One-stop construction system and method for various industrial mechanism models for shipbuilding

Abstract

The invention provides a shipbuilding-oriented one-stop construction system and method for multiple industrial mechanism models. The system comprises a modeling preparation layer, a basic model construction layer, a model reconstruction layer and a model storage layer, wherein the modeling preparation layer is used for collecting and summarizing model demand characteristic information; the basic model construction layer is used for modeling a basic model; the model reconstruction layer is used for further editing and reconstructing the basic model; and the model storage layer is used for analyzing the types of the models generated by the basic model construction layer and the model reconstruction layer, and storing the models in corresponding model libraries in a classified manner according to the types of the models. According to the one-stop construction system for the multiple industrial mechanism models for shipbuilding, the multiple industrial mechanism models involved in the industry are rapidly constructed and regenerated through a one-stop basic model development and model regeneration technology, so the construction speed and quality of the models are improved, and high-quality development of shipbuilding is assisted.

Description

technical field [0001] The invention belongs to the technical field of industrial software APP development in the shipbuilding industry, and specifically relates to a one-stop construction system and method for various industrial mechanism models oriented to shipbuilding. Background technique [0002] At present, under the background of the vigorous development of the industrial Internet, industrial APP has increasingly become the mainstream form of industrial software due to its advantages of lightweight and agile development, and the core of industrial APP is the industrial mechanism model. In the field of shipbuilding, shipbuilding enterprises have developed and accumulated a variety of industrial mechanism models based on the accumulation of their own industrial knowledge and experience and the actual needs of industrial software development. However, due to the characteristics of the special discrete manufacturing industry in which the industry is located, compared with...

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Problems solved by technology

However, due to the characteristics of the special discrete manufacturing industry in which the industry is located, compared with other manufacturing industries, its production process has more and more complex procedures, a lower degree of product generalization, and widespread customization, which makes it difficult for a large number of industrial mechanism models to achieve generalization. This increases the difficulty of model construction, which greatly reduces the supporting role of industrial mechanism models for industrial APP development.

[0003] In addition, due to the lack of a unified industrial mechanism model construction method and system in the existing technology, a large number of industrial mechanism models are scattered in different information systems of shipbuilding enterprises, and each manufacturing enterprise has different methods for the construction and management of industrial mechanism models , it is difficult to achieve low-code rapid construction and extensive reuse of the required models in the shipbuilding industry

At the same time, due to the lack of classified storage methods for a large number of different types of industrial mechanism models, the rapid query and full utilization of existing models are affected

At the same time, in the current modeling method and system of the industrial mechanism model of the shipbuilding industry, only a single type of model is customized and developed, which eventually leads to problems such as difficult development, low model quality, and poor application effect in the process of model construction.

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