Visual Simulation of Motion and Force Analysis of the Gear Linkage Mechanism

The visualized input of geared linkage mechanism and visualization simulation on structural decomposition, kinematics and force analysis were mainly studied in this dissertation based on basic composition of the mechanism and general type transformation theory.The geared linkage component was normally deteriorated by take over the idea and innovation of subject Oriented, right off the bat, the article and classes needed in examination stent of system were determinate. Dimensional modeling and motion pair definition system, which realizes the visual input of the mechanism and the automatic identification of the structure information of the mechanism and the automation of structural decomposition. According to the analysis algorithm of type transformation method movement and force analysis, the mechanism movement analysis and / J points W baron automation. The dynamic simulation of the mechanism is realized in combination with the drawn mechanism I. Through the visual interface phantom drawing (including modification), input of simulation system parameters, dynamic simulation of mechanism, motion and force parameters of mechanism. The simulation graphics output is set in different windows on the same screen, so that users can simultaneously view from different levels: data, graphics wait to observe the operation of the organization.The model and unequivocal arrangement of the change primary investigation unit of the gear link mechanism are given , and the force of the gear-link mechanism is improved