FR2897119A1 - Gravitational generator has vacuum compartment containing springloaded weight that actuates pistons to raise water level in tanks to produce generating effort - Google Patents

Abstract

The generator consists of a vacuum compartment (CSV) containing a weight (M) that is released and propelled by a spring (R), or alternatively by compressed air or an explosive device, so that it is driven without air resistance between two pistons (P1, P2), imparting a force that drives the pistons apart and causes them to raise the water level in two tanks (B1, B2). The energy provided by the water pressure is recuperated by systems (C1, C2; A1, A2) and used, for example to drive a power generator and partly to re-compress the spring. In a variant of the design the weight is dropped directly onto a single piston.

Description

-1-

  The present invention relates to a device for gravitational generator vacuum (C S V) which has the distinction of using the gravitational force of the earth, to accelerate the speed of a mass (M) in its descent phase.

  A spring (R) will allow additional acceleration to the mass (M) at the time of its launch. The energy thus recovered at the moment of impact of the mass (M) will be sufficient to reposition the mass (M) at its initial place, as well as to compress the spring (R) for a new operating cycle.

  The recovered energy will also be sufficient to turn an unillustrated electric generator. The mode of energy recovery is provided by a device that raises the level of 1 water in basins (B1) and (B2). But any other hydraulic or non-hydraulic device could be put in place for the recovery of this energy at the moment of impact of the mass (M). A compressed air device or an explosive device could also replace the spring (R) to give speed to the mass (M). The accompanying drawings illustrate the invention: FIG. 1 represents in section, the device of the invention. Figure 2 shows in section, a variant of this device. with reference to these drawings, the device comprises a vacuum compartment (C S V) inside which the entire device will be put in place. This will allow the mass (M) to have no air resistance and to take up a higher speed, and will also allow the entire device not to be subjected to atmospheric pressure. The spring (R) will propel the mass (M) down, which will remain in the axis, thanks to the guide (G). The conical shape of the mase (M), will allow the spacing of the pistons (P1) and (P2) at the moment of impact. These conical pistons too, will raise the level of water in the basins (B1) and (B2). Springs (RS 1) may be arranged in the pistons (P1) or (P2) so that the impact with the mass (M) is less violent and that the energy is supplied more gradually to raise the level of the in the basins (B1) or (B2). The joints (J) will seal the pistons (B1) and (B2). 2897119 -2

  Non-illustrated devices will enable the unlocking of the mass (M) which will be wedged between pistons (B1) and (B2) after the impact. The devices (Cl), (C2), (A 1), (A2), will recover the energy provided by the pressure of the water on the pistons (P1), (P2).

This energy will be sufficient to tension the spring (R), reposition the mass (M) in the raised position, and operate an electric generator or any other non-illustrated device useful for the operation of this device. Figure 2 shows a variant of the device where the mass (M) has a direct impact on the single piston (P2).

Claims (10)

claims   1) Gravitational generator device characterized in that it comprises a vacuum air compartment (CSV), inside which the entire device will be confined, protected from atmospheric pressure.   2) Device according to claim 1, characterized in that the spring (R) propels the mass (M) between the two pistons (P1) and (P2) to separate them from one another to raise the level water in basins (B1) and (B2).   3) Device according to claim 1 or claim 2, characterized in that the shape of the pistons (P1), (P2) and the mass (M) is tapered to facilitate the spacing of the pistons (P1), (P2) ) at the moment of their impact with the mass (M).   4) Device according to any one of the preceding claims, characterized in that the energy provided by the pressure of the water on the pistons (P1), (P2) is recovered with the help of the devices (Cl), (C2) and (A1), (A2) at the moment when the mass (M) will release the pistons (P1), (P2).   5) Device according to any one of the preceding claims, characterized in that a device not shown will allow the unlocking 20 of the mass (M) of the pistons (P 1), P2) after the impact and repositioning of the mass (M) in height to start a new cycle of operation.   6) Device according to any one of the preceding claims characterized in that the pistons (Pl), (P2) is equipped with seals 25 (J) to ensure their sealing.   7) Device according to any one of the preceding claims, characterized in that the pistons (P1), (P2) are separated in their middle by springs (RS 1) which allow a less violent impact and a gradual spread of the energy supplied to the pistons (P1), (P2) at the moment of this impact with the mass (M).   8) Device according to any one of the preceding claims characterized in that the energy provided by the pressure of the water on the pistons (P 1), (P2) is used by the devices (C1), (C2), 35 (A1), (A2) and non-illustrated devices for compressing the spring (R), unlocking and repositioning the mass (M) and operating an unillustrated electric generator.   9) Device according to any one of the preceding claims, characterized in that the spring (R) could be replaced by a compressed air device.   10)) Device according to any one of the preceding claims, characterized in that the spring (R) could be replaced by an explosion device.