FR2853938A1 - Reactor has auxiliary engine turning electricity generator and compressor, and cam shaft opening or closing valve for providing multiple ram effects in second, where ram effects increase final force of reactor - Google Patents

Abstract

The reactor has an auxiliary engine (1) turning an electricity generator (2) and a compressor (3). The generator heats a compression chamber (4), at each turn, and provides a pressure of about 5 bars inside the chamber. The compressor complements the pressure in the chamber. A cam shaft (9) opens or closes a valve (7) for providing about 15 ram effects in a second. The ram effects increase a final force of the reactor.

Description

The purpose of this patent application is to operate

  a reactor with an auxiliary engine of which the following ten patents have been filed: (1457337 on 06/17/65); (7539920 on 12/29,175); (8215312 on 02/11/82); (8717038 on 08/12/87) (? 213582 on 09/11/92); (9314428 on 11/30/93); (9412262 on 12/10/94); (0013196 on 12/10/00); (0014432 on 08/11/00); (0016 348 on 12/12/00). These patents relate to the rotary, explosion, side-working, rotating cylinder, compressor engine several times larger than the propellant, consisting of two groups, one compressor the other propeller, each group comprising two rotors, one, inside, acts as a piston and the other, outside, acts as a cylinder. The two rotors rotate together and are offset from each other so that the piston rotor touches the roof of the rotor-cylinder at a point x. The eccentricity of the two rotors defines, for the compressor, the suction and compression chambers and for the propellant, the expansion and exhaust chambers.

  This engine draws its extraordinary power from the fact that mar20 sings sideways, it benefits from the pressure surges of its explosions and its exhausts, which gives it the fabulous force of more than 500 times greater than that of any other. engine, with equal fuel consumption.

  The reactor which is the subject of this patent also benefits from the "water hammer" of its exhausts and has a fabulous thrust of several hundred times greater.

  It is therefore useful to know what represents this fabulous force of "water hammer" which is the greatest force that exists in the Universe.

  Here are two proofs among five others, which were retained, First proof, The "water hammer", of an explosion, of a gas which is suddenly released or of a shock, is the greatest force which can be done , since it was strong enough to generate the Uni35 towards as we see it.

  Indeed, the BIG BOMB produced by the explosion of the BIG OBJECT, caused the FIRST "COUP DE BELIER" which succeeded in doing THE THING that no other force was able to do, that is- to say: - To overcome the gravity of the OBJECT which exploded and - To disperse its matter in Space, - Matter which is besides always in expansion.

  The engine of the invention, the work of which is done laterally in a rotating cylinder, benefits from "water hammer" from its explosions and from its exhausts, therefore has doubly this force of nature, as does the reactor which also benefits "water hammer".

  This reactor is therefore, just like the BIG OBJECT, capable of overcoming the gravity of the earth, by carrying a load of more than 100 times its weight.

  Second proof, The force of the "water hammer" was proven by an experiment consisting of driving a nail about 3 mm deep in a block of wood placed on a scale with a hammer producing a "water hammer" of 100 grams.

  Then, it was tried to plant the nail by placing a 10 kg weight on it, without even marking the wood. It requires a weight of more than 30 kg, thus demonstrating that the force 20 of the "water hammer" is more than 3I0G times greater than the force which strikes.

  The description which follows with reference to the appended drawings, given by way of nonlimiting example, will make it clear how the invention can be implemented, the features which emerge both from the drawings and from the text forming, of course, part of said invention.

  Numbering of the elements of this reactor, (1) Auxiliary motor, rotating, the electricity generator 2, the compressor 3 and actuating the valve 30 7, (2) Electricity generator allowing to heat the compression chamber 4 and maintain a pressure of 5 bars throughout its volume, (3) Compressor making it possible to complete the pressure of 5 35 bars in the compression chamber 4, (4) Compression chamber, with a volume of one displacement of the compressor, ( 5) Nitrogen inlet for operation outside the atmosphere, (6) Atmospheric air inlet (7) Valve allowing approximately 15 "water hammer" to be given per second, (8) Hydraulic control coming from cam 9 , opening and closing the valve, to give the pressure surges, (9) Cam controlling the opening and closing of the valve, (10) Return spring of the valve.

  Figure 1 shows a view of the reactor with the auxiliary motor 1, rotating, the electricity generator 2, the compressor 3, while actuating the valve 7 to cause "water hammer", about 15 times per second.

  Figure 2 shows a view of the auxiliary engine 1, which operates the entire reactor and allows it to have a prodigious force allowing it to benefit from "water hammer".

  This system works in the following manner. The auxiliary engine 1 benefiting from "water hammer" from its explosions and from its exhausts, drives the reactor, thereby enabling it to benefit itself from the "blows 20" from its exhausts.

  Therefore the motor 1 compresses and heats, in each revolution, in the compression chamber 4 a displacement of the compressor 3, thus giving it a pressure of approximately 5 bars, which means that with each exhaust, a thrust of 30 kg is produced and therefore, if it makes 15 exhausts per second for a rotation of 28 revolutions per second, for example, its force would be kg x 15 = a thrust of 450 kg and as according to the example of the nail that we drive, "water hammer" multiplies this force by 300, the final force of this reactor would be 30 450 kg x 300 = 135 tonnes of thrust per second.

  It goes without saying that the present invention has been described above for explanatory purposes but in no way limitative and that any modification of detail could be made without departing from its scope.

Claims (1)

CLAIM   Reactor, characterized in that it is actuated by the auxiliary engine.1, benefiting from "water hammer" from its explosions and from its exhausts, thus enabling it to benefit itself from "water hammer" from its 5 exhausts , the engine 1 compresses and heats at each revolution, in the compression chamber 4 a displacement of the compressor 3, thus giving it a pressure of approximately 5 bars, which means that with each exhaust, there is a thrust of 30 kg and So, if it makes 15 escapes 10 seconds per second for a rotation of 28 revolutions per second, for example, its force would be 30 kg x 15 = -a thrust of 450 kg and as according to the example of the nail that we down, the "water hammer" multiplies this force by 300 times, the final force of this reactor would be 15 450 kg x 300 = 135 tonnes of thrust per second.