The Synthesis of Planar Four-Bar Linkage for Mixed Motion and Function Generation

The synthesis of four-bar linkage has been extensively researched, but for a long time, the problem of motion generation, path generation, and function generation have been studied separately, and their integration has not drawn much attention. This paper presents a numerical synthesis procedure for...

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Published in:Sensors (Basel, Switzerland) Switzerland), 2021-05, Vol.21 (10), p.3504
Main Authors: Wang, Bin, Du, Xianchen, Ding, Jianzhong, Dong, Yang, Wang, Chunjie, Liu, Xueao
Format: Article
Language:English
Subjects:
Communication
function generation
Linkage mechanisms
linkage synthesis
Motion control
motion generation
Optimization
robotic mechanism design
Robotics
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cited_by cdi_FETCH-LOGICAL-c512t-f8baac0d4183f27694511390928c871cc4e99b32aad9750a4b57e4ab133dc9853
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Du, Xianchen
Ding, Jianzhong
Dong, Yang
Wang, Chunjie
Liu, Xueao
description The synthesis of four-bar linkage has been extensively researched, but for a long time, the problem of motion generation, path generation, and function generation have been studied separately, and their integration has not drawn much attention. This paper presents a numerical synthesis procedure for four-bar linkage that combines motion generation and function generation. The procedure is divided into two categories which are named as dependent combination and independent combination. Five feasible cases for dependent combination and two feasible cases for independent combination are analyzed. For each of feasible combinations, fully constrained vector loop equations of four-bar linkage are formulated in a complex plane. We present numerical examples to illustrate the synthesis procedure and determine the defect-free four-bar linkages.
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subjects Communication
function generation
Linkage mechanisms
linkage synthesis
Motion control
motion generation
Optimization
robotic mechanism design
Robotics
title The Synthesis of Planar Four-Bar Linkage for Mixed Motion and Function Generation
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