CN111859670A

CN111859670A - Management and control integrated platform model for ship pipeline machining

Info

Publication number: CN111859670A
Application number: CN202010704684.9A
Authority: CN
Inventors: 王真; 汪彦钧; 李�杰; 丁炜杰; 胡世南; 胡敏
Original assignee: China Shipbuilding NDRI Engineering Co Ltd
Current assignee: China Shipbuilding NDRI Engineering Co Ltd
Priority date: 2020-07-21
Filing date: 2020-07-21
Publication date: 2020-10-30

Abstract

The invention discloses a management and control integrated platform model for ship pipeline processing, which is characterized in that the management and control integrated platform model adopting a virtual reality technical architecture comprises: the method comprises the following steps of product design, flow planning, production engineering, manufacturing and delivery, wherein the product design comprises product specifications, simulation models, process design and engineering data; the flow plan consists of product orders, production plans, and materials and supplies; the production engineering consists of personnel configuration, machine equipment, materials, specifications and processing methods; the manufacturing and delivery are composed of production management, quality control and operation maintenance, and intelligent control and operation management of ship pipeline processing are achieved. Compared with the prior art, the invention has the advantages that the digital model is penetrated through the whole design, manufacture and management, and the high integration between the product design, production and management is achieved, thereby improving the design quality, shortening the construction period and saving the operation cost of workshops and production lines.

Description

Management and control integrated platform model for ship pipeline machining

Technical Field

The invention relates to the technical field of production management and control integration, in particular to a management and control integrated platform model for ship pipeline processing.

Background

The modern integrated manufacturing system in China expands the key points of the traditional computer integrated manufacturing system and refines the contents of modern market competition; the modern characteristics of CIMS are digitalization, networking, virtualization, integration and greening; the system view is emphasized, and the content of system integration optimization is expanded, including information integration, process integration and inter-enterprise integration optimization, integration optimization of three elements (people, business and technology) and three streams (logistics, information flow and fund flow) in enterprise activities, and integration optimization of CIMS related technology and various personnel. The method has the advantages that the combination of management and technology and the important role of people in the system are highlighted, the CIMS technology is a comprehensive technology in one development based on manufacturing technology, information technology, management technology, automation technology and system engineering technology, and the key role of the information technology is particularly highlighted; the application range of the CIMS is expanded, and the CIMS comprises discrete manufacturing industry, flow and mixed manufacturing industry. In general, references to "modern integrated manufacturing systems" are more general, open, and durable.

With the development of the virtual reality technology, the application of the virtual reality technology in the field of intelligent ship manufacturing is more and more deep, and the essential processes of product manufacturing, such as design, process planning, processing and manufacturing, performance analysis, quality inspection, management and control of all levels of processes of enterprises and the like, are realized by adopting the computer simulation and virtual reality technology from the continuous evolution of virtual design to virtual processing and assembly. To enhance the decision and control capability of each stage of the manufacturing process. However, in the specific implementation process, due to the lack of a standardized and functionally complete information model, the problems of unclear architecture classification, imperfect design of functional modules, unsmooth information interaction, limited service function expansion and the like exist.

At present, in the field of industrial manufacturing, due to the fact that data streams among design information, production information and management information cannot be interactively communicated, interconnection and intercommunication cannot be achieved in all stages during engineering production, and production quality, management efficiency and enterprise operation cost of engineering are greatly affected.

Disclosure of Invention

The invention aims to design a management and control integrated platform model for ship pipeline processing aiming at the defects of the prior art, and realizes interconnection and intercommunication among industrial design, production and management by using a virtual reality technology, so that industrial products are more carefully and accurately managed intuitively in the production and construction processes, problems are predicted in advance, found in time and effectively solved, and a comprehensive and rigorous visual management system is established, thereby improving the production management level of enterprises and saving the management cost.

The purpose of the invention is realized as follows: the utility model provides a management and control integrated platform model of boats and ships pipe-line processing which its characteristics are that the management and control integrated platform model that adopts virtual reality technology framework includes: the method comprises the following steps of product design, flow planning, production engineering, manufacturing and delivery, wherein the product design comprises product specifications, simulation models, process design and engineering data; the flow plan consists of product orders, production plans, and materials and supplies; the production engineering consists of personnel configuration, machine equipment, materials, specifications and processing methods; the manufacturing and delivery are composed of production management, quality control and operation maintenance, the control integration platform model carries out virtual manufacturing, process verification and assembly simulation on the optimized design, and intelligent control and operation management of ship pipeline processing are achieved.

The optimized design is a final simulation model which is completed after the design change and the manufacturing change data are fused.

The engineering data includes: management data, production data, product data, and equipment data.

Compared with the prior art, the invention has the advantages that the digital model runs through the whole design, manufacture and management life cycle, the high integration among product design, production and management is achieved, and the data value of the digital model can be mined in a module mode according to the functional requirements of each life stage, so that the design quality is improved, the construction period is shortened, the operation cost of a workshop and a production line is saved, valuable engineering design and manufacture management information is transmitted to the operation stage without attenuation, the production management efficiency of the workshop is improved, and a manufacturing enterprise is gradually upgraded from a traditional design construction (construction) mode to a creative service mode of 'design, construction (construction) + operation'.

Drawings

FIG. 1 is a schematic view of the structure of the present invention.

Detailed Description

Referring to fig. 1, the management and control integrated platform model adopting the virtual reality technology architecture of the present invention specifically includes: the method comprises the following steps of product design 1, flow planning 2, production engineering 3 and manufacturing and delivery 4, wherein the product design 1 consists of product specifications 11, a simulation model 12, a process design 13 and engineering data 14; the flow plan 2 consists of a product order 21, a production plan 22 and materials and supplies 23; the production engineering 3 consists of personnel configuration 31, machine equipment 32, materials and specifications 3 and a processing method 34; the manufacturing and delivery 4 consists of production management 41, quality control 42 and operation maintenance 43, and the control integrated platform model performs virtual manufacturing, process verification and assembly simulation on the optimized design to realize intelligent control and operation management of ship pipeline processing; the optimized design is a final simulation model which is completed after the design change and the manufacturing change data are fused; the engineering data 14 includes: management data, production data, product data, and equipment data.

The invention utilizes the virtual reality technology to establish a three-dimensional visual digital model of a production line object for monitoring and management work, integrates design change and manufacturing change data to carry out the optimal design of a final simulation model, completes process verification, assembly simulation and virtual manufacturing, and carries out intelligent management and control according to scheduling, thereby achieving the purposes of workshop transparent management and the consistency and the interchangeability of design, manufacturing and management data.

The invention has been described in further detail in order to avoid limiting the scope of the invention, and it is intended that all such equivalent embodiments be included within the scope of the following claims.

Claims

1. The utility model provides a management and control integrated platform model of boats and ships pipe-line machining which characterized in that adopts the management and control integrated platform model of virtual reality technology framework to include: the method comprises the following steps of product design, flow planning, production engineering, manufacturing and delivery, wherein the product design comprises product specifications, simulation models, process design and engineering data; the flow plan consists of product orders, production plans, and materials and supplies; the production engineering consists of personnel configuration, machine equipment, materials, specifications and processing methods; the manufacturing and delivery are composed of production management, quality control and operation maintenance, the control integration platform model carries out virtual manufacturing, process verification and assembly simulation on the optimized design, and intelligent control and operation management of ship pipeline processing are achieved.

2. The management and control integrated platform model for ship pipeline processing according to claim 1, wherein the optimized design is a final simulation model completed after merging design change and manufacturing change data.

3. The integrated platform model for managing and controlling ship pipeline processing according to claim 1, wherein the engineering data comprises: management data, production data, product data, and equipment data.