Split-cycle engine with a variable displacement compressor and a rotary motor
OwnerJonathan Avraham Tenenbauminventor
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Abstract
A split-cycle internal combustion engine includes a variable displacement compressor having two or more cylinders, an adjustment mechanism for varying the displacement volume of the compressor and possibly the phase between the compressor and the motor, and a rotary motor having two or more expansion chambers. A passage valve system located between the compressor and the motor transfers working fluid and combustion exhaust products, and, in addition, mechanically and thermally isolates the compressor from the high pressures and temperatures present in the motor.
Claims18
A split-cycle engine comprising:
- (a) a variable compressor comprising two or more cylinders;
- (b) a rotary motor, comprising two or more expansion chambers;
- (c) a passage valve system in communication with said variable compressor and said rotary motor, configured to mechanically and thermally isolate said variable compressor from said rotary motor;
- and
- (d) a phase adjustment mechanism for varying a phase shift between said variable compressor and said rotary motor;
- said phase adjustment mechanism comprising a helical bolt and in mechanical communication with said compressor and/or said rotary motor.
A split-cycle engine comprising:
- (a) a variable compressor comprising two or more cylinders;
- (b) a rotary motor, comprising two or more expansion chambers;
- and
- (c) a passage valve system in communication with said variable compressor and said rotary motor, configured to mechanically and thermally isolate said variable compressor from said rotary motor;
- wherein said passage valve system comprises a stack of elements including at least one static plate operatively coupled to at least one rotating disc, and said at least one static plate comprises two or more combustion cells.
Dependencies are inferred from the claim text.