Dynamic Analysis of a New Coaxial Indexing Cam Mechanism

Guang Jie Chen; Yu Hu Yang; Zhao Guang Shen

doi:10.4028/www.scientific.net/AMM.101-102.673

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Stochastic Topology Optimization of Continuum Structure
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Laser Trigonometry Measurement System of Micro Cantilever Vibration
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Dynamic Analysis of a New Coaxial Indexing Cam Mechanism
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Setting and Calculating the Kinetic Parameters of a Hybrid Excavator’s Working Unit
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Shear Strength Prediction of Single Lap Joints Based on Latin Hypercube Method
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Kinematic and Singularity Analysis of a Novel 4-DOF Parallel Manipulator
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Measurement of Work Piece Surface Quality Based on Digital Image Processing
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 101-102Dynamic Analysis of a New Coaxial Indexing Cam...

Dynamic Analysis of a New Coaxial Indexing Cam Mechanism

Abstract:

Double crank indexing cam mechanism is a coaxial layout of the new sub-degree institutions. In comparison with the conventional indexing cam mechanism, the double crank indexing cam mechanism has a more compact structure due to the coaxial input/output arrangement, and enables more stops to be produced at the same input speed. This paper introduces a dynamic model of the cam system by taking this mechanism as research object, and makes systematic analysis about the constrained forces of the new mechanism. On that basis, the effectiveness of the approach is validated by the examples. The results of the study provide important theoretical foundation for the working of this new mechanism.