FR3085031A1 - DEVICE FOR TAKING OFF AND DIRECTING AN APPARATUS BY ANTI-GRAVITY - Google Patents

Abstract

It consists of a machine (1) introduced by motors (2) (3) (4) (5) making it possible to rotate rods (6) (7) (8) (9) on which weights are positioned ( 10) (11) (12) (13) to create a useful centripetal force.

Description

The present invention relates to a device making it possible to take off and steer a machine by anti-gravity. ^&

Traditionally, the takeoff of a machine is done by pushing effect on the material.

The device according to the invention overcomes this drawback. According to a first characteristic, it indeed comprises a navigation device introduced with several motors making it possible to rotate rods on which are positioned identical weights at their ends making it possible to create centripetal forces thus the cycle commences with rods directed horizontally and this facing opposite rotating in the opposite direction, from the top and three times slower than the rods starting from the vertical from the top u and by opposition, thus following a cycle the rods which arrive vertically at the top accelerated three times faster than the rods arriving horizontally and keeping the same speed until the vertical of the next cycle accelerating itself three times faster than the rods arriving horizontally.

According to particular embodiments.

- The system can be installed in large numbers on the machine and the useful forces can be offset and this can be used to create a continuity of useful forces. _Engines arriving at their maximum speed can decrease their speed allowing to resume an acceleration cycle and these by several motors following by their increasing speed, thus the motor which arrives at its maximum speed returns to its minimum speed and thus after.

The system can accelerate three times faster when arriving vertically and decelerate three times faster while arriving horizontally allowing the same useful force to be maintained

The accompanying drawings illustrate the invention:

Figure 1 schematically represents the system at rest. Figure 2 schematically represents the first cycle. Figure 3 shows the second cycle and so on.

With reference to these drawings, the device comprises motors making it possible to rotate rods on which weights are positioned at their ends making it possible to create a centripetal force when the motors are actuated. Thus following a cycle, the rods which start from the horizontal go three times slower than the rods which start from the vertical and the latter rotating in the same direction thus allowing to create a useful centripetal force going upwards. At each cycle the vertical motor accelerates three times faster than the horizontal motor.

Claims (4)

1) Device allowing to take off and steer a machine by anti-gravity HW4wL ^C ° ^mpNavi § ^ation ( ¹ ) introduced by several motors (2) (3) (4) (5) allowing to rotate rods (6 ) (7) (8) (9) on which weights are positioned at their ends (10) (11) (12) (13) ^ T ^{tuant d} k ^{Create FORCeS centri} P ^etes ' ^thus the cycle begins with UT ^(}} r ^{ingeeS honzontal e} t ee face turning in opposite direction, from the top and three times slower than the rods (8) and (9) starting from the vertical from the top and by opposition, thus following a cycle the rods (8) and (9) arriving vertically at the top accelerated three times faster than the rods (6) and (7) arriving horizontally and guaranteeing the same speed until the vertical of the next cycle accelerating itself three times faster than the rods (8) and (9) arriving horizontally. 2) Device according to claim 1 characterized in that the system can be installed in number on 1 engm (1) and the useful forces can be offset and follow each other allowing to create a continuity of useful forces. 3) Device according to claim 1 characterized in that the motors (1) (2) (3) (4) arriving at their maximum speeds can decrease their speed allowing ^{acceleration and} these by several motors (1) (2) ) (3) (4) (14) () (16) (17) ect this next by their increasing speed, so the motor (17) which reaches its maximum speed returns to its minimum speed and so on 4) Device according to claim 1 characterized in that the system can accelerate three times faster arriving vertically and decelerate three times slower arriving at 1 horizontal to keep the same useful force.