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AssigneeQingdao Hisense Hitachi Air-Conditioning Systems Co., Ltd.
InventorsWUGONG CHI, RUI CAO, WENQIANG ZHANG, YAJUN LI, CHENGJUN HE, WENTAO LIN, LEILEI GE
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Disclosed is an air conditioner heat-radiating circulation system, comprising a compressor (1). A discharge pipe of the compressor (1) is connected to a four-way reversing valve (2), which is connected to an outdoor heat exchanger (4) that is connected to an indoor heat exchanger (10) via an electronic expansion valve (11), the indoor heat exchanger (10) is connected to a stop value (3) that is connected to an air suction pipe of the compressor (1) via the four-way reversing valve (2), the air suction pipe is provided with a refrigerating circulation branch, which includes a branch electromagnetic valve (5) that is connected to a flat tube micro-channel aluminum-based radiator (6) with a temperature sensor (8); the air suction pipe is further provided with an air suction electromagnetic valve (7) that is connected in parallel to the branch electromagnetic valve (5).
An air conditioner heat-radiating circulation system, comprising a compressor, a refrigerating and heating circulation pipeline, the compressor outputting a refrigerant gas via a discharge pipe and the refrigerant gas flowing back to the compressor via an air suction pipe after circulating in the refrigerating and heating circulation pipeline, wherein the air suction pipe is provided with a refrigerating circulation branch that comprises a branch electromagnetic valve and a flat tube micro-channel aluminum-based radiator in series and also an air suction electromagnetic valve provided on the air suction pipe, an input terminal of the air suction electromagnetic valve is connected to an input terminal of the branch electromagnetic valve, and an output terminal of the flat tube micro-channel aluminum-based radiator is connected to an output terminal of the air suction electromagnetic valve.
An air conditioner heat-radiating circulation system, comprising a compressor with a discharge pipe of the compressor being connected to a four-way reversing valve, the four-way reversing valve being connected to an outdoor heat exchanger, the outdoor heat exchanger being connected to an indoor heat exchanger via an electronic expansion valve, the indoor heat exchanger being connected to a stop value, the stop valve being connected to an air suction pipe of the compressor via the four-way reversing valve, the air suction pipe of the compressor being connected to the compressor via a gas-liquid separator, wherein the air suction pipe is provided with a refrigerating circulation branch, the refrigerating circulation branch comprises a branch electromagnetic valve, the branch electromagnetic valve is connected to a flat tube micro-channel aluminum-based radiator, and the flat tube micro-channel aluminum-based radiator is provided with a temperature sensor;
Dependencies are inferred from the claim text.