FR2718195A1 - Gravity engine which derives its energy from its heaviness - Google Patents

Abstract

The gravity engine is constructed on a plate (1), which is mounted so as to rotate about an axis (2), which is mounted on a base frame (3). The plate carries a set of twelve arms (4) and each arm has a weight (5) mounted at each end. Each of the arms is mounted so as to slide in translation along its length, in two collars (6), which are mounted onto the plate by means of support brackets (7). A second plate (8) is mounted on the frame (3) by means of a second axis (9), which is parallel to the main plate axis. Each of the weights is connected to the second plate by means of a leg (10), parallel to the axes, and a flexible link (11).

Description

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  The present invention relates to an engine which borrows its energy from gravity, unlike all other devices, where the descending weights do not provide sufficient energy to overcome the rolling resistance produced by guiding the weights during the rising trajectory. The motor according to the invention having a minimum of rolling resistance, allows the descending weights to produce a

  sufficient energy to operate this engine.

  It consists of a large plate (1), freely rotating on an axis (2) and mounted on the frame (3). The motor has 12 arms (4) mounted on the plate (1) and positioned at the same angular distance. Each arm (4) has a weight (5) at each end and slides freely in translation in

  two rings (6), connected to the plate (1) by supports (7).

  A small plate (8) freely rotating on an axis (9) is mounted on the frame (3). Each weight (5) is connected by means of a tab (10) and a flexible connection (11) to the small plate (8). The links (11) are fixed on the plate (8) in a circle. The position of the small plate (8) allows each ascending weight to be retained, performing a rising trajectory (12) shorter than that of the descending weights. The natural balance being thus modified, an inclined arm (see arrow 13) slides, and by moving the weights it creates a rotation of the large plate; a new arm being inclined, slides, creating a new rotation of the large

plateau, by IQ principle of leverage.

  The small plate is driven in a rotational movement, by the tension of the different links during

the lifting of the weights.

  The direction of flexible connections when retaining the rising weights, being practically in the direction of the displacement of the rising arms in the rings, the rolling resistance of this motor is very low thus allowing the descending weights to provide energy

sufficient for its operation.

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  This motor can include an indefinite number of arms, this is how the more there will be the more the movement of the motor will be regular, the same for the evolution and the position of the small plate; by reducing the rising trajectory of the weights we will be able to obtain a better yield. Plate 1/4 Front view Plate 2/4 Simplified side view with 4 arms for

Better comprehension.

  A variant depending on the gravity motor, characterized by the shape of the arms. Indeed it is composed of a tube (1), acting as an arm, and a container (2) inclines at an angle (3) at each end, a liquid (4) acting

weight and two stops (5).

  Plate 3/4 The liquid arm with the same function within the engine as the weight arm has the advantage when a tube is at

  horizontally the liquid disperses decreasing the resistive torque.

  When the liquid slides in the descending container it concentrates producing maximum torque. the inclination of the angle "of the containers by repottau tube aims to increase the inclination of the tubes, by achieving a shift between the balance achieved by liquids in different

  containers and the direction of the tubes.

  Plate 4/4 Figure 1 shows the movement of a liquid arm

  in the lens of the motor exerting a downward force.

  FIG. 2 represents the rising arm following its rising trajectory FIG. 3 represents the arm horizontally the liquid

spreads out in the tube.

  FIG. 4 represents the inclined arm, the liquid and the tras sliding downwards in order to create a rotational movement

of the motor.

Claims (5)

  1) The motor with presenter characterizes in that it comprises   a plate (1), rotating on an axis (2), mounts on the frame (3).   The tray (l) has 12 arms (4) having a weight (5) at each end. Each arm slides in translation in two rings (6) connected to the plate (l) by supports (7). The plate (8) rotates   on the axis (9) mounted on the frame (3).   Each weight is connected to the platform (8) by a tab (10) and a flexible link (11).   2) Motor according to claim 1) characterized in that it   has an unspecified number of arms.   3) Motor according to claim 1) or claim 2}   characterized in that it comprises liquid arms.   4) Motor according to claim 1) characterized in that   the position and shape of the plate (8) can change.   5) Motor according to any one of the right claims of   modification and scope of operation preserved.