JP7167386B1 - Indication content output system, indication content output method and program - Google Patents

Abstract

An object of the present invention is to improve work efficiency.
An indication content output system for managing the safety quality of construction work registers a plurality of safety and quality control items of construction work, acquires construction drawing data, and generates a layer superimposed on the acquired drawing data. , arranging a checklist icon on the generated layer, accepting a selection of which safety and quality control item among the plurality of registered safety and quality control items is to be linked to the arranged checklist icon, and accepting Generate a checklist corresponding to the safety quality control items generated, accept input of pass/fail for each item of the safety quality control items in the generated checklist, and if the input is fail, on the layer An indication icon linked to the item of the input safety quality control item is arranged, an input of indication content of failure is accepted for the arranged indication icon, and the received indication content is linked to the indication icon and output. .
[Selection drawing] Fig. 1

Description

TECHNICAL FIELD The present invention relates to a technique effective for safety and quality control of construction work.

In recent years, technology related to safety and quality control in construction has attracted attention.
For example, in Patent Document 1, first date and time information indicating the date and time of acquisition of safety information and safety information related to work safety, and second date and time information indicating the acquisition date and time of danger prediction information and danger prediction information related to risk prediction of workers. , third date and time information indicating the date and time when the construction quality information was acquired, and construction quality information related to the quality of construction.
In addition, Japanese Laid-Open Patent Publication No. 2002-200002 provides a technique for creating a form for a construction site by repeatedly exchanging messages using an information terminal via a server.

JP 2017-182546 A JP 2021-163367 A

At a construction site, a manager or worker prepares a checklist of safety and quality control items for construction work, and based on this checklist, confirms whether each item of the safety and quality control items is acceptable. In this confirmation work, if the result is negative, the manager or worker manually points out the reason for the negative. Therefore, there was a problem of poor work efficiency.
Therefore, there is a demand for a technique of arranging an indication icon on a layer superimposed on construction drawing data, and receiving and displaying an input of indication content.
However, with the techniques described in Patent Literatures 1 and 2, it is not possible to place the pointing icon on a layer superimposed on construction drawing data, and receive and display the input of pointing content.
Therefore, the inventor paid attention to a mechanism for arranging an indication icon on a layer superimposed on construction drawing data, and receiving and displaying an input of indication content.

The present invention provides an indication content output system that makes it possible to improve work efficiency by arranging indication icons on a layer superimposed on construction drawing data, and receiving and displaying indication content input. An object is to provide a content output method and program.

The present invention is an indication content output system for managing the safety quality of construction work,
a registration unit for registering a plurality of construction safety and quality control items;
an acquisition unit that acquires construction drawing data;
a layer generation unit that generates a layer to be superimposed on the acquired drawing data;
a checklist icon placement unit that places a checklist icon on the generated layer;
a selection reception unit that receives a selection of which of the plurality of safety and quality control items registered is associated with the arranged checklist icon;
a checklist generation unit that generates a checklist corresponding to the received safety quality control items;
a pass/fail reception unit that receives a pass/fail input for each item of the safety quality control items of the generated checklist;
an indication icon placement unit that, when the input is negative, arranges an indication icon associated with the item of the safety quality control item for which negative is input on the layer;
an indication content reception unit that receives an input of an indication content of rejection to the arranged indication icon;
an indication content output unit that outputs the received indication content in association with the indication icon;
To provide an indication content output system comprising

According to the present invention, an indication content output system for managing the safety quality of construction work registers a plurality of safety quality control items of construction work, acquires construction drawing data, and creates a layer to be superimposed on the acquired drawing data. Generate, arrange a checklist icon on the generated layer, and accept selection of which safety quality control item among the plurality of registered safety quality control items is to be associated with the arranged checklist icon. , generates a checklist corresponding to the received safety quality control items, receives pass/fail input for each item of the safety quality control items in the generated checklist, and if the input is negative, on the layer, Arranging an indication icon linked to the item of the safety and quality control item for which "fail" was input, accepting the input of the indication content of "fail" to the arranged indication icon, and linking the received indication content to the indication icon. Output.

Although the present invention is in the category of systems, the same actions and effects can be achieved with methods and programs.

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

1 is a diagram illustrating an outline of an indication content output system 1; FIG. 1 is a diagram showing a functional configuration of an indication content output system 1; FIG. 4 is a diagram showing a flowchart of item registration processing executed by the indication content output system 1. FIG. FIG. 4 is a diagram schematically showing an example of an input screen for receiving inputs of safety quality control items; It is the figure which showed an example of the registration content list typically. FIG. 10 is a diagram showing a flowchart of checklist icon arrangement processing executed by the indication content output system 1. FIG. FIG. 10 is a diagram schematically showing an example of a state in which checklist icons are arranged on a layer generated over drawing data; 4 is a diagram showing a flowchart of checklist generation processing executed by the indication content output system 1. FIG. FIG. 4 is a diagram schematically showing an example of a state in which selection of safety quality control items is accepted for major items; FIG. 10 is a diagram schematically showing an example of a state in which selection of safety quality control items is accepted with respect to medium items; FIG. 4 is a diagram schematically showing an example of a state in which selection of safety quality control items is accepted for subitems; It is the figure which showed an example of the checklist typically. FIG. 10 is a diagram showing a flowchart of pointing icon arrangement processing executed by the pointing content output system 1. FIG. FIG. 4 is a diagram schematically showing an example of a state in which an input of pass/fail is received for each item of safety quality control items; FIG. 4 is a diagram schematically showing an example of a state in which pointing icons are arranged on a layer generated superimposed on drawing data; FIG. 10 is a diagram schematically showing an example of a state in which an input of indication content is accepted; FIG. 10 is a diagram showing a flowchart of checklist icon linking processing executed by the indication content output system 1. FIG. FIG. 11 is a diagram schematically showing an example of a state in which selection of a checklist icon is accepted; FIG. 4 is a diagram schematically showing an example of a state in which a checklist is output; FIG. 10 is a diagram schematically showing an example of a state in which pointed out content is output; FIG. 7 is a diagram showing a flowchart of item list generation processing executed by the indication content output system 1; FIG. 9 is a diagram showing a flowchart of an indication content list generation process executed by the indication content output system 1; FIG. 10 is a diagram showing a flowchart of processing when resolving indication content executed by the indication content output system 1;

EMBODIMENT OF THE INVENTION Hereinafter, with reference to an accompanying drawing, the form (henceforth, embodiment) for implementing this invention is demonstrated in detail. In subsequent figures, the same numbers or symbols are attached to the same elements throughout the description of the embodiments.

[Outline of indication content output system 1]
FIG. 1 is a schematic diagram for explaining an overview of an indication content output system 1. As shown in FIG.
The indication content output system 1 includes a user terminal 10 such as a mobile terminal such as a mobile phone, a smart phone, a tablet terminal, or a personal computer managed by a system user (for example, a site supervisor, a site supervisor), and a user terminal 10 such as a personal computer. Realize the process of managing

Terminals and devices that constitute the indication content output system 1 will be described.
The indication content output system 1 may be a system including at least the user terminal 10 described above. This user terminal 10 may be a computer having a server function. In this case, the user terminal 10 may be implemented by, for example, one computer, or may be implemented by a plurality of computers such as a cloud computer. May be.
A cloud computer in this specification is a computer that uses any computer in a scalable manner to perform a specific function, or includes multiple functional modules to realize a certain system, and uses the functions in a free combination. It can be anything.
In this embodiment, in addition to the user terminal 10, the pointed out content output system 1 includes a work managed by a worker who performs construction work (for example, a person in charge of construction such as a person in charge of a construction contractor to whom the user has placed an order for construction). It consists of a user terminal.
The terminals, devices, and the like that constitute the indication content output system 1 are merely examples, and the number, types, and functions of terminals other than the user terminal 10 can be changed as appropriate.

An overview of processing steps when the indication content output system 1 manages the safety quality of construction work will be described.

The user terminal 10 registers a plurality of safety quality control items for construction work (step S1).
The safety and quality control items are classified into major items, medium items, and minor items. Major items classify the safety quality control items by type. Medium items are subdivided from large items. Small items are subdivided from medium items.
The user terminal 10 accepts inputs of major items, intermediate items and minor items, and registers the accepted major items, intermediate items and minor items as safety quality control items. In addition, the user terminal 10 also registers the management standards and confirmation methods of safety quality management items, and the confirmation contents and confirmation methods of management items and the like.

The user terminal 10 acquires construction drawing data (step S2).
The user terminal 10 acquires construction drawing data from a worker terminal, another system, another terminal such as a computer, or the like.

The user terminal 10 generates a layer superimposed on the acquired drawing data (step S3).
A layer is, for example, a transparent virtual sheet superimposed on drawing data, and can output various icons, various data, memos, images, and the like.
The user terminal 10 generates a virtual sheet having a size that overlaps part or all of the acquired drawing data as a layer, and overlays the generated layer on the drawing data.

The user terminal 10 arranges checklist icons on the generated layer (step S4).
A checklist icon is, for example, an icon such as a pin, mark, character string, or symbol.
The user terminal 10 accepts selection of checklist icons to be arranged on the layer. The user terminal 10 arranges the received checklist icon on the layer.
The user terminal 10 may place the checklist icon in a preset area, or may receive an input of an area (for example, a point, a predetermined range) in which the checklist icon is placed, and the accepted area may be placed in the

The user terminal 10 accepts selection of which safety quality control item among the plurality of registered safety quality control items is to be associated with the arranged checklist icon (step S5).
The user terminal 10 accepts selection of a safety quality control item to be linked to the arranged checklist icon from the registered safety quality items. The user terminal 10 accepts this selection for each of the large items, medium items and small items. The user terminal 10 associates each of the received major items, medium items, and minor items with the checklist icon.

The user terminal 10 generates a checklist corresponding to the received safety quality control items (step S6).
The checklist includes, for example, control items registered in association with selected major, intermediate, and minor items, judgment criteria and methods, pass/fail results for each control item, confirmation date, correction completion date, etc. This is a summary of The purpose of this checklist is to output control items, judgment criteria and methods, and to input pass/fail results for each control item, confirmation dates, correction completion dates, and the like.
The user terminal 10 generates this checklist.

The user terminal 10 receives an input of pass/fail for each item of the safety quality control items of the generated checklist (step S7).
The user terminal 10 displays the generated checklist on its own display unit, and accepts pass/fail input for each item of the safety and quality control items of this checklist.

When the input is negative, the user terminal 10 arranges on the layer an indication icon associated with the item of the safety quality control item for which negative is input (step S8).
Pointing icons are, for example, icons such as pins, marks, character strings, and symbols.
The user terminal 10 associates the indication icon with the item of the safety and quality control item for which no is input. The user terminal 10 arranges this indication icon on the layer.
The user terminal 10 may arrange this indication icon in a preset area, or arrange this indication icon in the vicinity (for example, around, within a predetermined range) of the arranged checklist icon. It may be one that accepts input of an area (for example, a point, a predetermined range) in which to place the pointing icon, and places the pointing icon in the accepted area. An indication icon may be arranged in the area. Further, the user terminal 10 may connect the arranged checklist icon and the indication icon with a leader line or the like, and arrange the indication icon on a layer.

The user terminal 10 accepts an input of the contents of the pointing out to the arranged pointing icon (step S9).
The indicated contents are, for example, indicated matters, indicated points, countermeasures, construction workers, scheduled completion dates, images of indicated points, and remarks.
The user terminal 10 accepts an input of indication content as a reason for inputting "no" to the item of the safety quality control item in the indication icon arranged on the layer.

The user terminal 10 outputs the received indication content in association with the indication icon (step S10).
The user terminal 10 associates the received indication content with the indication icon.
The user terminal 10 receives an input for this indication icon, and displays the content of indication linked to this indication icon on its own display unit.

The outline of the indication content output system 1 has been described above.
According to this pointed out content output system 1, it is possible to improve work efficiency.

[Device configuration]
FIG. 2 is a block diagram showing the configuration of the indication content output system 1. As shown in FIG. The indication content output system 1 is a system for managing the safety quality of construction work, and is composed of at least a user terminal 10 . In this embodiment, the pointed out content output system 1 further includes a worker terminal managed by the worker described above.
The indication content output system 1 is a system in which a user terminal 10 and a worker terminal are connected via a network 5 such as a public line network so as to be capable of data communication.
It should be noted that the terminals, devices, and the like that constitute the pointed out content output system 1 are merely examples, and the number, types, and functions of terminals other than the user terminal 10 can be changed as appropriate.

The user terminal 10 is, for example, a mobile terminal such as a mobile phone, a smart phone, a tablet terminal, or a terminal such as a personal computer. In addition, the user terminal 10 may be a computer having a server function. In this case, the user terminal 10 may be realized by, for example, one computer, or by a plurality of computers such as a cloud computer. It may be realized.
The user terminal 10 includes a CPU (Central Processing Unit), a GPU (Graphics Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), etc. as a control unit, and other terminals, devices, etc. as a communication unit. and an acquisition unit 11 for acquiring construction drawing data.
The user terminal 10 includes, as a storage unit, a data storage unit such as a hard disk, a semiconductor memory, a recording medium, a memory card, etc., and a registration unit 12 for registering a plurality of safety and quality control items for construction work.
The user terminal 10 includes, as processing units, various devices for executing various processes, a layer generation unit 13 for generating layers to be superimposed on the acquired drawing data, and a checklist icon placement unit 14 for placing checklist icons on the generated layers. , a selection reception unit 15 that receives a selection of which safety quality control item among a plurality of registered safety quality control items is linked to the arranged checklist icon, and generates a checklist corresponding to the received safety quality control item. a checklist generation unit 16 that performs checklist generation, a pass/fail reception unit 17 that receives pass/fail input for each item of the safety quality control items in the generated checklist, and if the input is fail, the safety quality entered as fail on the layer An indication icon placement unit 18 for arranging an indication icon linked to an item of a management item, an indication content reception unit 19 for accepting an input of an indication content of negation to the arranged indication icon, and an indication content receiving unit 19 for associating the received indication content with an indication icon. An indication content output unit 20 and the like for outputting are provided.

In the user terminal 10, the control unit loads a predetermined program, and cooperates with the communication unit to realize a drawing data acquisition module, a post-icon layout drawing data output module, and a resolution acceptance module.
In addition, in the user terminal 10, the control unit reads a predetermined program, thereby realizing an item registration module in cooperation with the storage unit.
Further, in the user terminal 10, the control unit reads a predetermined program, and cooperates with the processing unit to generate an item reception module, a registration content list generation module, a registration content output module, a layer generation module, a drawing data output module, First checklist icon selection reception module, area reception module, checklist icon placement module, item selection reception module, item linking module, checklist generation module, checklist linking module, checklist output module, pass/fail acceptance module, pass/fail judgment module , input completion determination module, comprehensive determination module, checklist icon attention level change module, indication icon linking module, indication icon placement module, indication content receiving module, first indication content linking module, first indication content output module, second checklist icon selection reception module, second indication content linking module, second indication content output module, item list generation module, item list output module, indication content list generation module, indication content list output module, indication icon attention level change module, A solution number arrangement module and a solution reflection result output module are realized.

The worker terminal is, for example, a mobile terminal such as a mobile phone, a smart phone, a tablet terminal, or a terminal such as a personal computer.
The worker terminal includes a CPU, GPU, RAM, ROM, etc. as a terminal control unit, a device for enabling communication with other terminals and devices as a communication unit, and various information as an input/output unit. device for executing input/output of

Each process executed by the indication content output system 1 will be described below together with the process executed by each module described above.
In this specification, each module may execute its processing content as its own function or through a predetermined application.

[Item Registration Processing Executed by User Terminal 10]
An item registration process executed by the user terminal 10 will be described with reference to FIG. This figure is a diagram showing a flowchart of an item registration process executed by the user terminal 10 . This item registration process is the details of the registration process (step S1) for registering a plurality of safety and quality control items for construction work described above.

The item reception module receives inputs of a plurality of safety and quality control items for construction work (step S20).
The safety and quality control items are classified into major items, medium items, and minor items. Major items classify the safety quality control items by type. Medium items are subdivided from large items. Small items are subdivided from medium items. One major item is associated with one or more intermediate items, and each intermediate item is associated with one or more small items. Major items are, for example, electricity, air conditioning/ventilation, sanitation, sanitation (siphon), TES/gas, maintenance, machinery, and equipment. For example, if the major item is maintenance, the medium item is an equipment checklist. The minor item is, for example, electrical equipment when the intermediate item is an equipment checklist.
The item reception module displays a screen for inputting safety quality control items on its own display unit based on a predetermined input operation, and on this input screen, each safety quality control item of major items, medium items and minor items is displayed. receive inputs such as direct input or selection input, and receive inputs of a plurality of safety and quality control items for construction work (see FIG. 4).

Based on FIG. 4, a screen for inputting safety quality control items will be described. This figure schematically shows an example of an input screen when the item receiving module receives input of safety quality control items.
In the figure, as the input screen 30, a common column 31, a major item column 32, an intermediate item column 33, and a minor item column 34 are shown. The common column 31 is a column for receiving input of contents related to construction work such as the name of the construction work, and the major item column 32, intermediate item column 33, and minor item column 34 are columns for receiving input of safety and quality control items. .
The item acceptance module accepts an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for accepting an input of a safety quality management item from a user, and displays an input screen 30.
The item reception module receives an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for each column from the user.
The item reception module directly inputs a character string of contents related to construction work such as the name of construction work from the user to the common column 31, or inputs a character string of contents related to construction work such as a preset name of construction work from the user. Accept selection input. In this item registration process, it is assumed that the input of the character string "test" is received in the common column 31. FIG.
The item acceptance module accepts a direct input of a character string of the type of safety quality control item described above or a selective input of a character string of a preset type of safety quality control item from the user in the major item field 32 . In this item registration process, it is assumed that the input of the character string "maintenance" is received in the major item column 32. FIG.
The item reception module receives the character string of the type of safety quality control item that further subdivides "maintenance" from the user in the middle item column 33, or the character string of the type of safety quality control item set in advance. receive the selection input of In this item registration process, it is assumed that the input of the character string "equipment checklist" is received in the intermediate item column 33. FIG.
The item reception module directly inputs a character string of the type of safety quality control item for further subdividing the "equipment inspection table" from the user to the small item field 34, or inputs the type of the safety quality control item set in advance. Accepts selection input of character strings. In this item registration process, it is assumed that an input of a character string "electrical equipment" is received in the sub-item column 34. FIG.

Returning to FIG. 3, the continuation of the item registration process will be described.
The item registration module registers a plurality of construction safety and quality control items (step S21).
The item registration module associates and registers the content related to the construction work received in the common column 31 and the safety and quality control items received in the major item column 32, middle item column 33 and minor item column 34. do. In addition, the item registration module associates and registers the control standard/confirmation method for this safety quality control item, the confirmation method for this safety quality control item such as a control item, and the confirmation contents. This confirmation method and confirmation details are obtained by referring to a database for safety and quality control (hereinafter, the database is simply referred to as DB) in which each safety quality control item, confirmation method and confirmation content are registered in advance in association with each other. It may be obtained by accepting an input operation from the user on the input screen 30 described above, or it may be obtained by another method (for example, another system or obtained from a computer or the like).

The registration content list creation module creates a registration content list of the registered safety quality control items (step S22).
The registration content list generation module generates a registration content list in which the registered safety quality control items are summarized for each linked major item, intermediate item, and minor item. This list of registered contents is further linked with confirmation methods and confirmation contents for the registered safety quality control items.

The registered content output module outputs the registered content (step S23).
The registered content output module displays a plurality of registered safety and quality control items for construction work on its own display unit based on a predetermined input operation. The registered content output module receives an input of a user-desired item from among registered content, major items, medium items, and minor items related to construction work, and outputs received content, major items, medium items, and minor items related to construction work. A registered content list of items and their associated confirmation method and confirmation content is displayed on its own display unit, and the registered content is output (see FIG. 5).

Based on FIG. 5, the registered content list output by the registered content output module will be described. This figure schematically shows an example of a registered content list output by the registered content output module.
The registered content output module receives an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for receiving an output of the registered content list from the user, and displays the output screen 40 .
The registered content output module performs an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) to the common column 41, the major item column 42, the intermediate item column 43, and the minor item column 44 on the output screen 40. ) from the user. The registered content output module identifies the content of the safety quality control items to be output based on the content of the safety quality control items input to each column, and outputs a registered content list of the identified safety quality control items.
The registered content output module accepts input of test in the common column 41, maintenance in the major item column 42, equipment inspection table in the middle item column 43, and electrical equipment in the minor item column 44 in the figure. The input to each field may be by direct input of a character string, or by selective input of a character string for each registered safety quality control item.
The registered content output module identifies the registered content list 45 linked to the generated major items, medium items, and minor items based on each safety quality control item that has received an input, and outputs the specified registered content list 45. is displayed on its own display. The registered content list 45 includes safety and quality control items registered in major items, medium items, and minor items, management standards/management methods and management items linked thereto, and editing icons 46 for editing these items. A change icon 47 for changing the arrangement order of these at the time of output is included. The registration content output module accepts the input of the editing icon 46 and edits these content to the content desired by the user. Further, the registered content output module accepts the input of the change icon 47 and changes the order of the numbers by changing the numbers. In FIG. 5, the order of arrangement is in ascending order of numbers.
It should be noted that the order in which the safety quality control items are arranged is not limited to the magnitude of the numbers, and may be determined by other methods.

The above is the item registration processing.
The user terminal 10 uses the safety quality control items registered by this item registration process to execute the processes described later.
Note that the user terminal 10 may execute the above-described registration content list generation process (step S22) and registration content output process (step S23) as separate processes different from this item registration process. In this case, the user terminal 10 may execute these processes at any timing after executing the safety quality control item registration process (step S21).

[Checklist Icon Arrangement Process Executed by User Terminal 10]
Based on FIG. 6, the checklist icon placement process executed by the user terminal 10 will be described. This figure is a diagram showing a flowchart of checklist icon arrangement processing executed by the user terminal 10 . This checklist icon placement processing includes acquisition processing for acquiring the above-described construction drawing data (step S2), layer generation processing for generating a layer superimposed on the acquired drawing data (step S3), and checklist icon placement processing on the generated layer. Details of checklist icon placement processing (step S4) for arranging icons.
This checklist icon placement process is a process performed after the item registration process described above.

The drawing data acquisition module acquires construction drawing data (step S30).
The drawing data acquisition module acquires construction drawing data from a worker terminal, another system, or another terminal such as another computer. Alternatively, the drawing data acquisition module acquires the construction drawing data from a recording medium communicably connected to itself.
In addition to acquiring drawing data from other terminals, the drawing data acquisition module also acquires drawings taken by its own imaging device or by an imaging device communicably connected to itself as drawing data. Alternatively, the drawing data stored in advance may be used, or the drawing data may be acquired by another method.

The layer generation module generates a layer superimposed on the acquired drawing data (step S31).
A layer is, for example, a transparent virtual sheet superimposed on drawing data, and can output various icons, various data, memos, images, and the like.
The layer generation module generates a virtual sheet having a size that overlaps part or all of the acquired drawing data as a layer, and overlaps the drawing data.
Note that one layer may be superimposed on the drawing data, or a plurality of layers may be superimposed. When multiple layers are superimposed, different data may be output for each layer. In addition, settings (for example, size, thickness, shape, and color) of layers to be generated can be changed as appropriate, and are not particularly limited.

The drawing data output module outputs the drawing data on which the generated layers are superimposed (step S32).
The drawing data output module receives a predetermined input from the user, displays the generated drawing data in which layers are overlaid on its own display unit, and outputs the drawing data.

The first checklist icon selection reception module receives selection of a checklist icon to be placed on the generated layer (step S33).
Checklist icons are, for example, icons such as pins, marks, character strings, and symbols. This checklist icon is associated with one or a plurality of safety quality control items by the safety quality control item checklist icon linking process (step S41) described later.
The first checklist icon selection reception module receives from the user an input operation necessary for selecting a checklist icon (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard), and based on this input operation , to display a predetermined screen. The first checklist icon selection receiving module receives an input to select either an icon indicating only the arrangement area of the checklist icons or an icon indicating a predetermined range including the arrangement area of the checklist icons on this screen. .
Note that the types of icons for which the first checklist icon selection reception module receives selection are not limited to the examples described above.

The area acceptance module accepts input of an area in which the checklist icon is to be arranged (step S34).
The area reception module receives input operations (e.g., tap operations, click operations, input operations using a virtual keyboard or physical keyboard) for layers superimposed on the drawing data, and receives input for areas in which checklist icons are placed. . If the area reception module receives input only for the area in which the checklist icons are arranged, for example, it receives an input designating that area. On the other hand, when accepting an input of a predetermined range including the arrangement area of the checklist icons, the area acceptance module accepts an input of a surrounding line (for example, circle, rectangle, polygon) surrounding this area.
Note that the contents of the area for which the area reception module receives input are not limited to the examples described above.

The order of the checklist icon selection accepting process (step S33) and the area accepting process (step S34) may be reversed. That is, the user terminal 10 may first execute the area acceptance process (step S34) and then execute the checklist icon selection acceptance process (step S33).

The checklist icon placement module places the checklist icon in the received area on the generated layer (step S35).
The checklist icon placement module places the selected checklist icon in the input-received area on the layer.
The checklist icon arrangement module arranges the checklist icon in the arrangement area on the layer of the checklist icon whose input is received when the checklist icon is an icon that indicates only the arrangement area.
On the other hand, if the checklist icon is an icon that indicates a predetermined range including the placement area, the checklist icon placement module places the checklist icon inside the enclosing line on the layer on which the input was received. At this time, the checklist icon placement module may place the enclosing line together with the checklist icon, or may place only the checklist icon. The checklist icon in this case is not particularly limited as long as it has a format in which the range indicated by itself can be comprehended.

Note that the user terminal 10 may arrange the checklist icon on the generated layer without executing the above-described area acceptance process (step S34). In this case, the checklist icon placement module may place the checklist icon for which this selection has been received in a predetermined area set in advance, or in another area.

Based on FIG. 7, checklist icons arranged by the user terminal 10 will be described. This figure schematically shows an example of a state in which checklist icons are arranged on a layer that is superimposed on drawing data. A series of flow of this checklist icon arrangement processing executed by the user terminal 10 will be described with reference to FIG.
The layer generation module generates a layer 51 superimposed on the construction drawing data 50 acquired by the drawing data acquisition module. In the figure, a layer 51 is a single transparent virtual sheet having approximately the same size as the drawing data 50 .
The drawing data output module receives a predetermined input, and displays the acquired drawing data 50 and the layer 51 generated over the drawing data 50 on its own display unit.
The first checklist icon selection reception module arranges an icon selection reception column 52 on the layer 51 based on a predetermined input. The first checklist icon selection acceptance module accepts selection of a checklist icon desired by the user from among the plurality of checklist icons shown in the icon selection acceptance column 52 . The icon selection reception column 52 is arranged to overlap a part of the layer 51 . In the icon selection reception column 52, a checklist (pin) icon 53 and a checklist (range designation) icon 54 are displayed. is an icon indicating a predetermined range including the placement area. In the figure, the first checklist icon selection acceptance module accepts selection of a checklist (pin) icon 53 .
The area reception module receives an input of an area in which the checklist (pin) icon 53 is to be arranged for the layer 51 .
The checklist icon placement module places the checklist (pin) icon 53 that has received this selection as a checklist icon 55 in the area on the layer 51 that has received the input.
The above is a series of flow of this checklist icon arrangement processing executed by the user terminal 10 based on FIG.

The above is the checklist icon arrangement processing.
The user terminal 10 uses the checklist icons arranged by this checklist icon arrangement processing to execute the processing in the processing to be described later.

[Checklist generation process executed by user terminal 10]
Based on FIG. 8, checklist generation processing executed by the user terminal 10 will be described. This figure is a diagram showing a flowchart of checklist generation processing executed by the user terminal 10 . This checklist generation process includes a selection acceptance process (step S5) for accepting a selection of which safety quality control item among the plurality of registered safety quality control items is to be associated with the checklist icon arranged as described above. It is the details of the checklist generation process (step S6) for generating the checklist corresponding to the safety quality control items.
This checklist generation process is a process using the checklist icons arranged by the above-described checklist icon arrangement process.

The item selection acceptance module accepts selection of which safety quality control item among the plurality of registered safety quality control items is to be associated with the arranged checklist icon (step S40).
The item selection reception module displays on its own display unit a screen for selecting the safety quality control items linked to the arranged checklist icons based on a predetermined input operation, and on the selection screen, the arranged checklist icons are displayed. Accepts selection of safety quality control items to be linked to for each of the major items, medium items and minor items (see FIGS. 9 to 11). The safety quality control items whose selection is received by the item selection receiving module are the safety quality control items registered in each of the major items, medium items, and minor items by the item registration process described above.
The item selection reception module associates the safety quality control items, for which selection has been received for each of the major items, medium items, and minor items, with this checklist icon.
The item selection acceptance module further accepts the input of the person in charge of this linked safety quality control item and the area where this checklist icon is arranged.
When only one checklist icon is arranged in the checklist icon arrangement process described above, the item selection reception module associates the one checklist icon with the safety quality control item. Further, when a plurality of checklist icons are arranged in the above-described checklist icon arrangement processing, the item selection reception module receives input for one or more checklist icons among the plurality of checklist icons, and inputs Link the safety and quality control items to the checklist icon that received the

The safety quality control items accepted by the item selection acceptance module will be described with reference to FIGS. 9 to 11. FIG. FIG. 9 is a diagram schematically showing an example of a state in which the item selection acceptance module accepts selection of safety quality control items for major items. FIG. 10 is a diagram schematically showing an example of a state in which the item selection acceptance module accepts the selection of the safety quality control items for the middle items. FIG. 11 is a diagram schematically showing an example of a state in which the item selection acceptance module accepts selection of safety quality control items for minor items.
9 to 11, the item reception module receives an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for accepting selection of a safety quality control item, and displays a selection screen 60. indicate.
The item selection acceptance module displays an item selection column 61 overlaid on the drawing data 50 in which the checklist icons 55 are arranged on the layer 51 by the above-described checklist icon arrangement processing as the selection screen 60 . The item selection reception module receives an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) to the item selection column 61, thereby performing safety and quality management for each of the major items, the medium items, and the minor items. Accepts item selection. In addition, the checklist icon 55 has its degree of attention changed to indicate that it is receiving an input relating to safety quality control items.

In FIG. 9, the item selection reception module receives input to the major item selection column 62 and outputs a list 63 of safety quality control items registered in the major items. This list 63 is generated based on the safety and quality control items registered as major items by the item registration process described above. The item selection acceptance module accepts input to this list 63 and outputs the accepted safety quality control items to the major item selection column 62 . After receiving the selection of the safety quality control item in the major item selection column 62, the item selection reception module transitions to the state of FIG. In FIG. 9, it is assumed that the item selection reception module receives selection of maintenance as a major safety quality control item.
In FIG. 10, the item selection reception module receives an input to the middle item selection column 64 and outputs a list 65 of safety quality control items registered in the middle item. At this time, the item selection receiving module outputs the maintenance selected in FIG. 9 to the major item selection column 62 . This list 65 is generated based on the safety and quality control items registered in the middle items linked to the major items whose selection is accepted by the item registration process described above. The item selection acceptance module accepts input to this list 65 and outputs the accepted safety quality control items to the middle item selection column 64 . After receiving the selection of the safety quality control item in the middle item selection column 64, the item selection reception module transitions to the state of FIG. In FIG. 10, it is assumed that the item selection acceptance module accepts the selection of an equipment checklist as a safety quality control item of the middle item.
In FIG. 11, the item selection acceptance module accepts input to the sub-item selection column 66 and outputs a list 67 of safety quality control items registered in the sub-items. At this time, the item selection reception module outputs the equipment checklist for which selection has been received in FIG. This list 67 is generated based on the safety and quality control items registered in the minor items linked to the medium items selected by the item registration process described above. The item selection acceptance module accepts input to this list 67 and outputs the accepted safety quality control items to the sub-item selection column 66 . After receiving the selection of the safety quality control item in the small item selection column 66, the user terminal 10 executes the safety quality control item checklist icon linking process (step S41) described later. In FIG. 11, it is assumed that the item selection reception module receives a selection of electrical equipment as a minor safety quality control item.

Returning to FIG. 8, the continuation of the checklist generation process will be described.
The item linking module links the selected safety quality control item to the checklist icon (step S41).
The item linking module stores safety and quality control items that have been selected as major items, safety and quality control items that have been selected as medium items, safety and quality control items that have been selected as minor items, the person in charge of the safety and quality control items, and this item. Link the area where the checklist icon is arranged to the checklist icon.

The checklist generation module generates a checklist corresponding to the received safety quality control items (step S42).
The checklist, for example, summarizes the control items linked to the received major items, intermediate items and minor items, each display column for judgment criteria and methods, each input column for pass/fail result, confirmation date, correction completion date is.
The checklist generation module, in the received safety quality control items, by the item registration process described above, registered control items linked to this safety quality control item, each display column of judgment criteria and method, pass/fail result, confirmation A checklist is generated by summarizing the entry fields for the date and correction completion date.
Furthermore, the checklist generation module generates a list of management items linked to the received major items, medium items, and minor items. This list is used in the pass/fail input acceptance process (step S50), which will be described later.

The checklist linking module links the generated checklist to the checklist icon (step S43).
The checklist linking module links the generated checklist to the checklist icon linked to the safety quality control items.

The checklist output module outputs the generated checklist (step S44).
The checklist output module receives an input from the user to the checklist icon placed on the layer, displays the checklist linked to this checklist icon on its own display unit, and outputs this checklist (Fig. 12).

The checklist output by the checklist output module will be described with reference to FIG. This figure schematically shows an example of a state in which the checklist output module outputs the checklist.
In the figure, the checklist output module displays, as an output screen 70, a checklist 71 superimposed on the drawing data 50 in which the checklist icons 55 are arranged on the layer 51 by the above-described checklist icon arrangement processing. ing. Also, the degree of attention of the checklist icon 55 has been changed to indicate that it is associated with the displayed checklist 71 .
The checklist output module receives an input for this checklist icon 55 from the user, and displays the checklist 71 linked to this checklist icon 55 superimposed on the drawing data 50 . This checklist 71 includes safety and quality control items (maintenance as a major item, equipment checklist as a medium item, and electrical equipment as a minor item), persons in charge of safety and quality control items, areas in which this checklist icon is arranged, and control items. , display columns for judgment criteria and judgment methods, and input columns for pass/fail results, confirmation dates, and correction completion dates.

The above is the checklist generation processing.
Note that the checklist output process (step S44) described above may be executed as a separate process independent of the checklist generation process. In this case, the checklist output module receives a predetermined input from the user and executes this process.
The user terminal 10 uses the checklist generated by this checklist generation process to execute the process described later.

[Pointed-out Icon Arrangement Process Executed by User Terminal 10]
Pointed-out icon placement processing executed by the user terminal 10 will be described with reference to FIG. 13 . This figure is a diagram showing a flowchart of pointing icon arrangement processing executed by the user terminal 10 . This indication icon placement processing includes pass/fail reception processing (step S7) for accepting pass/fail input for each item of the safety and quality control items in the generated checklist. An indication icon placement process (step S8) for arranging an indication icon linked to the input safety quality control item, an indication content reception processing (step S9) for accepting an input of an indication content indicating a failure to the indication icon, and an indication received. This is a detailed description of an indication content output process (step S10) for outputting a content in association with an indication icon.
This pointing icon arrangement process is a process using the checklist generated by the above-described checklist generation process.

The pass/fail reception module receives a pass/fail input for each safety quality control item in the generated checklist (step S50).
The pass/fail reception module receives a pass/fail input from the user for each item of the safety quality control items in the checklist output by the checklist generation process described above (see FIG. 14). Each item of the safety quality control items accepted by the pass/fail acceptance module is the content described in the control items in FIG. 12 described above.
In this indication icon placement process, as items of safety quality control items, "1. Receiving and transforming equipment: status of indicator, display, etc.", "2. Receiving and transforming equipment: Confirmation of changeover switch for operation", "3. Power distribution board: status of indicators and indicator lamps”, “4. It is assumed that any of the pass/fail inputs is accepted for each of the six types of control items of "confirmation of tube".

Based on FIG. 14, the case where the pass/fail reception module receives pass/fail input for each item of the safety quality control items will be described. This figure is a diagram schematically showing an example of a state in which the pass/fail reception module receives pass/fail input for each item of the safety quality control items.
In the same figure, the pass/fail reception module performs the above-described checklist generation processing (step S42 ), the list 81 generated in ) is superimposed and displayed. Also, the degree of attention of the checklist icon 55 is changed in order to indicate that the pass/fail input for each item of the safety quality control items is being accepted.
The pass/fail acceptance module accepts an input operation (for example, a tap operation, a click operation, or an input operation using a virtual keyboard or a physical keyboard) for accepting pass/fail input of the safety quality control items for this checklist icon 55 from the user, and 81 is superimposed on the drawing data 50 and displayed. This list 81 includes display columns for safety and quality control items (major items: maintenance, medium items: equipment checklists, and minor items: electrical equipment) and pass/fail input columns for each of the six types of control items described above.
The pass/fail reception module receives pass/fail input for each item in this list 81 from the user. In the figure, the pass/fail acceptance module does not display anything for items for which a pass input has been accepted, and displays a fail icon 82 (for example, a check mark) indicating a fail input for an item for which a fail input has been accepted. indicate. In addition, the pass/fail acceptance module displays a pass icon indicating a pass input for an item for which a pass input has been received, and a fail icon 82 (for example, a check mark) indicating a fail input for an item for which a fail input has been received. mark) may be displayed. In this indication icon arrangement processing, the pass/fail reception module performs the following operations: "1. Receiving and transforming equipment: status of indicator, display, etc.";"2. Receiving and transforming equipment: Confirmation of changeover switch for operation"; : state of breaker", "5. Lighting equipment: state of breakage and contamination of fixtures". The following description assumes that the input of acceptance is not entered for “6.
The pass/fail acceptance module accepts an input of pass/fail for each item, and displays the pass/fail input result in a list 81 based on the accepted input contents.

Returning to FIG. 13, the continuation of the indication icon arrangement processing will be described.
The pass/fail judgment module judges whether the received input is pass/fail for each item of the safety quality control items (step S51).
The pass/fail determination module determines whether an input of pass/fail has been received for each item in the list 81 .

The input completion determination module determines whether or not the reception of input for all safety quality items has been completed (step S52).
The input completion judging module judges whether or not all the items in the list 81 have received pass/fail inputs. If the input completion determination module determines that acceptance of the pass/fail input for all the items in the list 81 has not been completed (step S52 NO), that is, the input completion determination module If it is determined that there is an item for which pass/fail input is not accepted, the user terminal 10 executes the above-described pass/fail input acceptance process (step S50) again.

On the other hand, if the input completion determination module determines that acceptance of pass/fail input for all items in the list 81 has been completed (step S52 YES), that is, the input completion determination module If it is determined that there is no item for which pass/fail input has not been accepted, the all-acceptance determination module determines whether or not pass/fail input has been accepted for all items (step S53).
When the all-match determination module determines that input of yes has not been received for all items (step S53 NO), that is, when it determines that input of no has been received for any of the items in the list 81 , the user terminal 10 executes safety quality control item indication icon linking processing (step S55), which will be described later.

On the other hand, if the all-match determination module determines that a match input has been received for all items (step S53 YES), that is, if it has determined that a match input has been received for all of the items in the list 81, The checklist icon attention level change module changes the attention level of the checklist icon associated with the checklist (step S54).
Changes in attention include, for example, changes in icon size, coloring, highlighting, and addition of symbols.
The checklist icon attention level change module changes the attention level of the checklist icon linked to the checklist generated together with the list 81 . The checklist icon attention level change module changes the attention level of the checklist icon 55 arranged on the layer 51 described above when it is determined that a positive input has been received for all of the six types of items described above.
After executing the checklist icon attention level change process (step S54), the user terminal 10 ends the pointing icon placement process.

Returning to the all-match determination process (step S53) described above, the case where it is determined that input of match has not been received for all items will be described.
In the all-satisfying judgment process (step S53), if the all-satisfactory judging module determines that no yes input has been received for all items (step S53 NO), the pointing icon linking module receives no input. The item of the safety quality control item is linked to the indication icon (step S55).
Pointing icons are, for example, icons such as pins, marks, character strings, and symbols. This indication icon is associated with one or more items of the safety quality control items for which "no" has been entered. Also, this indication icon may be associated with a checklist or each item of the checklist.
The pointing icon linking module accepts input operations necessary for linking pointing icons from the user (e.g., tapping, clicking, input operations using a virtual keyboard or physical keyboard), and displays a predetermined screen based on these input operations. and accepts the selection of an indication icon to be linked to the item of the safety quality control item for which no is entered. The indication icon linking module associates the items of the safety quality control items for which no is entered with the indication icon for which the selection is accepted. At this time, the pointing icon linking module links one or more pointing icons to one safety quality control item among the safety quality control items for which negative is input. When linking one indication icon to one safety quality control item, the indication icon linking module accepts selection of one indication icon, and associates the selected indication icon with this one safety quality control item. Tie On the other hand, when associating a plurality of indication icons with one safety quality control item, the indication icon linking module accepts the selection of each of the plurality of indication icons, and assigns each of the received indication icons to this one safety quality control item. Link to the item of the quality control item.
Note that the user terminal 10 may execute the safety quality control item indication icon linking process (step S55) based on the pass/fail judgment result regardless of the judgment result of the input reception completion judgment process (step S52) described above. good.

The indication icon arrangement module arranges, on the layer, an indication icon linked to the item of the safety quality control item for which no is input (step S56).
The pointing icon placement module places the pointing icon in the vicinity (eg, around, within a predetermined range) of the checklist icon on the layer.
Note that the pointed-out icon placement module may place the pointed-out icon in a preset area, or may receive an input of an area (for example, a location or a predetermined range) in which the pointed-out icon is to be placed. The indication icon may be arranged in the area where the indication icon is displayed, or the indication icon may be arranged in another area. Further, the indication icon arrangement module may connect the arranged checklist icon and the indication icon with a lead line or the like, and arrange the indication icon on the layer.
The indication icon placement module further superimposes an item number icon indicating the number of items of the safety and quality control items for which whether or not the indication icon is associated with the indication icon is input.
Note that the indication icon placement module may place the item number icon in a preset area, or accept input of an area (for example, a location or a predetermined range) in which the item number icon is to be placed. , the number-of-items icon may be placed in the accepted area, or the number-of-items icon may be placed in another area. Further, the indication icon arrangement module may connect the arranged indication icon and the item number icon with a leader line or the like, and arrange the item number icon on the layer.

The pointing icon arranged by the pointing icon placement module will be described with reference to FIG. 15 . This figure schematically shows an example of a state in which pointing icons are arranged on a layer that is superimposed on drawing data. A series of processes (steps S55 and S56) when the user terminal 10 arranges pointing icons will be described with reference to FIG.
The indicated icon linking module arranges an icon selection reception field 52 on the layer 51 based on a predetermined input. The pointed-out icon linking module receives a selection of a pointed-out icon desired by the user from among a plurality of pointed-out icons shown in the icon selection reception field 52 . The icon selection reception column 52 is arranged to overlap a part of the layer 51 .
The indication icon associating module associates the items of the safety quality control items for which no is inputted with the indication icon 90 whose selection has been accepted.
The pointing icon placement module places the pointing icon 90 that has received this selection as a pointing icon 91 on the layer 51 in the vicinity of the checklist icon 55 (for example, around it, within a predetermined range). The indication icon placement module places an item number icon 92 superimposed on the indication icon 91, which indicates the number of safety and quality control items for which no is entered.

Returning to FIG. 13, the continuation of the indication icon arrangement processing will be described.
The indication content reception module receives an input of the content of the indication of negative for the arranged indication icon (step S57).
The indication content receiving module displays a screen for inputting negative indication content on its own display unit based on a predetermined input operation, and displays a negative indication content (for example, indication content) for the arranged indication icon on this input screen. Matters, points indicated, countermeasures, person in charge of construction, scheduled date of completion, images of indicated points, remarks) are accepted (see FIG. 16). In the following, the content of the negative indication is also simply referred to as the content of the indication.

Based on FIG. 16, a case where the indication content receiving module receives indication content will be described. This figure is a diagram schematically showing an example of a state in which the indication content receiving module receives an input of indication content.
In the same figure, the pointed out content receiving module displays pointed out content input field 101 as input screen 100 on drawing data 50 in which pointed out icon 91 is arranged on layer 51 by the pointed out icon placement process (step S56) described above. It is displayed overlaid. The attention level of the indication icon 91 has been changed to indicate that the input of the content of indication is being accepted.
The indication content reception module receives an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for accepting an input of indication content from the user, and displays an input screen 100 .
The indication content reception module receives an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for accepting the input of the indication content in the indication icon 91 from the user, and fills in the indication content input field 101 . is superimposed on the drawing data 50 and displayed. The indication content input field 101 includes an input column for each content of the indication content described above.
The indication content reception module receives input from the user for each indication content, image, and free input in the indication content input field 101 . In the figure, the indication content reception module changes the attention level of the indication content column to indicate that input of the indication content is accepted. The indication content reception module receives input of indication items, countermeasure methods, indication locations, construction personnel, and the like in the indication content input field 101 . In this indication icon arrangement process, the indication content reception module selects “outlet failure” as an indication item, “parts replacement” as a countermeasure method, “distribution board” as an indication point, “equipment A "Facilities" are each receiving inputs. The scheduled completion date, completion date, completion confirmation, confirmation person, etc. are received at the time of confirming or resolving the pointed out content.
The indication content acceptance module similarly accepts input from the user for images and free inputs. The indication content reception module accepts images taken by itself, images taken by a photographing device connected to itself for data communication, images possessed by other terminals connected to itself for data communication, and images taken by the module. It is sufficient to accept the input by using a Regarding the free input, the indication content receiving module may receive the input from the user in the same manner as the above-described indication items.

Returning to FIG. 13, the continuation of the indication icon arrangement processing will be described.
The first indication content linking module associates the indication content, which is not accepted, with the indication icon (step S58).
Based on a predetermined input, the first indication content linking module associates the indicated content, for which the input is received, with the arranged indication icon (see FIG. 16).

The first indication content tying module receives an input to the indication content tying icon 102 in FIG. 16 described above. Based on this input, the first indication content linking module associates each content received in the indication content input field 101 with the indication icon 91 arranged.

Returning to FIG. 13, the continuation of the indication icon arrangement processing will be described.
The first indication content output module outputs the received indication content in association with the indication icon (step S59).
The first indication content output module receives an input for the indication icon, and displays the indication content linked to the indication icon on its own display unit. The first indication content output module displays the content accepted as input in the indication content input field 101 described above. For example, the first indication content output module outputs the indication content input field 101 in FIG. 16 described above. The first indication content output module also outputs a checklist 121 and an indication content display column 123 shown in FIG. 20, which will be described later.
It should be noted that the user terminal 10 may output drawing data, in which indication icons linked to indication contents are arranged on layers, to the worker terminal. The user terminal 10 transmits this drawing data to the worker terminal. The operator terminal displays this drawing data and accepts an input for the indication icon. The worker terminal displays the content of indication linked to this indication icon on its own display unit. The user terminal 10 outputs the received indication content in association with the indication icon by causing the operator terminal to display the indication content associated with the indication icon.

The above is the indication icon arrangement processing.
The user terminal 10 uses the indication icon arranged by the indication icon arrangement processing and the indication content linked to the indication icon to execute the processing described later.

[Checklist Icon Linking Process Executed by User Terminal 10]
Based on FIG. 17, the checklist icon linking process executed by the user terminal 10 will be described. This figure is a diagram showing a flowchart of checklist icon linking processing executed by the user terminal 10 .
This checklist icon linking process is a process that uses the checklist generated by the checklist generation process described above, the indicated icons arranged by the indicated icon arrangement process described above, and the indicated content associated with the indicated icons.

The second checklist icon selection acceptance module accepts selection of a checklist icon (step S60).
The second checklist icon selection acceptance module accepts an input through the above-described indication content input acceptance process (step S57) among the checklist icons arranged on the layer through the above-described checklist icon placement process (step S35). The selection of the checklist icon to which the indicated content is linked is accepted (see FIG. 18).

Based on FIG. 18, the case where the second checklist icon selection acceptance module accepts the selection of the checklist icon will be described. This figure is a diagram schematically showing an example of a state in which the second checklist icon selection acceptance module accepts selection of a checklist icon.
In the figure, the second checklist icon selection acceptance module arranges the checklist icon 55 on the layer 51 as the selection screen 110 by the above-described checklist icon arrangement processing (step S35), and performs the above-described indication icon arrangement processing. The icon selection reception column 111 is superimposed and displayed on the drawing data 50 in which the indication icon 91 is arranged on the layer 51 by (step S56). Further, the indication icon 91 has its attention level changed in order to indicate that the content of indication to the displayed safety quality control item is linked.
The second checklist icon selection acceptance module accepts an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for accepting the selection of this checklist icon, and the icon selection acceptance field 111 is It is superimposed on the drawing data 50 and displayed. This icon selection reception column 111 shows the checklist icons arranged on the layer 51 . The content displayed in the icon selection acceptance field 111 may be the icon itself, or is not particularly limited as long as the type of icon such as the name of the icon can be identified.
The second checklist icon selection acceptance module accepts an input to the icon selection acceptance column 111 from the user and accepts selection of the checklist icon desired by the user. The checklist icon 55 has changed its prominence to indicate that the selection has been accepted.

Returning to FIG. 17, the continuation of the checklist icon linking process will be described.
The second indication content linking module links the indication content to the checklist linked to the received checklist icon (step S61).
The second indication content linking module associates the indication content with the item for which the input of the indication content is received, among the items of the safety quality control items linked with the checklist icon.

The second indication content output module outputs the received indication content in association with the checklist (step S62).
The second indication content output module receives input for the checklist icon, and displays the checklist linked to this checklist icon on its own display unit (see FIG. 19). The second indication content output module accepts the input for the item of the safety and quality control item for which "fail" was entered in the displayed checklist, and displays the indication content linked to this item on its own display unit (Fig. 20).

Based on FIG.19 and FIG.20, the indication content which a 2nd indication content output module outputs is demonstrated. FIG. 19 is a diagram schematically showing an example of a state in which the second indication content output module outputs a checklist. FIG. 20 is a diagram schematically showing an example of a state in which the second indication content output module outputs indication content.
19 and 20, the second indication content output module arranges the checklist icons 55 on the layer 51 as the output screen 120 by the above-described checklist icon placement processing (step S35), and the above-described indication icon placement. The checklist 121 is superimposed and displayed on the drawing data 50 in which the indication icon 91 is arranged on the layer 51 by the processing (step S56). Also, the checklist icon 55 and the indication icon 91 have their attention levels changed to indicate that the displayed checklist and indication content are linked. In addition, the checklist 121 includes safety quality control items for which a pass has been entered, safety and quality control items for which a failure has been entered, and safety and quality control items for which no pass/fail has been entered. are shown with different prominences.
In FIG. 19, the second indication content output module accepts an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) for this checklist icon 55 from the user, and inputs this checklist icon 55. The associated checklist 121 is superimposed on the drawing data 50 and displayed. This checklist 121 reflects the received pass/fail input for each of the safety and quality control items in the checklist 71 shown in FIG.
The second indication content output module accepts an input operation (for example, a tap operation, a click operation, an input operation using a virtual keyboard or a physical keyboard) on the indication content display icon 122, and transitions to the state of the screen shown in FIG. The indication content display icon 122 exists for each of the safety and quality control items.
Note that the indication content display icon 122 may exist only in the item of the safety quality control item to which the indication content is linked. The type, shape, color, size, etc. of the indication content display icon 122 are not particularly limited.
In FIG. 20, the second indication content output module superimposes an indication content display field 123 displaying indication content linked to the item of the safety quality control item corresponding to the indication content display icon 122 on the checklist 121. indicate. This indication content display column 123 is displayed in a format that allows identification of which safety quality control item is linked. In this checklist icon linking process, the indication content display column 123 indicates which item is linked by wiping out. The second indication content output module displays, in indication content display field 123, the indication content that has been input by the above-described indication content input reception processing (step S57).

Note that the user terminal 10 may output to the worker terminal drawing data in which a checklist icon associated with the content of indication is arranged on a layer. The user terminal 10 transmits this drawing data to the worker terminal. The operator terminal displays the received drawing data and accepts input for the checklist icon. The operator terminal displays the checklist associated with this checklist icon on its own display unit. The worker terminal accepts the input of the items of the safety and quality control items for which no is entered in the checklist. The worker terminal displays the content of indication linked to this item on its own display unit. The user terminal 10 causes the operator terminal to display the content of indications linked to the checklist, thereby outputting the received content of indications in association with the checklist.

The above is the checklist icon linking process.
It should be noted that the user terminal 10 may execute the above-described instruction content checklist output process (step S62) as a separate process different from this checklist icon linking process. In this case, the user terminal 10 may execute this process at an arbitrary timing after executing the instruction content checklist linking process (step S61).

[Item List Generation Processing Executed by User Terminal 10]
The item list generation process executed by the user terminal 10 will be described with reference to FIG. 21 . This figure is a diagram showing a flowchart of the item list generation process executed by the user terminal 10 .
This item list generation process is a process using the items of the safety and quality control items for which "no" was entered in the above-described indication icon placement process.

The item list creation module creates a list of all the safety quality control items for which no is entered (step S70).
The item list generation module generates a list of all the safety quality control items for which a negative input has been received in the above-described pass/fail input receiving process (step S50). The item list generation module may generate a list summarizing all safety and quality control items for which a negative input has been received in one drawing data, or a list of all safety and quality control items for which a negative input has been received in a plurality of drawing data. It is possible to generate a list summarizing safety and quality control items, or to generate a list summarizing all safety and quality control items for which negative inputs have been received for all drawing data to be constructed. Also good.

The item list output module outputs a list of the generated safety quality control items (step S71).
The item list output module receives input from the user and displays the generated list on its own display unit.
Note that the user terminal 10 may output this list to the worker terminal. The user terminal 10 transmits this list to the worker terminal. The worker terminal displays the received list on its own display unit. The user terminal 10 outputs a list of generated safety quality control items by displaying this list on the worker terminal.

The above is the item list generation processing.

[Indication content list generation process executed by user terminal 10]
Based on FIG. 22, an indication content list generation process executed by the user terminal 10 will be described. This figure is a diagram showing a flow chart of an indication content list generation process executed by the user terminal 10 .
This indication content list generation process is a process that uses the indication content received by the above-described indication icon placement processing.

The indication content list generation module generates a list of indication content linked to the indication icon (step S80).
The indication content list generation module generates a list of the indication content received by the above-described indication content input receiving process (step S57). The indication content list generation module may generate a list summarizing the indication contents for which input is received for one indication icon, or may generate a list for summarizing the indication content for which inputs are received for a plurality of indication icons. good.

The indication content list output module outputs the generated indication content list (step S81).
The indication content list output module receives input from the user and displays the generated list on its own display unit.
Note that the user terminal 10 may output this list to the worker terminal. The user terminal 10 transmits this list to the worker terminal. The worker terminal displays the received list on its own display unit. The user terminal 10 outputs the generated list of indication contents by displaying this list on the worker terminal.

The above is the indication content list generation processing.

[Processing when resolving indication content executed by user terminal 10]
Based on FIG. 23, the processing when resolving the indicated content executed by the user terminal 10 will be described. This figure is a diagram showing a flow chart of a process performed by the user terminal 10 when resolving the indicated content.
This pointed out content cancellation processing is processing that uses pointed out icons arranged by the pointed out icon placement processing described above and pointed out content linked to this pointed out icon.

The post-icon placement drawing data output module outputs drawing data in which pointed out icons associated with pointed out contents are arranged (step S90).
The post-icon-arranged drawing data output module outputs the drawing data in which the indicated icon associated with the indicated content by the above-described indicated icon placement process (step S56) and the indicated content linking process (step S58) is arranged on the layer. Send to terminal.
The worker terminal displays the received drawing data on its own display unit.
The post-icon layout drawing data output module outputs drawing data in which pointed out icons linked to pointed out contents are arranged by displaying this drawing data on the worker terminal.

The resolution acceptance module accepts an input indicating that the indicated content has been resolved (step S91).
The worker terminal accepts input operations (for example, tap operations, click operations, input operations using a virtual keyboard or physical keyboard) for the indication icon arranged in the layer on the displayed drawing data, and associates with the received indication icon. display the contents of the indication. The operator views the content of the indication, performs work corresponding to the content of the indication, and attempts to resolve the content of the indication.
The worker terminal accepts an input indicating that the displayed content of indication has been resolved, and transmits the accepted input to the user terminal 10 .
The resolution reception module receives this input and accepts an input indicating that the content of the indication linked to the indication icon has been resolved.

The pointed-out icon attention level change module changes the attention level of the pointed-out icon linked to the pointed out content input as resolution (step S92).
Based on the received input, the pointed out icon attention level change module changes the attention level of the pointed out icon linked to the pointed out content for which the input of resolution has been received.
The pointed icon attention level change module changes the attention level according to the number of pointed out contents for which an input for resolution is received when there are a plurality of pointed out contents linked to the pointed out icon. For example, depending on the number of remaining indication contents, change the size (for example, the smaller the indication content, the smaller the size), change the color (for example, the less indication content, the lighter the color). ), changing the degree of emphasis (e.g., lowering the degree of emphasis as the number of indications decreases), changing symbols (e.g., reducing the numbers and character strings as the number of indications decreases). ) and the like.

The resolution number arrangement module arranges the number of indication contents input as resolution on the layer (step S93).
The resolution number arrangement module arranges the number of pointed out contents for which an input of resolution has been received as a resolution number icon on a layer near (for example, around, within a predetermined range) the pointed out icon.
Note that the resolution number placement module may place the resolution number icon in a preset area, or may receive an input of an area (for example, a point or a predetermined range) in which the resolution number icon is to be placed. , the number of resolved icons may be arranged in the accepted area, or the number of resolved icons may be arranged in other areas. Further, the resolution number arrangement module may connect the arranged pointing icon and the resolution number icon with a leader line or the like, and arrange the resolution number icon on the layer.

The resolution reflection result output module outputs drawing data and layers reflecting the input result of resolution (step S94).
The resolution reflection result output module displays the drawing data in which the indication icon whose attention level has been changed and the resolution number icon are arranged on the layer on its own display unit, and the drawing data and the drawing data reflecting the result of inputting resolution Output layers.
The user terminal 10 may output the drawing data and layers to the worker terminal. The user terminal 10 transmits this drawing data and layer to the worker terminal. The worker terminal displays the received drawing data and layers on its own display unit. The user terminal 10 displays the drawing data and layers on the worker terminal, thereby outputting the drawing data and layers reflecting the input result of resolution.

The above is the process for resolving the indicated content.

Each process described above is described as a separate process, but the user terminal 10 can also be configured to execute a part or all of the above processes in combination. In addition, the user terminal 10 can be configured to execute the processing even at timings other than the timings described in each processing.

The means and functions described above 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, from a computer via a network (SaaS: software as a service) or as a cloud service. Also, 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 it, and executes it. Alternatively, the program may be recorded in advance in a recording device (recording medium) and provided from the recording device to the computer 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. Moreover, the effects described in the embodiments of the present invention are merely enumerations of the most suitable effects resulting from the present invention, and the effects of the present invention are limited to those described in the embodiments of the present invention. is not.

(1) An indication content output system for managing the safety quality of construction work,
a registration unit (for example, a registration unit 12, an item registration module) that registers a plurality of safety and quality control items for construction work;
an acquisition unit (for example, an acquisition unit 11, a drawing data acquisition module) that acquires construction drawing data;
a layer generation unit (for example, layer generation unit 13, layer generation module) that generates a layer to be superimposed on the acquired drawing data;
A checklist icon placement unit (for example, a checklist icon placement unit 14, a checklist icon placement module) that places checklist icons on the generated layer;
a selection receiving unit (for example, a selection receiving unit 15, an item selection receiving module) that receives a selection of which safety quality control item among the plurality of registered safety quality control items is to be associated with the arranged checklist icon; ,
a checklist generation unit (e.g., checklist generation unit 16, checklist generation module) that generates a checklist corresponding to the received safety quality control items;
a pass/fail reception unit (for example, pass/fail reception unit 17, pass/fail reception module) that receives a pass/fail input for each item of the safety quality control items of the generated checklist;
an indication icon placement unit (for example, an indication icon placement unit 18, an indication icon placement module) that arranges, on the layer, an indication icon linked to the item of the safety quality management item for which the negative is input when the input is negative;
an indication content reception unit (for example, an indication content reception unit 19, an indication content reception module) that receives an input of an indication content indicating no to the arranged indication icon;
an indication content output unit (for example, an indication content output unit 20, a first indication content output module) that outputs the received indication content in association with the indication icon;
An indication content output system.

According to the invention of (1), it is possible to improve work efficiency.

(2) a resolution reception unit (e.g., resolution reception module) that receives input that the content of the indication has been resolved;
The indication content output system according to (1), further comprising:

According to the invention of (2), it becomes easy to grasp the resolution of the pointed out content, and it becomes possible to improve the work efficiency.

(3) an indication icon attention level changing unit (e.g., an indication icon attention level changing module) that changes the attention level of an indication icon linked to the content of the indication input as resolution;
The indication content output system according to (2), further comprising:

According to the invention of (3), it becomes easy to grasp the resolution of the content pointed out, and it becomes possible to improve the work efficiency.

(4) a resolution number arrangement unit (for example, a resolution number arrangement module) that arranges the number of the indication contents input as resolution on the layer;
The indication content output system according to (2), further comprising:

According to the invention of (4), it becomes easy to grasp the number of pointed out contents that have been resolved, and it is possible to improve work efficiency.

(5) A checklist icon attention level changing unit that changes the attention level of the checklist icon (for example, checklist icon attention level change module) and
The indication content output system according to (1), further comprising:

According to the invention of (5), it becomes easy to grasp that there is no problem with the safety quality control items, and it becomes possible to improve the work efficiency.

(6) an associating unit (for example, an indication icon associating module) that associates a plurality of the indication icons with one of the safety and quality control item items for which "No" is input;
The indication content output system according to (1), further comprising:

According to the invention of (6), it becomes easy to grasp problematic safety quality control items, and it becomes possible to improve work efficiency.

(7) an item list generation unit (for example, an item list generation module) that generates an item list of all safety quality control items for which no is entered;
an item list output unit (for example, an item list output module) that outputs a list of the generated safety quality control items;
The indication content output system according to (1), further comprising:

According to the invention of (7), it becomes easy to grasp problematic safety quality control items, and it becomes possible to improve work efficiency.

(8) an indication content list generation unit (for example, an indication content list generation module) that generates a list of indication content linked to the indication icon;
an indication content list output unit (for example, an indication content list output module) that outputs a list of the generated indication content;
The indication content output system according to (1), further comprising:

According to the invention of (8), it becomes easy to grasp the content of indication, and it becomes possible to improve work efficiency.

(9) an area reception unit that receives an input of an area in which the checklist icon is arranged;
further comprising
The checklist icon placement unit places the checklist icon in the received area.
The indication content output system described in (1).

According to the invention of (9), it is possible to arrange the checklist icon in the area desired by the user, and it is possible to improve the work efficiency.

(10) An indication content output method executed by a computer that manages the safety quality of construction work,
a step of registering a plurality of construction safety and quality control items (for example, step S21);
a step of acquiring construction drawing data (for example, step S30);
a step of generating a layer to be superimposed on the obtained drawing data (for example, step S31);
placing a checklist icon on the generated layer (for example, step S35);
receiving a selection of which safety quality control item among the plurality of registered safety quality control items is to be associated with the arranged checklist icon (for example, step S40);
a step of generating a checklist corresponding to the received safety quality control items (for example, step S42);
a step of accepting an input of pass/fail for each item of the safety quality control items of the generated checklist (for example, step S50);
If the input is negative, a step of arranging, on the layer, an indication icon linked to the item of the safety quality control item for which negative is input (for example, step S56);
a step of accepting an input of a negative indication content to the arranged indication icon (for example, step S57);
a step of outputting the received indication content in association with the indication icon (for example, step S59);
indication content output method.

(11) In the computer that manages the safety quality of construction work,
a step of registering a plurality of construction safety and quality control items (for example, step S21);
a step of acquiring construction drawing data (for example, step S30);
generating a layer to be superimposed on the obtained drawing data (for example, step S31);
placing a checklist icon on the generated layer (for example, step S35);
a step of receiving a selection of which safety quality control item among the plurality of registered safety quality control items is to be associated with the arranged checklist icon (for example, step S40);
a step of generating a checklist corresponding to the received safety quality control items (for example, step S42);
a step of accepting an input of pass/fail for each safety quality control item of the generated checklist (for example, step S50);
If the input is negative, a step of arranging an indication icon linked to the item of the safety quality control item for which negative is input on the layer (for example, step S56);
a step of accepting an input of a negative indication content to the arranged indication icon (for example, step S57);
a step of outputting the received indication content in association with the indication icon (for example, step S59);
A computer readable program for executing

1 indication content output system 5 network 10 user terminal 11 acquisition unit 12 registration unit 13 layer generation unit 14 checklist icon placement unit 15 selection reception unit 16 checklist generation unit 17 pass/fail reception unit 18 indication icon placement unit 19 indication content reception unit 20 Pointed content output unit 30 Input screen 31 Common field 32 Major item field 33 Middle item field 34 Minor item field 40 Output screen 41 Common field 42 Major item field 43 Middle item field 44 Minor item field 45 List of registered contents 46 Editing icon 47 Change icon 50 Drawing data 51 Layer 52 Icon selection reception field 53 Checklist (pin) icon 54 Checklist (range designation) icon 55 Checklist icon 60 Selection screen 61 Item selection field 62 Major item selection field 63 List 64 Medium Item selection field 65 List 66 Minor item selection field 67 List 70 Output screen 71 Checklist 80 Input screen 81 List 82 Negative icon 90 Indication icon 91 Indication icon 92 Item number icon 100 Input screen 101 Indication content input column 102 Indication content Linking icon 110 Selection screen 111 Icon selection reception field 120 Output screen 121 Checklist 122 Indication content display icon 123 Indication content display column

Claims (11)

An indication content output system for managing the safety quality of construction work,
a registration unit for registering a plurality of construction safety and quality control items;
an acquisition unit that acquires construction drawing data;
a layer generation unit that generates a layer to be superimposed on the acquired drawing data;
a checklist icon placement unit that places a checklist icon on the generated layer;
a selection reception unit that receives a selection of which of the plurality of safety and quality control items registered is associated with the arranged checklist icon;
a checklist generation unit that generates a checklist corresponding to the received safety quality control items;
a pass/fail reception unit that receives a pass/fail input for each item of the safety quality control items of the generated checklist;
an indication icon placement unit that, when the input is negative, arranges an indication icon associated with the item of the safety quality control item for which negative is input on the layer;
an indication content reception unit that receives an input of an indication content of rejection to the arranged indication icon;
an indication content output unit that outputs the received indication content in association with the indication icon;
An indication content output system. a resolution reception unit that receives an input indicating that the content of the indication has been resolved;
The indication content output system according to claim 1, further comprising: an indication icon attention level changing unit that changes the attention level of an indication icon associated with the indication content input as resolution;
The indication content output system according to claim 2, further comprising: a resolution number arrangement unit that arranges the number of the indication contents input as resolution on the layer;
The indication content output system according to claim 2, further comprising: a checklist icon attention level changing unit that changes the attention level of the checklist icon when the input for all safety quality control items linked to the checklist is correct;
The indication content output system according to claim 1, further comprising: a linking unit that links a plurality of the indication icons to one safety quality control item among the safety quality control items for which "No" is input;
The indication content output system according to claim 1, further comprising: an item list generation unit that generates an item list of all safety quality control items for which no is entered;
an item list output unit for outputting a list of the generated safety quality control items;
The indication content output system according to claim 1, further comprising: an indication content list generation unit that generates a list of indication content linked to the indication icon;
an indication content list output unit that outputs a list of the generated indication content;
The indication content output system according to claim 1, further comprising: an area reception unit that receives an input of an area in which the checklist icon to be arranged is arranged;
further comprising
The checklist icon placement unit places the checklist icon in the received area.
The indication content output system according to claim 1. An indication content output method executed by a computer that manages the safety quality of construction work,
registering a plurality of construction safety and quality control items;
obtaining construction drawing data;
generating a layer to be superimposed on the acquired drawing data;
placing a checklist icon on the generated layer;
a step of receiving a selection of which safety and quality control item among the plurality of registered safety and quality control items is to be associated with the arranged checklist icon;
generating a checklist corresponding to the received safety quality control items;
a step of receiving an input of pass/fail for each safety quality control item of the generated checklist;
If the input is negative, a step of arranging an indication icon linked to the item of the safety quality control item for which negative was entered on the layer;
a step of accepting an input of a negative indication content to the arranged indication icon;
a step of outputting the received indication content in association with the indication icon;
indication content output method. The computer that manages the safety and quality of construction work,
registering a plurality of construction safety and quality control items;
obtaining construction drawing data;
generating a layer to be superimposed on the obtained drawing data;
placing a checklist icon on the generated layer;
a step of receiving a selection of which safety and quality control item among the plurality of registered safety and quality control items is to be associated with the arranged checklist icon;
generating a checklist corresponding to the received safety quality control items;
a step of accepting an input of pass/fail for each safety quality control item of the generated checklist;
If the input is negative, a step of placing an indication icon linked to the item of the safety quality control item for which negative was entered on the layer;
a step of accepting an input of a negative indication content on the arranged indication icon;
a step of outputting the received indication content in association with the indication icon;
A computer readable program for executing

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