Mechanical liquid continuous reversing device

Abstract

The invention relates to a mechanical liquid continuous reversing device, which comprises a stator, wherein the circumferential wall of the stator is provided with a through hole, the inner wall of the stator is matched with a rotor, the circumferential wall of the rotor is provided with two through holes, the rotor is provided with a chamber, the chamber of the rotor is internally provided with an isolation component, the isolation component divides the rotor chamber into two independent small chambers and enables one end of each independent small chamber to be open and the other end of eachindependent small chamber to be closed, the closed ends of the two independent small chambers are respectively located at two ends of the rotor in the height direction, each independent small chambercorresponds to the corresponding through hole on the wall of the rotor, the isolation component is connected with a component driving the rotor to rotate into a whole. The mechanical liquid continuousreversing device can enable a liquid circulating in a pipeline to realize continuous reversing in the case of high-speed motion, thereby enabling the liquid to perform reciprocating motion continuously; or the mechanical liquid continuous reversing device enables a liquid moving in a reciprocating manner continuously in the pipeline to perform circulating motion continuously, thereby converting kinetic energy of the liquid into mechanical energy for external work through a mechanical structure.

Description

technical field [0001] The invention relates to a device using a liquid piston to realize reciprocating motion, in particular to a mechanical liquid continuous reversing device. Background technique [0002] Liquid pistons can be applied to mechanical structures such as air compressors, internal combustion engines, and external combustion engines. The use of liquid pistons in these mechanical devices has the advantages of small friction, simple mechanical structure, low cost, and large piston strokes. The cylinder bore ratio is limited, the sealing performance is good, and its working efficiency is much higher than that of mechanical pistons. However, a major disadvantage of the liquid piston mechanical device is that only a reversing valve can be used for the reversing of the liquid movement, and the reversing valve is mainly a solenoid valve or an electric valve. , the whole operation is intermittent or pulse type. This intermittent and pulse type commutation makes the li...

AI Technical Summary

Problems solved by technology

However, a major disadvantage of the liquid piston mechanical device is that only a reversing valve can be used for the reversing of the liquid movement, and the reversing valve is mainly a solenoid valve or an electric valve. , the whole operation is intermittent or pulse type. This intermittent and pulse type commutation makes the liquid unable to flow continuously, thus affecting the performance of mechanical structures such as air compressors and internal combustion engines. At the same time, when the liquid moves at a high speed, The commutation frequency is very high. This kind of high-frequency commutation makes the solenoid valve or electric valve very vulnerable to damage, and the frequency of replacing the solenoid valve or electric valve is very high.

Due to the above reasons, although liquid pistons have many advantages, they are difficult to be widely used.

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