Intelligent numerically-controlled workshop design verification system

Abstract

The invention discloses an intelligent numerically-controlled workshop design verification system and belongs to the technical field of manufacturing and design of numerically-controlled machine tools. The system comprises a processing center and a monitoring collection module, wherein the processing center is provided with a database, a data comparison verification module and a communication unit, and the monitoring collection module arranged in a workshop is used for collecting data of intelligent numerically-controlled devices and also provided with a communication unit and is in data communication with the processing center; the database includes the type, category, distribution in the workshop and production process data of the intelligent numerically-controlled devices. The data comparison verification module is used for identifying the intelligent numerically-controlled devices included in intelligent numerically-controlled workshop design data to be verified, calling the data in the database and/or the monitoring collection module to be compared with the data of the intelligent numerically-controlled devices included in an intelligent numerically-controlled workshop designfor analysis and outputting verification results.

Description

technical field [0001] The invention belongs to the technical field of numerical control machine tool manufacturing and design, and in particular relates to an intelligent numerical control workshop design verification system. Background technique [0002] Digital Factory (DF) is the product of the combination of modern digital manufacturing technology and computer simulation technology, and has its distinctive features. Its appearance has injected new vitality into the basic manufacturing industry, mainly as a bridge between product design and product manufacturing. Based on the relevant data of the whole product life cycle, the digital factory simulates, evaluates and optimizes the entire production process in a computer virtual environment, and further extends to a new production organization method of the entire product life cycle. [0003] The CNC machine tool has the characteristics of high intelligence and automation, and is an important part of the modern digital fa...

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Problems solved by technology

[0003] The CNC machine tool has the characteristics of high intelligence and automation, and is an important part of the modern digital factory. In the establishment of a modern digital factory, the use of CNC machine tools is inevitable. In order to upgrade the production capacity and intelligentize the existing factory Transformation, in the process of introducing CNC machine tools, issues such as layout and control logic have to be considered. However, for factories that are currently in mature operation and need to be upgraded, if they choose to temporarily suspend production for upgrading and transformation, they will spend time for replacement and installation. and debugging, then due to various factors such as environment and technology, it is inevitable that a lot of time will be delayed for debugging, which will directly affect production efficiency. Moreover, for a new transformation and upgrading plan, whether its layout design meets the requirements , whether the expected effect can be achieved, and what adjustments are available for the actual factory, all of these need to be clarified by experimental verification, but for practical considerations, it is impossible to slowly verify and verify after the actual layout transformation in the factory. The adjustment strategy must find a method that can be verified in advance under the premise of not affecting the actual production and the requirements closest to the actual operation

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