Designing a New Type of Electric Machinery Continuously Variable Transmission Combined With Matia/Simulink Simulation Kinematics Model Based on Catia and Adams

Abstract

Objective: In order to break through the limitations of traditional electric machinery transmission and strengthen the stability of electric machinery transmission. Method: This paper conducts the design mainly based on the CATIA and ADAMS and combined with matlab/simulink simulation kinematics model and configure the main motor and conveyor through different parameters. Results and analysis: The design in this paper has a good performance in terms of efficiency and acceleration performance. Conclusion: The characteristics of various transmission schemes designed in this paper are analyzed, including speed, power flow direction and efficiency characteristics; and the combinatory analysis of the characteristics of the two-period planetary transmission is conducted based on the one-part planetary gear.