BE1022906B1 - MOVEMENT GENERATOR VIA FORCE TRANSFER BY MASSES ACCELERATE - Google Patents

Abstract

Generator creating a movement via transfer of forces (F-> 4 and F-> 5) (Fig1) generated by the reciprocal action following an impulse between a solid mass of which the weight is increased by circular acceleration (b) and the whole of the machine to be moved (a) (Fig1). This reciprocal action is carried out in the pulsers (Fig2), these placed in an equal and balanced manner in the potential generators (centrifuges) (Fig1), these centrifuges are always mounted in pairs, rotating on the same axis has directions of contrary rotation. The second role of these centrifuges is to slow down, stop and then return the masses (b) to the impulse organ of the pulsers, thanks to the centrifugal force (or F-> 1). This transfers the force of the reaction (F-> 4) to the whole apparatus (a), without its cancellation via (F-> 3) since (F-> 5) is deflected. To accelerate the generator, it suffices to increase the rotation speed of the centrifuges as well as the frequency of the synchronized pulses. This assembly is stabilized by angular acceleration via two solid discs, rotating on the same axis of rotation in opposite directions at high speeds always equal (Fig1).

Description

MOVEMENT GENERATOR VIA FORCE TRANSFER BY MASSES ACCELERATE ';

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Description:

This principle of generator is conceived for the realization of a propulsion by reciprocal reaction as Isaac Newton presented it: Third law of Newton or principle of the reciprocal (or mutual) actions The action is always equal to the reaction, -c that is to say that the actions of two bodies one on the other are always equal and in opposite directions - Every body exercising a force on a body B undergoes a force of equal intensity, of the same direction but opposite direction, exerted by the body B. - A and B being two interacting bodies, the force ™ &f; (exerted by A on B) and the force A (exerted by B on A) which describe the interaction is directly These forces have the same right of action, opposite meanings and the same norm. These two forces are always directly opposed, whether A and B are motionless or in motion "This principle is the basis of the standard propulsion used today"

Except that in this case, there is no loss of material ejected for the realization of a movement.

The generator transforms the energy of any nature (chemical or electrical) into a physical impulse between two elements, a and b, ("a" being the total mass of the whole of the machine to be moved). One at rest (a) and the other in motion (b) via the potential generators (centrifuges), the realized phenomenon is, the transfer of movement of an accelerated mass to a mass having a static inertia in order to him to give a desired acceleration, but by changing the direction of the force exerted with respect to the direction of the interactions (Fig 1) (Attention: the impulse can be of pneumatic source, change of pressure by change of state)

To achieve this feat, the operating principle of the generator Leviathan T20.10 P. It is composed of 3 major elements: (1) The stabilizing discs (Fig 3) (2) The generators of potential (Fig 4) (3) the pulsers (Fig 5)

Operation of the 3 major elements: 1: The stabilizing discs (Fig 3).

It is a set composed of two solid disks, rotating at variable speeds according to needs thanks to electric motors and in the opposite direction, they are positioned one on the other on the same axis of rotation, their role is to stabilize the generator by kinetic moment or angular momentum in a space, on a desired plane, X, Z and Y (principle indirectly used for the stabilization of aircraft or other vehicles via the gyroscope) This allows an obvious stability and especially , the orientation of a displacement towards a desired direction. 2: Potential generators (Fig 4).

It consists of two solid structures of disc shape, rotating thanks to electric motors at variable speeds, according to the need and in the opposite direction on the same axis, its role is to charge the blowers (Fig 2) with a mass rather heavy (b) sliding with little friction in the repellent organ of the scavenger, or the interaction will take place (action / reaction). In addition, it also serves to increase the centrifugal forces of the masses (b) by increasing the rotational speeds (F-> 1).

The potential generators can be provided with several pulsators by disc structure in an equal and balanced way. 3: Blowers (Fig 5).

It is a very robust member that can generate a reaction action by pulse type: explosive, electromagnetic or pneumatic. (Like a gun for example!) Its role is to eject a heavy mass while decreasing as much as possible the friction (b) towards the axis of rotation of the generators of potential, so that the mass (a) can recover the acceleration ( F- ^ 4) of the interaction according to the 3rd law of Newton.

The mass (b) having been accelerated following the impulse towards the axis of rotation of the generators of potential (F-> 5), This mass (b) Will be slowed down and stopped by the transverse circular force (F-> 1 ), the centrifugal force (F- ^ 2) being greater than that of the pulse (F- ^ 5).

Thanks to this (deviation of the force (F-> 5), there will be no cancellation of the force (F-> 4) via (F-> 3). (Fig 1 and fig 2) What will have effect, a displacement of the set (a) towards the direction of the force (F-> 4) Details drawing: (a); Total mass of the generator (masses (b) included) (Fig 1) (b): Masses accelerated (Fig 1 and Fig 2) (la): Circular acceleration (Fig 1 and Fig 2) (2a); Centrifugal force (Fig 1 and Fig 2) (3a); Centripetal force (Fig 1 and Fig 2) (4a) : Transfer of forces to (a) following the reaction action (Fig 1 and Fig 2) (5a): Acceleration of (b) following the reaction action (Fig 1 and Fig 2) (6a): Direction of the reaction acceleration (rotation) (Fig 1 and Fig 2) (7a): Impulse (Fig 1 and Fig 2) (8a): Mass loaded into the blower (Fig 1) (9a): Exhaust gas (Fig 1 and Fig 2) ) (10a): Tangential acceleration (Fig. 1) (1): Pulser head (Fig. 1) (2): Potential generator motor (Fig. 1) (3) Pulse pumps (Fig. 1) (4): Mass bearings (b) (Fig. 5): Stabilizing disc (Fig 1) (6): Stabilizing disc motor (Fig 1)

Description of the drawing sheets (Fifl): View of the operation of the generator in cross-section (Fid 2): View of the operation of the blowers (Fig 3): View of the stabilizing discs (Fig 4): View of the potential generators (Fig 5) : View of blowers (Fig 6): Overview of the generator

Claims (1)

Use and Claim: - Motion generator used to achieve a propulsion for all types of gear and devices (vehicles) wanting to move to a desired direction on all planes X, Z and Y. This generator is functional in all backgrounds. Either: - In the space vacuum. . - In the presence of an astrate grave. In an elastic medium. ........ 'I ·