Synchronous internal combustion engine

• Main Author: Molnar Karoly
• Format: Patent
• Language: English; Hungarian
• Published: 30.11.2020

The present invention relates to a synchronous engine comprising a block housing with an internal space with four axis being arranged equidistant from each other and with an angular offset of 90° relative to each other and extending perpendicularly to and between two opposite plane surfaces of the block housing, each of the axis carrying an identically formed disk shaped rotor member loosely fitted between the planar surfaces of the block housing, the rotor members forming a rotating system with the neighbouring members being rotated by 90° in the same direction consecutively, and being formed with two planar surfaces oriented perpendicularly to the axis with a cross section delimited by two-two concentric and four eccentric circular arcs resembling an ellipse, and with a rotated helical mantle of spindle like axially alternating pitch between the planar side surfaces defining a rotor, the rotors defining a working transmission unit and comprising a power transmitting axis, wherein the cyclic process of the strokes in operation is accomplished per rotation within the axially changing space enclosed by mantle surfaces of the rotor members from the first planar surface to the second planar surface of the block housing. The internal combustion synchronous engine of the present invention generates energy for recovery through long-lasting, economical, environmentally friendly operation through additional rotational components from the thermodynamic processes in the central combustion chamber formed by the rotating components of the internal combustion engine.