A New Design of Geneva Drive to Reduce Shock Loading

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  2. Dr John Lloyd
Author(s)Sadek KSH, Lloyd JL, Smith MR
Publication type Article
JournalMechanism and Machine Theory
Year1990
Volume25
Issue6
Pages589-595
ISSN (print)0094-114X
ISSN (electronic)1873-3999
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Geneva drives suffer from inherent shock as a consequence of the geometry of the mechanism. The authors propse a modification to the basic geometry, using a drive pin with a non-circular cross section and slightly tapered slots in the Geneva wheel, which reduces the shock loading thereby making the mechanism suitable for high speed applications. By the application of well-established C.A.D. techniques to define the profile of the drive pin, a cycloidal indexing motion is achieved in which acceleration is zero at the beginning and end of the indexing cycle.
PublisherPergamon
URLhttp://dx.doi.org/10.1016/0094-114X(90)90002-2
DOI10.1016/0094-114X(90)90002-2
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