FIELD: heating.
SUBSTANCE: invention relates to refrigeration engineering, namely to the field of design and operation of compression thermal devices (thermocompressors). The technical result is achieved in that in the thermocompression device comprising a source of high pressure gas with the cylinder-compressor connected to it and the source of cold, in contrast to that known in it the cylinder-compressor is made in the form of a thermally insulated double-walled container with finning of the inner container, located in the intermural cavity of the cylinder-compressor, and the heat exchanger made in the form of a tubular coil placed in the container and connected to the source of cold at the inlet, and at the outlet - to the intermural cavity which communicates with the bleed passage of the cooled screen mounted under the layers of thermal insulation. The cylinder-compressor is provided with electric heater attached with the thermal contact to the outer wall surface of the inner container and connected through the sealed lead-in built-in in the outer wall, to an outer electric power source.
EFFECT: present invention is a device of improved design with its simplification, increasing the compactness, efficiency and reduction of heat gains.
1 dwg
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Authors
Dates
2014-09-20—Published
2012-12-11—Filed