5results about "Engines with oscillating pistons" patented technology

The present invention provides an oscillating engine (10) comprising a chamber (510) within a casing (20), a rotatably oscillating vane (570) within the chamber (510), an outlet shaft (10) connectable to the vane (570), an inlet valve (420) connectable to the output shaft (10), and an outlet valve connectable to the output shaft (10), wherein the vane (570), inlet valve (420), and outlet valve are arranged to rotatably oscillate in synchrony with each other.

An internal combustion engine with two arced cylinders, with movement of the pistons in first and second cylinders takes place in the same direction. An arcing connecting rod on each of the sides of the pistons are averted from the combustion chambers. A freewheel is associated with each cylinder. An axis of the shaft represents the center of the arced shape of the cylinders and connecting rods. A side of the connecting rod opposite the piston connects to the outer side of a freewheel, and inner sides of the freewheels each connect to the shaft. Movement produced by the combustion is transmitted by the connecting rod to the outer side of the freewheel and the shaft. Outer sides of the freewheels are coupled to move in opposite directions, so the pistons in the first and the second cylinder run oppositely. A method operates such an internal combustion engine.

The invention relates to a rotary actuator. A rotary actuator includes a manifold block and a rotor assembly including a rotor shaft and a plurality of arcuate pistons attached to the rotor shaft, each arcuate piston curved at a set radial distance from the rotor shaft, and each piston attached to the rotor shaft via a crank arm. A pressure chamber assembly coupled to the manifold block defines a plurality of piston pressure chambers that receive and at least partially surround each arcuate piston, including a plurality of gland seals disposed adjacent an inlet of each piston pressure chamber to create a seal between an inner surface of the pressure chambers and an arcuate piston outer surface. Each gland seal includes an inner seal that engages a piston surface of the arcuate piston and a plurality of outer seals that engage an inner surface of the piston pressure chamber, thereby forming a hydraulic seal.

The invention relates to the field of machinery, in particular to pneumatic technology. The invention relates to an aerodynamic force energy conversion system and a using method and assembly thereof, the aerodynamic force energy conversion system comprises a magnet mechanism and a circulation channel allowing the magnet mechanism to circularly move, and the magnet mechanism is called an active magnet mechanism; the active magnet mechanism comprises at least one of a permanent magnet and a soft magnet; an air inlet and an air outlet are formed in the circulating channel; a valve is arranged between the air inlet and the air outlet; after the valve is closed, air flow of the air inlet is prevented from flowing to the air outlet, and the valve is used for controlling air circulation; the opening of the valve in the conducting state is in the shape allowing the driving magnet mechanism to pass through, and a magnet mechanism which is linked with the driving magnet mechanism through magnetic force and is called a driven magnet mechanism is arranged.