FR2832766A1

FR2832766A1 - Gravity drive for vertical endless belt consists of hinged metal blocks that act as levers on downward side of belt

Info

Publication number: FR2832766A1
Application number: FR0111266A
Authority: FR
Inventors: Georges Herbuveaux
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-08-30
Filing date: 2001-08-30
Publication date: 2003-05-30

Abstract

The drive consists of an endless belt passing round two pulleys (P1, P2) positioned vertically one above the other and equipped with a series of hinged metal (steel) blocks (5) measuring e.g. 300 mm long by 50 mm wide and 40 mm thick. On the upward side (A) of the belt the blocks lie flat against the belt, while on the downward side they swing outwards into a horizontal position and act as levers, exerting sufficient effort to keep the belt turning.

Description

BUT DE L'INVENTION : UTILISATION DE LA FORCE DE LA PESANTEUR COMME FORCE MOTRICE.

PURPOSE OF THE INVENTION: USE OF THE WEIGHT OF WEIGHTING AS A MOTOR FORCE.

MOYEN : COMBINAISON DE LA FORCE DE LA PESANTEUR AVEC CELLE - --- DU BRAS DE LEVIER. MEDIUM: COMBINATION OF THE WEIGHT OF WEIGHT WITH THAT - --- OF LEVER ARM.

DEMCNSTRATION EXPERIMENTALE CHIFFREE DU SYSTEME DU BRAS DE LEVIER. ENCRYPTED EXPERIMENTAL DEMCNSTRATION OF THE LEVER ARM SYSTEM.

ELEMENTS : 3 blocs en métal lourd (A. B. C. ) identiques en

poids et dimensions de longueur 100 mm, largeur 50 mm 1 épaisseur 40 mm, poids unitair 530 grs. Dessin 1/2 MONTAGE : Les 3 blocs sont disposés ccte a cête dans l'ordre A. B. C. Le bloc B placé entre A et C sera percé dans son épaisseur (40mm) et dans le sens de la largeur 50 mm d'un trou disposé dans le centre de sa masse, pour placer deux roulements a billes, dans lesquels passera un axe de 6 mm de diamètre d'une longueur de 150 mm.

ELEMENTS: 3 identical heavy metal blocks (ABC) in

weight and dimensions of length 100 mm, width 50 mm 1 thickness 40 mm, unit weight 530 grs. Drawing 1/2 ASSEMBLY: The 3 blocks are arranged side by side in the ABC order The block B placed between A and C will be drilled in its thickness (40mm) and in the width direction 50mm with a hole placed in the center of its mass, to place two ball bearings, in which will pass an axis of 6 mm in diameter with a length of 150 mm.

PREUVE CHIFFREE DU SYSTEME DU BRAS DE LEVIER - -- ---------PREMIERE OFERATION - - --- Les trois blocs sont disposes l'un contre l'autre ccte largeur (50 mm) a plat. Le bloc E avec l'axe, entre A et C. ENCRYPTED PROOF OF THE LEVER ARM SYSTEM - - --------- FIRST OPERATION - - --- The three blocks are arranged one against the other in this width (50 mm) flat. Block E with the axis, between A and C.

Les trois blocs seront maintenu solidaires avec un scotch placé sur les points haut de contact des faces superieures de façon a obtenir un bloc d'une longueur de 300 mm. The three blocks will be held together with a tape placed on the high contact points of the upper faces so as to obtain a block with a length of 300 mm.

On placera un axe de 15 cms de long dans le trou des roule ments a billes du bloc B. Pour montrer que l'ensemble sera en équilibre on soulèvera l'axe et l'on pourra constater que l'ensemble restera horizontal.

We will place an axis 15 cms long in the hole of the ball bearings of block B. To show that the whole will be in balance we will lift the axis and we will be able to note that the whole will remain horizontal.

DEUXIEME OPERATION : - ----- Cette constation terminée enlevons le scotch et fixons deux charnières, l'une a la base des blocs A et B, et l'autre a la partie superieure des blocs B et C. Les deux extrémitées de l'axe transperçant le bloc B reposeront sur SECOND OPERATION: - ----- Once this observation is complete, remove the tape and fix two hinges, one at the base of blocks A and B, and the other at the upper part of blocks B and C. The two ends of the axis piercing the block B will rest on

un point fixe et on enlèvera le support sur lequel repcse les trois blocs. A ce moment le bloc A, graçe a la charnière va prendre une position verticale et diminuera ainsi la distance entre l'axe du bloc B et le centre de gravité du bloc A. En meme temps les deux blocs A et B vont basculer vers le bas, grace au bras de levier (rapport 75/150) et avec une force que nous avons mesurée égale a une pesée de

510 grammes 1 CETTE EXPERIENCE PROUVE QUE L'ON peut utiliser la combinaison de deux forces : LA PESANTEUR associée au ERAS DE LEVIER pour - --- ----- -obtenir UNE FORCE MOTRICE. a fixed point and we will remove the support on which repcse the three blocks. At this moment the block A, thanks to the hinge will take a vertical position and will thus decrease the distance between the axis of the block B and the center of gravity of the block A. At the same time the two blocks A and B will tilt towards the low, thanks to the lever arm (ratio 75/150) and with a force that we have measured equal to a weighing of

510 grams 1 THIS EXPERIENCE PROVES THAT YOU CAN USE THE COMBINATION OF TWO STRENGTHS: WEIGHNESS associated with LEVER ERAS to - --- ----- - obtain MOTOR FORCE.

- -- ---L'INVENTION DECRITE CI-APRES est une machine utilisant les - -------- systèmes expérimentés ci-dessus et pouvant actionner un générateur d'électricité. - - --- THE INVENTION DESCRIBED BELOW is a machine using the - -------- systems tested above and capable of operating an electricity generator.

L'INVENTION EST LA REALISATION D'UN DISPOSITIF PERMETTANT l'utilisation de la force de la pesanteur combinée a celle du bras de levier. THE INVENTION IS THE REALIZATION OF A DEVICE ALLOWING the use of the force of gravity combined with that of the lever arm.

DESCRIPTION hématique chiffrée. Hematical description with figures.

Deux poulies de 30 cms de diamètre, avec gorge plate de 60 mm de largeur et rebord périphérique de 10 mm sur les 2 faces. Two pulleys 30 cm in diameter, with flat groove 60 mm wide and 10 mm peripheral edge on both sides.

Ces deux poulies devront etre placées verticalement l'une au dessus de l'autre, dont les axes espacés de 75 cms et munis de roulements a billes, reposeront sur un support fixe. These two pulleys must be placed vertically one above the other, whose axes spaced 75 cms and provided with ball bearings, will rest on a fixed support.

Ces deux poulies seront entourées d'une courroie épaisse permettant la fixation de charnières auquelles seront fixé des briques d'acier. (Dessin 2/2) Ces briques d'acier auront les dimensions indiquées dans le Faragraphe"Démonstration expérimer. taledu dispositif soit : longueur 300 mm, largeur 50 mm, épaisseur 40 mm, poids 530 grs X 3 = 1590 grs. Elles seront au nombre de 16. These two pulleys will be surrounded by a thick strap allowing the fixing of hinges to which steel bricks will be fixed. (Drawing 2/2) These steel bricks will have the dimensions indicated in the Faragraphe "Demonstration to test. Taled of the device either: length 300 mm, width 50 mm, thickness 40 mm, weight 530 grs X 3 = 1590 grs. They will be at number of 16.

Deux sero. tt inactives autour de chaque poulie. Two seros. all inactive around each pulley.

On aura 6 briques verticales et 6 briques Horizontales actives engengrant une pesée chacune de 2 fois celle mesurée'dans la démonstration soit 510 grs X 2 = 1,020 kgs et pour les 6 actives 6,120 kgs qui seront beaucoup plus important que les frottements a déduire de cette force qui permettra de faire tourner une dynamo. We will have 6 vertical bricks and 6 horizontal Active bricks generating a weighing each of 2 times that measured in the demonstration, ie 510 grs X 2 = 1.020 kgs and for the 6 active 6.120 kgs which will be much more important than the friction to deduct from this force that will rotate a dynamo.

Naturellement il sera possible d'auguementer la hauteur du dispositif, le poids et le nombre des briques pour obtenir l'énergie voulue.Naturally it will be possible to increase the height of the device, the weight and the number of bricks to obtain the desired energy.

Claims

DEVICE CLAIMS to rotate an element wound in an endless loop around two pulleys Pi and P2 arranged vertically one above the other, so that the element forms two vertical strands (A and D) respectively ascending and descending. When it turns on itself, this element carrying from place to place metal bricks (5) each articulated to the element by an articulation (6) which allows each brick to switch freely from one to the other of the two limit positions. one substantially vertical and the other substantially horizontal, so that when the element rotates on its own, the bricks which are on the ascending strand are vertical and those which are on the descending strand are horizontal. Thanks to the 6 lever arms of the 6 horizontal bricks the element will rotate with a force of 6,120 kg calculated in the shematic description. @ (Drawing 2/2) These bricks will have the dimensions indicated in THE DESCRIPTION

(page 3 line 15): length 300 mm, width 50 mm, thickness 9 40 mm, weight 530 grs X 3 = 1590 grs. There will be 16 of them, two will be inactive around each pulley. There will be 6 vertical bricks and 6 active horizontal bricks, each producing a weighing of 2 times that measured in the DEMONSTRATION, since the lever arm will be 300 mm long. We will obtain 510 grs X 2 = 1020 grs of thrust per brick, scit pcur les 6 a thrust of 6, 120 kçs which will be much greater than the friction to deduct and the force necessary to raise a brick of half a diameter of the upper pulley