초록 ▼

A rotary internal combustion engine is disclosed having a housing with a compression chamber and an expansion chamber which can be separate chambers with separate rotors located therein or a combined chamber with a single double-lobed rotor located therein defining the two chambers. One or more comb

A rotary internal combustion engine is disclosed having a housing with a compression chamber and an expansion chamber which can be separate chambers with separate rotors located therein or a combined chamber with a single double-lobed rotor located therein defining the two chambers. One or more combustion chambers having an inlet and an outlet is located adjacent to the compression and expansion chambers. Rotary valves are located between the combustion chamber inlet and the compression chamber and the combustion chamber outlet and the expansion chamber. Hollow, tubular, piston-like saddle seals are located in the combustion chamber and are urged into sealing engagement with the rotary valves by bias means and pressure in the combustion chamber.

대표청구항 ▼

[ What is claimed is:] [1.] A rotary internal combustion engine, comprising:a housing defining first and second spaced-apart combustion chambers, each chamber having an inlet and an outlet; ignition means communicating with each combustion chamber to ignite a compressed fluid air/fuel mixture locate

[ What is claimed is:] [1.] A rotary internal combustion engine, comprising:a housing defining first and second spaced-apart combustion chambers, each chamber having an inlet and an outlet; ignition means communicating with each combustion chamber to ignite a compressed fluid air/fuel mixture located therein; the housing further defining cylindrical compression and expansion chambers located therein adjacent to and communicating respectively with said combustion chamber inlets and outlets; the housing further having intake and exhaust openings spaced from the combustion chamber inlets and outlets and communicating respectively with the compression and expansion chambers; oval-like rotor means axially located in the compression and expansion chambers; reciprocating sealing means mounted in the housing engaging the rotor means and located such that rotation of the rotor means permits fluid to be drawn in through the intake opening, be compressed and pass through the combustion chambers from the inlets to the outlets, and pass out through the exhaust opening; a first switching valve located in the housing in communication with the compression chamber to receive compressed fluid therefrom, said first switching valve including a cylindrical rotating cylinder having a central, S-shaped passage defining first and second, spaced-apart opposed ports, said ports being located such that upon rotation of said shaft, one of said ports intermittently communicates with the first combustion chamber and the other of said ports intermittently communicates with the second combustion chamber for delivering said compressed fluid alternatively between the first and second combustion chambers; a second switching valve mounted in the housing between the combustion chamber outlets and the expansion chamber, said second switching valve including a cylindrical rotating cylinder having a central, S-shaped passage defining first and second, spaced-apart opposed ports, said ports being located such that upon rotation of said shaft, one of said ports intermittently communicates with the first combustion chamber and the other of said ports intermittently communicates with the second combustion chamber for delivering ignited compressed fluid alternatively from the first and second combustion chamber outlets to the expansion chamber to drive the rotor means; seals located in the combustion chambers; means responsive to pressure in the combustion chambers for urging said seals into engagement with the switching valves; and timing means coupled to the first and second switching valves and the rotor means for co-ordinating the switching of said valves.