THE SYSTEM OF AUTOMATED SYNTHESIS OF INSTALLATION SCHEMES OR MACHINING BATCHES OF BLANKS OF NON-ROUND PARTS AT MACHINING CENTERS
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Abstract
A basic algorithmic design-based model is proposed to solve the problem of automated synthesis of WCS (Work Coordinate System) coordinate systems, as well as to determine the composition of the mounting and clamping elements of machine tools to ensure the accuracy of the structural elements of original non-circular parts of complex shape in serial machine-building production on multi-purpose milling machining centers. The algorithmic model includes a number of auxiliary algorithms: constructing a model of the structure of geometric connections of modules of functional surfaces of workpieces for processing operations; determining the base surfaces; identifying the composition of orientation bases; determining priority in ensuring tolerances; linking geometric connections to the elements of the base composition (WCS is formed); determining the composition of the mounting and (or) mounting and clamping ele-ments of the basing model. The software implementing these algorithms is described.
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References
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