Control pollution.

In the past, the hydraulic community mainly focused on controlling the pollution of solid particles, but paid little attention to the control of water, air and other pollutants.

The following problems should be solved in the future: strictly control the pollution in the production process of products, develop closed systems, and prevent external pollutants from entering the system; Improve the design of components and systems to improve their anti pollution ability. At the same time, high-efficiency filter media and filter media have been developed. Develop oil-water separation and purification device and dehumidification device, and develop filtering Yuanjiang and detection equipment to remove gas, water, chemicals and microorganisms in oil.

Proactive maintenance.

Implement hydraulic system fault prediction and active maintenance technology. In order to modernize the fault diagnosis of the hydraulic system, Cycloidal hydraulic low-speed motor It is necessary to strengthen the development and research of expert system, establish a complete expert knowledge base with strong learning ability, make full use of the knowledge in the computer and knowledge base, infer the cause of failure, and propose maintenance plans and preventive measures. Cycloidal hydraulic motor pressure In order to further develop the general expert system tool software for fault diagnosis of hydraulic system, a self compensation system of hydraulic system is developed, including the functions of self adjustment, self correction, and pre fault compensation.

Mechanical electronics

Power technology and Hydraulic transmission The combination of technology makes the traditional hydraulic transmission and coordination control technology take on a new look, and expands its application scope. Cycloidal hydraulic motor BM2 The use of mechatronics design can improve the working reliability of the hydraulic system, realize the flexibility and intelligence of the hydraulic system, overcome the shortcomings of the hydraulic system, such as low efficiency, oil leakage, poor maintainability, and give full play to the advantages of the hydraulic transmission system, such as large output, less perforation, and fast response speed.