Mechanical devices forming an engine

Details Mechanical devices forming an engine Mechanical devices forming an engine

1979-04-02

1982-06-15

Vrablik, John J.

Rotary expansible chamber devices

Intermittently accelerated and receding members rotate in...

Each a working member

418 94, F01C 1067, F01C 2104

Patent

active

043348416

ABSTRACT:
The invention provides the mechanism for an internal combustion engine that utilizes a radial flow of combustible gases about the axis of a toroid or annulus cylinder. The principal components consist of a rhomboid linkage mechanism operating within a stationary cam. The mechanism sustains torque from two coaxial drive shafts upon which the mechanism imposes a compound rotary motion whereby an angular harmonic is superimposed over a constant angular velocity. This motion is applied through discs to two pair of pistons within the cylinder to effect a radial flow with a precisely defined theoretical cycle. Where the mechanics are used for a radial flow engine, the power generated is taken from the rhomboid mechanisms by a coupling and final drive shaft.
Further the invention includes within its scope a method by which the discs are self sealing and the means of producing a multicylinder unit.

REFERENCES:
patent: 1330629 (1920-02-01), Gooding
patent: 1568053 (1926-01-01), Bullington
patent: 1962408 (1934-06-01), Powell
patent: 2260009 (1941-10-01), Doran et al.
patent: 2271068 (1942-01-01), Gardner
patent: 2362550 (1944-11-01), Hansen
patent: 2450150 (1948-09-01), McCulloch et al.
patent: 3292602 (1966-12-01), Stewart
patent: 3299865 (1967-01-01), Moyer
patent: 3500798 (1970-03-01), Arnal

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