Turning technology database based on i5 intelligent CNC lathe and application thereof

Abstract

The invention relates to a turning technology database based on i5 intelligent CNC lathe and application thereof. The database comprises a machine tool database, a tool library, a work piece basic information base, a processing feature library, a loading library, a cooling library and a cutting parameter library. The database has the corresponding machine tool information, processing tool, work piece information, features, and definition of cutting parameters user interface and administrator maintenance interface, as well as entity association of the front operation and background maintenance. A data structure of the cutting database, a database function module, a data table, an entity relation, a processing efficiency, a machining precision and a surface quality, a cutting process state, and a generation cost data algorithm are established, and the construction database and the i5 CNC system integration are established. User-defined navigation operations based on part features gains a completed craftsmanship for parts while generating a recommended cutting data. The turning technology database based on i5 intelligent CNC lathe and application thereof has the advantage of enriching intelligent product functions, enhancing competitiveness of a machine tool product and facilitating efficient application of machine tool users.

Description

technical field [0001] The invention relates to a turning technology of an intelligent numerical control lathe, in particular to a turning process database based on an i5 intelligent numerical control lathe and an application method thereof. Background technique [0002] In 1964, the U.S. Metal Cutting Joint Research Corporation and the U.S. Air Force Materials Laboratory jointly developed the world's first metal cutting database CUTDATA, which can provide cutting parameters for more than 3,750 workpiece materials, 22 processing methods and 12 tool materials. In 1971, Germany established the Cutting Data Information Center (INFOS), which stores material machinability information amounting to more than two million single data, becoming the world's cutting center with the most information, the most complete software system and the strongest data service capabilities. one of the databases. The reasoning method of ESMDS, an expert system for cutting parameters selection develop...

AI Technical Summary

Problems solved by technology

[0005] 1) The cost of commercial cutting database systems on the market is high, and cutting data is time-sensitive with the development of numerical control technology, cutting tool technology, and new materials. The update and enrichment of data requires continuous investment;

[0006] 2) The commercial cutting database is not developed for specific user fields, and lacks data pertinence for typical parts of specific industry users;

[0007] 3) At this stage, there is no cutting database developed by machine tool manufacturers for specific parts of machine tool us...

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