CN-122003690-A - Engineering plan creation device, engineering plan creation system, engineering plan creation method, and program for creating engineering plan for pipeline construction

CN122003690ACN 122003690 ACN122003690 ACN 122003690ACN-122003690-A

Abstract

The invention provides a project plan creation device capable of creating a project plan for pipeline construction with high precision according to various operation modes. The project plan creation device (1) is a device for creating a project plan for pipeline construction. The project plan creation device (1) is provided with a data storage unit (14) which stores basic data used for creating the project plan, an information acquisition unit (11) which acquires information on a work progress pattern in the pipeline construction and construction information required for creating the project plan, a work time calculation unit (12) which calculates a work time corresponding to the work progress pattern using the basic data stored in the data storage unit (14) and the information acquired by the information acquisition unit (11), and a project plan creation unit (13) which creates the project plan based on the work time calculated by the work time calculation unit (12).

Inventors

Iyori Kazuya

Assignees

株式会社久保田

Dates

Publication Date: 20260508
Application Date: 20241016
Priority Date: 20231017

Claims (8)

1. An engineering plan creation device for pipeline construction is used for creating an engineering plan for pipeline construction, wherein, The engineering plan creation device includes: a data storage unit which stores basic data used for creating the project plan; An information acquisition unit that acquires information on a work progress pattern during the pipeline construction and construction information required for creating the engineering plan; A job time calculation section that calculates a job time corresponding to the job execution mode using the basic data stored in the data storage section and the information acquired by the information acquisition section, and And a project plan creation unit that creates the project plan based on the job time calculated by the job time calculation unit.
2. The engineering plan creation apparatus for pipe construction according to claim 1, wherein, The basic data stored in the data storage portion includes data related to a reference work time of each project in the pipe work, The work time calculation unit calculates the work time of each project corresponding to the work progress pattern using data related to the reference work time.
3. The engineering plan creation apparatus for pipe construction according to claim 2, wherein, The working time calculating unit calculates a plurality of working times corresponding to the working progress mode by using data related to the reference working time, The project plan creation unit creates the project plan using the longest work time among the plurality of work times calculated by the work time calculation unit.
4. The engineering plan creation apparatus for pipe construction according to claim 1, wherein, The working time calculation unit increases the number of pipes to be subjected to the pipe work within a predetermined period, calculates the working time for each number, When the total of the working times calculated by the working time calculation unit exceeds a predetermined value, the project plan creation unit creates the project plan based on the working time when the number of pipes to be subjected to the pipe construction in the predetermined period is reduced by one.
5. The engineering plan creation apparatus for pipe construction according to any one of claims 1 to 4, wherein, The operation mode includes an operation mode in which each of the excavation, piping, and backfilling work in the pipeline construction is performed independently or at least some of the work is performed in parallel.
6. An engineering plan creation system of pipe construction, the engineering plan creation system having an input terminal and a server capable of communicating with the input terminal, for creating an engineering plan of pipe construction, wherein, The input terminal has: An input unit for inputting information related to a work progress pattern during the pipeline construction and construction information required for creating the engineering plan, and A terminal-side communication unit configured to transmit information input to the input unit to the server; The server has: a server-side communication unit configured to receive the information transmitted from the terminal-side communication unit; a data storage unit that stores basic data used for creating the project plan and stores the information received by the server-side communication unit; a job time calculation section for calculating a job time corresponding to the job execution mode using the basic data and the information stored in the data storage section, and And a project plan creation unit that creates the project plan based on the work time calculated by the work time calculation unit.
7. A method for creating an engineering plan for pipeline construction, wherein an engineering plan for pipeline construction is created by an engineering plan creation device, The engineering plan creation method includes: A data acquisition step in which a working time calculation unit of the engineering plan creation device acquires basic data used for creating the engineering plan from a data storage unit of the engineering plan creation device; an information acquisition step of acquiring, by an information acquisition unit of the project plan creation device, information related to a work progress pattern in the pipeline construction and construction information necessary for creation of the project plan; A job time calculation step of calculating a job time corresponding to the job execution mode using the basic data acquired in the data acquisition step and the information acquired in the information acquisition step, and And a project plan creation step in which a project plan creation unit of the project plan creation device creates the project plan based on the job time calculated in the job time calculation step.
8. A program for creating an engineering plan for pipe construction, wherein, The program causes a computer to perform the acts of: acquiring basic data used for creating the engineering plan from a data storage part; Acquiring information related to an operation progress mode in the pipeline construction and construction information required for creating the engineering plan; Calculating a job time corresponding to the job execution mode using the basic data and the acquired information, and Creating the engineering plan based on the calculated job time.

Description

Engineering plan creation device, engineering plan creation system, engineering plan creation method, and program for creating engineering plan for pipeline construction Technical Field The present invention relates to an engineering plan creation device, an engineering plan creation system, an engineering plan creation method, and a program for creating an engineering plan for pipeline construction. Background Generally, in pipeline construction such as tap water pipe construction, an engineering plan is created, and an operation is performed in accordance with the created engineering plan. As a project plan creation system for pipeline construction, for example, as disclosed in patent document 1, there is known a project plan creation system for tap water pipe construction, which includes an information acquisition unit that acquires tap water pipe related information, a project time calculation unit that calculates a project time based on the tap water pipe related information, and a project plan creation unit that creates a project plan for tap water pipe construction using the project time. Patent document 1 discloses that, when calculating the engineering time, running water pipe construction related information including information related to a site condition is used. Further, patent document 1 discloses that the information related to the field condition includes information related to parallel work and information related to parallel use of the work machine. Prior art literature Patent literature Patent document 1 Japanese patent application laid-open No. 2023-094996 Disclosure of Invention Problems to be solved by the invention As described above, patent document 1 discloses that the information related to the field condition includes information related to parallel work and information related to parallel use of the work machine. However, patent document 1 does not disclose specific details of how to reflect parallel work performed on the site of actual pipeline construction to creation of an engineering plan. In the field of pipeline construction, operations are performed in various modes including parallel operations. The progress of the pipeline construction varies greatly depending on the mode in which the operation is performed. Therefore, it is required to create an engineering plan for pipeline construction with high accuracy according to various job execution modes. The invention aims to realize a project plan creation device capable of creating a project plan for pipeline construction with high precision according to various operation modes. Means for solving the problems The project plan creation device for pipeline construction according to an embodiment of the present invention is a device for creating a project plan for pipeline construction. The project plan creation apparatus includes a data storage unit that stores basic data used for creation of the project plan, an information acquisition unit that acquires information on a work progress pattern in the pipeline construction and construction information necessary for creation of the project plan, a work time calculation unit that calculates a work time corresponding to the work progress pattern using the basic data stored in the data storage unit and the information acquired by the information acquisition unit, and a project plan creation unit that creates the project plan (first structure) based on the work time calculated by the work time calculation unit. Thus, the work time can be calculated from the work progress pattern during the pipeline construction, and the project plan corresponding to the work progress pattern can be created. The operation progress modes include, for example, a single operation mode in which each of the works of excavation, piping, and backfilling is sequentially performed by one team, a partial parallel operation mode in which a part of the works are performed in parallel by a plurality of teams and the rest of the works are performed by a whole person, a parallel operation mode in which each of the works is performed in parallel by all of the plurality of teams, and the like. According to the above configuration, the project plan can be created based on the individual job mode, the partial parallel job mode, and the parallel job mode, and therefore, the project plan can be created with high accuracy. Further, the project plan can be easily created using the basic data stored in the data storage section, the information related to the job execution mode acquired by the information acquisition section, and the construction information required for creation of the project plan. In the first configuration, the basic data stored in the data storage unit includes data related to a reference work time of each of the works in the pipeline construction. The work time calculation unit calculates the work time (second configuration) of each project corresponding to the work progress pattern using data related