Reciprocating input
The piston carries a toothed tail that moves vertically and meshes with the left wheel.
Mechanical innovation by Agron Haka
A crankshaft-free power take-off concept built around a partially toothed connecting rod, gearing cylinder, and coaxial drive shaft.
The invention
The publication describes a power take-off mechanism that converts a piston's reciprocating linear motion into drive shaft rotation without a conventional crankshaft.
Its core assembly places a partially toothed gearing cylinder coaxially around the drive shaft. A matching toothed section on the connecting rod drives that cylinder back and forth, while a connecting system selectively transfers the motion into shaft rotation.
This page summarizes the inventor's published description. It does not independently validate efficiency, emissions, or performance claims.
How it is described
The piston carries a toothed tail that moves vertically and meshes with the left wheel.
The rack oscillates the left wheel and its internal leaf-shaped channel, guiding the follower.
The guided follower moves a jointed connector that turns the separate right output wheel.
Power take-off
Claims 71-90 focus on the motion-transfer mechanism, motor-vehicle configuration, and method.
Fuel heater
The specification also describes electrically heating combustible product before it enters the cylinder.
Exhaust cleaner
A separate exhaust-cleaning concept uses a sinuous tube and liquid to separate impurities.
Inside the publication
Primary source
Read the original USPTO publication for the full specification, drawings, and claims.
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