Synthesis of Geared Mechanisms with Ground -Adjacent End Vertices According to Specified Gain Type: An Example of the Synthesis of Constant Speed Ratio Shaft Coupling Mechanism
Date Issued
2011
Date
2011
Author(s)
Chuang, Po-Yu
Abstract
In this paper, the kinematic behavior of a GKC can be predicted by the relative angular displacement of turning pairs, and motion flow can be illustrated as propagation path. The coaxial thin edge in a GKC can be coaxial rearrangement, and the global gain might be changed. Therefore, the variation of global gain through coaxial rearrangement has to be investigated, and clarified. Furthermore, the global gain with same mathematic form can be derived same kinematic behavior through assigning specific gear ratio, so the global gain are further classified according to the mathematic form. Hereafter, we established the rule for determining global gain type from the construction of GKCs.
The CSRSC is a gear mechanism which has two shafts with constant speed ratio even the angle between two shafts is changed. Based on the rules for determining gain type, the new designs of CSRSC are synthesized through a systematically process.
Subjects
gear
gain
kinematic synthesis
shaft coupling
topological synthesis
Type
thesis
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