CONDENSER WITH AIR CONDITIONER OIL SEPARATOR

Some embodiments of the present disclosure provide an air conditioner oil separator, a condenser, and an air conditioner. The air conditioner oil separator includes: a gas inlet (2) for introducing a refrigerant to be separated, a gas outlet for outputting a separated refrigerant, and a filter compo...

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Hauptverfasser:	HU, Haili, YANG, Xufeng, LIU, Hua, HU, Dongbing
Format:	Patent
Sprache:	eng ; fre ; ger
Schlagworte:	BLASTING COMBINED HEATING AND REFRIGERATION SYSTEMS HEAT PUMP SYSTEMS HEATING LIGHTING LIQUEFACTION SOLIDIFICATION OF GASES MANUFACTURE OR STORAGE OF ICE MECHANICAL ENGINEERING REFRIGERATION MACHINES, PLANTS OR SYSTEMS REFRIGERATION OR COOLING WEAPONS
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creator	HU, Haili YANG, Xufeng LIU, Hua HU, Dongbing
description	Some embodiments of the present disclosure provide an air conditioner oil separator, a condenser, and an air conditioner. The air conditioner oil separator includes: a gas inlet (2) for introducing a refrigerant to be separated, a gas outlet for outputting a separated refrigerant, and a filter component (3) disposed at the gas outlet. The filter component (3) includes: a first filter area (31); a second filter area (32), which is closer to the gas inlet (2) than the first filter area (31); and a third filter area (33), which is closer to the gas inlet (2) than the second filter region (32). A separation efficiency of the first filter area (31) for the refrigerant is lower than a separation efficiency of the second filter area (32) for the refrigerant; and/or, a refrigerant separation efficiency of the third filter area (33) for the refrigerant is lower than the separation efficiency of the second filter area (32) for the refrigerant. Corresponding filter areas are provided according to airflow pressures at different positions, thereby alleviating a problem of waste caused by excess capacity of the filter component, and facilitating uniformity of gas pressures in different areas of the gas outlet.
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The air conditioner oil separator includes: a gas inlet (2) for introducing a refrigerant to be separated, a gas outlet for outputting a separated refrigerant, and a filter component (3) disposed at the gas outlet. The filter component (3) includes: a first filter area (31); a second filter area (32), which is closer to the gas inlet (2) than the first filter area (31); and a third filter area (33), which is closer to the gas inlet (2) than the second filter region (32). A separation efficiency of the first filter area (31) for the refrigerant is lower than a separation efficiency of the second filter area (32) for the refrigerant; and/or, a refrigerant separation efficiency of the third filter area (33) for the refrigerant is lower than the separation efficiency of the second filter area (32) for the refrigerant. 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The air conditioner oil separator includes: a gas inlet (2) for introducing a refrigerant to be separated, a gas outlet for outputting a separated refrigerant, and a filter component (3) disposed at the gas outlet. The filter component (3) includes: a first filter area (31); a second filter area (32), which is closer to the gas inlet (2) than the first filter area (31); and a third filter area (33), which is closer to the gas inlet (2) than the second filter region (32). A separation efficiency of the first filter area (31) for the refrigerant is lower than a separation efficiency of the second filter area (32) for the refrigerant; and/or, a refrigerant separation efficiency of the third filter area (33) for the refrigerant is lower than the separation efficiency of the second filter area (32) for the refrigerant. 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The air conditioner oil separator includes: a gas inlet (2) for introducing a refrigerant to be separated, a gas outlet for outputting a separated refrigerant, and a filter component (3) disposed at the gas outlet. The filter component (3) includes: a first filter area (31); a second filter area (32), which is closer to the gas inlet (2) than the first filter area (31); and a third filter area (33), which is closer to the gas inlet (2) than the second filter region (32). A separation efficiency of the first filter area (31) for the refrigerant is lower than a separation efficiency of the second filter area (32) for the refrigerant; and/or, a refrigerant separation efficiency of the third filter area (33) for the refrigerant is lower than the separation efficiency of the second filter area (32) for the refrigerant. Corresponding filter areas are provided according to airflow pressures at different positions, thereby alleviating a problem of waste caused by excess capacity of the filter component, and facilitating uniformity of gas pressures in different areas of the gas outlet.</abstract><oa>free_for_read</oa></addata></record>
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language	eng ; fre ; ger
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subjects	BLASTING COMBINED HEATING AND REFRIGERATION SYSTEMS HEAT PUMP SYSTEMS HEATING LIGHTING LIQUEFACTION SOLIDIFICATION OF GASES MANUFACTURE OR STORAGE OF ICE MECHANICAL ENGINEERING REFRIGERATION MACHINES, PLANTS OR SYSTEMS REFRIGERATION OR COOLING WEAPONS
title	CONDENSER WITH AIR CONDITIONER OIL SEPARATOR
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