FR2623265A1

FR2623265A1 - Force-multiplying operational drive device intended for all movable and stationary (electrical energy production) rotary mechanical machines

Info

Publication number: FR2623265A1
Application number: FR8715762A
Authority: FR
Original assignee: Individual
Current assignee: Individual
Priority date: 1987-11-12
Filing date: 1987-11-12
Publication date: 1989-05-19

Abstract

It demonstrates on the one hand the use of the principle of the knee joint, whose mechanical original feature is to produce, from a very small force, a very substantial progressive power, in this case, a pressure of one 5th of a bar at the driving pneumatic thrust cylinder produces a power of three bar at the crankshaft 5, this knee joint arm being replaced by way of experiment, by a thrust cylinder which is identical to the driving thrust cylinder provided of course with a manometer, with the crankshaft immobilised. 1 represents the support base of the assembly, 2 represents the first arm of the knee joint, 3 its fixed point of pivoting on the base, 2 bis represents the second arm of the knee joint, 2 ter represents the axis of pivoting of the knee joint, 4 represents the crankshaft, 5 represents a crank, 3 bis represents the axis of pivoting between the shaft of the pneumatic thrust cylinder 6 and the force lever 8 having its fixed point of pivoting on the support 3 ter, the thrust cylinder on its side having its support 13 at the framework 7, 9 represents a roller fixed by a curved support 10 to the upper part of the branch of the knee joint 2. 11 represents the compressed air inlet to the thrust cylinder. It is very important to note that the stroke of the thrust cylinder (in this case) is only 18 cm, compared to the stroke of the crankshaft which is 34 cm from one neutral point to the other.

Description

Dispositif d'entrainement fonctionnel,multiplicateur de force, destiné à tous les engins mécaniques rotatifs,mobiles et immobiles(production d'énergie electrique).Functional training device, force multiplier, intended for all rotary, mobile and stationary mechanical devices (production of electrical energy).

Par les dessins annexés,donnés à titre d'exemple ,non limitatif d'une des formes de l'invention,il est démontré d'une part,l'utilisation du principe de la genouillère,dont l'originalité mécanique est de produire une puissance progressive au fur et a mesure de l'écartement de ses deux branches,écartement provoqué soit par une pression manuelle,soit par une pression mécanique sur l'arbre reliant les deux branches.Par ces dessins il est également démontré deux autres moyens mécanique s dans le but d'amplifier la pression exercée sur l'axe,ou tout au moins à la partie haute de la genollillère. By the accompanying drawings, given by way of example, without limitation of one of the forms of the invention, it is demonstrated on the one hand, the use of the principle of the toggle, whose mechanical originality is to produce a progressive power as and when the spacing of its two branches, spacing caused either by manual pressure or by mechanical pressure on the shaft connecting the two branches. By these drawings it is also demonstrated two other mechanical means s in order to amplify the pressure exerted on the axis, or at least at the top of the knee cap.

(I) représente le socle support de l'ensemble, (2) le premier bras de la geDouillère,(3) son point fixe de tourillonnement au socle. (2bis représente le second bras de la genouillère(2ter) l'axe de toutillsannement de la genouillère (4) l'arbre à vilebrequins, (5) un vilebrequin. (3bis ) représente l'axe de tourillonnement entre l'arbre du verin pneumatique (6) :et::jie levier de force (8) ayant son point fixe de tourillonnement sur le support( 3TES) le vérin de son coté ayant son support au bati(7) (9) représente un galet fixe' par un support courbe (IO) à la partie supérieure de la branche(2) de la genouillère. (11) représente l'arri vée de l'air comprimé.(I) represents the support base of the assembly, (2) the first arm of the geDouillère, (3) its fixed point of journaling on the base. (2bis represents the second arm of the toggle joint (2ter) the whole axis of the toggle joint (4) the crankshaft, (5) a crankshaft. (3bis) represents the axis of journaling between the cylinder shaft pneumatic (6): and :: jie force lever (8) having its fixed point of swiveling on the support (3TES) the jack on its side having its support to the frame (7) (9) represents a fixed roller by a curved support (IO) at the upper part of the branch (2) of the toggle joint (11) represents the arrival of the compressed air.

Avantagea de cette invention:
Son extrème facilité de fabrication.Advantage of this invention:
Its extreme ease of manufacture.

sa puissance pratiquement illimitée par le fait qu'une pression de UN
CINQIEME DE BAR au vérin produit une puissance au vilebrequin de TROIS
BARS ce qui représente une multiplication par QUINZE de l'effort moteur initial, ce qui est démontré aux expériences en remplacent lee bras de la genouillère (2bis) par-un vérin identique au vérin moteur,muni bien entendu d'un manometre.its practically unlimited power by the fact that a pressure of ONE
FIFTH BAR to the cylinder produces a power to the crankshaft of THREE
BARS which represents a multiplication by FIFTEEN of the initial motor force, which is demonstrated in experiments by replacing the arm of the toggle joint (2bis) by a cylinder identical to the motor cylinder, provided of course with a pressure gauge.

Et ce qui démontre en mème temps la possibilité d'un mouvement AUTONOME du fait que la puissance obtenue représente quinze fois l'effort moteur initial donc la possibilité de récupérer sa consommation
Enfin cette puissance est pratiquement illimitée en force comme en con sommation par le fait que cette multiplication initiale se reproduit selon le nomb re ie di positifm le second etant actionné par le Gain énergétique du précédent et -ainsi de suite Q noter que la course du vérin pneumatique n'est que de I8 Cm compara- tivement à la course du vilebrequin qui est de 34Cm d'un point mort à l'aut And which demonstrates at the same time the possibility of an AUTONOMOUS movement because the power obtained represents fifteen times the initial motor effort therefore the possibility of recovering its consumption
Finally this power is practically unlimited in force as in consumption by the fact that this initial multiplication is reproduced according to the number of positive di the second being actuated by the energy gain of the previous one and -so thus Q note that the stroke of the jack pneumatic is only I8 Cm compared to the stroke of the crankshaft which is 34Cm from neutral to aut

Claims

CLAIMS I Force multiplier functional training device intended for all mechanical, rotary, mobile and stationary vehicles (dwEnergie Electrique production) 2 Device according to claim (I) characterized by the fact of using a kneepad, whose natural origin in mechanics is to produce a progressive power as the distance between its two branches, caused by manual or mechanical pressure on the axis connecting the two branches.

3 Device according to claim (I) characterized by the fact of the use

thiol d'llevier de forci8ae the shape of a semicircle having its point

fixed journal on a base (3ter) fixed to the frame (I) and connected

to the rod of the pneumatic cylinder (6) one works being1 propelled by the

pneumatic cylinder and in contact with the roller- (9) to force the gap-

ment of the two branches by its effort at the top of the branch (2) (4)

represents the crankshaft according to the number of devices

first two actuated by compressed air cylinders to ensure

complete rotation of the crankshaft, the third being actuated

by the second and by connecting rod therefore by means of the first energy gain

and so on question. results obtained. in this case, the branch

(2bis being replaced by an itentic cylinder on the first 'and provided with a

pressure gauge, one pressure. of a 5th of bar to the jack. (6) produces a

crankshaft power 4 and 5 of THREE BARS WHICH REPRESENTS A

MULTIPLICATION BY FIFTEEN OF THE INITIAL MOTOR EFFORT