KR102386500B1 - Plant pipe management system - Google Patents

Abstract

The present invention relates to a plant pipe management system capable of realizing management efficiency, maximization of work efficiency, and simplification of work, the configuration of which includes: a database system for storing related database information for all pipes located in a corresponding area; A GPS module that is installed for each pipe and generates position information of each spool or parts constituting the pipe, a spool information storage module that stores joint position information of each spool, construction status information, and quality inspection status information, and the spool a spool communication storage device comprising a control module for wirelessly transmitting information stored in the information storage module to the database system; It includes a wireless input/output module capable of wireless communication with the spool communication storage device, a microcontroller unit, and a wireless communication module, and can access the spool communication storage device on the database system through a system access permission control module a terminal equipped to monitor piping information through a mobile web or Android/iOS-based application or input the latest information in the field, if permission is granted; and a signal repeater provided to enable wireless communication between the database system and the spool communication storage device.

Description

Plant pipe management system

The present invention relates to a plant piping management system capable of realizing management efficiency, maximization of work efficiency, and simplification of work, and more particularly, it is possible to conveniently manage a number of reporting/inspection/management items occurring in the field. In addition, the manager can directly control the main tasks derived based on the combination of numerous acquired information, and real-time location tracking using the spool communication storage device mounted on each pipe spool, as well as the location of the right place in the field About the plant piping management system that can acquire related data from will be.

Plant construction is the construction of a country's key industry and has a great impact on the overall industry. Among these recent trends in plant construction, the most important thing can be said to be the enlargement of the project scale due to the rapid technological development.

When looking at the enlargement of the project scale in terms of construction management, recently, in order to carry out any one project, it is necessary to control several times more management items/information than in the past before construction is possible. However, in order to smoothly control management items/information that is several times larger than in the past, extensive knowledge and experience are inevitably required. There is a problem that even human resources with abundant experience are extremely limited. For example, in the recent plant project market, it is extremely difficult to find examples of meeting scheduled time and cost. This suggests that it is not irrelevant to the large-scale project and a significant increase in management items/information.

In order to respond to this situation, not only Korea but also the world's leading EPC construction companies are introducing ERP, and in particular, in plumbing construction, programmatic databases (hereinafter referred to as 'pipe management system') are used, etc. It has been making strenuous efforts to control it.

However, although it is clear that the efficiency of plumbing construction has been improved by the use of the pipe management system, all pipe management systems developed so far have limitations in being developed for the purpose of managing the status of construction and quality control and reporting the current status. and direct contribution to the quality control work itself was very limited.

Therefore, the conventional pipe management system only provides the construction and inspection progress status, and since the construction and quality managers cannot provide the necessary information to actually perform their work, the manager can provide resources and schedules for construction/quality inspection However, it was not possible to manage work quality and cost in an integrated way, and as a result, the following problems occurred.

First, the location of the manufactured spool could not be tracked, so it was often lost, and it was impossible to check whether it was properly installed in the designated location.

Second, the spool manufactured at the spool manufacturing facility is moved to the yard or site without the non-destructive testing process and heat treatment process being performed, or the spool manufactured at the spool manufacturing facility is transferred to the yard or site without checking whether it is manufactured according to the latest drawings. moved frequently.

Third, there were cases in which the spool manufactured at the spool manufacturing plant and the piping line installed on the site were not manufactured or installed according to the latest drawings.

Fourth, when installing or inspecting the site of the spool, paper documents that are not directly linked to the latest information on the piping management system had to be used, so drawings and inspection documents had to be printed on paper every time and distributed or carried to the installation site. Therefore, the printed drawings and inspection documents frequently did not match the latest information, and there was a risk of loss as well as inconvenient to carry.

Fifth, since the existing pipe management system provides only the status information of construction and quality inspection, the construction and quality department needs to collect a lot of additional information and link it with the current status information in order to carry out its original work. In addition to the pipe management system, the quality control department had to have its own plumbing work/quality inspection information. As a result, the information on the pipe management system between departments was inconsistent, so communication between related departments was not properly performed, or there was confusion in project progress. often resulted in

Sixth, the existing piping management system only provides information on the current status of construction and quality inspection, and it is impossible to determine the cause of the workable quantity and non-workable quantity, which are information practically needed by the construction and quality inspection department, and work is possible. It was not possible to properly determine the quantity that had to be given a work order on the same day.

Korean Patent Publication No. 10-2001969 (Fixing the location of water and sewage pipelines and real-time management system, registered on July 15, 2019) Japanese Unexamined Patent Publication No. 2012-180191 (Plant Construction Support Method and Plant Construction Support Device, published on September 2, 2012) Korean Unexamined Patent Publication No. 10-2013-0010067 (Underground facility management system using electronic recognition indicator, published on January 1, 2013)

The present invention was created to solve the problems of the existing piping management system as described above, and an object of the present invention is to work based on workable quantity information (WORK-FRONT) and workable quantity information for each construction/quality inspection step. / It is to provide a plant piping management system that can be analyzed in connection with the construction schedule based on the derivation of information on the /Quality Inspection Order (WORK-ORDER) and based on this information.

Another object of the present invention is to easily obtain the latest information required for work through the spool communication storage device and terminal installed in the pipe at the construction site, and to smoothly perform each construction/quality inspection step without paper documents. It is to provide a plant piping management system that can build a system in which the latest information is updated in real time by allowing the information of the piping management system installed in the office to be exchanged with the information on the spool communication storage device installed at the construction site.

Another object of the present invention is to achieve the performance of directly improving work efficiency for construction and quality inspection work in plant plumbing work by implementing a system so that the information of the pipe management system and the information of the spool communication storage device have a mutual backup function. It is to provide a plant piping management system that can minimize the risk of loss of control over air and cost caused by plumbing, which is a major type of construction, for construction companies.

Plant piping management system of the present invention for achieving the above object,

a database system 200 for storing related database information for all pipes located in the corresponding area;

A GPS module 420 that is installed for each pipe and generates position information of each spool or parts constituting the pipe, and a spool information storage module that stores joint position information of each spool, construction status information, and quality inspection status information ( 430) and a spool communication storage device 400 comprising a control module 410 for wirelessly transmitting the information stored in the spool information storage module 430 to the database system 200;

It includes a wireless input/output module 513 capable of wireless communication with the spool communication storage device 400 , a microcontroller unit 511 , and a wireless communication module 512 , and a system access right control module 520 . When access to the spool communication storage device 400 is granted on the database system 200 through the or a terminal 500 equipped to input the latest information in the field; and

and a signal repeater 300 provided to enable wireless communication between the database system 200 and the spool communication storage device 400 .

Here, the control module 410 is configured to include a microcontroller unit 411 , a wireless communication module 412 , and a wireless communication security module 413 , and stores information stored in the spool information storage module 430 . It may be configured to wirelessly transmit the latest information to the database system 200 in real time and automatically receive the updated information from the database system 200 wirelessly by the control module 410 .

The database system 200 according to the present invention includes a server unit 210 comprising a main server and an auxiliary server; a project information module 230 for storing and managing information related to the entire project including the corresponding plumbing work; a plumbing management main module 240 capable of performing actual plumbing construction construction and quality inspection based on the information stored in the project information module 230; a system operation and authority control module 220 for systematically managing and operating the pipe management main module 240; The project information module 230 and the piping management main module 240 are linked with the system for managing the entire project including the corresponding piping construction by the system operation and authority control module 220 with a project integrated management module 250 and ; Including the database system 200, the signal repeater 300, the spool communication storage device 400, and a wireless communication module 260 wirelessly connected to the signal communication device provided in the system for managing the entire project. is done

Here, the pipeline management main module 240 derives the execution budget and cost by using the automatic link between the design material (B/M) and the material information actually used and required in the field, and material cost, overhead cost, and other cost information. and a piping estimation module 241 that monitors it and provides estimation information for other construction projects; a piping engineering module 242 for generating detailed information, specifications, B/M information, and piping codes related to piping design; a pipe procurement module 243 for executing and monitoring the ordering and procurement of pipe main materials; A piping site that performs a simulation with the pipeline procurement module 243, management of stocking of main materials for piping at the construction site, update of the piping procurement module 243, management of material disbursement at the construction site, purchase management for on-site purchased materials, and the piping procurement module 243 a material management module 244 and; a pipe construction management module 245 for performing pipe construction management at the construction site; and a pipe quality control module 246 for performing a pipe quality inspection at the construction site.

The pipe construction management module 245 can record, store, analyze, display, search, transmit and output detailed construction status information at a reference point in connection with information on engineering, materials, and quality requirements required for pipe construction. A pipe construction status information module (245A) and; Pipe construction resource management module (245B) capable of recording, storing, analyzing, displaying, searching, transmitting and outputting information related to detailed details, certification/inspection status, arrangement status, and location of human and material resources required for pipe construction )class; Installation status of main scaffolding related to on-site conditions for plumbing construction, whether or not local scaffolding is needed and installation status, priority of work, restrictions on assignment of work/management personnel and equipment, etc. Work tool installation and allocation status, distribution status of incoming installation materials, restrictions due to preceding or related processes, restrictions due to material and drawings/Engineering Hold, restrictions due to comments from the original building/ordering company It may include; may include a;

At this time, the pipe construction management module 245 receives various status data/reports necessary for pipe construction management through combination of information, processing and analysis, preliminary work-front for each construction stage, and official work confirmed after confirmation by the construction department. -According to the conditions set by the front and the construction management department, preliminary work orders for each construction stage, namely spool erection, fit-up, welding, heat treatment, hydro-test, lay-up, punch, and reinstatement, and the construction department confirm it It performs the functions of creating, displaying, retrieving, sending, printing and distributing an official work order.

The pipe quality control module 246 records, stores, analyzes, and records detailed information on the progress of quality inspection at a reference point in connection with information of engineering, materials, pipe construction, and quality requirements for pipe quality inspection. a pipe quality inspection status module 246A capable of displaying, searching, transmitting and outputting; Pipe quality inspection resource management module (246B) capable of recording, storing, analyzing, displaying, searching, transmitting and outputting detailed details of human and material resources necessary for quality inspection, certification/inspection status, arrangement status, and location information )class; Installation status of main scaffolding related to site conditions required to perform quality inspection at the construction site, whether or not local scaffolding is required and installation status, work priority, work/inspection manpower and assignment status Restriction conditions, work tool installation and assignment status, restrictions due to interference with other quality inspections or construction work, determination of restrictions due to material and drawings/Engineering Hold, restrictions due to comments from the original building/customer It may include; may include;

At this time, the pipe quality control module 246 is confirmed through various status data/reports required for pipe quality inspection management through combination of information, processing and analysis, preliminary work-front for each quality inspection step, and then confirmed by the quality control department. According to the approved official work-front and the conditions set by the quality control department, each quality inspection step according to the ITP (Inspection & Test Plan), that is, spool erection inspection, fit-up, inspection, welding inspection, heat Create, display, search, transmit, print and perform preliminary work orders for treatment inspection, hydro-test (pneumatic) inspection, lay-up inspection, bolt tightening inspection, punch inspection, and reinstatement and official work orders confirmed by the quality control department It performs the distribution function.

Meanwhile, the pipeline management main module 240 may implement information required to make a decision based on the collected information as an intelligent knowledge management model and algorithm.

According to the present invention, the GPS module 420 provided in the spool communication storage device 400 tracks the location information of the spool/piping part itself and receives a signal requested from the database system 200 or the terminal 500 . When receiving, the corresponding information is transmitted to the database system 200 or the terminal 500, and the spool information storage module 430 includes related drawings, information and data related to construction work, and information and data related to quality inspection. information and data on the GPS module 420 and the spool information storage module 430 communicate with the database system 200 to exchange the latest information and update in real time, as well as on-site construction work and quality For inspection, the control module 510 provided in the terminal 500 and the control module 410 provided in the spool communication storage device 400 communicate with each other to read the information stored in the spool communication storage device 400, It may consist of a search and update of the construction progress and quality inspection progress that are newly carried out.

In addition, the terminal 500 according to the present invention is composed of any one program selected from among Android/iOS operating system-based applications executed through a mobile web or a smartphone programmed in Android-based Java language, and a specific spool / All information, reports, drawings, and inspection documents for performing construction work and quality inspection by accessing the spool communication storage device 400 mounted on the piping part are displayed through the screen of the terminal 500 and construction at the same time It may be configured to update the results of work and quality inspection in the spool communication storage device (400).

As such, the plant piping management system of the present invention provides functions such as real-time search, identification, and report creation/printing of quotation/engineering/materials/purchase/procurement management related to piping work in a plant construction project, and construction and quality inspection progress In addition to providing information related to the current status, work-front and work-orders are generated for each stage of construction and quality inspection, thereby increasing work efficiency in the practical areas of piping construction and quality inspection. In addition to this, it is possible to fundamentally solve the problem of reliability degradation due to inconsistency with the latest information caused by reliance on paper documents. It has the effect of building a system in which the latest information is updated in real time.

1 is an overall configuration diagram showing a plant pipe management system according to the present invention;
2 is a schematic diagram showing a plant pipe management system according to the present invention;
Figure 3 is a flowchart of plumbing work to which the present invention is applied.

Hereinafter, a preferred embodiment according to the present invention will be described in more detail with reference to the accompanying drawings.

As shown in FIGS. 1 and 2 , the plant pipe management system of the present invention is largely composed of a database system 200 , a spool communication storage device 400 , a terminal 500 , and a signal repeater 300 .

The database system 200 stores related database information for all piping located in the corresponding area, and includes a server unit 210, a project information module 230, a piping management main module 240, and a system operation and The authority control module 220 , the project integrated management module 250 , and the wireless communication module 260 are included.

In the present invention, the server unit 210 may be composed of a main server and an auxiliary server, and the project information module 230 stores and manages information related to the entire project including the corresponding plumbing work.

In addition, the piping management main module 240 enables actual piping construction construction and quality inspection based on the information stored in the project information module 230, and the system operation and authority control module 220 is the It is provided as a module for systematically managing and operating the pipeline management main module 240, and the project integrated management module 250 operates the system operation and authority for the project information module 230 and the pipeline management main module 240. It functions to link with the system managing the entire project including the corresponding plumbing work by the control module 220 .

In addition, the wireless communication module 260 is wirelessly connected to the signal communication device provided in the system for managing the entire project with the signal repeater 300 and the spool communication storage device 400 including the database system 200. .

The piping management main module 240 constituting the database system 200 includes a piping estimation module 241, a piping engineering module 242, a piping procurement module 243, and a piping site material management module 244 and , a pipe construction management module 245 and a pipe quality control module 246 .

The pipe management main module 240 may implement information required to make a decision based on the collected information as an intelligent knowledge management model and algorithm.

The intelligent knowledge management model suggests a rational decision-making method by self-evaluating the quantitative/qualitative effects of the collected information. Accordingly, it is possible to lay the foundation for rational and rapid decision-making on necessary information by the intelligent knowledge management model.

In the present invention, the pipe estimation module 241 uses the automatic link between the design material (B/M) and the material information actually used in the field, and material cost, overhead cost, and other cost information to monitor the execution budget and cost. In addition, we provide quotation information for other construction projects.

The piping engineering module 242 generates detailed information, specifications, B/M information, and piping codes related to piping design, and the piping procurement module 243 functions to execute and monitor ordering and procurement of piping main materials. .

In addition, the piping site material management module 244 is a pipeline main material stock management at the construction site, update of the piping procurement module 243, material dispensing management at the construction site, purchase management for on-site purchased materials, and the piping procurement A simulation with module 243 is performed.

In addition, the piping construction management module 245 and the piping quality management module 246 each function to perform piping construction management and piping quality inspection.

Here, the piping construction management module 245 may include a piping construction status information module 245A, a piping construction resource management module 245B, and a piping construction management site information module 245C.

If each configuration constituting the pipe construction management module 245 will be described in detail, the pipe construction status information module 245A is linked with information on engineering, materials, and quality requirements required for pipe construction at a reference point in time. It performs a function of recording, storing, analyzing, displaying, searching, transmitting and outputting detailed construction status information, and the pipe construction resource management module 245B provides detailed information on human and material resources required for pipe construction, It performs functions to record, store, analyze, display, search, transmit, and output information related to authentication/inspection status, deployment status, and location. In addition, the pipe construction management site information module 245C is a main scaffolding installation state related to the site conditions for piping construction, whether or not local scaffolding is required and installation state, work priority (priority), Restrictions on assignment of work/management personnel and equipment, installation and assignment status of other work tools, distribution status of incoming installation materials, restrictions by preceding or related processes, material and drawings/engineering issues (Engineering Hold) It performs a function to record, store, analyze, display, search, transmit, and print information on restrictions due to restrictions, restrictions due to comments from the original building/customer, and general conditions and restrictions in safety/quality/construction management. .

That is, the piping construction management module 245 including the piping construction status information module 245A, the piping construction resource management module 245B, and the piping construction management site information module 245C combines, processes and analyzes information to construct piping. Various status data/reports required for management, Preliminary work-front for each construction stage, and official work-front and offical work-front confirmed through confirmation by the construction department after each construction stage, namely, according to the conditions set by the construction management department Create, display, search, transmit, print and distribute preliminary work orders such as spool erection, fit-up, welding, heat treatment, hydro-test, lay-up, punch, reinstatement, and official work orders confirmed by the construction department to function.

On the other hand, the pipe quality control module 246 constituting the pipe management main module 240 includes a pipe quality inspection status module 246A, a pipe quality inspection resource management module 246B, and a pipe quality inspection site information module 246C. may include

The pipe quality inspection status module 246A records, stores, and analyzes detailed information on the advanced quality inspection status at a reference point in connection with information on engineering, materials, pipe construction, and quality requirements for pipe quality inspection. , display, search, transmit and output, and the pipe quality inspection resource management module 246B includes human resources (inspectors, supervisors, managers, etc.) and material resources (inspection equipment, tools, etc.) necessary for quality inspection. ) records, stores, analyzes, displays, searches, transmits, and outputs detailed details, authentication/inspection status, placement status, and location information.

In addition, the pipe quality inspection site information module 246C is a main scaffolding installation state related to site conditions necessary to perform a quality inspection at a construction site, whether or not local scaffolding is required and installation state, work Priority, work/inspection personnel and assignment constraints, work tool installation and assignment status, other quality inspections or restrictions due to interference with construction work, material and drawing/engineering issues (Engineering Hold) It performs the functions of recording, storing, analyzing, displaying, searching, transmitting, and outputting information on restrictions caused by the identification of restrictions, restrictions due to comments from the original building/ordering company, and general conditions and restrictions in safety/quality/construction management.

That is, the piping quality control module 246 including the piping quality inspection status module 246A, the piping quality inspection resource management module 246B, and the piping quality inspection site information module 246C combines, processes, and analyzes information to Various status data/reports required for quality inspection and management, preliminary work-front for each quality inspection stage, and approval according to the conditions set by the official work-front and official work-front confirmed by the quality management department and the quality management department For each quality inspection step according to an Inspection & Test Plan (ITP), that is, spool erection inspection, fit-up inspection, welding inspection, heat treatment inspection, hydro-test(pneumatic) inspection, lay-up inspection, bolt It functions to create, display, search, transmit, print, and distribute preliminary work orders for tightening inspection, punch inspection, and reinstatement and official work orders confirmed by the quality control department.

In the present invention, the spool communication storage device 400 is installed for each pipe, and includes a GPS module 420 that generates position information of each spool or parts constituting the pipe, and joint position information and construction of each spool. It consists of a spool information storage module 430 in which status information and quality inspection status information are stored, and a control module 410 that wirelessly transmits the information stored in the spool information storage module 430 to the database system 200 .

Here, the control module 410 is configured to include a microcontroller unit 411 , a wireless communication module 412 , and a wireless communication security module 413 , and stores information stored in the spool information storage module 430 . In addition to wireless transmission to the database system 200 , the control module 410 enables the control module 410 to wirelessly receive the updated and updated information from the database system 200 in real time and automatically.

In addition, the GPS module 420 provided in the spool communication storage device 400 tracks the location information of the spool/piping part itself, and when receiving a signal requested from the database system 200 or the terminal 500 , to transmit the corresponding information to the database system 200 or the terminal 500 .

In addition, the spool information storage module 430 stores related drawings, information and data related to construction work, information and data related to quality inspection, and information on the GPS module 420 and the spool information storage module 430 and The data communicates with the database system 200 to exchange the latest information and update in real time, as well as the control module 510 and the spool communication storage device provided in the terminal 500 for on-site construction work and quality inspection. The control module 410 provided in the 400 communicates with each other and performs a function of reading and searching the information stored in the spool communication storage device 400 and updating the construction progress status and the quality inspection progress status newly progressed.

In the present invention, the terminal includes a wireless input/output module 513 capable of wireless communication with the spool communication storage device 400, a microcontroller unit 511, and a wireless communication module 512, When access to the spool communication storage device 400 on the database system 200 is granted through the system access right control module 520, mobile web or Android/iOS based It is equipped to monitor piping information through the application of or to input the latest information in the field.

At this time, the terminal 500 is composed of any one program selected from among Android/iOS operating system-based applications executed through a smartphone or a mobile web programmed in Android-based JAVA language, and a specific spool/piping part All information, reports, drawings and inspection documents for performing construction work and quality inspection by accessing the spool communication storage device 400 mounted on the It can be configured to update the test result to the spool communication storage device (400).

In the present invention, the signal repeater 300 is provided to enable wireless communication between the database system 200 and the spool communication storage device 400 .

Here, the signal repeater 300, which wirelessly connects and relays the database system 200 and the spool communication storage device 400 in the field, considers the specificity of a general plant construction site where a large amount of iron components and structures are installed. As included in the invention, if a means for directly connecting the database system 200 and the spool communication storage device 400 to the satellite Internet without a separate signal repeater 300 can be secured, the signal repeater 300 can be omitted.

As described above, the plant piping management system according to the present invention provides functions such as real-time search, identification, report creation/output, etc. of estimate/engineering/material/purchase/procurement management related to plumbing in a plant construction project and construction As well as providing information related to the progress of quality inspection and construction and quality inspection, work-front and work-orders are created for each stage of construction and quality inspection. work efficiency is dramatically improved, and in addition, it can fundamentally solve the problem of reliability degradation due to inconsistency with the latest information caused by reliance on paper documents. It is a very useful invention that provides the effect of building a system in which the latest information is updated in real time by allowing them to be exchanged.

200: database system 210: server unit
220: system operation and authority control module 230: project information module
240: piping management main module 241: piping estimation module
242: piping engineering module 243: piping procurement module
244: piping site material management module 245: piping construction management module
245A: Piping construction status information module 245B: Piping construction resource management module
245C: Piping construction management site information module 246: Piping quality management module
246A: Pipe quality inspection status module 246B: Pipe quality inspection resource management module
246C: Piping quality inspection site information module 250: Project integrated management module
260: wireless communication module 300: signal repeater
400: spool communication storage device 410: spool communication storage device control module
411: microcontroller unit 412: wireless communication module
413: wireless communication security module 420: GPS module
430: spool information storage module 500: terminal
510: terminal control module 511: microcontroller unit
512: wireless communication module 513: wireless input/output module
520: system access permission control module

Claims (11)

a database system 200 for storing related database information for all pipes located in the corresponding area;
A GPS module 420 that is installed for each pipe and generates position information of each spool or parts constituting the pipe, and a spool information storage module that stores joint position information of each spool, construction status information, and quality inspection status information ( 430) and a spool communication storage device 400 comprising a control module 410 for wirelessly transmitting the information stored in the spool information storage module 430 to the database system 200;
It includes a wireless input/output module 513 capable of wireless communication with the spool communication storage device 400 , a microcontroller unit 511 , and a wireless communication module 512 , and a system access right control module 520 . When access to the spool communication storage device 400 is granted on the database system 200 through the or a terminal 500 equipped to input the latest information in the field; and
and a signal repeater 300 provided to enable wireless communication between the database system 200 and the spool communication storage device 400;
The database system 200 includes a server unit 210 comprising a main server and an auxiliary server; a project information module 230 for storing and managing information related to the entire project including the corresponding plumbing work; a plumbing management main module 240 capable of performing actual plumbing construction construction and quality inspection based on the information stored in the project information module 230; a system operation and authority control module 220 for systematically managing and operating the pipe management main module 240; The project information module 230 and the piping management main module 240 are linked with the system for managing the entire project including the corresponding piping construction by the system operation and authority control module 220 with a project integrated management module 250 and ; Including the database system 200, the signal repeater 300, the spool communication storage device 400, and a wireless communication module 260 wirelessly connected to the signal communication device provided in the system for managing the entire project. is made,
The pipeline management main module 240 derives the execution budget and cost by using the automatic link between the design material (B/M) and the material information actually used in the field, and material cost, overhead cost, and other cost information. a piping estimation module 241 that monitors this at the same time and provides estimation information for other construction projects; a piping engineering module 242 for generating detailed information, specifications, B/M information, and piping codes related to piping design; a pipe procurement module 243 for executing and monitoring the ordering and procurement of pipe main materials; A piping site that performs a simulation with the piping procurement module 243, management of stocking of main materials for piping at the construction site, updating of the piping procurement module 243, management of material dispensing at the construction site, purchase management for on-site purchased materials, and the piping procurement module 243 a material management module 244 and; a pipe construction management module 245 for performing pipe construction management at the construction site; Including; a pipe quality control module 246 for performing a pipe quality inspection at the construction site;
The pipe construction management module 245 records, stores, analyzes, displays, searches, transmits and outputs detailed construction status information at a reference point in connection with information on engineering, materials, and quality requirements required for pipe construction. A possible piping construction status information module (245A) and; Pipe construction resource management module (245B) capable of recording, storing, analyzing, displaying, searching, transmitting and outputting information related to detailed details, certification/inspection status, arrangement status, and location of human and material resources required for pipe construction )class; Installation status of main scaffolding related to on-site conditions for plumbing construction, whether or not local scaffolding is needed and installation status, priority of work, restrictions on assignment of work/management personnel and equipment, etc. Work tool installation and assignment status, distribution status of incoming installation materials, restrictions due to preceding or related processes, restrictions due to material and drawings/Engineering Hold, restrictions due to comments from the original building/ordering company It includes; a piping construction management site information module (245C) capable of recording, storing, analyzing, displaying, searching, transmitting and outputting information of general conditions and restrictions in terms of safety / quality / construction management;
The pipe construction management module 245 includes various status data/reports necessary for pipe construction management through combination of information, processing and analysis, preliminary work-front for each construction stage, and official work-front confirmed after confirmation by the construction department. According to the conditions set by the front and the construction management department, the preliminary work order for each construction stage, that is, spool erection, fit-up, welding, heat treatment, hydro-test, lay-up, punch, and reinstatement, and the construction department confirm it create, display, retrieve, transmit, print and distribute an official work order;
The pipe quality control module 246 records, stores, and analyzes detailed information on the progress of quality inspection status at a reference point in connection with information of engineering, materials, pipe construction, and quality requirements for pipe quality inspection. , a pipe quality inspection status module 246A capable of displaying, searching, transmitting and outputting; Pipe quality inspection resource management module (246B) capable of recording, storing, analyzing, displaying, searching, transmitting and outputting detailed details of human and material resources necessary for quality inspection, certification/inspection status, arrangement status, and location information )class; Installation status of main scaffolding related to site conditions required to perform quality inspection at the construction site, whether or not local scaffolding is required and installation status, work priority, work/inspection manpower and assignment status Restriction conditions, work tool installation and assignment status, restrictions due to interference with other quality inspections or construction work, determination of restrictions due to material and drawings/Engineering Hold, restrictions due to comments from the original building/customer and a pipe quality inspection site information module (246C) capable of recording, storing, analyzing, displaying, searching, transmitting and outputting information of general conditions and restrictions in terms of safety / quality / construction management;
The pipe quality management module 246, through the combination of information, processing and analysis, various status data/reports necessary for pipe quality inspection management, preliminary work-front for each quality inspection stage, and confirmation of the quality management department after that. According to the conditions set by the official work-front and the quality control department, each quality inspection step according to the approved ITP (Inspection & Test Plan), namely, spool erection inspection, fit-up, inspection, welding inspection, heat Create, display, search, transmit, print and perform preliminary work orders for treatment inspection, hydro-test (pneumatic) inspection, lay-up inspection, bolt tightening inspection, punch inspection, and reinstatement and official work orders confirmed by the quality control department distribute,
The piping management main module 240 is a plant piping management system, characterized in that the information required to make a decision based on the collected information is implemented as an intelligent knowledge management model and algorithm. According to claim 1,
The control module 410 is configured to include a microcontroller unit 411, a wireless communication module 412, and a wireless communication security module 413, and stores the information stored in the spool information storage module 430. Plant piping management system, characterized in that while wirelessly transmitting to the database system (200), the updated latest information is wirelessly transmitted from the database system (200) in real time and automatically by the control module (410). delete delete delete delete delete delete delete According to claim 1,
The GPS module 420 provided in the spool communication storage device 400 tracks the location information of the spool/piping part itself, and when receiving a signal requested from the database system 200 or the terminal 500, Transmitting the corresponding information to the database system 200 or the terminal 500,
The spool information storage module 430 stores related drawings, information and data related to construction work, information and data related to quality inspection, and information and data on the GPS module 420 and the spool information storage module 430 . communicates with the database system 200 to exchange the latest information and update in real time, as well as a control module 510 and a spool communication storage device provided in the terminal 500 for on-site construction work and quality inspection ( Plant piping, characterized in that the control module 410 provided in 400) communicates with each other to view and search the information stored in the spool communication storage device 400, and to update the construction progress and quality inspection progress newly progressed. management system. According to claim 1,
The terminal 500 is composed of any one program selected from among Android/iOS operating system-based applications executed through a mobile web or a smartphone programmed in Android-based JAVA language, and is mounted on a specific spool/piping part. All information, reports, drawings, and inspection documents for performing construction work and quality inspection by accessing the spool communication storage device 400 that has been A plant piping management system, characterized in that the result is updated in the spool communication storage device (400).

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