Hi-Power Engine (HPE) is a new type of internal combustion engines I.C. The connecting rods of the pistons are connected to the flywheel by means of groups of gears (no crank shaft).
During a single complete flywheel rotation; the number of power strokes (P) take place in the cylinders (C) of the HPE is governed by the equation P=C*(C+1), thus the number of Power strokes in 4 cylinders HPE is 20P while it is only 2P in 4cylinders traditional I.C. engine
Applying the above equation to HPE of different numbers of cylinders results in the following numbers of power strokes take place in the HPE cylinders during a single complete flywheel rotation:
3 cylinders (3C) HPE offers 12 Power strokes (12P),
4 cylinders (4C) HPE offers 20 Power strokes (20P),
5 cylinders (5C) HPE offers 30 Power strokes (30P),
6 cylinders (6C) HPE offers 42 Power strokes (42P),
The effect of each two consecutive power strokes taking place in the HPE cylinders are overlapped by pre-determined timing, due to the absence of the crank shaft the engine torque is constant. This small size, light weight, hi-power, constant and hi-torque engine can replaces all huge, strong and heavy duty engines used in power stations, oil tankers, etc. it will spare engine room volume, weight and maintenance efforts.
For better understanding please refer to
http://www.youtube.com/watch?v=82-SADccHKM
((email: riadh@mabna-iq.com))
i was staring at this like... why doesnt it make sense... untill i realised why
Bowser899 4 months ago
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kearkarn 2 years ago
Hmm, the smaller inner wheels would have to disconnect from the cylinders on the in stroke otherwise everthing will be working against everthing else. In the video the smaller wheels actually go against the direction of the cylinder on the in stroke.
DustDiddod 3 years ago
i wonder if u got a patent.. to explain this more :)
cybermage83 3 years ago