Compressor, oxygen making air conditioner and control method

Abstract

This application discloses a compressor, an oxygen-generating air conditioner, and a control method, belonging to the field of compressor technology. The compressor includes a compressor body for a heat pump system and an oxygen-generating compression section for an oxygen concentrator. The oxygen-generating compression section is located at the bottom of the compressor body and includes: a housing forming a compression chamber; a rotating shaft of the compressor body extending axially into the compression chamber; an air inlet and an air outlet in the compression chamber; the air inlet communicating with the external environment; and the air outlet communicating with the oxygen concentrator; and an eccentric rotor disposed within the compression chamber and sleeved on the rotating shaft. Rotation of the rotating shaft drives the eccentric rotor to perform eccentric circular motion within the compression chamber, compressing the airflow within the chamber. The compressed airflow within the compression chamber flows into the oxygen concentrator through the air outlet to supply air to the oxygen concentrator. The compressor of this application embodiment can provide compressed air to the oxygen concentrator while simultaneously fulfilling the functions of a heat pump system, reducing the size of the outdoor unit and effectively lowering the noise during compressor operation.

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