A Brief Discussion on Breakthrough Points in the Application of Hydraulic Transmission Control Systems in Power Transmission Exhibition

2.1 Oil leakage control

The application scenarios of hydraulic control systems are diverse, and problems are prone to occur during the application process, with oil leakage being a prominent issue. Oil leakage not only causes contamination of hydraulic oil, but also seriously affects the normal operation of the control system. This is mainly because hydraulic oil plays an important role in the transmission and control process of mechanical equipment, especially with strict requirements for controlling the temperature of hydraulic oil. If the hydraulic oil is in an over temperature working state for a long time, it will have an impact on the normal operation of the entire system. In addition, poor sealing of hydraulic transmission control systems can cause oil leakage and environmental pollution. Therefore, in the mechanical design and manufacturing process of hydraulic transmission control systems, special attention should be paid to the problem of hydraulic oil contamination and oil leakage. Special supervision personnel can be set up to avoid system operation obstacles caused by hydraulic oil pollution and oil leakage.

2.2 Application of continuously variable transmission

As an important component of the hydraulic transmission control system, the transmission can effectively improve the application effect of the control system. Therefore, in the process of designing and manufacturing mechanical equipment, priority should be given to using continuously variable speed devices in order to provide good guarantees for the use of control systems.

The application of continuously variable transmission in hydraulic transmission control systems can achieve smooth adjustment of transmission speed and minimize the impact on the stability of the motion system when switching between different motion states. With the continuous development of the mechanical industry in recent years, continuously variable transmissions have been widely used in the field of mechanical design and manufacturing, becoming the main auxiliary structure of hydraulic transmission control systems. Therefore, continuous optimization of the application of continuously variable transmissions will greatly enhance the control capability of hydraulic transmission control systems.