Gas flow adjusting conduit apparatus

Abstract

A gas flow adjusting conduit apparatus comprises: a filling valve, wherein the filling valve is in a closed state usually, and the filling valve is in an open state after a pressure is applied when a liquid gas is filled; a casing tube, wherein the casing tube is hollow in shape, the wall surface of the casing tube is provided with a circulation portion, and one end of the casing tube is fixedly provided with the filling valve; an adsorption material arranged through the casing tube and having a liquid adsorbing capability; and a gassing group comprising a body, a gas inlet adjustment valve and a gas outlet valve, wherein one end of the body is sleeved on the gas inlet adjustment valve, the other end of the body is sleeved on the gas outlet valve, the gas inlet adjusting valve comprises a first sealing member, and the first sealing member can prevent the liquid gas from directly going through a space between the body and the gas inlet adjusting valve. One end of the gas inlet adjusting valve is combined with the casing tube and the adsorption material, and the adsorption material can adsorb the liquid gas through the circulation portion to guide the liquid gas to the gas inlet adjusting valve to enter the body, and the liquid gas is discharged through the gas outlet valve.

Description

technical field [0001] The invention mainly discloses a conduit device, in particular to a conduit device for gas flow adjustment. Background technique [0002] The use of traditional gas devices does not limit the amount of liquid gas filling. When the filling amount is too large, liquid gas is likely to be ejected during ignition, resulting in incomplete gasification and incomplete fire and combustion, which is prone to danger. This design is really unsafe to use. The traditional filling method of gas devices is indeed not easy to accept in today's society that pays attention to industrial safety. [0003] Later, in order to avoid igniting and spewing out flames, some manufacturers only filled the tank with 1 / 3 of the gas volume. When the gas device is tilted or inverted due to the small gas volume, the liquid gas will not be ejected due to incomplete vaporization. [0004] The applicant feels that the design of limiting the gas filling volume of 1 / 3 of the gas device was...

AI Technical Summary

Problems solved by technology

[0002] The use of traditional gas devices does not limit the amount of liquid gas filling. When the amount of filling is too large, liquid gas is easy to be sprayed out during ignition, which makes the gas gasification incomplete, resulting in incomplete fire and combustion, so it is prone to danger.

This design is really unsafe to use. The traditional gas filling method is really not easy to accept in today's society that pays attention to industrial safety.

Images