JP2008117004A - Diversion device for layout data and specification data of piping component, and its diversion method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a diversion device for diverting layout data of piping components and specification data of the piping components created by three-dimensional layout adjustment CAD in an existing project to a new project, and its diversion method. <P>SOLUTION: The device divides an existing layout data group 15 related to piping components and an existing specification data group 16 related to piping components created by the CAD for each piping component, stores the data groups, as layout data 15a capable of being diverted and specification data 16a for each piping component in a server computer 1, inputs a retrieval key in a retrieval means disposed at a client computer 2, then, prepares the data, so as to enable reference to a file name and a storage position of data capable of being diverted of the relevant piping components, and makes a client computer 2 obtain the data 15b, 16b that is obtained by copying the data 15a, 16a capable of being diverted. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a diversion apparatus and a diversion method for diverting piping data of three-dimensional layout adjustment CAD, which is existing data created in an existing project, and specification data of piping parts to a new project.

  Generally, in a power plant such as a thermal / nuclear / hydropower plant, a piping route is determined by an arrangement plan at the time of the plant planning. In recent years, this arrangement plan has become mainstream in consideration of the convenience of data input work and subsequent data management and use, and three-dimensional arrangement adjustment CAD.

  In piping design using the three-dimensional layout adjustment CAD, piping component placement data is created by placing piping components in a three-dimensional virtual space and creating a piping route. On the other hand, apart from CAD data, various attribute information of the piping system is created in the form of a spreadsheet or the like as piping component specification data. In this specification data, the detailed name of the piping system, the maximum operating pressure and temperature of the piping system, the thickness and material of the piping, the type of butt welding such as the groove, and information on the piping parts are posted. The above operation is performed for all the pipings of the power plant, and the arrangement data and specification data of the three-dimensional arrangement adjustment CAD are respectively constructed.

Conventional technologies related to the use of piping data (placement data) for such three-dimensional placement adjustment CAD include plant equipment placement using a three-dimensional CAD system, piping and other design production support systems, particularly the concept and basic design. There is a system related to a design production support system that is suitable for labor saving of design production by integrating from the stage of construction to the stage of construction and production (see, for example, Patent Document 1).
JP-A-6-309418

  3D layout adjustment CAD layout data and specification data are usually stored in independent files on the server computer. Conventionally, these data are classified and stored in units of piping systems and parts names. There wasn't. The reason for this is that, if each piping system is divided into individual files, data management is complicated due to the large number of piping systems. Therefore, in order to facilitate data management and use, the files are grouped together with similar types of piping systems and stored as a number of files that are easy to manage to some extent.

  On the other hand, the layout data created by 3D layout adjustment CAD can be moved and copied to different positions by computer technology such as copy, cut, and paste. For these, computer technology such as copying is not effectively used. The reason for this is that there is no effective method for efficiently searching for the target piping part or piping component from the arrangement data of the existing three-dimensional arrangement adjustment CAD. This is because the amount of piping in a power plant unit is enormous, so the arrangement data becomes large, and it takes a very long time to select piping components that can be used by comparing piping. Therefore, it is not realistic considering the effort to perform the above work by the number of piping systems.

  In order to realize the diversion of piping parts, the arrangement data and the specification data are provided according to some classification, for example, the existing data is distinguished by the part name or the piping system name, and the arrangement data and specification data of the piping parts are partially provided. It would be nice if there was a device and method, but no such technology for piping parts has been provided. Therefore, although there is arrangement data as existing data created by the three-dimensional arrangement adjustment CAD in the existing project, the arrangement planning of the plant piping related to the new project is often performed from the beginning.

  When one project is completed, information unique to the project remains in the arrangement data of the three-dimensional arrangement adjustment CAD and the specification database. Such project-specific information includes, for example, the part number managed by the customer, the part number for procurement, the detailed name of the part, the straight pipe length of the purchased pipe, the pressure rating, etc. is there. These project-specific information is information that is not normally shared between plants, and is data that should be deleted in advance in order to divert piping data. The addition of such unique data is also a factor that hinders the diversion of arrangement data and specification data.

  For this reason, the technique described in Patent Document 1 does not describe a technique related to an effective diversion method of arrangement data created by the three-dimensional arrangement adjustment CAD.

  In the prior art, there is no apparatus or method for providing the arrangement data of the three-dimensional arrangement adjustment CAD of the pipe by distinguishing by the piping system name or part name, etc., and the arrangement of the existing three-dimensional arrangement adjustment CAD There was a need for an effective way to divert data partially.

  The present invention has been made in order to solve the above-described problems. Piping component arrangement data created by three-dimensional arrangement adjustment CAD in a plant plan for an existing project, and piping component specification data are provided. The purpose is to provide a device and a method for diverting arrangement data and specification data of piping parts that can be used for a new project.

  In order to solve the above-described problems, an apparatus for diverting piping component arrangement data and specification data according to the present invention relates to a piping component arrangement data group that is existing data created by three-dimensional arrangement adjustment CAD and the piping component. The specification data group, which is specification information, is divided and classified for each piping component, and the divertable arrangement data and files saved as divertable specification data, and the divertable arrangement data and diversion specification data The server computer includes a search database assigned to each of them, a diversion database that stores information relating to a storage location and a file name that stores the diversified arrangement data and diversion specification data, and the server computer. A client computer connected to the computer is provided with means for searching for the file. Therefore, by inputting the search key to the search means, it is possible to refer to the file name and the storage position where the divertable arrangement data and diversion specification data of the corresponding piping part are stored, respectively. Display means for displaying the arrangement data and specification data obtained by copying the diversified arrangement data and diversion specification data on a client computer, and storage for storing the obtained arrangement data and the specification data in a specified file Means.

  In addition, in order to solve the above-described problems, the pipe component arrangement data and specification data diversion method according to the present invention includes a pipe part arrangement data group created by three-dimensional arrangement adjustment CAD, and specifications related to the pipe parts. The data group is divided into piping parts and stored in the server computer as reusable layout data and reusable specification data for each piping part, and for each of these reusable layout data and reusable specification data While providing a search key, a diversion database in which the search key is stored in association with a file name and a storage location in which the diversible arrangement data and diversion specification data are stored is provided in a server computer and provided in a client computer By entering the search key into the search means provided Provided so that the file name and storage position of the diversified arrangement data and diversion specification data can be referred to, and the diversion arrangement data and diversion specification data obtained by copying The arrangement data and the specification data are acquired in a client computer, and the arrangement data and the specification data are displayed on the display means and stored in the storage means.

  According to the apparatus and method for diverting piping component arrangement data and specification data according to the present invention, the arrangement data and specification data of the three-dimensional arrangement adjustment CAD, which is the existing data created and used in the existing project, are stored in the new project. It can be effectively used for piping design.

  Therefore, the piping plan becomes efficient, and as a result, the engineering schedule can be shortened.

  A preferred embodiment of an apparatus for diverting arrangement data and specification data of piping parts and a method for diverting the same according to the present invention will be described below in detail with reference to the drawings.

  FIG. 1 shows a system configuration diagram of an apparatus for diverting arrangement data and specification data of piping parts according to the present invention.

  The apparatus 10 for diverting the arrangement data and specification data of the three-dimensional arrangement adjustment CAD can use diversified arrangement data and diversion specifications obtained by dividing the existing data in the existing project through the division / deletion process of FIG. 3 described later. Concerning data files stored in the server computer 1, a diversion database 1 a in which the file name assigned to each file is associated with a search key and stored in the server computer 1 is stored. The diversion database 1 a file The name is searched for by the user interface 3 on the client computer 2 and the client computer 2 acquires the necessary data.

  Here, the total data of the existing project stored in the server computer 1 is referred to as existing data. Among the existing data, the entire arrangement data is referred to as an arrangement data group, and the entire specification data is referred to as a specification data group. In addition, the arrangement data group and the specification data group which are classified into parts and stored in the server computer in a divertable form are referred to as diversion arrangement data and diversion specification data.

  As shown in FIG. 1, the server computer 1 includes divertable arrangement data 15a obtained by dividing the arrangement data group 15 by part name, and divertable specification data 16a obtained by dividing the specification data group 16 by part name. Have The diversion database 1a of the three-dimensional arrangement adjustment CAD is stored in the server computer 1 with the file names of the diversion arrangement data 15a and diversion specification data 16a.

  In other words, the diverted database 1a is the divertable arrangement data 15a and diversion obtained by classifying the arrangement data group 15 and the specification data group 16 constituting the existing data 14, which is the total of data relating to the existing project, into parts. This is a database in which possible specification data 16a is stored in association with data file names. By searching the file name stored in the diversion database 1a from the part name and specifications, the file names of the diversified arrangement data 15a and diversion specification data 16a in the server computer 1 are specified, and necessary data is acquired. It is configured to be able to.

  That is, divertable arrangement data 15a and divertable specification data 16a obtained by classifying existing data related to an existing project are stored in the server computer 1 in part name units, and the file name is the diversion database 1a. Is saved. The client computer 2 connected to the server computer 1 is provided with a user interface 3 as a search means for designating a piping part or piping system to be searched, and a search condition (search key) is input to the user interface 3. As a result, the divertable data is retrieved from the divertable arrangement data 15a and divertable specification data 16a saved in the server computer 1 from the file names saved in the diversion database 1a. This search operation is performed using search keys respectively held by the divertable arrangement data 15a and the divertable usage data 16a.

  The user interface 3 includes display key setting / execution means 4, search result list display setting / execution means 5, arrangement data and specification data screen display setting / execution means 6, and data as display items. Storage setting / execution means 7 is mounted. From this user interface 3, it is possible to issue a search instruction to the diversion database 1 a and to obtain a search result. The search results are displayed on the user interface 3 in a list format. When the part to be searched is specified, it is possible to specify the arrangement data and the specification data on the user interface 3 and instruct acquisition of this data.

  Further, the client computer 2 has display means 8 for displaying the arrangement data 15b and the specification data 16b acquired after the parts search is performed by the setting / execution means 6 for the screen display of the arrangement data and the specification data. It is displayed on the interface 3. In addition, the storage device 9 stores the acquired arrangement data 15b and specification data 16b in a designated location of the client computer 2.

  The search key is information held by the classified arrangement data 15b and specification data 16b, and is information used as a search target in the search. For example, if the necessary piping parts are confirmed, enter the part name as a search key, and if you want to obtain information on multiple piping parts for a certain piping system, enter the system name as a search key and search. . Other search keys include information such as a project name to be input when a project to be diverted is known and special use conditions.

  The flow of information in FIG. 1 will be described. First, a search key is input for information such as a part name, a system name, or a specification to be used for the search key setting / execution means 4 of the user interface 3. Then, a search instruction regarding the part name or specification requested by the user is issued to the diversion database 1a. The diversion database 1a that has been issued performs a search in its own database and returns the search result to the setting / execution means 5 for the list display of the search result of the client computer 2. Based on the search result, the search result list display setting / execution means 5 generates a list on the user interface 3 and displays the search result (file name).

  Next, the user designates data (file name) on the list. Based on the specified file name, the file names of the divertable arrangement data 15a and the divertable specification data 16a in the diversion database 1a are searched, and the file names of the corresponding data are obtained. Based on the file name, the divertable arrangement data 15a and divertable specification data 16a are acquired from the server computer 1 and copied to obtain arrangement data 15b and specification data 16b. Based on the setting of the screen display setting / execution means 6, the arrangement data 15b and the specification data 16b are displayed on the screen by the display means 8 such as a three-dimensional arrangement adjustment CAD, a review device, or a list display device. Alternatively, based on the setting of the data storage setting / execution means 7, the storage means 9 stores the data in the folder designated by the client computer 2.

  FIG. 2 shows a detailed configuration example of the user interface 3. In FIG. 2, the search key setting / execution means 4 is provided with a plurality of search patterns. As the search key, a search related to specification information such as part name, system name, attribute, etc., system layout in the plant, etc. Expressions can also be issued.

  The search results are displayed in a list format by the list display setting / execution means 5. By this list format display, it is possible to display information relating to the plant and information relating to the grid in combination.

  The screen display setting / execution means 6 obtains from the diversion database 1a of the server computer 1 and can be diverted arrangement data 15a corresponding to the file name displayed by the list display setting / execution means 5 and the divertable specification data. 16a is acquired from the existing data of the server computer 1, and the part shape is displayed through the display means 8 such as a three-dimensional layout adjustment CAD or a review device.

  On the other hand, the data storage setting / execution means 7 obtains the divertable placement data 15a and the divertable specification data 16a corresponding to the file names acquired from the diversion database 1a and displayed by the list display setting / execution means 5. It is acquired from the existing data of the server computer 1 and stored in a designated folder or a folder designated as appropriate.

  Next, in the apparatus and method for diverting the arrangement data and specification data of the three-dimensional arrangement adjustment CAD of the present invention, a mechanism that is a premise of divertable data, that is, the arrangement data and specification data of an existing plant can be diverted. A description will be given of a mechanism for classifying and storing each piping component for storage.

  FIG. 3 shows a configuration diagram of a method of disassembling the arrangement data by the part name and the specification database. First, for an existing plant used in a past project, existing data 14 ′ that is used data in an existing project is stored in the server computer 1. In this existing data 14 ', an existing arrangement data group 15' and an existing specification data group 16 'of the three-dimensional arrangement adjustment CAD are stored.

  Since this existing data 14 'is data used in an actual project, it has the following two characteristics. The first feature is that such existing data 14 'is not saved in units of part names but is collected in units that are easy to use for each individual piping designer. For example, when the pipe designer uses and saves the existing data 14 ′, the pipe designer saves the existing data 14 ′ only for a specific pipe system, or collects the existing data for all the pipes laid for a certain area. 14 'may be stored in a file. The existing data 14 ′ in such a storage form is generally difficult to use as a divertable database.

  The second feature is that the existing data 14 ′ of the existing plant includes information unique to the project. Examples of such information include a part number, a detailed name, and a special item related to specifications. Since these pieces of information are information that is not common to new projects, it is necessary to modify only the information that can be used when considering general-purpose use of the existing data 14 ', and data storage is performed in parts name units. And a mechanism to load only the information necessary for diversion is necessary.

  Therefore, in order to make it possible to use the existing data 14 ′ of the piping parts, the arrangement data group 15 ′ and the specification data group 16 ′ of the three-dimensional arrangement adjustment CAD for the piping parts used in the existing project are converted into unit names. (Dividing step 31).

  On the other hand, information unique to the project unnecessary for diversion of the existing data 14 ′ is deleted from the arrangement data group 15 ′ and the specification data group 16 ′ of the three-dimensional arrangement adjustment CAD (deletion step 32). The obtained existing data 14 is divided for each part name, and is divertable data 15a and divertable specification data 16a from which information that is difficult to divert is deleted. This is stored in the server computer 1 as a file of divertable arrangement data 15a and divertable specification data 16a for each component (storage step 33).

  As a result, the arrangement data group 15 and the specification data group 16 are stored in the server computer 1 which have the form of a file divided in parts name units and from which information unnecessary for data diversion is deleted. Since these data groups 15 and 16 are classified in parts name units, there are many types, but since the information stored in one file is relatively small, handling of the files alone is convenient. .

  In this way, the server computer 1 for each part name with respect to the useable placement data 15a and the useable specification data 16a of the three-dimensional placement adjustment CAD obtained by classifying the existing data 14 'for each part through the division process and the deletion process. In addition, the file name of the information for each piping part is registered in the diversion database 1a, and the diversion apparatus 10 for piping part arrangement data and specification data as shown in FIG. Can be realized.

  Here, an example of process piping for a thermal power plant will be described as a specific example of a device for diverting arrangement data and specification data of piping parts of the present invention.

  In the piping design of the plant, the piping component arrangement data group 15 ′ is created by arranging the piping components in the three-dimensional virtual space and creating the piping route by the three-dimensional arrangement adjustment CAD. On the other hand, attribute information of each piping system is created as a specification data group 16 of piping parts and piping systems using a spreadsheet or the like. For each arrangement data group 15 ′ and specification data 16 ′ of the piping parts, a part name, a system name, and a system number are given as search keys, and the maximum operating pressure and temperature, thickness, material, Specification information about piping parts such as butt welding groove is mounted. Such piping design work is performed for all piping parts related to the plant, and the design of the plant related to a certain project is completed.

  Next, in order to make the existing data (the arrangement data group 15 ′ and the specification data group 16 ′) 14 ′ created in the plant piping design project in the thermal power plant process piping into a configuration that can be diverted, it is classified for each part name. And split it into files. This file division is convenient for each part of the same piping system (same system name). Since the piping system is classified for each piping function, it is possible to systematically divide the file.

  Since the layout data group 15 'of the 3D layout adjustment CAD is assigned with a part name and a system name at the time of data creation in the existing project, the system name is also searched after being divided as the original layout data 15a in part name units. I have it as a key.

  As a specific method for dividing the arrangement data group 15 ′, for example, the following method is available. That is, after copying the entire model of the existing data 14 ′, all the piping systems that are not applicable are deleted to obtain the original arrangement data 15 a only for the target piping system, or for each system name from the entire model of the existing data 14 ′. There is a method of distributing the original arrangement data 15a to each destination file.

  On the other hand, the specification data group 16 'is also assigned with a system name as a search key when data is created in an existing project. Therefore, the original specification data for each system is obtained by extracting only the lines with the same system name. The work can be divided into 16a files.

  By the method as described above, the arrangement data group 15 ′ and the specification data group 16 ′ of the three-dimensional arrangement adjustment CAD are divided into files for each piping part. These divided and deleted files 15 and 16 are stored in a specified folder in the server computer 1.

  Information related to the divertable arrangement data 15a and divertable specification data 16a divided and deleted in this way is stored in the server computer 1, while the diversion database 1a of the three-dimensional arrangement adjustment CAD is created. As described above, the diversion database 1a is a database for searching the file position of the existing data divided for each part name and saved in the server computer 1. In the diversion database 1a, search keys such as part names and system names are associated with the file names of the diversified arrangement data 15a that can be diverted and the specification data 16a that can be diverted. Store it so that you can find it.

  With the preparation up to the above, a mechanism for diverting the piping component arrangement data and specification data shown in FIG. 1 is completed.

  In a new project after the diversion database 1a is constructed, a piping route is created by arranging piping parts in a three-dimensional virtual space by a three-dimensional arrangement adjustment CAD. At this time, the piping designer uses the diversion database 1a to search for necessary piping parts by referring to the data.

  Thus, according to the diversion database 1a of the present invention, the piping designer can systematically refer to the arrangement data and the specification database in the existing data, and can use various types of piping parts. it can.

  That is, as a design work, by inputting a search key for a required piping part to the search key setting / execution means 4 of the user interface 3, a suitable piping part is searched.

Search for piping parts using the search key as follows: (1) Part name (2) System name, system name information of system number (3) Specification information on specifications and attributes such as maximum operating pressure and temperature for each system, and fluid type ( 4) Information related to the project such as project name, project form, project owner, etc. (5) Other special information is executed by specifying the necessary search key.

  For example, the information on the project in (4) is used as a search key when it is known that the information to be used exists in a specific project. Note that the number assigned to the search key here does not mean the input order or priority of the search key at the time of the search.

  The special information (5) is information on a specific specification or the like of a certain piping component, for example, information on whether the piping component is located on the left or right as viewed from the turbine top, This information is often important information for the layout design of piping parts. In particular, if there is existing data 14 ′ that can be diverted in which direction the pipe is arranged with respect to a turbine device or oil tank having a specific shape, it is possible to design an efficient pipe by diverting the existing data 14 ′.

  When a search key necessary for searching for these piping parts is input as a search expression, the corresponding piping system and piping parts are searched by searching from a plurality of piping systems and piping parts stored as existing data 14 of a plurality of projects. The divertable arrangement data 15a and the divertable specification data 16a are displayed in a list on the user interface 3.

  The piping designer selects the system displayed in this list by clicking or pressing a button. Since the selected divertable arrangement data 15a is displayed via a three-dimensional arrangement adjustment CAD or a review device, the form of the piping component can be confirmed here. If the retrieved piping component can be diverted, existing data (divertable data 15a and divertable specification data 16a) for the piping component can be copied and acquired.

  When diverting piping parts of process piping of a thermal power plant, the copied arrangement data 15b and specification data 16b are further saved in a specified folder on the client computer 2 by clicking the corresponding system in the list or pressing a button. To do.

  That is, by using the file name stored in the diversion database 1a, the arrangement data 15a and the specification data 16a that can be diverted stored in the server computer 1 are copied to obtain the arrangement data 15 and the specification data 16. And it is a mechanism to save in the specified folder.

  In this manner, the arrangement data group 15 and the specification data group 16 necessary for designing the process piping can be acquired from the existing data 14 via the diversion database 1a. According to this mechanism, the arrangement data 15a and the specification data 16a stored in a small unit file are copied and inserted into the file of the entire model of the new project, and the existing data so as to meet the specifications of the new project. By making corrections to the data 14, it is possible to proceed with efficient piping design of process piping.

  According to such a mechanism, in the case of new piping design so far, it is necessary to build 3D data of piping parts of process piping from the beginning, or only diversion of parts to the extent that only the same piping designer knows The design inefficiency that was not possible is eliminated. In addition, since data that cannot be diverted (for example, valve numbers) that must be removed from the existing data when the existing data 14 'is diverted is removed in advance, errors due to confusion of these existing data 14' are also prevented. .

  Therefore, according to the apparatus and method for diverting the arrangement data and specification data of the three-dimensional arrangement adjustment CAD according to the present invention, it is not difficult to divert when the piping designer personally stores the information constructed in the past project. It is possible to construct a mechanism widely used by many piping designers.

  In piping design, the form may be affected by the convenience of the project and the intention of the owner, but it is possible to quickly check existing data in projects with similar specifications, so design with reference to previous examples. The process of determining the idea can also be performed quickly. As a result, it is possible to provide a more efficient business process, and as a result, it is possible to provide a system that reduces the cost of piping design.

  In addition, it is possible to increase the utility value of the arrangement data of the existing three-dimensional arrangement adjustment CAD input in the past. It can also be applied to cataloging of education for engineers, explanation to customers, and catalogs.

The system block diagram of the diversion apparatus of the arrangement | positioning data and specification data of 3D arrangement | positioning adjustment CAD of this invention. The block diagram which shows an example of a structure of a user interface. The block diagram showing the structure which constructs a diversion database and links to a file, dividing existing data and storing it in a file on a server computer.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Server computer 1a Diversion database 2 Client computer 3 User interface 4 Search key setting / execution means 5 Search result list display setting / execution means 6 Placement data and specification data screen display setting / execution means 7 Data storage setting・ Execution means 8 Display means 9 for acquired arrangement data and specification data 9 Storage means 10 for acquired arrangement data and specification data Diversion apparatus 14 for 3D arrangement adjustment CAD and specification data diversion apparatus 14 Existing data 14 ′ Existing data that can be diverted 15 arrangement data group 15 ′ existing arrangement data group 15a divertable arrangement data 15b arrangement data 16 specification data group 16 ′ existing specification data group 16a divertable specification data 16b specification data 31 division process 32 deletion process 33 storage process

Claims (6)

Reusable arrangement data and diversion where the arrangement data group of piping parts, which is existing data created by the three-dimensional arrangement adjustment CAD, and the specification data group, which is specification information related to the piping parts, are divided and classified for each piping part. Files saved as possible specification data,
A search key assigned to each of the divertable layout data and divertable specification data, the file name storing the divertable layout data and divertable specification data, and information regarding the storage location are stored in association with each other. While the server computer is equipped with the diverted database
The client computer connected to the server computer is provided with the file search means,
By inputting the search key to this search means, it is possible to refer to the file name and storage position where the divertable arrangement data and divertable specification data of the corresponding piping part are respectively stored,
Display means for displaying arrangement data and specification data obtained by copying the diversion arrangement data and diversion specification data on a client computer;
An apparatus for diverting piping part arrangement data and specification data, comprising storage means for storing the acquired arrangement data and specification data in a specified file. The arrangement data and the specification data are used as the search key, part name information, system name and system number information, information about piping system specifications, information about past projects that created the existing data, information about the form of parts Comprising at least one piece of information selected from
2. The diversion of piping part arrangement data and specification data according to claim 1, wherein said diversion arrangement data and diversion specification data are provided so as to be searchable by inputting said search key to said search means. apparatus. The search means is displayed as a user interface on the client computer;
This user interface includes search key setting / execution means, search result list display setting / execution means, arrangement data and specification data screen display setting / execution means, and data storage setting / execution means. The apparatus for diverting arrangement data and specification data of piping parts according to claim 1, wherein the apparatus is provided. The original arrangement data and original specification data that can be diverted are created by deleting information unique to an existing project from the arrangement data group and the specification data group of the piping parts that are the existing data. 1. An apparatus for diverting arrangement data and specification data of piping parts according to 1. The apparatus for diverting arrangement data and specification data of piping parts according to claim 1, wherein the display means is a three-dimensional arrangement adjustment CAD. The piping component placement data group created by the three-dimensional placement adjustment CAD and the specification data group related to the piping component are divided for each piping component, and the server can be used as the placement data that can be used for each piping component and the specification data that can be used. While storing in the computer and assigning a search key to each of the diversified arrangement data and diversion specification data,
The server computer is provided with a diversion database that stores the search data and the file name and storage position where the divertable arrangement data and the divertable specification data are stored,
By providing the search key to the search means provided in the client computer, it is provided so that it is possible to refer to the file name and storage position of the applicable arrangement data and applicable specification data of the piping component. With
Obtaining arrangement data and specification data obtained by copying the diversion arrangement data and diversion specification data to a client computer,
A method for diverting arrangement data and specification data of piping parts, wherein the arrangement data and the specification data are displayed on a display means and stored in a storage means.

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