instruction exists or assists in the determination (step S35 YES), the placement data placement module is the past placement. Data is arranged (step S36 (similar to the process of step S19)), and the deletion module deletes the shooting instruction (step S37 (similar to the process of step S20)). In the process of step S36, the difference from the above-mentioned step S19 is that the placement data placement module creates placement data or shooting based on the captured image instead of placing the created placement data. The point is to place the past placement data that matches the instructions, and the other points are the same.

The above is the second arrangement process.

The above-mentioned means and functions are realized by a computer (including a CPU, an information processing device, and various terminals) reading and executing a predetermined program. The program may be provided, for example, in a form provided from a computer via a network (Software as a Service) or a cloud service. Further, the program may be provided in a form recorded on a computer-readable recording medium. In this case, the computer reads the program from the recording medium, transfers it to an internal recording device or an external recording device, records the program, and executes the program. Further, the program may be recorded in advance in a recording device (recording medium) and provided to the computer from the recording device via a communication line.

Although the embodiments of the present invention have been described above, the present invention is not limited to these embodiments described above. In addition, the effects described in the embodiments of the present invention merely list the most suitable effects arising from the present invention, and the effects according to the present invention are limited to those described in the embodiments of the present invention. is not.

(1) A construction image shooting instruction system that gives a shooting instruction to shoot an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
An acquisition unit (for example, acquisition unit 51, acquisition module) for acquiring the construction drawing data,
A display unit (for example, display unit 52, display module) that displays the acquired construction drawing data, and
A designated unit (for example, designated unit 53, designated module) that designates a desired location on the displayed construction drawing data, and
A shooting instruction unit (for example, a shooting instruction unit 54, a shooting instruction creation module, a shooting instruction arrangement module) that gives a shooting instruction for shooting an image of the construction site corresponding to the designated desired location.
The placement data (for example, the placement image, the placement icon associated with the image) related to the image of the construction site taken based on the shooting instruction is linked to the desired location on the designated construction drawing data. Then, an arrangement unit (for example, an arrangement unit 55, an arrangement data creation module, an arrangement data arrangement module) to be arranged on top of the construction drawing data,
Construction imaging instruction system equipped with.

According to the invention of (1), work efficiency in construction work can be improved.

(2) The shooting instruction unit superimposes the shooting instruction on the construction drawing data.
The construction image shooting instruction system according to (1).

According to the invention of (2), it becomes easy to grasp the part to be photographed at the construction site.

(3) A deletion unit (for example, a deletion module) that deletes the shooting instruction after the placement data is placed.
The construction image shooting instruction system according to (2).

According to the invention of (3), since unnecessary shooting instructions do not remain, work efficiency can be improved.

(4) If an image according to a shooting instruction is not acquired even after a predetermined period of time has passed, an alert unit (for example, an alert) that performs an alert (for example, changing the attention level of the shooting instruction, sending an e-mail, push notification, etc.) Module) and
The construction image shooting instruction system according to (1).

According to the invention of (4), it becomes easy to encourage an operator to take an image or the like in accordance with a shooting instruction.

(5) The placement unit links the placement data, which matches the shooting instruction and is created based on the image taken before the shooting instruction, to a desired location on the designated construction drawing data. The construction image shooting instruction system according to (1), which is attached and placed on top of the construction drawing data.

According to the invention of (5), even the arrangement data created based on the image already taken can be arranged, and the work efficiency can be improved.

(6) If there is past placement data for an image taken before the shooting instruction that matches the shooting instruction, the placement unit uses the past placement data as the designated construction drawing data. Link it to the desired location above and place it on top of the construction drawing data.
The construction image shooting instruction system according to (1).

According to the invention of (6), even the arrangement data created in advance can be arranged, and the work efficiency can be improved.

(7) The arrangement unit changes the degree of attention (for example, color, size, border, icon or text) of the arrangement data based on predetermined conditions (for example, importance, work content) or Change) and place,
The construction image shooting instruction system according to (1).

According to the invention of (7), it becomes easy to grasp predetermined conditions (important parts, work contents, etc.).

(8) A construction image shooting instruction method executed by a construction image shooting instruction system that gives a shooting instruction to shoot an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
Steps for acquiring the construction drawing data (for example, steps S10 and S30) and
A step of displaying the acquired construction drawing data (for example, steps S11 and S31) and
A step (for example, steps S12 and S32) for designating a desired location on the displayed construction drawing data, and
A step (for example, steps S13, S14, S33, S34) for giving a shooting instruction for shooting an image of the construction site corresponding to the designated desired location.
A step (for example, a step) in which placement data related to an image of a construction site taken based on the shooting instruction is associated with a desired location on the designated construction drawing data and superposed on the construction drawing data. S18, S19, S36) and
Construction imaging instruction method.

(9) To a computer that gives an instruction to take an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
Steps for acquiring the construction drawing data (for example, steps S10 and S30).
Steps for displaying the acquired construction drawing data (for example, steps S11 and S31),
A step of designating a desired location on the displayed construction drawing data (for example, steps S12 and S32).
A step of giving an imaging instruction for capturing an image of the construction site corresponding to the designated desired location (for example, steps S13, S14, S33, S34).
A step (for example, a step) in which placement data related to an image of a construction site taken based on the shooting instruction is associated with a desired location on the designated construction drawing data and superposed on the construction drawing data. S18, S19, S36),
A computer-readable program for running.

1 Construction image shooting instruction system 10 Desired location 11 Shooting instruction icon 12 Shooting content 13 Shooting instruction text 15 Placement image 16 Placement icon 17 Remaining number icon 18 Arrow 19 Leader line 20 Electronic small blackboard 30 Shooting instruction 31 Placement data 50 Worker terminal 51 Acquisition unit 52 Display unit 53 Designated unit 54 Shooting instruction unit 55 Arrangement unit

Claims (10)

It is a construction image shooting instruction system that gives a shooting instruction to shoot an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
The acquisition unit that acquires the construction drawing data,
A display unit that displays the acquired construction drawing data, and
A designated part that specifies a desired location on the displayed construction drawing data, and
A shooting instruction unit that gives a shooting instruction to instruct the shooting contents for shooting an image of the construction site corresponding to the designated desired location, and a shooting instruction unit.
An arrangement unit that links the arrangement data related to the image of the construction site taken based on the photography instruction to a desired place on the designated construction drawing data and superimposes it on the construction drawing data.
A deletion unit that deletes the shooting instruction made at the location where the placement data is placed , and
Construction imaging instruction system equipped with. It is a construction image shooting instruction system that gives a shooting instruction to shoot an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
The acquisition unit that acquires the construction drawing data,
A display unit that displays the acquired construction drawing data, and
A designated part that specifies a desired location on the displayed construction drawing data, and
A shooting instruction unit that gives a shooting instruction to instruct the shooting contents for shooting an image of the construction site corresponding to the designated desired location, and a shooting instruction unit.
An arrangement unit that links the arrangement data related to the image of the construction site taken based on the photography instruction to a desired place on the designated construction drawing data and superimposes it on the construction drawing data.
An alert unit that alerts when an image according to the shooting instruction performed at the location where the placement data is placed is not acquired.
Construction imaging instruction system equipped with. The shooting instruction unit superimposes the shooting instruction on the construction drawing data.
The construction imaging instruction system according to claim 1 or 2. The arrangement unit associates the arrangement data created based on the image taken before the photography instruction, which matches the photography instruction, with the desired place on the designated construction drawing data. Place it on top of the construction drawing data,
The construction imaging instruction system according to claim 1 or 2. If there is past placement data for an image taken before the shooting instruction that matches the shooting instruction, the placement unit may use the past placement data as desired on the designated construction drawing data. It is linked to the location of and placed on top of the construction drawing data.
The construction imaging instruction system according to claim 1 or 2. The arrangement unit arranges the arrangement data by changing the degree of attention based on a predetermined condition.
The construction imaging instruction system according to claim 1 or 2. It is a construction image shooting instruction method executed by the construction image shooting instruction system that gives a shooting instruction to shoot an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
The step of acquiring the construction drawing data and
Steps to display the acquired construction drawing data and
A step to specify a desired location on the displayed construction drawing data, and
A step of giving a shooting instruction to instruct the shooting contents for shooting an image of the construction site corresponding to the designated desired location, and a step of giving a shooting instruction.
A step of associating placement data related to an image of a construction site taken based on the shooting instruction with a desired location on the designated construction drawing data and superimposing the placement data on the construction drawing data.
A step of deleting the shooting instruction made at the place where the placement data is placed , and
Construction imaging instruction method. It is a construction image shooting instruction method executed by the construction image shooting instruction system that gives a shooting instruction to shoot an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
The step of acquiring the construction drawing data and
Steps to display the acquired construction drawing data and
A step to specify a desired location on the displayed construction drawing data, and
A step of giving a shooting instruction to instruct the shooting contents for shooting an image of the construction site corresponding to the designated desired location, and a step of giving a shooting instruction.
A step of associating placement data related to an image of a construction site taken based on the shooting instruction with a desired location on the designated construction drawing data and superimposing the placement data on the construction drawing data.
If the image according to the shooting instruction performed at the place where the placement data is placed is not acquired, the step of performing an alert and
Construction imaging instruction method. To a computer that gives an instruction to take an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
Steps to acquire the construction drawing data,
Step to display the acquired construction drawing data,
Steps to specify the desired location on the displayed construction drawing data,
A step of giving a shooting instruction to instruct the shooting contents for shooting an image of the construction site corresponding to the designated desired location.
A step of associating placement data related to an image of a construction site taken based on the shooting instruction with a desired location on the designated construction drawing data and superimposing the placement data on the construction drawing data.
A step of deleting the shooting instruction made at the place where the placement data is placed ,
A computer-readable program for running. To a computer that gives an instruction to take an image of the construction site by associating it with a desired part on the construction drawing data related to the construction site.
Steps to acquire the construction drawing data,
Step to display the acquired construction drawing data,
Steps to specify the desired location on the displayed construction drawing data,
A step of giving a shooting instruction to instruct the shooting contents for shooting an image of the construction site corresponding to the designated desired location.
A step of associating placement data related to an image of a construction site taken based on the shooting instruction with a desired location on the designated construction drawing data and superimposing the placement data on the construction drawing data.
A step of alerting when an image according to the shooting instruction performed at the location where the placement data is placed is not acquired.
A computer-readable program for running.

Images