FIELD: engine engineering. SUBSTANCE: rotor machine has hollow housing of compressor, heat converter, and mechanical converter connected in series, with the atmosphere, and interconnected by way of air pipe lines and provided with means for controlling gas exchange, hopper for supplying solid fuel made up as a heat converter coupled with the housing, and hollow cylinder with the port made in side of the surface which can be in communication with the atmosphere or space for heat converter or disconnected from them mounted inside the housing of the heat converter. The mechanisms of the compressor and mechanical converter are the rotor type. The rotor wheels of the compressor and mechanical converter are provided with plate pistons mated with the surfaces of respective spaces and rigidly interconnected. The housings are provided with the disk shutter having an opening. The disk shutter is mounted in the ring groove of their housings and coupled with rotor wheels of the compressor and mechanical converter through a conical gear so that their axes are intersected. The surface of the rotor wheel of the mechanical converter is made up as the part of a torus. The means for controlling gas exchange is constructed as spring-loaded air and gas valves with a cam drive mounted in the gas pipe line and air pipe line of the heat converter respectively. The cam of the valve drive is rigidly connected with the rotor wheel and kinematically coupled with the valve. The means for controlling gas exchange is slide valve type and constructed as passageways, made in the rotor wheel of the mechanical converter, which are arranged so that to allow them to be connected periodically with the space of the converter and gas pipe lines. The heat converter is constructed as an underground nuclear reactor provided with a system for control of its operation and space between its housing of the heat converter. EFFECT: improved design. 5 cl, 4 dwg
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Authors
Dates
1995-09-10—Published
1988-09-26—Filed