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2020•Russian Engineering ResearchRequires access

Machining by Means of Implicit Bases

B. M. Bazrov, Н. А. Родионова

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Abstract

Abstract The basing of workpieces by means of implicit bases is considered. Such bases take the form of symmetry elements: a symmetry point on a line, a symmetry center on a plane, a symmetry line, a symmetry center in space, a symmetry plane, or a symmetry axis. The formation of reference points by means of self-centering devices is investigated in processes where implicit bases are employed. Examples of basing by means of a symmetry point on a line, a symmetry center on a plane, a symmetry line, and a symmetry axis are presented.

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What this paper is about

Abstract The basing of workpieces by means of implicit bases is considered. Such bases take the form of symmetry elements: a symmetry point on a line, a symmetry center on a plane, a symmetry line, a symmetry center in space, a symmetry plane, or a symmetry axis. The formation of reference points by means of self-centering devices is investigated in processes where implicit bases are employed. Examples of basing by means of a symmetry point on a line, a symmetry center on a plane, a symmetry line, and a symmetry axis are presented.

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Available abstract

Abstract The basing of workpieces by means of implicit bases is considered. Such bases take the form of symmetry elements: a symmetry point on a line, a symmetry center on a plane, a symmetry line, a symmetry center in space, a symmetry plane, or a symmetry axis. The formation of reference points by means of self-centering devices is investigated in processes where implicit bases are employed. Examples of basing by means of a symmetry point on a line, a symmetry center on a plane, a symmetry line, and a symmetry axis are presented.

Key concepts: Plane symmetry, Symmetry (geometry), Symmetry operation, Point (geometry), Global symmetry, Plane (geometry), Circular symmetry, Rotational symmetry

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