Gas-liquid separator and compression system

Abstract

The invention provides a gas-liquid separator and a compression system. The gas-liquid separator comprises an outer barrel, an input pipe, an output pipe and a blocking part, wherein one part of the input pipe penetrates into the outer barrel, an inlet of the input pipe is located outside the outer barrel, and an outlet of the input pipe is located inside the outer barrel; one part of the output pipe penetrates into the outer barrel, an inlet of the output pipe is located inside the outer barrel, an outlet of the output pipe is located outside the outer barrel, and the arrangement position of the inlet of the output pipe is higher than that of the outlet of the input pipe; and the blocking part is arranged in the outer barrel and located between the inlet of the output pipe and the outlet of the input pipe so as to separate the inlet of the output pipe from the outlet of the input pipe. In this way, large-particle liquid refrigerants or other liquids output from the outlet of the input pipe can be blocked through the blocking part, the large-particle liquids are prevented from splashing into the inlet of the output pipe, then the gas-liquid separation effect of the gas-liquid separator is improved through the technical scheme, and then the situation that a compressor is damaged by liquid impact is avoided.

Description

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AI Technical Summary

Benefits of technology

This patented technology provides for better separating liquids based on their size (large particles). It achieves this through use of special parts called baffles within the device's inner chamber. These bags are designed to block larger droplets while allowing smaller ones back up before entering the system again. By doing these things, it prevents damage caused by small waterdrops falling onto the piston rings during operation.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the efficiency at which compressed gases are made up during operation without damaging components such as an air conditioner's compressors when cooling low temperatures (C) with small amounts of condensation water that can cause corrosion issues over time due to high humility of certain substances like ammonia nitrate used in automobile heat pump systems.

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