Research On The Transmission Of Single-loop System And Visualization In Designing

In this thesis, such questions of single-loop as kinematics, dynamatics, bifurcated power, transmission efficiency are researched and also research on the correspongding visual software for designing.The system properties of single-loop system, such as velocity, torque, bifurcated power, transmission efficiency are researched deeply using theoretical analysis and numerical computing, and gives new methods for designing which according to the design parameter a and combine with the system diffluent coefficient q and the ratio of X, P cell transmission. So the theoretical expressions for designing this kind of transmission is established. The design parameter a is put forward as the ratio of confluent power and the input power of single-loop system. According to the parameter α ,the relationship between the individual ratio and the confluent power is established.We can directly design this kind of transmission machine using design parameter a and q according to the requirement of bifurcated power. The mathematics model of power designing of single-loop system is established for applying in computer. Thus provide a theoretical base for the corresponding designing software of power. Finally, with analysis on the design parameter and the status of diversified power flow, the relevant designing criteria for the complicated power flow designing is put forward.The visual designing software, based on the C++ Builder 6.0 and design criteria, for the designing of single-loop system is developed. This visual software can realize the function of displaying different properties and numerical analysis, which is under the condition of same parameters and different parameters, and also can display the status of power flow in the single-loop system. It is well applied in single-loop designing and analysis, and technicians can select the best project by adjusting the designing parameters.