Gasifying anxiliary device for high pressure jetting oil and water

Abstract

The multilayer penetrating type gasification auxiliary equipment is formed from at least an upper shell seat, a lower shell seat and several upper and lower gasification blades, on the internal wallsof upper and lower shell seats the several gasification blades are respectively spaced and alternatively arranged, and the on the half-side wall of every gasification blade several gasification holesare opened or the half-side wall of every gasification blade and internal wall of another shell seat and formed into a gasification gap, so that when the high-pressure sprayed oil is fed into the gasification auxiliary equipment, the oil molecules can be passed through layer-by-layer gasification holes of upper and lower blades or gasification gaps so as to produce complete gasification effect.

Description

technical field [0001] The invention relates to a gasification auxiliary device for high-pressure oil-spraying water, in particular to a multi-layer penetrating gasification auxiliary device which can facilitate complete atomization of oil and water molecules. Background technique [0002] In the fuel injection system used in the power system in the society, it is common to filter the gasoline from the fuel tank through a filter, and then use a high-pressure pump to atomize the gasoline, so that the oil molecules can pass through a carburetor Mix with air in proper proportion, and then engage in ignition process. However, the commonly used fuel injection system only uses a high-pressure pump to atomize gasoline, and the oil molecules cannot reach a complete atomization state, so the mixing effect with air is naturally poor, and eventually the combustion effect is not complete, resulting in pollution and power loss. , it can be seen that the atomization process is in urgent ...

AI Technical Summary

Problems solved by technology

However, the commonly used fuel injection system only uses a high-pressure pump to atomize gasoline, and the oil molecules cannot reach a complete atomization state, so the mixing effect with air is naturally poor, and eventually the combustion effect is not complete, resulting in pollution and power loss. , it can be seen that the atomization process urgently needs to be improved

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