Oil pollution control system and oil pollution control method

Abstract

The invention provides an oil pollution control system and an oil pollution control method. The oil pollution control system comprises a detecting system and an expert processing system, wherein the detecting system comprises a plurality of detectors and is used for acquiring multiple index parameters relevant to oil pollution states, and the expert processing system is used for information deconstruction of the index parameters relevant to the oil pollution states, and used for processing when abnormalities are discovered so as to maintain normal operation of machinery. The system and the method capable of automatically monitoring oil conditions are provided aiming at the extremely difficult oil pollution problem of engineering machinery, fault occurrence rate during operation of equipment is decreased, and reliability of components of the engineering machinery equipment is enhanced.

Description

technical field [0001] The invention relates to the field of construction machinery, in particular to an oil pollution control system and control method for construction machinery. Background technique [0002] With the continuous improvement of the level of science and technology, the reliability of construction machinery equipment components is getting higher and higher in the process from manufacturing to installation, but the equipment still fails frequently during operation. The reasons for the high failure rate of construction machinery products are related to oil pollution, accounting for 43%. If human factors are removed, failures caused by cleanliness account for 60% of all failures. It can be seen that the oil pollution of the hydraulic system is the most fundamental reason for the failure of construction machinery, so strengthening the control of pollution has become the key to improving the reliability of work. [0003] Existing construction machinery products ...

AI Technical Summary

Problems solved by technology

There is almost no effective monitoring of the filtering effect. It is only a choice to replace the filter element when the filter is clogged. Often times, the machine does not monitor effectively with people, and the operators do not have a deep understanding of the hydraulic system pollutants. When it is clogged, it will continue to be used, resulting in unnecessary losses, and the external environment and the generation rate of pollutants are different under different conditions. When the filtration capacity is insufficient, the pollutants produced cannot be filtered in time, so that The pollutants in the system are in an unbalanced state. When the filtration capacity of the system is more than enough, it will cause unnecessary pressure and energy loss, and the economy is not very high.

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