Non-polluting heat machine with internal combustion

Claim 3

The method as claimed in claim 1, in which the outwardly moving pistons act on a liquid as the resilient means.

Claim 4

The method as claimed in claim 1, in which each piston energizes an inductor in the cylinder to generate electrical energy.

Claim 5

A non-polluting heat machine with internal combustion, comprising in combination at least one cylinder with intake and exhaust apertures, and in which are moving two symmetrical working parts constituting opposite pistons designed to compress under the return impulse of two resilient devices a combustible mixture introduced into the cylinder in order to produce an effective energy under the action of the burnt gas with combustion temperature being kept higher than 1200° K. for small time duration of about 1 millisecond which makes nitrous oxides minimal due to small duration of time of the high temperature and through a reciprocating motion of said working parts, wherein said energy is extracted without the presence of any positive driving elements connected to the pistons, said pistons having a mass ranging between 5 and 30 grams per cm 3 of the cylinder volume computed at its maximal value when the working parts obturate the intake and exhaust apertures, the quantity of fuel injected upon every cycle at maximal power providing 0.1-0.2 calories per cm 3 of said maximal cylinder volume value and the return resilient devices for the working parts being provided to accumulaate and send back upon every cycle a mechanical energy comprised between 0.5 and 2 joules per cm 3 of said maximal cylinder volume value.

Claim 6

A non-polluting heat machine with internal combustion, comprising in combination at least one cylinder with intake and exhaust apertures, and in which are moving two symmetrical working parts constituting opposite pistons designed to compress under the return impulse of two resilient devices a combustible mixture introduced into the cylinder in order to produce an effective energy under the action of the burnt gas with combustion temperature being kept higher than 1200° K. for small time duration of about 1 millisecond which makes nitrous oxides minimal due to small duration of time of the high temperature and through a reciprocating motion of said working parts, wherein said energy is extracted without the presence of any positive driving elements connected to the pistons, said pistons having a mass ranging between 5 and 30 grams per cm 3 of the cylinder volume computed at its maximal value when the working parts obturate the intake and exhaust apertures, the quantity of fuel injected upon every cycle at maximal power providing 0.1-0.2 calories per cm 3 of said maximal cylinder volume value and the return resilient devices for the working parts being provided to accumulaate and send back upon every cycle a mechanical energy comprised between 0.5 and 2 joules per cm 3 of said maximal cylinder volume value.

Claim 7

A non-polluting heat machine in combination according to claim 4, wherein the return resilient devices are constituted by two hydraulic loads housed into the cylinder and adapted to be compressed under the return impulse upon every cycle by the rear sides of said two cymmetrical working parts.

Claim 8

A non-polluting heat machine in combination according to claim 4, wherein an inductor is placed on the cylinder and there is a lamellar metal mass as machine operating components supported by each piston so that the effective energy is an available electrical power which is produced by the reciprocating motion of said lamellar mass supported by each piston in front of said inductor placed on the cylinder.