Rankine cycle engine with rotary shell

Abstract

The invention discloses a rankine cycle engine with a rotary shell. The rankine cycle engine with the rotary shell comprises a rotary airtight outer shell, an impeller independent rotor, a permanent magnet, an internal jet channel and a rotary inductance coil, wherein the internal jet channel and the rotary closed outer shell are arranged by a distance; a gas medium jetted by the internal jet channel acts on an impeller structure of the impeller independent rotor to push the impeller independent rotor to rotate; the permanent magnet is arranged on the impeller independent rotor; the rotary inductance coil is arranged on the rotary airtight outer shell and spans inside and outside the rotary airtight outer shell; the permanent magnet interacts with the rotary inductance coil to output electric power or mechanical power outwards. The rankine cycle engine with the rotary shell, which is disclosed by the invention, is small in size and light in weight; because of the adoption of the external combustion, the fuel diversity is good and fewer pollutants are discharged.

Description

technical field [0001] The invention relates to the field of thermal energy and power, in particular to a rotary casing Rankine cycle engine. Background technique [0002] The traditional Rankine cycle engine (that is, the Rankine cycle thermal power system, such as a thermal power station) is bulky and heavy. The main reason is that only the moving blades rotate, but the stationary blades do not rotate, and the pumping system is relatively complicated. If we can invent a The simple structure of the Rankine cycle engine can make it widely used in the field of transportation. Contents of the invention [0003] In order to solve the above problems, the technical scheme proposed by the present invention is as follows: [0004] Scheme 1: A rotary casing Rankine cycle engine, including a rotating airtight outer casing, an independent impeller rotor, a permanent magnet, an injection injection channel and a rotating inductance coil, a working fluid heating channel is set on the...

AI Technical Summary

Problems solved by technology

[0002] Traditional Rankine cycle engines (that is, Rankine cycle thermal power systems, such as thermal power plants) are bulky and heavy, mainly because only the moving blades rotate, while the stationary blades It does not rotate, and the pumping system is relatively complicated. If a Rankine cycle engine with a simple structure can be invented, it can be widely used in the field of transportation

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