Gas-liquid separator, high temperature regenerator, absorption type refrigerator and absorption type heatpump

Abstract

The invention provides a small gas-liquid separator with excellent property on gas-liquid separation, a high temperature regenerator provided with the gas-liquid separator, and an absorption refrigerating machine and an absorption heat pump. The gas-liquid separator (20) separates gas (Va) and liquid (Sa) from mixed fluid (Fm) with gas and liquid mixed, comprising a baffle (21) colliding the leadmixed fluid (Fm) so as to separate the liquid (Sa); a baffle (22) separating the internal of the gas-liquid separator (20) into an inlet chamber (28) and an outlet chamber (29), comprising a plate part (24) for colliding the mixed fluid (Fm) from which the liquid (Sa) is separated by use of the baffle (21) so as to separate the liquid (Sa) further; a lead-in opening (28d) is formed in the inlet chamber (28) so as to lead the mixed fluid (Fm); a gas lead-out opening (29e) is formed at the outlet chamber (29) so as to lead the gas (Va) separated from the mixed fluid (Fm) out.

Description

technical field [0001] The present invention relates to a gas-liquid separator, a high-temperature regenerator, an absorption refrigerator, and an absorption heat pump, and in particular to a small gas-liquid separator with excellent gas-liquid separation performance, a high-temperature regenerator and an absorption type heat pump equipped with the gas-liquid separator. Chillers and absorption heat pumps. Background technique [0002] In the high temperature regenerator of an absorption refrigerator, the dilute solution is regenerated into a concentrated solution by heating the dilute solution to evaporate the refrigerant vapor. At this time, there is a high-temperature regenerator equipped with a gas-liquid separator in order to separate and take out the refrigerant vapor and the concentrated solution (for example, refer to Patent Document 1). As a gas-liquid separator of a conventional high-temperature regenerator, there is a structure in which a baffle plate extending ve...

AI Technical Summary

Problems solved by technology

[0005] In the above-mentioned structure, if the size of the gas-liquid separator that performs the above-mentioned function is reduced, the concentrated solution may be mixed into the refrigerant vapor led out from the outlet, so the gas-liquid separation performance will decrease.

Therefore, in the gas-liquid separator with the above-mentioned structure, in order to fully separate the refrigerant vapor from the mixed fluid, and take out the refrigerant vapor and concentrated solution, the size and shape of the gas-liquid separator have to be increased, so it is difficult to adapt miniaturization requirements

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