Pipe diagram creation support device, pipe work construction information management device, pipe diagram creation support system, pipe diagram creation support system control method, and program for controlling pipe diagram creation support system

Abstract

Provided is a pipe diagram creation assistance device that assists the creation of a pipe diagram, wherein a structure that can be easily created by connecting a pipe diagram to a completely created pipe diagram is achieved. A pipe diagram creation assistance device (1) is provided with: a display unit (11) for displaying an input region in which an input operation is performed when a pipe diagram is created; a pipe diagram creation unit (12) that creates the pipe diagram by means of an input operation on the input region (S); and a storage unit (13) for storing the pipe diagram created by the pipe diagram creation unit (12). A pipe diagram creation unit (12) creates a pipe diagram by connecting an input operation to the input region to a connection-receiving portion specified in the pipe diagram stored in the storage unit (13), or creates a pipe diagram by connecting the input region to the connection-receiving portion specified in the pipe diagram stored in the storage unit (13). A new pipe diagram is created by connecting a pipe diagram to be connected among other pipe diagrams stored in the storage unit (13) or other pipe diagrams created by an input operation to the input region to the connected portion.

Description

Technical Field

[0001] The present invention relates to a pipeline drawing production assistance device, a pipeline engineering construction information management device, a pipeline drawing production assistance system, a pipeline drawing production assistance system control method, and a pipeline drawing production assistance system control program for assisting in the production of pipeline drawings. Background Art

[0002] Generally, in pipeline engineering, work is carried out based on pipeline drawings, and sometimes the pipeline drawings are modified according to the on-site engineering conditions or new pipeline drawings are produced. Pipeline drawing production devices for producing such pipeline drawings are known. For example, Patent Document 1 discloses a pipeline drawing production device having: a construction management information storage unit that stores construction management information obtained for each joint of a pipe, the construction management information including position information indicating the position of a joint of two pipes and pipe information of the pipes to be joined at the joint; a joint point drawing processing unit that draws a joint point symbol at a position on a pipeline layer corresponding to the position information read from the construction management information storage unit; and a pipeline drawing processing unit that connects the joint point symbols drawn on the pipeline layer by the joint point drawing processing unit using a linear pipeline symbol corresponding to the pipe information read from the construction management information storage unit.

[0003] In the pipeline drawing production device, after drawing joint point symbols at positions on the pipeline layer, the joint point symbols drawn on the pipeline layer are connected using a linear pipeline symbol corresponding to the pipe information, thereby producing a pipeline drawing.

[0004] Prior Art Documents

[0005] Patent Documents

[0006] Patent Document 1: Japanese Unexamined Patent Application Publication No. 2017 - 49921 Summary of the Invention

[0007] Problems to be Solved by the Invention

[0008] In the pipeline drawing production device of Patent Document 1 described above, joint point symbols are drawn at positions on the pipeline layer, and these joint point symbols are connected by pipeline symbols. Therefore, in the pipeline drawing production device, when producing a pipeline drawing, it is necessary to extend the pipeline by repeatedly performing the operation of selecting a pipeline symbol after drawing joint point symbols on the pipeline layer.

[0009] However, in actual pipeline engineering, there are not only cases where continuous pipe connection work is carried out, but also cases where after working on a plurality of discontinuous pipes separately, construction for connecting these pipes is carried out, or after temporarily interrupting the pipeline engineering, new pipes are worked on in order to connect to the completed pipes.

[0010] In such a situation as described above, when making a pipeline diagram, it is required to be able to easily connect a plurality of pipeline diagrams, or to be able to easily connect to a previously made pipeline diagram to make a new pipeline diagram. That is, a device for assisting in making a pipeline diagram is needed so that a pipeline diagram can be easily connected to a previously made pipeline diagram for making.

[0011] An object of the present invention is to achieve a structure in a pipeline diagram making assistance device that assists in making a pipeline diagram, which can easily connect a pipeline diagram to a previously made pipeline diagram for making.

[0012] Means for Solving the Problem

[0013] A pipeline diagram making assistance device according to an embodiment of the present invention is a device for assisting in making a pipeline diagram. The pipeline diagram making assistance device has: a display unit that displays an input area for input operations when making the pipeline diagram; a pipeline diagram making unit that makes the pipeline diagram by input operations on the input area; and a storage unit that stores the pipeline diagram made by the pipeline diagram making unit. The pipeline diagram making unit makes a pipeline diagram by connecting a mark to a connected part designated in the pipeline diagram stored in the storage unit through input operations on the input area, or connects a pipeline diagram to be connected in another pipeline diagram stored in the storage unit or another pipeline diagram made by input operations on the input area to the connected part to make a new pipeline diagram (first structure).

[0014] According to the above structure, through input operations on the input area, a pipeline diagram can be made by connecting a mark to a connected part designated in the pipeline diagram stored in the storage unit, or a pipeline diagram to be connected in another pipeline diagram stored in the storage unit or another pipeline diagram made by input operations on the input area can be connected to the connected part to make a new pipeline diagram.

[0015] Therefore, a pipeline diagram connected to the connected part of the pipeline diagram made and stored in the storage unit can be easily made. Therefore, a pipeline diagram can be easily made according to the progress of the project and the like.

[0016] In the first structure, the pipeline diagram making unit designates a connected part in the pipeline diagram stored in the storage unit through input operations on the input area (second structure).

[0017] Accordingly, it is possible to easily specify the connected portion in the pipeline diagram stored in the storage unit. Therefore, it is possible to easily connect pipeline diagrams to each other, or it is possible to connect notations or the like to the created pipeline diagram to easily create a pipeline diagram. Therefore, it is possible to easily create a pipeline diagram according to the progress of the project or the like.

[0018] In the first structure, the storage unit stores pipeline diagrams of piping for a plurality of construction sections created by the pipeline diagram creation unit. The pipeline diagram creation unit connects the connection portion of the pipeline diagram created in the input area by an input operation on the input area to the connected portions respectively specified in the pipeline diagrams of the piping for the plurality of construction sections by an input operation on the input area, to create the new pipeline diagram (third structure).

[0019] Accordingly, it is possible to connect the connection portion of the pipeline diagram created in the input area to the connected portions respectively specified in a plurality of discontinuous pipeline diagrams to create a new pipeline diagram. Therefore, even in the case where the piping work is carried out discontinuously, it is possible to easily create a pipeline diagram.

[0020] In the first structure, the pipeline diagram creation assisting device further includes a region selection unit that selects a region where an input operation has been performed in the grid-like input area that is the input area displayed by the display unit. The pipeline diagram creation unit creates the new pipeline diagram based on the plurality of regions selected by the region selection unit (fourth structure).

[0021] Accordingly, by an input operation on the grid-like input area, it is possible to intuitively and easily create a pipeline diagram.

[0022] The pipeline construction information management device according to an embodiment of the present invention includes a pipeline diagram creation assisting device having any one of the first to fourth structures. The pipeline construction information management device includes: a construction information acquisition unit that acquires construction information of a pipeline project; a construction information processing unit that associates the construction information acquired by the construction information acquisition unit with the positions of the pipes in the pipeline diagram created by the pipeline diagram creation assisting device; and a construction information display unit that displays the pipeline diagram and displays the construction information associated with the position by specifying the position of the pipe in the pipeline diagram (fifth structure).

[0023] Accordingly, it is possible to easily view the construction information of the pipeline project from the pipeline diagram created by the pipeline diagram creation assisting device. Accordingly, a pipeline construction information management device capable of improving the work efficiency of the pipeline project can be obtained.

[0024] A pipeline diagram creation assistance system according to an embodiment of the present invention includes an assistance server and an arithmetic terminal capable of communicating with the assistance server, and assists in the creation of a pipeline diagram. The arithmetic terminal has: a display unit that displays an input area for input operations when creating the pipeline diagram; a partial pipeline diagram creation unit that creates a partial pipeline diagram by performing an input operation on the input area; and a terminal output unit that outputs partial pipeline diagram information related to the partial pipeline diagram created by the partial pipeline diagram creation unit to the assistance server. The assistance server has: a partial pipeline diagram information acquisition unit that acquires the partial pipeline diagram information from the arithmetic terminal; a storage unit that stores the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit; and an overall pipeline diagram creation unit that creates an overall pipeline diagram using at least a part of the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit and the partial pipeline diagram information stored in the storage unit. The partial pipeline diagram creation unit creates a partial pipeline diagram by connecting a mark to a connected part specified in a partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through an input operation on the input area, or the overall pipeline diagram creation unit connects a partial pipeline diagram that is a connection object in other partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit or other partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit to create the overall pipeline diagram (Sixth Structure).

[0025] Accordingly, through an input operation on the input area, it is possible to create an overall pipeline diagram connected to a connected part specified in a partial pipeline diagram stored in the storage unit, or it is possible to connect a partial pipeline diagram that is a connection object in other partial pipeline diagrams stored in the storage unit or other partial pipeline diagrams created through an input operation on the input area to the connected part to create an overall pipeline diagram.

[0026] Moreover, it is possible to use the partial pipeline diagram to create an overall pipeline diagram using the assistance server. Accordingly, it is possible to create an overall pipeline diagram with a large arithmetic load using the assistance server.

[0027] Therefore, according to the above structure, it is possible to easily create an overall pipeline diagram using a small arithmetic terminal such as a portable terminal. Therefore, it is possible to create an overall pipeline diagram at the site of a pipeline project.

[0028] In the sixth structure, the partial pipeline diagram production unit designates the connected part (seventh structure) in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through an input operation on the input area.

[0029] Thereby, the connected part can be easily designated in the partial pipeline diagrams stored in the storage unit of the auxiliary server. Therefore, the connection between partial pipeline diagrams can be easily performed, or the overall pipeline diagram can be easily produced in a manner connected to the partial pipeline diagrams stored in the storage unit. Therefore, the overall pipeline diagram can be easily produced according to the progress of the project, etc.

[0030] In the sixth structure, the storage unit stores partial pipeline diagram information related to partial pipeline diagrams of the piping in a plurality of construction sections produced by the partial pipeline diagram production unit. The overall pipeline diagram production unit connects the connection part of the partial pipeline diagram included in the partial pipeline diagram information obtained by the partial pipeline diagram information acquisition unit or the connection part of the partial pipeline diagram to be connected in the partial pipeline diagram information included in the partial pipeline diagram stored in the storage unit with the connected parts respectively designated in the partial pipeline diagrams of the piping in the plurality of construction sections to produce the overall pipeline diagram (eighth structure).

[0031] Thereby, the connection part of the partial pipeline diagram to be connected can be connected to the connected parts respectively designated in a plurality of discontinuous partial pipeline diagrams to produce the overall pipeline diagram. Therefore, even in the case where the piping work is carried out discontinuously, the overall pipeline diagram can be easily produced.

[0032] In the sixth configuration, the display unit displays a grid-shaped input area as the input area. The operation terminal further has an area selection unit that selects an area where an input operation has been performed on the input area. The partial pipeline diagram production unit produces the partial pipeline diagram based on a plurality of areas selected by the area selection unit (ninth structure).

[0033] Thereby, through the input operation on the grid-shaped input area, the partial pipeline diagram can be produced intuitively and easily.

[0034] In the sixth structure, the auxiliary server further has an auxiliary server output unit that outputs at least a part of the overall pipeline diagram information related to the overall pipeline diagram produced by the overall pipeline diagram production unit to the arithmetic terminal. The arithmetic terminal further has an overall pipeline diagram information acquisition unit that acquires at least a part of the overall pipeline diagram information from the auxiliary server. The display unit of the arithmetic terminal displays at least a part of the overall pipeline diagram information acquired by the overall pipeline diagram information acquisition unit (tenth structure).

[0035] Thereby, at least a part of the overall pipeline diagram produced by the auxiliary server can be displayed on the display unit of the arithmetic terminal. Therefore, for example, even at the site of pipeline construction, at least a part of the overall pipeline diagram can be easily confirmed by the arithmetic terminal. Therefore, the work efficiency of pipeline construction can be improved.

[0036] The method for controlling a pipeline diagram production assistance system according to an embodiment of the present invention is a method for controlling a pipeline diagram production assistance system, which has an assistance server and a computing terminal capable of communicating with the assistance server, and assists in the production of pipeline diagrams. The method for controlling the pipeline diagram production assistance system includes: an input area display step of displaying, on a display unit of the computing terminal, an input area for input operations when producing the pipeline diagram; a partial pipeline diagram production step of the computing terminal producing a partial pipeline diagram by input operations on the input area displayed on the display unit of the computing terminal; a partial pipeline diagram information output step of the computing terminal outputting partial pipeline diagram information related to the partial pipeline diagram produced by the partial pipeline diagram production step to the assistance server; a partial pipeline diagram information acquisition step of the assistance server acquiring the partial pipeline diagram information from the computing terminal; a storage step of the assistance server storing the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step; and an overall pipeline diagram production step of the assistance server producing an overall pipeline diagram using at least a part of the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step and the partial pipeline diagram information stored in the assistance server. In the partial pipeline diagram production step, by input operations on the input area, a mark is connected to a connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server to produce a partial pipeline diagram, or in the overall pipeline diagram production step, a partial pipeline diagram included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step or a partial pipeline diagram of a connection object in other partial pipeline diagram information stored in the assistance server is connected to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server to produce the overall pipeline diagram (the first method).

[0037] According to the above method, by input operations on the input area, a mark or the like can be connected to a connected part specified in the partial pipeline diagram stored in the assistance server to produce an overall pipeline diagram, or a partial pipeline diagram of a connection object in other partial pipeline diagram information stored in the assistance server or a partial pipeline diagram produced by input operations on the input area can be connected to the connected part to produce an overall pipeline diagram.

[0038] Moreover, the partial pipeline diagram can be used to produce an overall pipeline diagram by the assistance server. Thus, the assistance server can be used to produce an overall pipeline diagram with a large computing load.

[0039] Therefore, according to the above method, it is possible to easily create an overall pipeline diagram using a small computing terminal such as a portable terminal. Therefore, it is possible to create an overall pipeline diagram at the site of the pipeline project.

[0040] In the first method, in the partial pipeline diagram creation step, by performing an input operation on the input area, the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the auxiliary server is specified (second method).

[0041] Thereby, it is possible to easily specify the connected part in the partial pipeline diagram stored in the auxiliary server. Therefore, it is possible to easily connect the partial pipeline diagrams to each other, or it is possible to easily create an overall pipeline diagram in a manner connected to the partial pipeline diagram stored in the auxiliary server. Therefore, it is possible to easily create an overall pipeline diagram according to the progress of the project, etc.

[0042] In the first method, in the storage step, the partial pipeline diagram information related to the partial pipeline diagrams of the piping in a plurality of construction sections created through the partial pipeline diagram creation step is stored respectively. In the overall pipeline diagram creation step, the connection part of the partial pipeline diagram to be connected, which is included in the partial pipeline diagram obtained through the partial pipeline diagram information acquisition step or the partial pipeline diagram included in the partial pipeline diagram information stored in the auxiliary server, is connected to the connected parts respectively specified in the partial pipeline diagrams of the piping in the plurality of construction sections to create the overall pipeline diagram (third method).

[0043] Thereby, it is possible to connect the connection part of the partial pipeline diagram to be connected to the connected parts respectively specified in a plurality of discontinuous partial pipeline diagrams to create an overall pipeline diagram. Therefore, even in the case where the piping work is carried out discontinuously, it is possible to easily create an overall pipeline diagram.

[0044] In the first method, the pipeline diagram creation assistance system control method further has an area selection step. In the area selection step, in the grid-shaped input area displayed in the input area display step, the area where the input operation has been performed is selected. The partial pipeline diagram creation step creates the partial pipeline diagram based on the plurality of areas selected through the area selection step (fourth method).

[0045] Thereby, through the input operation on the grid-shaped input area, it is possible to intuitively and easily create a partial pipeline diagram.

[0046] A program for controlling a pipeline diagram production assistance system according to an embodiment of the present invention is a program for controlling a pipeline diagram production assistance system, the pipeline diagram production assistance system having an assistance server and a computing terminal capable of communicating with the assistance server, and assisting in the production of a pipeline diagram. The program for controlling the pipeline diagram production assistance system causes the computing terminal to display an input area for input operations during the production of the pipeline diagram, causes the computing terminal to produce a partial pipeline diagram through input operations on the input area, and causes the computing terminal to output partial pipeline diagram information related to the produced partial pipeline diagram to the assistance server. The assistance server is caused to acquire partial pipeline diagram information related to the partial pipeline diagram produced by the computing terminal, the assistance server is caused to store the acquired partial pipeline diagram information in a storage unit, the assistance server is caused to produce an overall pipeline diagram using at least a part of the acquired partial pipeline diagram information and the partial pipeline diagram information stored in the storage unit, the computing terminal is caused to produce a partial pipeline diagram by connecting a mark to a connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through input operations on the input area, or the assistance server is caused to connect, when producing the overall pipeline diagram, a partial pipeline diagram included in the acquired partial pipeline diagram information or a partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit, which is a connection object, to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit, to produce the overall pipeline diagram (first program).

[0047] According to the above structure, through input operations on the input area, it is possible to connect a mark or the like to a connected part specified in the partial pipeline diagram stored in the storage unit to produce an overall pipeline diagram, or it is possible to connect a partial pipeline diagram that is a connection object in other partial pipeline diagrams stored in the storage unit or other partial pipeline diagrams produced through input operations on the input area to the connected part to produce an overall pipeline diagram.

[0048] Moreover, it is possible to use the partial pipeline diagram and produce an overall pipeline diagram using the assistance server. Thus, it is possible to produce an overall pipeline diagram with a large computational load using the assistance server.

[0049] Therefore, according to the above method, it is possible to easily produce an overall pipeline diagram using a small computing terminal such as a portable terminal. Thus, it is possible to produce an overall pipeline diagram at the site of a pipeline project.

[0050] In the first program, the computing terminal is caused to specify the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through input operations on the input area (second program).

[0051] Accordingly, it is possible to easily specify the connected part in the partial piping diagram stored in the storage unit of the auxiliary server. Therefore, it is possible to easily connect the partial piping diagrams to each other, or it is possible to easily create the overall piping diagram in a manner connected to the partial piping diagrams stored in the storage unit. Therefore, it is possible to easily create the overall piping diagram according to the progress of the project and the like.

[0052] In the first program, the auxiliary server stores partial piping diagram information related to the partial piping diagrams of the piping in a plurality of construction sections created by the operation terminal in the storage unit respectively. When creating the overall piping diagram, the auxiliary server connects the partial piping diagram to be connected, which is included in the other partial piping diagrams obtained or in the other partial piping diagrams included in the partial piping diagram information stored in the storage unit, to the connected part to create the overall piping diagram (third program).

[0053] Accordingly, it is possible to connect the partial piping diagram to be connected to the connected parts respectively specified in a plurality of discontinuous partial piping diagrams to create the overall piping diagram. Therefore, even when the piping work is carried out discontinuously, it is possible to easily create the overall piping diagram.

[0054] In the first program, the operation terminal displays a grid-shaped input area on the display unit, the operation terminal selects the area where an input operation has been performed on the input area, and the operation terminal creates the partial piping diagram based on the selected plurality of areas (fourth program).

[0055] Accordingly, through the input operation on the grid-shaped input area, it is possible to intuitively and easily create the partial piping diagram.

[0056] Advantageous Effects of the Invention

[0057] The piping diagram creation assistance device according to an embodiment of the present invention assists in creating a piping diagram. The piping diagram creation assistance device includes: a display unit that displays an input area for performing an input operation when creating the piping diagram; a piping diagram creation unit that creates the piping diagram through an input operation on the input area; and a storage unit that stores the piping diagram created by the piping diagram creation unit. The piping diagram creation unit creates a piping diagram by connecting a mark to the connected part specified in the piping diagram stored in the storage unit through an input operation on the input area, or creates a new piping diagram by connecting the piping diagram to be connected, which is included in the other piping diagrams stored in the storage unit or in the other piping diagrams created through an input operation on the input area, to the connected part.

[0058] Accordingly, it is possible to easily create a pipeline diagram connected to the connected part of the pipeline diagram created and stored in the storage unit. Therefore, it is possible to easily create a pipeline diagram according to the progress of the project and the like. Description of the Drawings

[0059] Figure 1 It is a functional block diagram showing a schematic configuration of a pipeline diagram creation support device according to Embodiment 1 of the present invention.

[0060] Figure 2 It is a diagram showing an example of a pipeline diagram created by a pipeline diagram creation unit.

[0061] Figure 3 It is a diagram showing an example of a pipeline diagram obtained by connecting the pipeline diagram shown in Figure 2 to the connected part of the pipeline diagram stored in the storage unit.

[0062] Figure 4 It is a diagram showing an example of a pipeline diagram obtained by connecting the pipeline diagram shown in Figure 2 to the pipeline diagrams of the piping in two construction sections stored in the storage unit.

[0063] Figure 5 It is a functional block diagram showing a schematic configuration of a pipeline diagram creation support device according to a modified example.

[0064] Figure 6 It is a diagram showing an example of a case where a plurality of regions constituting a grid-shaped input region are selected by a region selection unit.

[0065] Figure 7 It is a functional block diagram showing a schematic configuration of a pipeline construction information management device having the pipeline diagram creation support device of Embodiment 1.

[0066] Figure 8 It is a diagram showing an example of a display screen in which construction information is associated with a pipeline diagram by a construction information processing unit.

[0067] Figure 9 It is a functional block diagram showing a schematic configuration of a pipeline diagram creation support system for assisting in the creation of a pipeline diagram.

[0068] Figure 10 It is a flowchart showing a pipeline diagram creation support system control method performed by the pipeline diagram creation support system.

[0069] Figure 11 It is a functional block diagram showing a schematic configuration of a pipeline diagram creation support system according to a modified example.

[0070] Figure 12It is a flowchart showing a control method of a piping drawing production support system by the piping drawing production support system according to the modified example. Detailed implementation manners

[0071] Hereinafter, each implementation manner will be described with reference to the drawings. In each drawing, the same reference numerals are assigned to the same parts, and the description of the same parts will not be repeated. It should be noted that the dimensions of the structural members in each drawing do not faithfully represent the actual dimensions of the structural members and the dimensional ratios of the structural members, etc.

[0072] [Implementation Manner 1]

[0073] (Piping Drawing Production Support Device)

[0074] Figure 1 It is a functional block diagram showing a schematic structure of a piping drawing production support device 1 according to Implementation Manner 1 of the present invention. The piping drawing production support device 1 assists in the production of a piping drawing representing a pipe of a water supply pipe. The piping drawing production support device 1 can connect a mark representing a pipe or the like to the produced piping drawing to produce a piping drawing, or can connect other piping drawings in the produced piping drawing to produce a new piping drawing.

[0075] The piping drawing production support device 1 includes a display unit 11, a piping drawing production unit 12, and a storage unit 13. The piping drawing production support device 1 can be implemented by, for example, a computing processing device such as a computer, or can be implemented by a portable terminal capable of performing computing processing.

[0076] The display unit 11 displays an input area S where input operations can be performed. The display unit 11 is constituted by, for example, a display for displaying images. The display unit 11 can be a touch panel display capable of direct input, or can be a display for displaying the result of an input operation on an input operation unit (not shown). When the piping drawing production support device 1 is constituted by a portable terminal, the display unit 11 is the display screen of the portable terminal.

[0077] The display unit 11 displays the piping drawing produced by the piping drawing production unit 12 as described later. The display unit 11 can display the piping drawing in the input area S, or can display the piping drawing in a piping drawing display area (not shown). The display unit 11 can also display images other than the input area S and the piping drawing display area.

[0078] In addition, the image including the input area S and the piping drawing displayed on the display unit 11 is controlled for display by a display control unit (not shown).

[0079] The pipeline drawing creation unit 12 creates a pipeline drawing to be displayed on the display unit 11 by performing an input operation on the input area S using pipe information. For example, the pipeline drawing creation unit 12 creates the pipeline drawing in the input area S by performing an input operation of connecting the marks of the selected pipes in the input area S. Figure 2 FIG. is an example of a pipeline drawing of the input area S created by the pipeline drawing creation unit 12 and displayed on the display unit 11. In addition, the pipeline drawing creation unit 12 may also create a pipeline drawing in an area other than the input area S. For example, the pipeline drawing creation unit 12 may create a pipeline drawing in a pipeline drawing display area (not shown).

[0080] The pipe information is, for example, the pipe model, nominal diameter, etc. That is, the pipe information includes information such as the type of pipe, the model of the joint, the presence or absence of internal surface coating, and the size of the pipe.

[0081] In addition, the pipe information used when the pipeline drawing creation unit 12 creates a pipeline drawing may be information preset by the pipeline drawing creation assistance device 1, or may be selected from a table or the like when the pipeline drawing creation unit 12 creates a pipeline drawing.

[0082] The storage unit 13 stores pipeline drawing information related to the pipeline drawing created by the pipeline drawing creation unit 12. The pipeline drawing information also includes information related to the connected part of the pipeline drawing described later. The storage unit 13 is composed of a storage device or storage medium such as a hard disk device and a memory, for example.

[0083] The pipeline drawing creation unit 12 can connect other pipeline drawings to the connected part specified in the pipeline drawing by performing an input operation on the input area S. That is, the pipeline drawing creation unit 12 can create a pipeline drawing by connecting a mark to the connected part specified in the pipeline drawing stored in the storage unit 13 through an input operation on the input area S, or can connect the pipeline drawing of the connection object in other pipeline drawings stored in the storage unit 13 or other pipeline drawings created by performing an input operation on the input area S to the connected part to create a new pipeline drawing.

[0084] Through the input operation on the input area S, the pipeline drawing creation unit 12 specifies the connected part for the pipeline drawing of the connection object. Figure 2 The reference numeral V shown in the figure represents an example of the connected part of the pipeline drawing specified by the input operation on the input area S. That is, in Figure 2 the example shown, Figure 2 the shown pipeline drawing is connected to the pipe number ( Figure 2 pipe No. in) and the joint number ( Figure 2 joint No. in) shown by the reference numeral V. In addition, the information related to the connected part is included in the pipeline drawing information as described above and is therefore stored in the storage unit 13.

[0085] Figure 3 It represents a diagram showing an example of a piping diagram obtained by connecting the connected parts of the piping diagram stored in the storage unit 13 using the piping diagram production unit 12. Figure 2 The piping diagram shown. Figure 3 The pipe number (Pipe No.) and joint number (Joint No.) in Figure 2 are the same as the pipe number and joint number indicated by the reference numeral V in the drawing. In Figure 3 In Figure 2 the piping diagram shown is the part surrounded by the dotted line.

[0086] As Figure 3 shown, by the piping diagram production unit 12, at the connected part (Pipe No. ○○○, Joint No. △△△) of the piping diagram stored in the storage unit 13, connect Figure 2 the connecting part of the piping diagram shown. In Figure 3 In the example shown, at the connected part of the piping diagram stored in the storage unit 13, there is connected Figure 2 the left end part of the piping diagram shown. Not limited to this, in Figure 2 the part connected to the said connected part in the piping diagram shown can also be specified by an input operation on the input area S.

[0087] In addition, the said connected part can be specified by inputting the pipe number and joint number as described above, or by redrawing the said connected part in the input area S, or by selecting the image drawn in the input area S. The specification of the said connected part can be carried out by an input operation on the input area S, or by an input operation on other areas displayed on the display unit 11. The said connected part is not limited to the specification based on the input operation, and can also be determined according to the position of the piping diagram such as the end part of the piping diagram stored in the storage unit 13, or can be determined based on other information such as information related to the construction plan.

[0088] The piping diagram production unit 12 can also connect the connected parts of the piping diagrams of the pipe arrangements in a plurality of construction sections stored in the storage unit 13 Figure 2 to the piping diagram shown. Figure 4 It represents a diagram showing an example of a piping diagram obtained by connecting the connecting part of the piping diagram (the part shown by the dotted line in Figure 2 ) of the pipe arrangements in two construction sections stored in the storage unit 13 using the piping diagram production unit 12. In Figure 4 In Figure 4In the example shown, the piping diagram creation unit 12 designates the connected portions (pipe No. 〇〇〇, joint No. △△△, pipe No. XXX, joint No. YYY) in the piping diagrams of the two construction sections stored in the storage unit 13 through an input operation on the input area S. Specifically, the piping diagram creation unit 12 designates the connected portion of one of the two piping diagrams as pipe No. 〇〇〇 and joint No. △△△ through an input operation on the input area S, and designates the connected portion of the other piping diagram of the two piping diagrams as pipe No. XXX and joint No. YYY.

[0089] In addition, in the present embodiment, the construction section is an area where construction work is carried out within a specified period in pipe work and a continuous piping diagram is formed within this range.

[0090] As Figure 4 shown, the piping diagram creation unit 12 connects the connection portions of the piping diagram Figure 2 shown to the connected portions of the two designated piping diagrams respectively. In addition, Figure 2 the connection portions of the piping diagram Figure 2 shown can be designated through an input operation on the input area S in the same way as the designation of the connected portions, or can be automatically designated

[0091] As described above, since the piping diagram creation unit 12 can connect the connected portions in the piping diagrams of the pipes in a plurality of construction sections stored in the storage unit 13 to other piping diagrams, it is possible to create the plurality of piping diagrams at other times, or to create the plurality of piping diagrams through an input operation of other devices. Therefore, even in the case of carrying out a plurality of pipe works in parallel and in the case where other operators create piping diagrams, etc., it is possible to connect the plurality of piping diagrams and easily create one piping diagram.

[0092] Although not particularly illustrated, the piping diagram creation unit 12 is not limited to connecting a plurality of piping diagrams to each other as described above, and can also create a piping diagram by connecting a mark indicating a pipe or the like to the connected portion of the piping diagram stored in the storage unit 13. In this case, before creating the piping diagram through an input operation on the input area S, the piping diagram creation unit 12 needs to designate the connected portion in the piping diagram stored in the storage unit 13.

[0093] According to the above, in the present embodiment, the piping diagram production assisting device 1 for assisting in the production of a piping diagram has: a display unit 11 that displays an input area S for input operations when producing the piping diagram; a piping diagram production unit 12 that produces the piping diagram by input operations on the input area S; and a storage unit 13 that stores the piping diagram produced by the piping diagram production unit 12. The piping diagram production unit 12 produces a piping diagram by connecting a mark to a connected part designated in the piping diagram stored in the storage unit 13 through an input operation on the input area S, or by connecting a piping diagram of a connection target in another piping diagram stored in the storage unit 13 or another piping diagram produced through an input operation on the input area S to the connected part to produce a new piping diagram.

[0094] According to the above structure, through an input operation on the input area S, a mark can be connected to a connected part designated in the piping diagram stored in the storage unit 13 to produce a piping diagram, or a piping diagram of a connection target in another piping diagram stored in the storage unit 13 or another piping diagram produced through an input operation on the input area S can be connected to the connected part to produce a new piping diagram.

[0095] Therefore, it is possible to easily produce a piping diagram connected to the connected part of the piping diagram produced and stored in the storage unit 13. Therefore, it is possible to easily produce a piping diagram according to the progress of the project and the like.

[0096] In addition, in the present embodiment, the piping diagram production unit 12 designates a connected part in the piping diagram stored in the storage unit 13 through an input operation on the input area S.

[0097] Thereby, it is possible to easily designate a connected part in the piping diagram stored in the storage unit 13. Therefore, it is possible to easily connect piping diagrams to each other, or it is possible to connect to the produced piping diagram and easily produce a piping diagram. Therefore, it is possible to easily produce a piping diagram according to the progress of the project and the like.

[0098] In addition, in the present embodiment, the storage unit 13 stores piping diagrams of piping for a plurality of construction sections produced by the piping diagram production unit 12 respectively. The piping diagram production unit 12 connects the connection part of the piping diagram produced in the input area S through an input operation on the input area S to the connected parts respectively designated in the piping diagrams of the piping for the plurality of construction sections through an input operation on the input area S to produce a piping diagram.

[0099] Thereby, it is possible to produce a new piping diagram by connecting to the connected parts respectively designated in a plurality of discontinuous piping diagrams. Therefore, even in the case of a piping project carried out discontinuously, it is possible to easily produce a piping diagram.

[0100] (Modification example)

[0101] In the above-described embodiment, the pipeline diagram creation unit 12 creates a pipeline diagram by performing an input operation on the input area S. However, a pipeline diagram can also be created by performing an input operation on a grid-shaped input area. Hereinafter, such a modification example will be described. In addition, in the following description, the same reference numerals are given to the same structures as those of the pipeline diagram creation support device 1 of the first embodiment, and the description thereof will be omitted.

[0102] Figure 5 FIG. 8 is a functional block diagram showing a schematic configuration of a pipeline diagram creation support device 100 according to a modification example of the first embodiment. The pipeline diagram creation support device 100 can easily create a pipeline diagram representing a water pipe by performing an input operation on a grid-shaped input area R. The pipeline diagram creation support device 100 can assist the operator in creating the pipeline diagram so that the pipeline diagram can be created intuitively and easily.

[0103] The pipeline diagram creation support device 100 includes a display unit 11, an area selection unit 114, a pipeline diagram creation unit 112, and a storage unit 13. The pipeline diagram creation support device 100 can be implemented, for example, by an arithmetic processing device such as a computer, or can be implemented by a portable terminal capable of performing arithmetic processing.

[0104] The configuration of the display unit 11 is the same as that of the display unit 11 of the first embodiment, except that it displays a grid-shaped input area R on which an input operation can be performed.

[0105] The area selection unit 114 selects an area r within the grid-shaped input area R by performing an input operation on the input area R displayed on the display unit 11. Specifically, the area selection unit 114 can select at least one of a plurality of rectangular areas r that make up the grid-shaped input area R by the input operation. The input operation can be a direct input to the display unit 11 or an input using an input operation unit (not shown).

[0106] Figure 6 FIG. 21 is a diagram showing an example of a case where the area selection unit 114 has selected a plurality of areas r that make up the grid-shaped input area R. The area selection unit 114 is configured to be able to select only the areas r adjacent to the selected area r in the input area R. The area selection unit 114 is configured to keep the previously selected area r as the selected area r2 when a new area r is selected in the input area R. In addition, in the display unit 11, for example, the selected area r1 and the selected area r2 are displayed in different colors so as to be distinguishable. In Figure 6 the example shown, the selected area r1 is shown in white, and the selected area r2 is shaded.

[0107] The area selection unit 114 can also surround or highlight, with a frame line, the area r that can be selected next with respect to the selected area r1 in the input area R displayed by the display unit 11. For example, in Figure 6 , with respect to the selected area r1, the area r that can be selected next is surrounded by a frame line shown by a dotted line. The area selection unit 114 can also set, as the area r that can be selected next with respect to the selected area r1, an area r that is not adjacent to other selected areas r2.

[0108] The area selection unit 114 can also set, as an area that can be selected, an area r that is adjacent to the selected area r2. Thereby, in the input area R, it is also possible to input an area for drawing a branch pipe.

[0109] In addition, the adjacent area means, when the plural areas r constituting the input area R are polygons, an area that is adjacent to a certain area with sides. When the plural areas r constituting the input area R are circular shapes, it means an area that is in contact with a certain area r.

[0110] The pipeline diagram creation unit 112 creates a pipeline diagram based on the plural adjacent selected areas r2 in the input area R. Specifically, the pipeline diagram creation unit 112 creates a pipeline diagram based on the pipe information associated with the plural selected areas r2 and the positional relationship of the plural selected areas r2.

[0111] For example, when the plural selected areas r2 are arranged in one direction with sides adjacent to each other, the pipeline diagram creation unit 112 creates a diagram of a straight pipe. In this case, the attribute data of the pipe in the initially selected area r2 can also be used to create a diagram of a straight pipe of the same pipe type corresponding to the remaining selected areas r2. Thereby, the effort of selecting the attributes of the pipe for each of the plural selected areas r2 can be omitted. In addition, for example, when the plural selected areas r2 are joined at corners, the pipeline diagram creation unit 112 creates a diagram of a bent pipe. For example, when the plural selected areas r2 branch in plural directions, the pipeline diagram creation unit 112 creates a diagram of a branch pipe. That is, the pipeline diagram creation unit 112 changes the type of pipe of the created diagram, etc., according to the positional relationship of the plural selected areas r2.

[0112] In addition, the pipe information used when the pipeline diagram creation unit 112 creates a pipeline diagram can be information preset in the pipeline diagram creation assistance device 100, or can be selected from a table or the like when the area r of the input area R is selected by the area selection unit 114. That is, the pipe information only needs to be associated with the area r of the input area R, and can be associated with the area r by any method.

[0113] The structure of the pipeline drawing production unit 112 other than the above is the same as that of the pipeline drawing production unit 12 in Embodiment 1.

[0114] According to the above, in the present embodiment, the pipeline drawing production assistance device 100 further includes a region selection unit 114 that selects, in the grid-shaped input region R serving as the input region and displayed by the display unit 11, the region where an input operation has been performed. The pipeline drawing production unit 112 produces a pipeline drawing based on a plurality of regions r selected by the region selection unit 114.

[0115] Thereby, it is possible to produce a pipeline drawing based on a plurality of regions r selected by an input operation on the grid-shaped input region R. Therefore, a pipeline drawing production assistance device 100 that can produce a pipeline drawing intuitively and easily can be obtained.

[0116] In addition, in the present embodiment, the pipeline drawing production unit 112 is configured to produce a pipeline drawing according to the positional relationship of adjacent regions r selected by the region selection unit 114. Adjacent regions include not only regions arranged horizontally but also regions arranged in an inclined direction.

[0117] Thereby, according to the positional relationship of adjacent regions r selected in the input region R, it is possible to easily produce various pipelines including not only straight pipes but also bent pipes or branch pipes as a pipeline drawing. Therefore, a pipeline drawing production assistance device 100 with high versatility and capable of easily producing a pipeline drawing can be obtained.

[0118] In addition, in the present embodiment, the region selection unit 114 is configured to be able to select only the region r adjacent to the already selected region r in the input region R.

[0119] Thereby, when inputting to the grid-shaped input region R, an input operation can be performed to form a pipeline. Therefore, a pipeline drawing can be produced intuitively and easily.

[0120] [Embodiment 2]

[0121] Figure 7 It is a functional block diagram showing a schematic structure of a pipeline construction information management device 200 having the pipeline drawing production assistance device 1 of Embodiment 1. The description of the structure of the pipeline drawing production assistance device 1 is omitted. In addition, the pipeline construction information management device 200 may also have the pipeline drawing production assistance device 100 according to a modified example of Embodiment 1.

[0122] The pipeline construction information management device 200 includes the pipeline drawing production assistance device 1 of Embodiment 1, a construction information acquisition unit 201, a construction information processing unit 202, and a construction information display unit 203.

[0123] The construction information acquisition unit 201 obtains, for example, construction information of a pipeline project from an auxiliary server (not shown) or the like. The pipeline project includes, for example, projects related to piping such as water pipes and gas pipes. The construction information includes information such as the type and size of pipes used in the pipeline project, information related to accessories such as valves used in the pipeline project, information related to civil engineering in the pipeline project, information related to pipefitters in the pipeline project, information related to photos taken in the pipeline project, and the like.

[0124] The construction information processing unit 202 associates the construction information obtained by the construction information acquisition unit 201 with the positions of the pipes in the pipeline diagram produced by the pipeline diagram production assistance device 1. Thus, the corresponding construction information is associated with each position of the pipes in the pipeline diagram by the construction information processing unit 202.

[0125] In addition, for example, when the construction information processing unit 202 associates the measurement result of the position of the rubber ring at the joint part as the construction information with the joint of the pipe, the measurement result is obtained by manual input or automatic input from a measuring device. The construction information processing unit 202 can also be configured to be able to select whether to input the measurement result manually or automatically.

[0126] The construction information display unit 203 displays the pipeline diagram produced by the pipeline diagram production assistance device 1, and when a position of a pipe in the pipeline diagram is selected, the construction information associated with the position of the pipe in the pipeline diagram is also displayed by the construction information processing unit 202.

[0127] Figure 8 FIG. is an example of a display screen showing the association of construction information with a pipeline diagram by the construction information processing unit 202. That is, Figure 8 is an example of a screen displayed by the construction information display unit 203.

[0128] As Figure 8 shown, for example, by operating icons such as measurement input displayed on the screen, the construction information related to the pipeline project can be associated with each pipe of the pipeline diagram produced by the pipeline diagram production assistance device 1 by the construction information processing unit 202. In addition, for example, by operating icons such as inspection or photos displayed on the screen, the construction information including information related to the inspection result and photos can be associated with each joint of the pipeline diagram produced by the pipeline diagram production assistance device 1 by the construction information processing unit 202.

[0129] In addition, as in Figure 8As shown in an example, it is possible to display construction information T such as the measurement results of management items at a certain position of the pipeline. That is, the construction information display unit 203 may also display the construction information T associated with the specified position of the pipeline when an icon at the specified position of the pipeline is selected on the display screen. The construction information T may include not only the measurement results, but also inspection contents related to whether construction has been carried out, construction date and time, person in charge, and other construction-related information. In addition, the construction information display unit 203 may also display the design information together with at least one of the pipeline diagram and the construction information.

[0130] The construction information processing unit 202 can not only associate construction information with each pipe and each joint as Figure 8 shown, but also associate corresponding construction information with the positions specified in the pipeline diagram.

[0131] According to the above, the pipeline construction information management device 200 of the present embodiment has: a pipeline diagram production assistance device 1; a construction information acquisition unit 201 that acquires construction information of the pipeline project; a construction information processing unit 202 that associates the construction information acquired by the construction information acquisition unit 201 with the positions of the pipelines in the pipeline diagram produced by the pipeline diagram production assistance device 1; and a construction information display unit 203 that displays the pipeline diagram and displays the construction information associated with the position by specifying the position of the pipeline in the pipeline diagram.

[0132] Thereby, it is possible to manage the construction information of the pipeline project in association with the pipeline diagram. In addition, it is possible to easily view the construction information from the pipeline diagram. Therefore, the operation efficiency of the pipeline project can be improved.

[0133] In addition, the pipeline construction information management device 200 may also perform a comprehensive determination at a specified timing using the acquired construction information and display the result on the construction information display unit 203. That is, as the comprehensive determination, the pipeline construction information management device 200 may also determine whether there are management items that do not meet the criteria among the management items included in the acquired construction information. In addition, the pipeline construction information management device 200 may be configured to display the management item on the construction information display unit 203 to prompt modification when there are management items that do not meet the criteria in the result of the comprehensive determination.

[0134] [Embodiment 3]

[0135] Figure 9It is a functional block diagram showing the schematic structure of a pipeline diagram production assistance system 1000 that assists in the production of pipeline diagrams. The pipeline diagram production assistance system 1000 has an operation terminal 1001 and an assistance server 1002. In the pipeline diagram production assistance system 1000, a partial pipeline diagram is produced by input to the operation terminal 1001, and the overall pipeline diagram is produced by the assistance server 1002 using the partial pipeline diagram.

[0136] The operation terminal 1001 has a structure that performs arithmetic processing on the input information, can transmit and receive information with the assistance server 1002, and can display the processing result. The operation terminal 1001 is constituted by, for example, a computer, a portable terminal, etc. As long as the operation terminal 1001 has a structure that performs arithmetic processing on the input information, can transmit and receive information with the assistance server 1002, and can display the processing result, it can be an arithmetic processing device having any structure. The operation terminal 1001 can also be configured to output display data to a display unit other than the operation terminal.

[0137] The operation terminal 1001 has a display unit 1011, a partial pipeline diagram production unit 1012, a terminal output unit 1013, and an overall pipeline diagram information acquisition unit 1014. The display unit 1011 has the same structure as the display unit 11 of the pipeline diagram production assistance device 1 of the first embodiment. Therefore, the detailed description of the display unit 1011 is omitted.

[0138] The partial pipeline diagram production unit 1012 produces a partial pipeline diagram by an input operation on the input area S displayed on the display unit 1011. The partial pipeline diagram production unit 1012 has the same structure as the pipeline diagram production unit 12 of the pipeline diagram production assistance device 1 of the first embodiment, except for producing a partial pipeline diagram.

[0139] The partial pipeline diagram is produced by the partial pipeline diagram production unit 1012 and constitutes a part of the pipeline diagram of the pipeline project. By connecting a plurality of the partial pipeline diagrams, the pipeline diagram of the pipeline project can be produced.

[0140] The terminal output unit 1013 outputs partial pipeline diagram information, which is information related to the partial pipeline diagram produced by the partial pipeline diagram production unit 1012, to the assistance server 1002. The terminal output unit 1013 includes, for example, a communication device that can communicate with the assistance server 1002.

[0141] The overall pipeline diagram information acquisition unit 1014 acquires at least a part of the information related to the overall pipeline diagram produced by the overall pipeline diagram production unit 1022 of the auxiliary server 1002. The overall pipeline diagram information acquisition unit 1014 includes, for example, a communication device capable of communicating with the auxiliary server 1002. The display unit 1011 displays at least a part of the overall pipeline diagram information acquired by the overall pipeline diagram information acquisition unit 1014.

[0142] The auxiliary server 1002 has a partial pipeline diagram information acquisition unit 1021, an overall pipeline diagram production unit 1022, a storage unit 1023, and an auxiliary server output unit 1024.

[0143] The partial pipeline diagram information acquisition unit 1021 acquires partial pipeline diagram information related to the partial pipeline diagram output from the terminal output unit 1013 of the arithmetic terminal 1001. The acquired partial pipeline diagram information is stored in the storage unit 1023. In the storage unit 1023, partial pipeline diagram information related to the partial pipeline diagrams of the piping in a plurality of construction sections produced by the partial pipeline diagram production unit 1012 is stored respectively.

[0144] The overall pipeline diagram production unit 1022 produces an overall pipeline diagram using at least a part of the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021 and the partial pipeline diagram information stored in the storage unit 1023. Specifically, the overall pipeline diagram production unit 1022 connects the partial pipeline diagram of the connection target among the other partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021 or the other partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit 1023 to the connected part specified in the partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit 1023 to produce the overall pipeline diagram. The connection of the partial pipeline diagrams performed by the overall pipeline diagram production unit 1022 is the same as the connection of the pipeline diagrams to each other performed by the pipeline diagram production unit 12 in Embodiment 1, so detailed description is omitted.

[0145] The storage unit 1023 stores the overall pipeline diagram information related to the overall pipeline diagram produced by the overall pipeline diagram production unit 1022. The storage unit 1023 is constituted by a storage device or storage medium such as a hard disk device and a memory, for example.

[0146] In addition, partial pipeline diagram information related to the partial pipeline diagrams produced by the partial pipeline diagram production unit 1012 may be stored in the storage unit 1023. The overall pipeline diagram production unit 1022 may also use the partial pipeline diagram information stored in the storage unit 1023 to produce the overall pipeline diagram.

[0147] The auxiliary server output unit 1024 outputs at least a part of the overall pipeline diagram information related to the overall pipeline diagram produced by the overall pipeline diagram production unit 1022 to the arithmetic terminal 1001. The auxiliary server output unit 1024 includes, for example, a communication device capable of communicating with the arithmetic terminal 1001.

[0148] The partial pipeline diagram production unit 1012 of the arithmetic terminal 1001 may also produce a partial pipeline diagram in such a manner that, by an input operation on the input area S, it is connected to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023. Thereby, a part of the overall pipeline diagram can be produced. The partial pipeline diagram thus produced is output from the terminal output unit 1013 to the auxiliary server 1002 and stored in the storage unit 1023.

[0149] The partial pipeline diagram production unit 1012 designates the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023 by an input operation on the input area R. Information related to the designation of the connected part is output from the terminal output unit 1013 to the auxiliary server 1002 as a part of the partial pipeline diagram information and stored in the storage unit 1023.

[0150] Based on the above, the pipeline diagram production assistance system 1000 of the present embodiment is a system that has an assistance server 1002 and an operation terminal 1001 capable of communicating with the assistance server 1002, and assists in the production of pipeline diagrams. The operation terminal 1001 has: a display unit 1011 that displays an input area R for input operations when producing the pipeline diagram; a partial pipeline diagram production unit 1012 that produces a partial pipeline diagram based on the input operation on the input area R; and a terminal output unit 1013 that outputs partial pipeline diagram information related to the partial pipeline diagram produced by the partial pipeline diagram production unit 1012 to the assistance server 1002. The assistance server 1002 has: a partial pipeline diagram information acquisition unit 1021 that acquires the partial pipeline diagram information from the operation terminal 1001; a storage unit 1023 that stores the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021; and an overall pipeline diagram production unit 1022 that produces an overall pipeline diagram using at least a part of the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021 and the partial pipeline diagram information stored in the storage unit 1023. The partial pipeline diagram production unit 1012 produces a partial pipeline diagram in such a way that, through an input operation on the input area R, it is connected to a connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023. Alternatively, the overall pipeline diagram production unit 1022 connects a partial pipeline diagram that is a connection object in other partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021 or other partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit 1023 to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023 to produce the overall pipeline diagram.

[0151] Thus, it is possible to produce an overall pipeline diagram in such a way that, through an input operation on the input area S, it is connected to a connected part specified in the partial pipeline diagram stored in the storage unit 1023, or it is possible to connect a partial pipeline diagram that is a connection object in other partial pipeline diagrams stored in the storage unit 1023 or other partial pipeline diagrams produced through an input operation on the input area S to the connected part to produce the overall pipeline diagram.

[0152] Moreover, it is possible to use the partial pipeline diagram to produce an overall pipeline diagram using the assistance server 1002. Thus, it is possible to produce an overall pipeline diagram with a large computational load through the assistance server 1002.

[0153] Therefore, according to the above structure, it is possible to easily produce an overall pipeline diagram using a small operation terminal 1001 such as a portable terminal. Therefore, it is possible to produce an overall pipeline diagram at the site of pipeline engineering.

[0154] In addition, in the present embodiment, the partial pipeline diagram creation unit 1012 designates the connected portion in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023 through an input operation on the input area R.

[0155] Thereby, it is possible to easily designate the connected portion in the partial pipeline diagram stored in the storage unit 1023 of the auxiliary server 1002. Therefore, it is possible to easily connect the partial pipeline diagrams to each other, or to easily create an overall pipeline diagram in a manner connected to the partial pipeline diagrams stored in the storage unit 1023. Therefore, it is possible to easily create an overall pipeline diagram according to the progress of the project and the like.

[0156] In addition, in the present embodiment, the storage unit 1023 stores partial pipeline diagram information related to the partial pipeline diagrams of the piping for a plurality of construction sections created by the partial pipeline diagram creation unit 1012. The overall pipeline diagram creation unit 1022 connects the connection portions of the partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021 or the connection portions of the partial pipeline diagrams to be connected in the partial pipeline diagram information stored in the storage unit 1023 with the connected portions respectively designated in the partial pipeline diagrams of the piping for the plurality of construction sections, to create an overall pipeline diagram.

[0157] Thereby, it is possible to connect the connection portions of the partial pipeline diagrams to be connected with the connected portions respectively designated in a plurality of discontinuous partial pipeline diagrams, to create an overall pipeline diagram. Therefore, even in the case where the piping work is carried out discontinuously, it is possible to easily create an overall pipeline diagram.

[0158] Moreover, it is possible to create partial pipeline diagrams of the piping for a plurality of construction sections by a plurality of operation terminals 1001, and to connect these partial pipeline diagrams by the auxiliary server 1002 to create an overall pipeline diagram. Thereby, it is possible to improve the workability of creating pipeline diagrams in pipeline construction. In addition, when creating partial pipeline diagrams of the piping for a plurality of construction sections by using a plurality of operation terminals 1001, when creating an overall pipeline diagram, it is also possible to restrict the transmission of information from one operation terminal 1001 to the auxiliary server 1002, or to attach a priority order to the transmission of information from a plurality of operation terminals 1001 to the auxiliary server 1002, so as to prevent opposite instructions from being input from a plurality of operation terminals 1001 to the auxiliary server 1002.

[0159] In addition, in the present embodiment, the auxiliary server 1002 further has an auxiliary server output unit 1024 that outputs at least a part of the overall pipeline diagram information related to the overall pipeline diagram created by the overall pipeline diagram creation unit 1022 to the arithmetic terminal 1001. The arithmetic terminal 1001 further has an overall pipeline diagram information acquisition unit 1014 that acquires at least a part of the overall pipeline diagram information from the auxiliary server 1002. The display unit 1011 of the arithmetic terminal 1001 displays at least a part of the overall pipeline diagram information acquired by the overall pipeline diagram information acquisition unit 1014.

[0160] Thereby, at least a part of the overall pipeline diagram created by the auxiliary server 1002 can be displayed on the display unit 1011 of the arithmetic terminal 1001. Therefore, for example, even at the site of pipeline construction, it is possible to easily confirm at least a part of the overall pipeline diagram using the arithmetic terminal 1001. Therefore, the work efficiency of pipeline construction can be improved.

[0161] (Pipeline Diagram Creation Assistance System Control Method)

[0162] Figure 10 It is a flowchart showing the pipeline diagram creation assistance system control method performed by the pipeline diagram creation assistance system 1000 having the above structure. Hereinafter, Figure 10 will be used to explain the pipeline diagram creation assistance system control method.

[0163] As Figure 10 shown, in the present embodiment, first, if the process starts (start), the arithmetic terminal 1001 of the pipeline diagram creation assistance system 1000 displays an input area S on the display unit 1011 (step SA1). Next, by an input operation on the input area R displayed on the display unit 1011, the partial pipeline diagram creation unit 1012 of the arithmetic terminal 1001 creates a partial pipeline diagram (step SA2). Information related to the created partial pipeline diagram, that is, partial pipeline diagram information, is output from the terminal output unit 1013 of the arithmetic terminal 1001 to the auxiliary server 1002 (step SA3).

[0164] In the auxiliary server 1002, the partial pipeline diagram information acquisition unit 1021 acquires the partial pipeline diagram information (step SA4). The storage unit 1023 of the auxiliary server 1002 stores the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit (step SA5).

[0165] After that, the overall pipeline diagram creation unit 1022 of the auxiliary server 1002 creates an overall pipeline diagram using the partial pipeline diagram information obtained by the partial pipeline diagram information acquisition unit 1021 and at least a part of the partial pipeline diagram information stored in the storage unit 1023 (step SA6). Information related to the created overall pipeline diagram, i.e., overall pipeline diagram information, is output from the auxiliary server output unit 1024 of the auxiliary server 1002 to the arithmetic terminal 1001 (step SA7).

[0166] The overall pipeline diagram information acquisition unit 1014 of the arithmetic terminal 1001 acquires the overall pipeline diagram information output from the auxiliary server output unit 1024 (step SA8). The display unit 1011 of the arithmetic terminal 1001 displays the acquired overall pipeline diagram information (step SA9). After that, this process ends (End).

[0167] Among them, step SA1 corresponds to the input area display step, step SA2 corresponds to the partial pipeline diagram creation step, step SA3 corresponds to the partial pipeline diagram information output step, step SA4 corresponds to the partial pipeline diagram information acquisition step, step SA5 corresponds to the storage step, and step SA6 corresponds to the overall pipeline diagram creation step.

[0168] Thus, the auxiliary server 1002 can create an overall pipeline diagram using the partial pipeline diagram created by the arithmetic terminal 1001. Therefore, the overall pipeline diagram can be created by the auxiliary server 1002 without increasing the arithmetic load of the arithmetic terminal 1001.

[0169] Moreover, the overall pipeline diagram created by the auxiliary server 1002 can be displayed by the arithmetic terminal 1001. Thus, even at the pipeline construction site, the overall pipeline diagram can be easily displayed on the arithmetic terminal 1001, thereby improving the operation efficiency of the pipeline construction.

[0170] In addition, in the partial pipeline diagram creation step SA2, the partial pipeline diagram can also be created by an input operation on the input area S in such a way that it is connected to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023 of the auxiliary server 1002.

[0171] Based on the above, the method for controlling a pipeline diagram production assistance system according to this embodiment is a method for controlling a pipeline diagram production assistance system 1000, which has an assistance server 1002 and an arithmetic terminal 1001 capable of communicating with the assistance server 1002, and assists in the production of pipeline diagrams. The method for controlling the pipeline diagram production assistance system includes: an input area display step SA1, in which an input area R for input operations during the production of the pipeline diagram is displayed on the display unit 1011 of the arithmetic terminal 1001; a partial pipeline diagram production step SA2, in which the arithmetic terminal 1001 produces a partial pipeline diagram by performing an input operation on the input area R displayed on the display unit 1011 of the arithmetic terminal 1001; a partial pipeline diagram information output step SA3, in which the arithmetic terminal 1001 outputs partial pipeline diagram information related to the partial pipeline diagram produced by the partial pipeline diagram production step SA2 to the assistance server 1002; a partial pipeline diagram information acquisition step SA4, in which the assistance server 1002 acquires the partial pipeline diagram information from the arithmetic terminal 1001; a storage step SA5, in which the assistance server 1002 stores the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step SA4; and an overall pipeline diagram production step SA6, in which the assistance server 1002 produces an overall pipeline diagram using at least a part of the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step SA4 and the partial pipeline diagram information stored in the assistance server 1002. In the partial pipeline diagram production step SA2, the partial pipeline diagram is produced in such a way that it is connected to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server 1002 by performing an input operation on the input area R, or in the overall pipeline diagram production step SA6, the partial pipeline diagram of the connection object in other partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step SA4 or other partial pipeline diagrams included in the partial pipeline diagram information stored in the assistance server 1002 is connected to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server 1002 to produce the overall pipeline diagram.

[0172] According to the above method, by performing an input operation on the input area S, it is possible to connect a mark or the like to the connected part specified in the partial pipeline diagram stored in the assistance server 1002 to produce an overall pipeline diagram, or it is possible to connect the partial pipeline diagram of the connection object in other partial pipeline diagrams stored in the assistance server 1002 or other partial pipeline diagrams produced by performing an input operation on the input area S to the connected part to produce an overall pipeline diagram.

[0173] Moreover, the overall pipeline diagram can be created using the auxiliary server 1002 with the partial pipeline diagram. Thus, the auxiliary server 1002 can be utilized to create the overall pipeline diagram with a large computational load.

[0174] Therefore, according to the above method, the overall pipeline diagram can be easily created using a small computational terminal 1001 such as a portable terminal. Thus, the overall pipeline diagram can be created at the site of the pipeline project.

[0175] In addition, in the present embodiment, in the partial pipeline diagram creation step SA2, the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the auxiliary server 1002 is specified by an input operation on the input area S.

[0176] Thereby, the connected part can be easily specified in the partial pipeline diagram stored in the auxiliary server 1002. Therefore, the connection between partial pipeline diagrams can be easily performed, or the overall pipeline diagram can be easily created in a manner connected to the partial pipeline diagram stored in the auxiliary server 1002. Thus, the overall pipeline diagram can be easily created according to the progress of the project, etc.

[0177] In addition, in the present embodiment, in the storage step SA5, the partial pipeline diagram information related to the partial pipeline diagrams of the piping in a plurality of construction sections created through the partial pipeline diagram creation step SA2 is stored respectively. In the overall pipeline diagram creation step SA6, the connection part of the partial pipeline diagram to be connected, which is included in the partial pipeline diagram information obtained through the partial pipeline diagram information acquisition step SA4 or the partial pipeline diagram information included in the partial pipeline diagram stored in the auxiliary server 1002, is connected to the connected parts respectively specified in the partial pipeline diagrams of the piping in the plurality of construction sections to create the overall pipeline diagram.

[0178] Thereby, the connection part of the partial pipeline diagram to be connected can be connected to the connected parts respectively specified in a plurality of discontinuous partial pipeline diagrams to create the overall pipeline diagram. Therefore, even in the case of a piping project that is carried out discontinuously, the overall pipeline diagram can be easily created.

[0179] (Program for Controlling the Pipeline Diagram Creation Assistance System)

[0180] The program (program for controlling the pipeline diagram creation assistance system) in the present embodiment is such that the computational terminal 1001 and the auxiliary server 1002 constituting the pipeline diagram creation assistance system 1000 execute Figure 10The procedures of steps SA1 to SA6 shown above are sufficient. By executing this program on the operation terminal 1001 and the auxiliary server 1002, the pipeline diagram production assistance system 1000 and the pipeline diagram production assistance system control method in this embodiment can be implemented. In this case, the operation terminal 1001 and the auxiliary server 1002 may also be general-purpose computers or dedicated computers. For example, a computer is equipped with a CPU, and arithmetic processing is performed by this CPU (Central Processing Unit: central processing unit).

[0181] The program for controlling the pipeline diagram production assistance system according to this embodiment is a program for controlling the pipeline diagram production assistance system 1000. The pipeline diagram production assistance system 1000 includes an auxiliary server 1002 and an operation terminal 1001 capable of communicating with the auxiliary server 1002, and assists in the production of pipeline diagrams. The program for controlling the pipeline diagram production assistance system causes the operation terminal 1001 to display an input area S for input operations when producing the pipeline diagram, produces a partial pipeline diagram through input operations on the input area S, and outputs partial pipeline diagram information related to the produced partial pipeline diagram to the auxiliary server 1002. The auxiliary server 1002 acquires partial pipeline diagram information related to the partial pipeline diagram produced by the operation terminal 1001, stores the acquired partial pipeline diagram information in the storage unit 1023, uses at least a part of the acquired partial pipeline diagram information and the partial pipeline diagram information stored in the storage unit 1023 to produce an overall pipeline diagram, causes the operation terminal 1001 to produce a partial pipeline diagram in a manner connected to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023 through input operations on the input area S, or causes the auxiliary server 1002 to connect, when producing the overall pipeline diagram, the other partial pipeline diagram included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021 or the other partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023 that is the connection target to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023.

[0182] According to the above structure, through input operations on the input area S, it is possible to connect marks, etc. to the connected part specified in the partial pipeline diagram stored in the storage unit 1023 to produce an overall pipeline diagram, or it is possible to connect the other partial pipeline diagram stored in the storage unit 1023 or the partial pipeline diagram that is the connection target in the other partial pipeline diagram produced through input operations on the input area to the connected part to produce an overall pipeline diagram.

[0183] Moreover, the overall pipeline diagram can be produced by using the auxiliary server 1002 with the partial pipeline diagram. Thus, the auxiliary server 1002 can be used to produce the overall pipeline diagram with a large computational load.

[0184] Therefore, according to the above method, it is possible to easily produce the overall pipeline diagram by using a small computing terminal 1001 such as a portable terminal. Therefore, the overall pipeline diagram can be produced at the site of the pipeline project.

[0185] In addition, in the present embodiment, the program for controlling the pipeline diagram production auxiliary system causes the computing terminal 1001 to specify the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit 1023 through an input operation on the input area S.

[0186] Thus, it is possible to easily specify the connected part in the partial pipeline diagram stored in the storage unit 1023 of the auxiliary server 1002. Therefore, it is possible to easily connect the partial pipeline diagrams to each other, or to easily produce the overall pipeline diagram in a manner connected to the partial pipeline diagram stored in the storage unit 1023. Therefore, it is possible to easily produce the overall pipeline diagram according to the progress of the project and the like.

[0187] In addition, in the present embodiment, the program for controlling the pipeline diagram production auxiliary system causes the auxiliary server 1002 to store the partial pipeline diagram information related to the partial pipeline diagrams of the piping of a plurality of construction sections produced by the computing terminal 1001 in the storage unit 1023 respectively. When causing the auxiliary server 1002 to produce the overall pipeline diagram, the other partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit 1021 or the other partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit 1023 and being the partial pipeline diagrams to be connected are connected to the connected part to produce the overall pipeline diagram.

[0188] Thus, it is possible to display the overall pipeline diagram produced by the auxiliary server 1002 on the display unit 1011 of the computing terminal 1001. Therefore, for example, even at the site of the pipeline project, it is possible to easily confirm the overall pipeline diagram through the computing terminal 1001. Therefore, the operation efficiency of the pipeline project can be improved.

[0189] (Modification example)

[0190] In the present embodiment, similarly to Embodiment 1, the pipeline diagram can be produced by an input operation on a grid-shaped input area. In addition, in the following description, the same reference numerals are assigned to the same structures as those of the pipeline diagram production auxiliary system 1000 of Embodiment 2 and the description thereof is omitted.

[0191] Figure 11It is a functional block diagram showing the schematic structure of the pipeline diagram production assistance system 2000 related to the modification example of Embodiment 2. The pipeline diagram production assistance system 2000 has an operation terminal 2001 and an assistance server 1002.

[0192] The operation terminal 2001 has a display unit 1011, a region selection unit 2014, a partial pipeline diagram production unit 2012, a terminal output unit 1013, and an overall pipeline diagram information acquisition unit 1014. The region selection unit 2014 has the same structure as the region selection unit 114 in the modification example of Embodiment 1. In addition, the partial pipeline diagram production unit 2012 has the same structure as the pipeline diagram production unit 112 in the modification example of Embodiment 1. Therefore, the detailed descriptions of the region selection unit 2014 and the partial pipeline diagram production unit 2012 are omitted.

[0193] Based on the above, in the present embodiment, the display unit 1011 displays the grid-like input region R as the input region. The operation terminal 2001 further has a region selection unit 2014 that selects the region where an input operation has been performed on the input region R. The partial pipeline diagram production unit 2012 produces a partial pipeline diagram based on a plurality of regions r2 selected by the region selection unit 2014.

[0194] Figure 12 It is a flowchart showing the pipeline diagram production assistance system control method performed by the pipeline diagram production assistance system 2000 having the above structure. The difference between the pipeline diagram production assistance system control method of this modification example and the pipeline diagram production assistance system control method of Embodiment 2 is that it has a region selection step SB1. In this region selection step SB1, after the grid-like input region R is displayed on the display unit 1011, the region selection unit 2014 selects the region where an input operation has been performed among the plurality of regions r that make up the input region R, and the partial pipeline diagram production unit 2012 produces a partial pipeline diagram based on the selected region r2.

[0195] In addition, other steps are the same as the flow of the pipeline diagram production assistance system control method of Embodiment 2. Therefore, for the steps that are the same as the pipeline diagram production assistance system control method of Embodiment 2, the same reference numerals are marked and the descriptions are omitted.

[0196] In addition, after the grid-like input region R is displayed on the display unit 1011, the region selection unit 2014 selects the region where an input operation has been performed among the plurality of regions r that make up the input region R, and the partial pipeline diagram production unit 2012 produces a partial pipeline diagram based on the selected region r2, which is the same as the modification example of Embodiment 1. Therefore, the detailed descriptions of the operations of the display unit 1011, the region selection unit 2014, and the partial pipeline diagram production unit 2012 are omitted.

[0197] The control method of the pipeline diagram production assistance system further has an area selection step SB1. In this area selection step SB1, in the input area which is the grid-like input area R shown in the input area display step SA1, the area where the input operation has been performed is selected. The partial pipeline diagram production step SA2 produces a partial pipeline diagram based on a plurality of areas r2 selected by using the area selection step SB1.

[0198] The program (the program for controlling the pipeline diagram production assistance system) in this modification only needs to be a program that causes the arithmetic terminal 2001 and the assistance server 1002 constituting the pipeline diagram production assistance system 2000 to execute Figure 12 the steps SA1, SB1, SA2 to SA6 shown. By causing the arithmetic terminal 1001 and the assistance server 1002 to execute this program, the pipeline diagram production assistance system 2000 and the control method of the pipeline diagram production assistance system in this modification can be realized.

[0199] The program for controlling the pipeline diagram production assistance system causes the arithmetic terminal 2001 to display the grid-like input area R on the display unit 1011, select the area where the input operation has been performed on the input area R, and produce the partial pipeline diagram based on the plurality of selected areas r2.

[0200] Through the pipeline diagram production assistance system 2000, the control method of the pipeline diagram production assistance system, and the program for controlling the pipeline diagram production assistance system as described above, a partial pipeline diagram can be produced intuitively and easily through the input operation on the grid-like input area R.

[0201] (Other Embodiment Modes)

[0202] The embodiment modes of the present invention have been described above, but the above embodiment modes are merely examples for implementing the present invention. Therefore, it is not limited to the above embodiment modes, and appropriate modifications can be made to the above embodiment modes within the scope not departing from its gist for implementation.

[0203] In each of the above-described embodiments, the pipeline diagram production assisting device 1, 100 and the pipeline diagram production assisting system 1000, 2000 assist in producing a pipeline diagram representing a water pipe. However, the pipeline diagram production assisting device and the pipeline diagram production assisting system may also assist in producing pipelines including sewer pipes, gas pipes, underground buried pipes, agricultural water channels, etc. In addition, the pipeline diagram production assisting device and the pipeline diagram production assisting system can be used not only for iron pipes but also for the production of pipeline diagrams of polyethylene pipes. Similarly, the pipeline construction information management device is not limited to water pipes, and can also manage the construction information of projects in pipelines including sewer pipes, gas pipes, underground buried pipes, agricultural water channels, etc. In addition, the pipeline construction information management device can manage not only iron pipes but also the construction information of polyethylene pipe projects.

[0204] In the second embodiment, the pipeline construction information management device 200 has a construction information display unit 203. However, the pipeline construction information management device may not have a construction information display unit. The construction information display unit may also be the display unit of the pipeline diagram production assisting device.

[0205] In the third embodiment, the operation terminals 1001, 2001 of the pipeline diagram production assisting systems 1000, 2000 produce partial pipeline diagrams. Moreover, the auxiliary server 1002 produces the overall pipeline diagram. However, the auxiliary server may also produce partial pipeline diagrams. In addition, the operation terminal may also produce the overall pipeline diagram.

[0206] In the third embodiment, the operation terminals 1001, 2001 obtain at least a part of the overall pipeline diagram information from the auxiliary server 1002 and display it on the display unit 1011. However, the operation terminal may not display the overall pipeline diagram information on the display unit, nor obtain the overall pipeline diagram information from the auxiliary server.

[0207] In the third embodiment, the pipeline diagram production assisting systems 1000, 2000 have operation terminals 1001, 2001. However, the pipeline diagram production assisting system may also have a plurality of operation terminals. A plurality of operation terminals can be used to produce partial pipeline diagrams of different construction sections. In this case, the auxiliary server or the operation terminal can directly connect the partial pipeline diagrams of the different construction sections to each other, or can connect them via other partial pipeline diagrams.

[0208] Industrial Applicability

[0209] The present invention can be used in a pipeline diagram production assisting device for assisting in the production of pipeline diagrams.

[0210] Explanation of Reference Numerals:

[0211] 1. Pipe Drawing Production Aiding Device 100

[0212] 11. Display Unit 1011

[0213] 12. Pipe Drawing Production Department

[0214] 13. Storage Department

[0215] 114. Region Selection Unit 2014

[0216] 200. Pipe Engineering Construction Information Management Device

[0217] 201. Construction Information Acquisition Department

[0218] 202. Construction Information Processing Department

[0219] 203. Construction Information Display Department

[0220] 1000. Pipe Drawing Production Aiding System 2000

[0221] 1001. Operation Terminal

[0222] 1002. Auxiliary Server

[0223] 1012. Partial Pipe Drawing Production Department

[0224] 1013. Terminal Output Department

[0225] 1014. Overall Pipe Drawing Information Acquisition Department

[0226] 1021. Partial Pipe Drawing Information Acquisition Department

[0227] 1022. Overall Pipe Drawing Production Department

[0228] 1023. Storage Department

[0229] 1024. Auxiliary Server Output Department

[0230] S, R Input Region

[0231] R Region

[0232] Region under Selection r1

[0233] Selected Region r2

[0234] T Construction Information

Claims

1. A pipeline diagram production assistance device for assisting in the production of pipeline diagrams, wherein, it has: a display unit for displaying an input area where input operations are performed when producing the pipeline diagram; a pipeline diagram production unit for producing the pipeline diagram by performing input operations on the input area; and a storage unit for storing the pipeline diagrams produced by the pipeline diagram production unit, the pipeline diagram production unit produces a pipeline diagram by connecting a mark to a connected part specified in the pipeline diagram stored in the storage unit through an input operation on the input area, or connects the pipeline diagram of the connection object in another pipeline diagram stored in the storage unit or another pipeline diagram produced by an input operation on the input area to the connected part to produce a new pipeline diagram.

2. The pipeline diagram production assistance device according to claim 1, wherein, the pipeline diagram production unit specifies the connected part in the pipeline diagram stored in the storage unit through an input operation on the input area.

3. The pipeline diagram production assistance device according to claim 1, wherein, the storage unit stores pipeline diagrams of piping in a plurality of construction sections produced by the pipeline diagram production unit respectively, the pipeline diagram production unit connects the connection part of the pipeline diagram produced in the input area through an input operation on the input area to the connected parts respectively specified in the pipeline diagrams of the piping in the plurality of construction sections through an input operation on the input area to produce the new pipeline diagram.

4. The pipeline diagram production assistance device according to claim 1, wherein, it further has a region selection unit for selecting the region where an input operation has been performed in the grid-shaped input area displayed by the display unit as the input area, the pipeline diagram production unit produces the new pipeline diagram based on a plurality of regions selected by the region selection unit.

5. A pipeline project construction information management device having the pipeline diagram production assistance device according to any one of claims 1 to 4, wherein, the pipeline project construction information management device has: a construction information acquisition unit for acquiring construction information of the pipeline project; a construction information processing unit for associating the construction information acquired by the construction information acquisition unit with the positions of the pipelines in the pipeline diagrams produced by the pipeline diagram production assistance device; and a construction information display unit for displaying the pipeline diagram and displaying the construction information associated with the position by specifying the position of the pipeline in the pipeline diagram.

6. A pipeline diagram production assistance system having an assistance server and an arithmetic terminal capable of communicating with the assistance server, and assisting in the production of pipeline diagrams, wherein, the arithmetic terminal has: a display unit for displaying an input area where input operations are performed when producing the pipeline diagram; a partial pipeline diagram production unit for producing a partial pipeline diagram by performing input operations on the input area; and a terminal output unit for outputting partial pipeline diagram information related to the partial pipeline diagram produced by the partial pipeline diagram production unit to the assistance server, the assistance server has: A partial pipeline diagram information acquisition unit that acquires the partial pipeline diagram information from the computing terminal; A storage unit that stores the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit; And An overall pipeline diagram production unit that produces an overall pipeline diagram using at least a part of the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit and the partial pipeline diagram information stored in the storage unit, The partial pipeline diagram production unit produces a partial pipeline diagram by connecting a mark to a connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through an input operation on the input area. Alternatively, the overall pipeline diagram production unit connects a partial pipeline diagram that is a connection object in the other partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit or the other partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit to the connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit to produce the overall pipeline diagram.

7. The pipeline diagram production assistance system according to claim 6, wherein The partial pipeline diagram production unit specifies the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through an input operation on the input area.

8. The pipeline diagram production assistance system according to claim 6, wherein The storage unit stores partial pipeline diagram information related to partial pipeline diagrams of piping for a plurality of construction sections produced by the partial pipeline diagram production unit, The overall pipeline diagram production unit connects the connection parts of the partial pipeline diagrams that are connection objects in the partial pipeline diagrams included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition unit or the partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit to the connected parts respectively specified in the partial pipeline diagrams of the piping for the plurality of construction sections to produce the overall pipeline diagram.

9. The pipeline diagram production assistance system according to claim 6, wherein The display unit displays a grid-shaped input area as the input area, The computing terminal further has an area selection unit that selects an area where an input operation has been performed on the input area, The partial pipeline diagram production unit produces the partial pipeline diagram based on a plurality of areas selected by the area selection unit.

10. The pipeline diagram production assistance system according to claim 6, wherein The auxiliary server further has an auxiliary server output unit that outputs at least a part of the overall pipeline diagram information related to the overall pipeline diagram produced by the overall pipeline diagram production unit to the computing terminal, The computing terminal further has an overall pipeline diagram information acquisition unit that acquires at least a part of the overall pipeline diagram information from the auxiliary server, The display unit of the operation terminal displays at least a part of the overall pipeline diagram information obtained by the overall pipeline diagram information acquisition unit.

11. A method for controlling a pipeline diagram production assistance system that controls a pipeline diagram production assistance system having an assistance server and an operation terminal capable of communicating with the assistance server, and assists in the production of a pipeline diagram, wherein The method for controlling the pipeline diagram production assistance system includes: An input area display step of displaying, on the display unit of the operation terminal, an input area for performing an input operation when producing the pipeline diagram; A partial pipeline diagram production step of the operation terminal producing a partial pipeline diagram by performing an input operation on the input area displayed on the display unit of the operation terminal; A partial pipeline diagram information output step of the operation terminal outputting partial pipeline diagram information related to the partial pipeline diagram produced by the partial pipeline diagram production step to the assistance server; A partial pipeline diagram information acquisition step of the assistance server acquiring the partial pipeline diagram information from the operation terminal; A storage step of the assistance server storing the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step; And An overall pipeline diagram production step of the assistance server producing an overall pipeline diagram using at least a part of the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step and the partial pipeline diagram information stored in the assistance server, In the partial pipeline diagram production step, by performing an input operation on the input area, a mark is connected to a connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server to produce a partial pipeline diagram, or, in the overall pipeline diagram production step, another partial pipeline diagram included in the partial pipeline diagram information acquired by the partial pipeline diagram information acquisition step or another partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server that is a connection target is connected to a connected part specified in the partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server to produce the overall pipeline diagram.

12. The method for controlling a pipeline diagram production assistance system according to claim 11, wherein In the partial pipeline diagram production step, the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the assistance server is specified by performing an input operation on the input area.

13. The method for controlling a pipeline diagram production assistance system according to claim 11, wherein In the storage step, partial pipeline diagram information related to the partial pipeline diagrams of the piping for a plurality of construction sections produced by the partial pipeline diagram production step is stored separately. In the step of creating the overall pipeline diagram, the connection parts of the partial pipeline diagrams included in the partial pipeline diagram information obtained through the step of obtaining partial pipeline diagram information or the partial pipeline diagrams of the connection objects in the partial pipeline diagram information stored in the auxiliary server are connected to the connected parts respectively designated in the partial pipeline diagrams of the piping in the plurality of construction sections to create the overall pipeline diagram.

14. The method for controlling an auxiliary system for creating a pipeline diagram according to claim 11, wherein, it further has a region selection step. In the region selection step, in the grid-shaped input region that is the input region displayed in the input region display step, the region where an input operation has been performed is selected. The partial pipeline diagram creation step creates the partial pipeline diagram based on a plurality of regions selected through the region selection step.

15. A program for controlling an auxiliary system for creating a pipeline diagram, which is used to control an auxiliary system for creating a pipeline diagram. The auxiliary system for creating a pipeline diagram has an auxiliary server and an arithmetic terminal capable of communicating with the auxiliary server, and assists in the creation of a pipeline diagram. Among them, the program for controlling the auxiliary system for creating a pipeline diagram causes the arithmetic terminal to display an input region for performing an input operation when creating the pipeline diagram, causes the arithmetic terminal to create a partial pipeline diagram through an input operation on the input region, and causes the arithmetic terminal to output partial pipeline diagram information related to the created partial pipeline diagram to the auxiliary server. It causes the auxiliary server to obtain partial pipeline diagram information related to the partial pipeline diagram created by the arithmetic terminal, causes the auxiliary server to store the obtained partial pipeline diagram information in a storage unit, causes the auxiliary server to use at least a part of the obtained partial pipeline diagram information and the partial pipeline diagram information stored in the storage unit to create an overall pipeline diagram. It causes the arithmetic terminal to create a partial pipeline diagram by connecting a mark to the connected part designated in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through an input operation on the input region. Or, when creating the overall pipeline diagram, the auxiliary server connects other partial pipeline diagrams included in the obtained partial pipeline diagram information or other partial pipeline diagrams of the connection objects in the partial pipeline diagram information stored in the storage unit to the connected part designated in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit to create the overall pipeline diagram.

16. The program for controlling the pipeline diagram production assistance system according to claim 15, wherein, It causes the arithmetic terminal to specify the connected part in the partial pipeline diagram included in the partial pipeline diagram information stored in the storage unit through an input operation on the input region.

17. The program for controlling an auxiliary system for creating a pipeline diagram according to claim 15, wherein, it causes the auxiliary server to store partial pipeline diagram information related to the partial pipeline diagrams of the piping in a plurality of construction sections created by the arithmetic terminal in the storage unit respectively. Enable the auxiliary server to connect a partial pipeline diagram of a connection object in other partial pipeline diagrams included in the acquired partial pipeline diagram information or other partial pipeline diagrams included in the partial pipeline diagram information stored in the storage unit to the connected part when making the overall pipeline diagram, so as to make the overall pipeline diagram.

18. The program for controlling the pipeline diagram production auxiliary system according to claim 15, wherein, Enable the computing terminal to display a grid-shaped input area on the display unit, enable the computing terminal to select an area where an input operation has been performed on the input area, and enable the computing terminal to make the partial pipeline diagram based on the selected multiple areas.

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