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Clearance at turning pair has a strong impact on the kinetic accuracy of linkage,but there is short of a generic model to analyze it so far.Clearance error,input error,and manufacturing tolerance of links are taken into consideration as the random variables synthetically.The kinematics and dynamics accuracy analysis models for planar linkages with multiple clearances at joints are built up as well.At last a typical planar linkage is selected for numerical illustration.These models stated in matrix resolve the relativity of output parameter errors of mechanism and therefore are of vital significance for the reliability analysis and synthesis of mechanism with clearances.
Clearance at turning pair has a strong impact on the kinetic accuracy of linkage, but there is short of a generic model to analyze it so far. Clear error, input error, and manufacturing tolerance of links are taken into consideration as the random variables synthetically. The kinematics and dynamics accuracy analysis models for planar linkages with multiple clearances at joints are built up as well. At last a typical planar linkage is selected for numerical illustration. These models stated in matrix resolve the relativity of output parameter errors of mechanism and therefore are of vital significance for the reliability analysis and synthesis of mechanism with clearances.