KR20160117795A - The dimensional control information inquiry and monitoring system - Google Patents

Abstract

The present invention relates to a system for retrieving and monitoring information about measurement accuracy associated with a measurement accuracy integrated control system for measurement and accuracy quality control processes according to ship production. The system of the present invention comprises: an accuracy control information inquiry module (410) for inquiring scheduling related to accuracy measurement drawing work, accuracy measurement drawing issue and registration rate management, and accuracy measurement result detail information and performing the integrated inquiry of accuracy control work-related materials; a 3D accuracy control bulletin module (420) for intuitively determining and checking the accuracy quality status of a structure currently in progress of production by using accuracy analysis and simulation results; an accuracy work process management module (430) for inquiring a reference information plan and reviewing schedule and time hour-related information; a geographic information-based accuracy information inquiry module (440) for providing the accuracy control information of a block with the status of production/processes in association with a structure block location inquiry function based on a geographic information system of the entire shipyard to inquire the accuracy control-related information of a single block and an associated block together; an outside accuracy collaboration service module (450) for registering, inquiring, and managing the measurement and accuracy control information of outside affiliates related to the ship production; and a mailing service module (460) for timely distributing and notifying measurement accuracy-related information including schedules, quality, and drawing issue.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

The present invention relates to a quality management information inquiry and monitoring system, and more particularly, to a system and method for measuring and managing a quality management system, Inquiry and monitoring system.

Generally, in order to dry a ship, it is necessary to start sales design (initial design) according to the type of ship (commercial vessel, special ship, etc.) and size (displacement amount) .

Once the sales design is established, detailed design will be made, the purchase schedule will be established, and a mid-term plan will be established to link the purchase schedule to the purchase schedule.

Once the above detailed design and middle planning is established, production planning necessary for production is made again, and small schedule necessary for production is established by department and type of work, purchase material is put in stock, and production is executed.

On the other hand, the shipbuilding marine industry is a precision manufacturing industry that has a relatively high accuracy in applying a relatively high dimensional control standard to the size of superstructures. Therefore, in order to measure and analyze the structure and perform quality control through it, systematic information should be prepared from the planning stage, and measurement and analysis should be performed using design information. In order to use the result directly in production, Data analysis methods should be utilized.

However, conventionally, related tasks were performed in the form of planning, measuring, analyzing results, organizing and sharing analysis results based on an off-line basis, that is, a manual operation.

Recently, with the spread of Product Life Cycle Management (PLM) technology, there have been some systemization of related technologies in the field of measurement and quality control technology. However, systematization technology that can systematically manage the entire process required for shipbuilding and marine industry has not developed It is true.

On the other hand, in areas such as shipbuilding and marine industry, where precision management is performed, it is necessary to have a level of inquiry and monitoring technology capable of inquiring measurement data, result sheet, and measurement result statistics.

2. Description of the Related Art [0002] As a related art patented technology, an information check sheet original file, a check sheet complete file, and an assembly simulation file which are configured to be utilized as statistical analysis data of a dimensional quality problem for a block of a ship, A web system 20 for uploading or downloading a file created in such an integrated block degree prediction system through the network 1 and analyzing the file and recording and storing the file as information; Sharing, and an electronic approval system 30 for performing electronic approval (see Patent Document 1).

Domestic registered patent 10-0982527

The present invention systematically and simply verifies various quality management information accumulated in a database, monitors the entire process by reconstructing existing information, confirms the same information in real time anywhere on a mobile device including a desktop, The present invention has been made to solve the above problems in the related art.

In order to accomplish the above object, the present invention provides a system for inquiring and monitoring the quality management information, comprising: a system for searching and monitoring information related to the degree of measurement associated with the integrated measurement management system for measurement and quality management processes, As the information management information inquiry and monitoring system that can be performed, it is possible to inquire the detailed information of the result of the measurement of the degree of measurement and the degree of measurement, An accuracy management information inquiry module; A 3D quality control situational module that enables intuitive judgment and confirmation based on the 3D model, based on the quality analysis and simulation results, of the quality status of the ongoing production structure; A degree of work process management module for inquiring the reference information plan and for reviewing schedule and time related information; Geographical information that enables to inquire about quality management information of a single block and a linked block by providing quality management information of the block together with the production / process status in connection with the structure block position inquiry function based on the entire geographical information system of the shipyard Based degree information inquiry module; An outsourced collaboration service module for registering, inquiring, and managing measurement and quality management information of an outside affiliate related to ship production; A mailing service module that enables timely distribution and notification of measurement-related information including schedule, quality, and paper output; And a mobile degree management module for performing information inquiry and process monitoring using a mobile device.

Here, in order to be able to integrate the contract specifications, production engineering drawings, design drawings, work standards, international standards, and reference materials of the Rules together in line with the quality control plan and the enterprise document management system, And a reference information inquiry module for inquiring reference information included in the degree-of-control planning system performing the planning information generating function based on the measurement and quality control.

In addition, the quality management information inquiry module is provided with a schedule management function for the level measurement level, the origin point, the origin point, and the completion status after the accuracy measurement based on the production scheduling in units of lines, , It is possible to inquire the degree of accuracy of the degree of incidence and the completeness registration rate in comparison with the degree of incarceration of the circle, and to perform the function of searching the detailed measurement coordinate result of the registered degree of accuracy chart in line and block.

In addition, the quality management information inquiry module includes a quality management information inquiry UI / UX, an inquiry line / block unit search, a degree office plan view through a mobile office / PDF viewer interface, It is possible to perform the function through inquiry of Quality Quality Index evaluation through inquiry, enterprise resource management system (ERP) and quality management DB interlock, inquiry of degree analysis & simulation result, and inquiry of quality control process status.

In addition, the 3D quality management situation module provides a monitoring service that enables the quality status of the current production structure to be confirmed based on the 3D model, using the results of the analysis and simulation, And a block process unit, the block is divided into blocks before and after the accuracy measurement, and the block is displayed as the difference of the block model, and the block having the accuracy measurement is set to the measurement coordinate points out of the set tolerance The degree of problem report / quality improvement request registration status, and the quality quality index evaluation information together, so that it is possible to intuitively determine the quality management status of the corresponding line.

In addition, the accuracy work process management module has a function of inquiring and monitoring the work status of the entire quality management by using the information of the production scheduling system to establish a quality management plan, a quality control plan registration, Degree of control including the welding shrinkage value (welding margin drawing) Registration of the drawing, measurement of the stage of the production process (assembly, PE, stocking, mounting) Management monitoring can be performed.

In addition, the accuracy work process management module displays the input planning schedule for each stage of work in the production scheduling system in conjunction with the schedule management function, the execution department registers the execution schedule, So that it is possible to provide a function of performing cost planning / estimation in line / block unit or process unit.

In addition, the geographic information-based degree information inquiry module may be configured to display the status of the production process of the block provided by the existing geographic information system for the blocks retrieved by the user in connection with the structure block location inquiry function based on the geographic information system of the entire shipyard The accuracy measurement provided by the accuracy management information inquiry module can also display the schedule management information and the quality control process management information provided by the accuracy work process management module.

In addition, the Outsourced Collaboration Service Module is composed mainly of the measurement outline drawing out-of-plane and out-of-range measurement result and completed drawing reception / management function, manages the quality management information of the outside company on the basis of Web service, Refers to the production line / block information by line / block of the quality management information inquiry module provided in connection with the enterprise resource planning system (ERP) and production scheduling system information. If the result of the degree measurement and the completed drawing of the outside company are registered in the external collaboration service module, the result of the degree measurement and the completeness registration rate can be managed in accordance with the block production completion time and the head office arrival time .

In addition, the outsourced collaboration service module can perform the corresponding function through the category function for dividing the work space according to the document type, the revision management through the drawing number, the file name, the creation date, the construction number, the block number, .

In addition, the mailing service module is linked with the functions of the quality management information inquiry module, the 3D degree management situation module, the degree work process management module, and the external collaboration service module, It is possible to distribute the information produced by each module to the person in charge and to provide a pre-registration notification function for managing the information registration rate to be generated at the completion of the unit production process of the corresponding line / block.

The mobile degree management module may include a quality management information inquiry function, a degree measurement diagram completion function, a degree problem report creation function, and a degree measurement result analysis function.

According to the present invention, integrated information can be searched and monitored based on a database, and the same information can be conveniently viewed in real time anywhere on a mobile device including a desktop, thereby improving work productivity, convenience, It is possible to make the judgment and decision of the phenomenon more quickly and accurately.

1 is a conceptual diagram showing a general shipbuilding flow.
2 is a block diagram of a conventional integrated block accuracy management system.
3 is a workflow diagram of a measurement accuracy integrated management system according to the present invention.
4 is a configuration diagram of a measurement degree integrated management system according to the present invention;
5 is a block diagram of a quality management information inquiry and monitoring system in accordance with the present invention.
FIG. 6 is a diagram relating to a precision work process management module and a production indexing system according to the present invention. FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

According to the present invention, the quality management information inquiry and monitoring system systematically and easily verifies various quality management information accumulated in a database, reconfigures existing structured information to monitor the entire process, and confirms the same information in real time on a mobile device including a desktop The information of the previous process is shared and the linkage degree management through the process can be efficiently performed.

First, a description will be given of a measurement accuracy integrated management system as a basis for assisting understanding of the quality management information inquiry and monitoring system according to the present invention.

The integrated measurement accuracy management system according to the present invention measures and analyzes structures in the shipbuilding and marine industry and provides systematic information from the planning stage in order to carry out the quality control through the measurement and analysis using the design information In order to apply the results directly to production, a sophisticated data analysis method is systematized so that the entire process of design-production-measurement-analysis-quality control can have a virtuous cycle structure.

For reference, in the present invention, a server computer or a client computer terminal capable of networking in hardware, and a server or client or other network program environment installed and operated by software in these computer devices are basically used.

3 and 4, the measurement accuracy integrated management system according to the present invention is roughly divided into a quality management planning system 100, a system management system 100, A measurement / analysis simulation system 200, a quality management information generation system 300, a quality management inquiry and monitoring system 400, and a quality management database server 500.

The quality management planning system 100 mainly includes a welding shrinkage value creation module 110, a 100 MK drawing creation module 120, a degree plan preparation module 130, And a creating module 140. The creating module 140 includes a linkage information reference module 150 that can inquire about quality management linkage information including various drawings, design models, and performance construction information data.

At this time, the welding shrinkage value created by the welding shrinkage value creation module 110 can be estimated based on the standard welding shrinkage value and the measurement data for improving the quality of throughput by applying the accurate welding shrinkage value. In particular, For the calculation of the value, it can be estimated by integrating the standard welding shrinkage value, the measurement data and the standard welding shrinkage value and the estimated welding shrinkage value based on the measurement data.

An alignment reference line for assembly is marked in the 10MK drawing created by the 100MK drawing preparation module 120. [

The degree plan prepared by the degree planning module 130 may be divided and stored for each unit to be measured in order to improve utilization, and may be distributed in a bundle state by an outputting program. At this time, it is preferable that the exit program implements an exit management function, a degree planning outline schedule management function, a degree planning outline schedule evaluation and a report function. The degree plan can be searched by condition.

The degree-of-detail measurement diagram created by the degree-of-detail measurement chart creation module 140 can be created by generating a design file for measurement by giving a measurement point unique attribute, reflecting the measured structure point of the degree and generating an error value Can be completed. Then, the degree of measurement can be inquired under the mobile base.

The quality management planning system 100 may further include a quality improvement request writing module (not shown) for requesting quality improvement. The quality improvement request written by the quality improvement request creating module may include a degree plan, It is preferable to be managed in connection with the measurement chart and degree improvement request information.

The measurement / analysis simulation system 200 includes a total station (a light wave), an Indoor GPS, a laser vision system, a laser, etc., which is a three-dimensional measurement device for measuring an actual ship structure based on the information generated in the accuracy management planning system 100. [ Scanner, etc., and programs for collecting and analyzing the measurement results, collecting / analyzing the measured coordinate information in conjunction with various dimensional / shape measuring devices, and performing a simulation function.

For reference, the measurement result of the measurement / analysis simulation system 200 is firstly reflected in the degree measurement diagram of the accuracy management planning system 100, so that the measurement error analysis can be performed. / Analysis as well as automatic data entry / analysis via wireless data communication.

Specifically, the measurement / analysis simulation system 200 includes a structure accuracy measurement module 210 for measuring the degree of the ship structure block, a measurement error analysis is performed by reflecting the measured data on the degree measurement chart, And the completion degree measurement module 220 is provided.

The measurement / analysis simulation system 200 includes a measurement accuracy analysis module 230 for analyzing the geometric tolerance using the measurement data and analyzing the complex mounting surface of the structure.

At this time, the measurement degree analysis module 230 performs the design value-measurement value matching, leveling / XYZ axis movement / coordinate system alignment, error value calculation, setting / Grinding) The function can be performed through the calculation of analytical quantity and creation of detailing.

Specifically, the measurement accuracy analysis module 230 may include a 3D model-based program implementation, a function for coordinate transformation / analysis, an editing function including a tool / edit, a computerization of a check sheet actual value management per stage, Function, a measurement accuracy simulation function, and the related data storage / management in the accuracy management database server 150, for example.

In addition, the measurement accuracy analysis module 230 may include a CAD shape point and a measurement point visualization, a coordinate system conversion and an automatic / manual matching, calculation of relation information between structure blocks, an error tag notation, This function can be performed through automatic calculation, special analysis of GD & T and design layout, calculation of deviation between structures and reporting function.

In addition, the measurement accuracy analysis module 230 may be configured to calculate the measurement accuracy of the structure, such as the structure length measurement, the counterweight measurement, the squareness calculation, the straightness calculation, the song placement calculation, The function can be performed through calculation of symmetry point, angle measurement, roundness calculation, GD & T analysis, automatic / manual matching, translation, rotation movement, reference point movement.

Meanwhile, the measurement / analysis simulation system 200 simulates an intuitive assembly / mounting operation of a ship structure so as to predict the following work in advance. And a simulation module 240.

Specifically, the measurement accuracy simulation module 240 is based on a 3D light-weighted model-based implementation, ensuring 2D & 3D model compatibility, automatic / manual structure matching, assembling and mounting interference / It is possible to perform the functions through calculation of the quality index and statistical analysis, comprehensive analysis evaluation reporting, visualization of the work process and major quality control status in connection with the 3D quality control situation board.

In addition, the measurement accuracy simulation module 240 can perform a corresponding function through an interference check, a quasi-raster analysis, or the like. At this time, it is possible to analyze quasi-ration through the minimum cutting amount, the shortest time cutting amount, the GAP minimum amount, the center line optimum, and the manual cutting amount.

Meanwhile, the measurement / analysis simulation system 200 includes a welding deformation simplification module 250 for determining a welding deformation tendency of a structure using measurement data so as to predict a quality quality control plan and perform accurate management can do. In this case, a simple analysis method that can be predicted in a short time can be applied to promptly respond to the site in order to judge the deformation tendency of the structure.

The measurement / analysis simulation system 200 includes a measurement automation interface module 260 for providing convenience to the user.

The quality management information generation system 300 generates information for quality management using the measurement and analysis results of the measurement / analysis simulation system 200.

Specifically, the quality management information generation system 300 includes a quality quality assessment index module 310 that calculates / manages quality quality indexes for each structure or quality management department using measurement and analysis results. At this time, the quality evaluation index can be calculated and the statistical analysis can be performed by using the simulation result. The evaluation index is calculated by evaluating the main plate gap, the inner member gap, the defective length & number and the defect rate of the inner member step can do. In order to calculate the quality evaluation index, it is possible to input DEP drawing information (cad file or image file), bad mark-up on the drawing, remark drawing, target line / BLK input, author information, evaluation result,

The quality management information generation system 300 includes a quality quality issue management module 320 for reporting and processing quality problems generated during ship production. At this time, the quality quality problem management module 320 can generate and report a generated quality problem immediately on the production site by using the mobile device, and can be registered / distributed to the related department, .

The quality management information generation system 300 includes a welding shrinkage value estimation module 330 for estimating a shrinkage value (deformation amount) that can be generated when assembling structures of various shapes based on measurement and analysis results do.

The quality management information generation system 300 includes measurement planning, measurement and analysis on the basis of the accumulated measurement and degree information so as to guarantee a predetermined level of work results regardless of who performs the job, including the unskilled person And an expert system module 340 for proposing a work standard to perform the task.

The quality management inquiry and monitoring system 400 performs a function to conveniently search and monitor all information related to the degree of measurement associated with the integrated management system.

More specifically, the quality management inquiry and monitoring system 400 can display the detailed information of the result of the degree measurement, the schedule management of the degree measurement work, the degree measurement, the release rate and the registration rate management, And a degree-of-management information inquiry module 410 capable of performing the degree-

At this time, the quality management information inquiry module 410 performs a schedule management based on the production schedule based on the line level, the degree of accuracy measurement, the time of origin of origin, the time of origin of origin, It is possible to check the degree of accuracy according to the schedule and the ratio of the coverage ratio of the original to the completeness registration rate and perform the function of inquiring the detailed measurement coordinate result of the registered accuracy degree chart in line and block .

In addition, the quality management information inquiry module 410 includes a quality management information inquiry UI / UX, a line / block unit search, a degree office plan view through a mobile office / PDF viewer interface, And inquiry of improvement request, inquiry of quality quality index evaluation through enterprise resource management system (ERP) and quality control DB, inquiry of degree analysis & simulation result, and inspection of quality control process status.

In addition, the quality management inquiry and monitoring system (400) is a system that enables the intuitive determination and confirmation of the quality status of the ongoing production structure based on the 3D model using the results of the analysis and simulation, And a quality control sitemap module 420.

Specifically, the 3D degree management sitewide module 420 provides a monitoring service that enables the quality status of the current production structure to be confirmed based on the 3D model using the results of the degree analysis and simulation. Then, according to the production schedule for each line, the progress of the quality control work progresses by blocks on the basis of the assembling and mounting process steps is visually displayed as the difference of the block model before and after the measurement, It is possible to intuitively determine the quality control status of the line by showing the measurement coordinate points out of the set tolerance, the accuracy problem report / quality improvement request registration status, and the quality quality index evaluation information together.

The quality control inquiry and monitoring system 400 includes a degree of work process management module 430 for inquiring a reference information plan and reviewing schedule and time related information.

Specifically, the accuracy work process management module 430 has a function of inquiring and monitoring the work status of the entire quality management by using the information of the production schedule system, Registration of the degree of accuracy, including the degree of measurement and welding shrinkage (welding margin drawing) Management plan registration, production process step by step (assembly, PE, Can be edited to perform overall process management monitoring.

In addition, the accuracy work process management module 430 displays an input planning schedule for each work step in a production order system (432: legacy system) in conjunction with a schedule management function, and an execution department registers the execution time for each work step, It is possible to have a function of performing cost planning / estimation in line / block unit or process unit by integrated inquiry and monitoring of schedule and time information.

The quality control inquiry and monitoring system 400 provides the quality management information of the block together with the production / process status in connection with the structure block location inquiry function based on the geographical information system of the shipyard as a whole, And a geographical information-based degree information inquiry module 440 for allowing the degree-related information to be inquired together.

The quality management inquiry and monitoring system 400 includes an external collaboration service module 450 for registering, inquiring, and managing measurement and quality management information of external affiliates related to ship production.

Specifically, the outsourced collaboration service module 450 is configured such that the outsourced collaboration service module 450 is configured based on the results of the measurement of the degree of out-of-plane and out-of-plane measurement and the reception / management of completed drawings, And manages the quality management information of the company. In addition, the accuracy measurement plan drawing outline refers to the production department / manufacturer information of the line / block of the quality management information inquiry module 410 provided in connection with the enterprise resource planning system (ERP) and the production schedule planning system information, When the result of the degree measurement and the completed drawing of the outside company are registered in the outside collaboration service module 450, the block production completion time and the head office arrival time point So that the measurement result and the completeness registration rate can be managed.

At this time, the outsourced collaboration service module 450 is provided with a category function, a drawing number, a file name, a revision management based on the creation date, a construction number, a block number, Function can be performed.

The accuracy management inquiry and monitoring system 400 includes the accuracy management information inquiry module 410, the 3D degree management situation module 420, the degree-of-work process management module 430, In order to carry out schedule management based on the scheduling of line / block unit production process in cooperation with the function, it is necessary to distribute the information produced by each module to the person in charge and to manage the information registration rate to be generated at the completion of the unit production process of the corresponding line / And a mailing service module 460 for providing a pre-registration notification function. By the mailing service by the mailing service module 460, corporate information sharing and information integration are properly performed at necessary points.

The quality control inquiry and monitoring system 400 is a mobile device capable of performing a quality management information inquiry function, a degree measurement diagram completion function, a degree problem report creation function, and a degree measurement result analysis function using a mobile device connected to a communication network And an accuracy management module 470. Concretely, it can display accuracy management information UI / UX, line / block unit search, link to mobile office / PDF viewer, inquiry of degree plan, degree improvement request inquiry, , Accuracy analysis, simulation result inquiry, and quality control process status inquiry.

The quality control inquiry and monitoring system 400 configures the measurement degree integrated management system and includes reference information included in the quality control planning system 100 that performs the function of generating the planning information based on the measurement and the quality control And a reference information inquiry module 480 for allowing the user to inquire the reference information. Therefore, the contract specifications, production engineering drawings, design drawings, work standards, international standards, and reference materials of the classification regulations can be integrated for each line by linking with the quality control plan and the enterprise document management system which are the basic plan of the quality management.

Meanwhile, the quality management database server 500 stores and manages data related to measurement quality control while integrally managing the systems 100, 200, 300, and 400.

According to the quality management information inquiry and monitoring system according to the present invention, integrated information can be searched and monitored based on a database, and the same information can be checked in real time anywhere on a mobile device including a desktop, thereby improving work productivity, Based on various information, it is possible to make the judgment and decision of the phenomenon in the field more quickly and accurately.

While the present invention has been described with respect to certain exemplary embodiments thereof, it should be understood that the scope of the present invention is not limited to the specific embodiments, but may be modified and changed without departing from the scope and spirit of the invention. And various alternatives, modifications, and alterations can be made within the scope.

Therefore, the embodiments disclosed in the present invention and the accompanying drawings are intended to illustrate and not to limit the technical spirit of the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments and the accompanying drawings . The scope of protection of the present invention should be construed according to the following claims, and all technical ideas within the scope of equivalents should be construed as falling within the scope of the present invention.

100: Quality Control Planning System 110: Welding Shrinkage Value Creation Module
120: 100MK drawing preparation module 130: degree planning writing module
140: Degree measurement diagram creation module 150: Linkage information reference module
200: Measurement / Analysis Simulation System
210: Structural Accuracy Measurement Module 220: Accuracy Measurement Completion Module
230: Measurement accuracy analysis module 240: Measurement accuracy simulation module
250: welding deformation simplification module 300: quality management information generation system
260: Measurement Automation Interface Module
310: Quality Quality Assessment Index Module 320: Quality Quality Problem Management Module
330: welding shrinkage estimation module 340: expert system module
400: Quality control inquiry and monitoring system 410: Quality control information inquiry module
420: 3D accuracy management situation module 430: Degree work process management module
440: Geographic information-based degree information inquiry module 450: Outside degree collaboration service module
460: Mailing service module 470: Mobile degree management module
480: Reference information query module 500: Degree of accuracy database server

Claims (12)

Measurement and Accuracy for Ship Production Accuracy of Measurement for Quality Control Process Information management information inquiry and monitoring system that can search and monitor information related to the degree of measurement linked to the integrated management system,
A quality control information inquiry module 410 capable of inquiring detailed information on the degree measurement result, integrated management data on the quality management work, and the like;
A 3D degree management sitewide module 420 for enabling intuitive determination and confirmation based on a 3D model based on the degree of quality and simulation results of a current production structure;
A degree-of-work process management module 430 for inquiring the reference information plan and reviewing the schedule and time-related information;
Geographical information that enables to inquire about quality management information of a single block and a linked block by providing quality management information of the block together with the production / process status in connection with the structure block position inquiry function based on the entire geographical information system of the shipyard Based degree information inquiry module 440;
An outsourced collaboration service module 450 for registering, inquiring, and managing measurement and quality management information of an outside affiliate related to ship production;
A mailing service module 460 that enables timely distribution and notification of measurement-related information including schedule, quality, and paper output;
And a mobile degree management module 470 that enables information inquiry and process monitoring using a mobile device. The method according to claim 1,
In order to be able to integrate the contract specifications, production engineering drawings, design drawings, work standards, international standards, and reference materials of regulations in line with the quality management plan and company document management system, which are the basic plan of quality management, And a reference information inquiry module (480) for inquiring reference information included in a degree-of-control planning system for performing a plan information generation function based on quality control. The method according to claim 1,
The quality management information inquiry module 410 is provided with a schedule management function for the degree of measurement, the origin of the origin, the origin of the origin, the status of the completion of the registration after the accuracy measurement based on the production schedule, The degree of accuracy according to the plan can be inquired in comparison with the coverage ratio of the original drawing and the completeness registration rate, and the detailed measurement coordinate result of the registered degree measurement chart can be retrieved in line and block units. Information retrieval and monitoring system. The method according to claim 1,
The quality management information inquiry module 410 includes a quality management information inquiry UI / UX, a line / block unit search, a degree office plan view through a mobile office / PDF viewer interface, The information management information inquiry, which performs the function through inquiry of the degree-of-quality index, evaluation of the degree of accuracy and simulation result, and inquiry of the status of the quality control process through the request inquiry, enterprise resource management system (ERP) And monitoring system. The method according to claim 1,
The 3D degree management sitewide module 420 provides a monitoring service that enables the quality status of the ongoing production structure to be confirmed based on the 3D model by utilizing the results of the degree analysis and simulation, Assembly and mounting process, the block is divided into blocks before and after the accuracy measurement, and visualized as the difference of the block model. The blocks whose accuracy is measured are measured coordinate points outside the set tolerance And the degree of quality problem report / degree improvement request registration status, and the degree of quality index evaluation information together so as to intuitively determine the degree of management of the corresponding line. The method according to claim 1,
The precision work process control module 430 has a function of inquiring and monitoring the work status of the entire quality control by using the information of the production scheduling system to determine and manage the quality control plan, Accuracy control including measurement chart and welding contraction value (welding margin drawing) Registration of drawing, process of measurement (assembly, PE, stocking, mounting) And a process management monitoring unit configured to perform the process management monitoring. The method according to claim 1,
The degree-of-work control module 430 displays the number of the input plan for each work step in the production quantity system in connection with the schedule management function, the execution department registers the execution number, And a function of performing cost planning / estimation by line / block unit or process unit by monitoring the quality management information. The method according to claim 1,
The geographical information-based degree information inquiry module 440 associates the structure block location inquiry function based on the geographical information system of the shipyard as a whole, The degree-of-detail measurement diagram provided by the degree-of-control information inquiry module 410 also shows the schedule management information together with the quality control process management information provided by the degree-of-work process control module 430. . The method according to claim 1,
The Outsourcing Collaboration Service Module 450 manages the quality management information of the outside companies based on the Web service based on the results of measurement of outsourcing and outsourcing and the reception and management of completed drawings, The preliminary block refers to the production department / manufacturer information of each line / block of the quality control information inquiry module 410 provided in connection with the enterprise resource management system (ERP) and the production scheduling system information. When the result of the degree measurement and the completed drawing of the outside company are registered in the external collaboration service module 450, the result of the degree measurement and the completeness And the registration rate can be managed. The method according to claim 1,
The outsourced collaboration service module 450 can perform the corresponding function through the category function for classifying the work space according to the document type, the revision management through the drawing number, the file name, the creation date, the construction number, the block number, Features management information inquiry and monitoring system. The method according to claim 1,
The mailing service module 460 is connected to the functions of the quality management information inquiry module 410, the 3D degree management situation module 420, the degree-of-work process management module 430 and the degree-of-excellence collaboration service module 450 To distribute the information produced by each module to the person in charge so that the schedule can be managed based on the schedule of the line / block unit production process, and to manage the information registration rate at the completion of the unit production process of the corresponding line / block, Wherein the quality management information includes at least one of the following: The method according to claim 1,
The mobile degree management module 470 includes a quality management information inquiry function, a degree measurement diagram completion function, a degree problem report creation function, and a degree measurement result analysis function.

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