Pure, constant pressure and precise flow adjusting oil source processing system

Abstract

The invention relates to a pure, constant pressure and precise flow adjusting oil source processing system, which comprises a multifunctional integrated tank, a pressure stabilizing tank set and a combined precise flow adjusting valve. The multifunctional integrated tank comprises a tank body, an upper end cover matched with the tank body, a filter net and an air partition plate, wherein the filter net and the air partition plate are mounted in the tank body; the upper end cover is hemispheric and is matched with an upper port of the tank body, and the top of the upper end cover is provided with an overflow port communicating with the interior of the tank body; the overflow port communicates with a four-way pipe connector, and the other thee connectors on the four-way pipe connector communicate with an overflow valve, a bypass flow adjusting valve and a pressure stabilizing pipe correspondingly; the pressure stabilizing pipe communicates with the pressure stabilizing tank set through acontrol valve, and the upper end cover is correspondingly buckled on the upper port of the tank body and sealed and fixed through movable connecting bolts; and the combined precise flow adjusting valve communicates with an oil outlet of the tank body, and comprises a valve body and three valve elements having different specifications and arranged in the valve body.

Description

technical field [0001] The invention relates to the technical field of oil meter testing equipment, in particular to a pure, constant pressure, and precise flow regulating oil source treatment system. Background technique [0002] The instruments and meters used for oil measurement or detection are directly related to the performance of the equipment used for the oil. Especially in the aviation field, the quality and accuracy of instruments and meters are directly related to life safety issues. Usually, the detection or calibration of these instruments and meters is mainly Still rely on the corresponding equipment for experiments and testing, so as to ensure the accuracy and reliability of these instruments and meters. When using these testing equipment for experiments, the quality of the oil and the adjustment of the oil flow are involved, and the quality of the oil directly affects Therefore, the interference of these additional factors should be eliminated as much as poss...

AI Technical Summary

Problems solved by technology

[0002] The instruments and meters used for oil measurement or detection are directly related to the performance of the equipment used for the oil. Especially in the aviation field, the quality and accuracy of instruments and meters are directly related to life safety issues. Usually, the detection or calibration of these instruments and meters is mainly Still rely on the corresponding equipment for experiments and testing, so as to ensure the accuracy and reliability of these instruments and meters. When using these testing equipment for experiments, the quality of the oil and the adjustment of the oil flow are involved, and the quality of the oil directly affects Therefore, the interference of these additional factors should be eliminated as much as possible in the testing equipment of the instrumentation, such as impurities mixed in the oil, air, etc., which will cause In addition, for flow regulation, it mainly depends on the flow regulating valve. The traditional flow regulating valve is controlled by constant flow and time, and the structure of the flow regulating valve is relatively complicated, and the accuracy of flow regulation is low. The precise control of the pipeline can only roughly control the flow of the medium, which cannot meet the technical requirements of modern instrument detection. Therefore, the above problems need to be solved urgently by those skilled in the art.

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