Heating radiator for compressors

Abstract

One kind of compressor uses the radiator, the refrigerator, the refrigerator compressor to use the radiator. Its characteristic is: It including the vacuum heat transfer in, outside the barrel, in the barrel lays aside the compressor in the vacuum heat transfer, the compressor and in the vacuum heat transfer between the barrel space fills the heat transfer medium, in the vacuum heat transfer the barrel and the assistance vacuum trades the heat pipe to connect, trades in the heat pipe in the assistance vacuum to establish causes heat transfer medium cooling to turn over to the position the porous body and the replacement elastomer, in the vacuum heat transfer the barrel sets outside the vacuum heat transfer in the barrel, in the vacuum heat transfer the barrel, the auxiliary vacuum trades the heat pipe and outside the vacuum heat transfer the barrel heat of formation radiates the circuit. The heat transfer medium for synthesizes the wax. Replacement elastomer for spring or elastic oak colloid. The barrel gets hooked in the vacuum heat transfer sets at certain radiator fins. Has the heat transfer effect well, the compressor does not have the noise, the service life is long and so on the merit.

Description

technical field [0001] The utility model relates to a radiator for compressors, in particular to radiators for compressors of air conditioners, refrigerators and freezers. Background technique [0002] The heat generated by the existing compressor during operation is exchanged through a heat exchanger connected to the refrigerant circuit of the compressor. However, since there is no radiator on the surface of the compressor shell, the heat of the compressor shell can only be compared with the compressor. The air heat exchange in the space where the machine is located, the heat exchange speed is slow, the heat exchange effect is poor, the compressor noise is loud, and the service life is low; for indoor refrigerators, freezers and other equipment, because the heat of the compressor is directly exchanged with the indoor air, it is inevitable Cause the rise of indoor temperature and cause adverse effects on the environment. Contents...

AI Technical Summary

Problems solved by technology

[0002] The heat generated by the existing compressor during operation is exchanged through a heat exchanger connected to the refrigerant circuit of the compressor. However, since there is no radiator on the surface of the compressor shell, the heat of the compressor shell can only be compared with the compressor. The air heat exchange in the space where the machine is located, the heat exchange speed is slow, the heat exchange effect is poor, the compressor noise is loud, and the service life is low; for indoor refrigerators, freezers and other equipment, because the heat of the compressor is directly exchanged with the indoor air, it is inevitable Causes an increase in indoor temperature, causing adverse effects on the environment

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