FR2585958A1 - Basic principle with mechanisms which can be mutually associated or dissociated for muscle-development and re-education apparatuses with additions of evolutive devices by means of couplings, adaptations and combinations - Google Patents

Abstract

A flexible means 1 passing in detour over a differential wheel 58 suspended by a shaft 40 has an automatic loading system 43 in a frame, has its two ends forced to pass between wheels, detour guides 7 for rolling up with the aid of its fastener 2 fixed through a slot in the rim of a disc or cam, with a smooth periphery or with a groove 3, supported by its shaft 17 having a ribbed or smooth end, in a framework 15, which assembly is hung on a post 87 on polyplanar rollers by the flexible means 1 passing through a wheel 25 pivoting in detour in a pulley block and detour wheels 504-55 integral with a tensioning slide 54. Tensioning and adjustment are achieved with a tie 30 attached behind the tensioning slide 54, this tie is connected to a winch 48 supported by the framework 15 containing the traction means 3. A casing 8 coupled via its extended shaft 5. The ribbed or smooth shaft 6 can turn epicycloidally about the ribbed or smooth shaft 5, fixed by the action at the top of the disc or cam 3 of the mass hung through the flexible means 1. The orthogonal position is indexed by pin 12 through the framework 15 which is itself fixed to the post 87 after adjustment by pin. A ribbed means 432 with pin, passing in the shafts 17, 5 and 6, couples with lever 433 and slide 589 on the shafts 17, 5, 6, making it possible, by a rotation, to restore, regardless of the action or direction of rotation which has given rise to it, a positive effort with the flexible means 1 in traction in the top position.

Description

 The object of the invention relates to a basic principle of associable or dissociable mechanisms for bodybuilding and rehabilitation equipment with evolutive devices by providing additives resulting from adaptations arranged thereon. It allows the integral muscular work of the human body, transformable with multiple combinations of movement devices, adaptations in many variants of machines and racks and goals, depending on the applications, see transportable light mannequins or devices on walls or posts functions of the invention. Apparatus, positive resistance whatever the direction of the movements that take birth, necessary to the muscular development and reeducation, with variable or continuous efforts. Arranged next to the anatomical axes of joints of the human body.

 In physical culture and rehabilitation the many materials required are generally large, high prices and complex for the movements requested, whether with variable or continuous efforts. Attempts to satisfy this need have so far failed with satisfactory means.

 The basic device or devices according to the invention eliminates these drawbacks by grouping all these possibilities of space, low price, and with a minimum of maneuvers necessary for its implementation according to the movements requested.

 The present invention thus relates to one or more devices (which will be described later), which employed in the general sense allows numerous applications, variants of machines, frames, provisions of applications with its combinations of devices and the additives evolutionary reported on these, allow the integral development of the human body, we can group a system with additives or very many, on the frame of a single machine to allow work, from one to several people on the same perimeter of machine.

Machines with variable non-limiting designs for
several soups of muscles or a single cu a party of a
^ zfflbre of the body alternately. Applications for
lightweight or non-transportable mannequins in a suitcase or
no and apartment machines, arms and mechanical jambs.

This invention according to its adaptation / is used in
kinesitherapy, in maintenance gymnastics, reinforcement,
bodybuilding, conditioning, in a cabinet, to
hospital, clinic, gym, private or
public, outside, at home, depending on the case in the water.

 The invention according to the following basic general explanation sets forth the unrestricted possibilities thereof.

une attache/(78) tixe Qvectouriiion tz} a chaque extremite du moyen de transmission d'effort (1) ou non ( si l'emploi d'un dispositif est simple ) passant avant sa fixation sur au moins une roue de détour à gorge ow plate ou autre forme, pivotante (22) de O' à 180- sur son axe et desaxeé (21) fia 6

ces sexage, peu:: etre aans un autre pianou suivant ia rig > ou les roues de détour (7) sont fixes1 ou plusieurs,suivant la direction à travers le moyen de transmission d'effort (68) prenant appui entre les différents coups de rayons respectifs à(ces)ou cette roue de detour (7) et le disque ou came (3) des efforts natrons à la demande du sens de rotation appliqué sur l'axe (17) de la roue (3) par l'intermédiaire de levier ou tons autres mécanismes.La fixation du tourillon ou autres moyens, ne sont pas limitatifs;sur une roue a gorge plate ou concave(3) ou came avec même genre de profil précité, le tourillon passe dans une fente qui posséde des arrondis de chaque côté d'elle, le moyen de transmission d'éffort (1) passant entre elle il ya cette disposition à chaque extrémité sur un disque ou came (3) ou pignon droit.( D'autres variantes de dispositions des roues (7) mobiles autour de la circonférence extérieur de (3) qui devient fixe et ou un levier ou mécanismes prend appui pour le mouvement seront decrits dans la description(ils ne sont pas limitatifs) .Cette roue ou cette came (3) permet de disposer sur son axe cylindrique ou cannelé ( leurs formes ne sont pas limitatives ) à sortie mâle (17) fig 6 ou femelle (150) fig 17, un levier (433) fig 26(qui peut posseder envice-vesa un axe mâle ou femelle, cylindrique ou cannelé de la même forme de l'axe n'est pas limitative et son moyen de fixation non plus)
La particularité d'utilisation de cet axe est caracterisé par le moyen de disposer un levier (433) ou manivelle à différents angles (fig 27) ou disposer un systéme a positions orthogo ales est intermédiaires ( fig 2) qui lui est caractérisé par le fait outil peut par l'intermédiaire d'une action sur au moins un axe (6) lui aussi, cylindrique ou cannelé( les moyens ou les formes et dispositions n'étant pas limitatifs ), prendre des positions dans l'espace différentes par rapport à la sortie de l'axe du systéme (5) et de (17) formant l'axe (4) l'axe (6) tourillonne de façon epicyeloldale ( ou suivant d'autres façons) autour de l'axe du systéme detraction restant fixe (4) fig 1 sans l'action du moyen de transmission d'effort (1) attaché au moyen producteur d'éffort (42) prenant ainsi la position désirée en l'arrettant par un tourillon (12) par rapport au support fixe (15) le détail des mécanismes avec variantes seront décrits aux figures 2-9-10-11-12-13-14-15-16-17-18-19-29-21-22-23-24-25-26 27-28-29-30-31-32-33.Elles ne sont pas limitatives. I1 ya aussi les roues à vis sans fin, 2 pignons droits formant par leur axe 90' entre eux deux mécanismes sont associés soit mécanismes de traction et mécanismes a positions orthogonales et intermédiaires et disposés sur une traversé (fig 22) avec pivot central sur celle-ci, avec des perçages en croix dans les deux plans à 90' suivant les entr'axes moyens des épaules, ou mobiles et réglables (fig 24) avec arrêts en position choisies par deux goupilles (414) fig 24. Ceux sont des tourillons, leur formes et dispositions peuvent être différentes fig 22-24 26-29-30-31-9-19-21.Les moyens de dispositions sont différents et ne sont pas limitatifs suivant les niveaux des axes d'articulations anatomique Les moyens de fixations dans tous les plans par rapport au besoins et aux axes d'articulations anatomiques (et suivant la nécessité de constitution de quelconques machines, ou applications en variantes seront décrites tout en étant pas limitatives ,sans sortir du brevet.) I1 peut aussi recevoir des mécanismes ou être monté sur d'autres constituants ainsi que de nombreuses variantes d'applications qui ne sont pas limitatives.The general principle of the invention object of the mechanisms that constitutes it is characterized by the fact that it associates by its nature its mechanisms between them to the discossie according to the variants of applications, gives different forms of machines by the possibilities which characterize One of the basic features is that some or all of the basic mechanisms are associable or dissociable with the whole of said patent allowing variations of applications or constitutions of machines to subsystems or mechanisms of applications depends on a means of transmission of effort (1) (wire, cable, chain, strap, universal joints, single or composite belt, simple or compound elastic system, the means are not limiting) with at least

a fastener / (78) affixes the view at each end of the force transmission means (1) or not (if the use of a device is simple) passing before attachment to at least one throat detour wheel ow plate or other form, pivoting (22) from O 'to 180- on its axis and axis (21) fia 6

these sexing, may be in another pianou following ia rig or the detour wheels (7) are fixed1 or several, in the direction through the force transmission means (68) supported between the various strokes of respective spokes to (these) or this detour wheel (7) and the disk or cam (3) of the natron forces at the request of the direction of rotation applied on the axis (17) of the wheel (3) via lever or other mechanisms.The fixing of the trunnion or other means, are not limiting, on a wheel with flat groove or concave (3) or cam with the same kind of profile, the trunnion passes into a slot that has rounded on each side of it, the transmission means (1) passing between it there is this arrangement at each end on a disc or cam (3) or spur gear. (Other variants of wheel arrangements (7 ) around the outer circumference of (3) which becomes fixed and or lever or mechanisms pre nd support for the movement will be described in the description (they are not limiting) .This wheel or this cam (3) can have on its cylindrical axis or grooved (their shapes are not limiting) to male output (17) fig 6 or female (150) fig 17, a lever (433) fig 26 (which may envice-vesa a male or female, cylindrical or grooved axis of the same shape of the axis is not limiting and its means of attachment no more)
The particularity of use of this axis is characterized by the means of arranging a lever (433) or crank at different angles (FIG. 27) or arranging a system with orthogonal positions that is intermediate (FIG. tool can by means of an action on at least one axis (6) too, cylindrical or grooved (means or forms and provisions are not limiting), take positions in space different from the output of the axis of the system (5) and (17) forming the axis (4) the axis (6) rotates epicyeloldally (or in other ways) around the axis of the remaining tear system fixed (4) fig 1 without the action of the force transmission means (1) attached to the producing means (42) thus taking the desired position by stopping it by a pin (12) relative to the fixed support (15) details of the mechanisms with variants will be described in Figures 2-9-10-11-12-13-14-15-16-17 -18-19-29-21-22-23-24-25-26 27-28-29-30-31-32-33.They are not limiting. There are also the worm wheels, 2 spur gears forming by their axis 90 'between them two mechanisms are associated either traction mechanisms and mechanisms with orthogonal and intermediate positions and arranged on a traverse (FIG. 22) with central pivot on the one with cross-holes in the two planes at 90 'along the middle distances of the shoulders, or movable and adjustable (fig 24) with stops in position chosen by two pins (414) fig 24. Those are trunnions , their shapes and arrangements may be different fig 22-24 26-29-30-31-9-19-21.The means of provision are different and are not limiting according to the levels of the axes of anatomical joints The fastening means in all planes in relation to the needs and axes of anatomical joints (and according to the need for constitution of any machine, or applications in variants will be described while not being limiting, without departing from the patent.) I1 can also receive mechanisms or be mounted on other components as well as many variants of applications that are not limiting.

They can be arranged in different places (fig 43) and others and on pivots fig 50-52 between pivots of the mechanisms, parallelogram, fig 52-58 carrying mechanisms to describe
They become followers following the movements necessary for different movements and also to allow a greater number of movements resulting from physical culture and mechanics. These movements, displacements can be made, because the efforts on the wheels of detours, carrying the cables are carried on axes of mechanical joints with geometric linker. It is only when a rotational movement is born in any direction, that a force becomes resultant and positive, whatever the direction of rotation which gives it birth on the axis of the system of traction Variations of applications will be described and are not limiting without departing from the limits of said patent. According to variants of applications is characterized, in particular in follower mechanisms in an example of application is at least one branch of parallelogram, made with fig 47 fixed arm fig 50 or telescopic fig 52 mounted between pivots carrying systems of pulls see figs in variants.Such follower assemblies are characterized according to a mounting or parallelogram is in a 90 "plane with respect to at least one post fig 43 vertical (or in any other plan according to the need for design) or is in a fixed position (or mobile) a traction system with orthogonal and intermediate position systems (or not) according to the variants in applications) allows a lateral adjustment fia 50-52 by keeping the assemblies parallel and arolts among them in all / plans. Or also together mobile systems on a pole fig 46
Characterized by the fact that the arm allows movements without effort, the parallelogram arm being in equilibrium by spring or gas cylinder, or other non-limiting means during the movement of the arm, but the means of transmission of forces does not suffer from actions duent to the pulling systems. The points where are the pivots and detour wheels being on geometric places of the assembly. However, we can act on the output axis (5) or (6) or (17) of a mounting or two partners on both sides of a mounting, differentially and have the angles taken by the levers1 of the resulting and proportional efforts following the intensities that will be available on one or the other of said levers. Nevertheless the displacement of the follower arm, carrier of the mechanisms of traction and orthogonal thus to their mechanisms and other additives.Suivant the nécéssité of the movements requested, this in right and in the axis of the joints of the members of the human body. These mechanisms maintain either a perfectly vertical position somewhere / in the space that takes the parallelogram arm (s) carrying means of transmissions of efforts on both sides, and mechanisms. Arm variants exist with the passage of the force transmission means inside the profile, or also with a single bar on their end of articulation of the wheels, or is at their periphery attached cables. The variants of the arms that exist are not restrictive. An inclination of the mechanisms according to need is preserved during the displacement this is achievable by pin-indexable holes. Mounting variants with additives on crosspiece fig 50 journalling on a central pivot with vertical axis , horizonta
from top to bottom, oscillates laterally. Variations according to their assembly and design will be described without being limiting to their applications. Depending on the desired adjustment means, the application variants for the construction of machines and other provisions will be described without being exhaussive without departing from the limits of said patent.

the intermediary mechanisms that become followers including parallelogram branch and the like, carrying orthogonal and intermediate position tractive and system systems with their variants and their means of implementation included between the pivots (619) and (278) become integral next applications and variants of filing said patent. Pivot mechanisms can be associated side by side or at a distance, from the same force transmission means or others constituting a machine. Or particular applications of all the ways to associate with each other. other functions include: small apartment machine fig 47-48-50-53 and portable or demountable mechanical dolls or mannequins that can be arranged in a suitcase fig 78-79-80, mechanical arms only fig 80-81 mechanical jambs only part of fig 80
AND 81 small gymaastic machines, especially for slits, rotation of trunk with flexions, lateral slits, squat etc ...

Fig 53 universellfig 58 squat machine, fig 76-77-78 universal chair, flat machine in a suitcase. All variants of applications and adaptations can be made, all as the modifications of the assemblies described in said patent are not limiting and can be executed and performed only by the applicant without departing from the limits of said patent filed.

Between the means of transmission of effort (1) at a certain place is supported on this means, a detour wheel characterized by its differential action (58) fig 1 resulting in a rotation action with different angle on the traction system at will (8) about their axis (5) at both attachment ends of the endless power transmission means (1).

 Another feature is that a wire (29) is attached to one of its ends by a pin in any other way they are not limiting to the support, forming a mounting for the differential wheel (29) (it goes a moven or Pas- depending on the - - transmissioneffort7applications resulting from the variants of the arrangements and systems for causing tensile force on the force transmission means in many ways (elastic, adjustable air cylinder, adjustable oil, elastic systems of the "Rostat" type of the trade put into action by wire or by cane against a lever carrying a roller coming in its axis on the elastic system by compression of elastic bar, by traction on bungees. Variations of applications will be described while being not limiting and without departing from said patent.) A force transmitting means (29) is attached at the other end to a trunnion (59) before being attached to the periphery of a disk or cam (32), passes in detour on a wheel (205) arranged and mounted idle on a trunnion (31) with at least one bearing screwed to the frame for fixing the lateral detour wheel (32) on the periphery of the disc in its low position and fixed the trunnion, a slot is executed with hole allowing the fixing of the trunnion and the passage of the wire (29) in the slot the disc (32) door attached on its axis (33) between bearings fixed to the frame (1077 ) Fig 46 an arm (34) integral with the disk (32) or cam (32) which rises or falls following the rotation of at least one wheel (3) or is attached one of the two ends of the force transmission means endlessly via their trunnion (2) possibility due to the differential position (58) the feature of this arm is its movably associated by its attachment (40) to a tray (43) .The resulting effort of this association results from progressive and variable conjugated actions according to the angle of rotation of the arm of lever (34) integral with the cam or audisque (32) and possible settings on the lever arm (34) having holes (35) fixed or variable distances another feature is that the attachment to the tray (40) by relative to the lever arm (34) is effected by means of a sliding tube (38) on a post attached to the arm, with the same hole spaces on the lever arm (34) facing the same arm of the ground or elsewhere to perform additional load adjustments from the same weight without holes (or with at least one hole) having at least one ear for gripping the weight (63) by the play spaces the choice of the value of the different forces exerces is determined by the fixing of touroullon (36) in the holes of the lever (34) and tubes conlissant (38) these spaces to increase or decrease with the same weight the traction force on the means of effort transmission connected by the intermediary ire mechanisms with support or action of limbs, arms, legs, trunk, hands, feet, head. Any action inssue of the fluted axis or is disposed the lever carrying additives allowing to give rise to the resulting effort according to the characteristic disciption of the principle. The orthogonal systems worn at the ends of arms (FIG. 19) through vias (FIG. 20) of said assemblies that can receive options, additives, evolutive systems for muscles or groups of muscles, and other systems characteristic of said invention.

Seat with pre-adjusted (Fig. 36 to 42) or automatic (Fig. 76) positions can also come to the end of the splined axes of the orthogonal mechanisms or traction systems of the arm additives, compounded according to the desired movements (Fig. 52). orthogonal or the systems of traction or the two together, can be fixed by everything, to enter the constitution of machines specific to certain movements. Their numbers, following the variants (fig 30-31-43-53-54-58-55-80) are not limiting
They can be used alone in any way, or their usefulness is justified, on a wall, between walls, between ceiling and ground, on ground, on a door arranged in different ways, in different planes, crossbars, diagonals, on a bench. physical culture, as one or more variants (fig 51-58-62-76) non-limiting light machines and medium weight.For uses in apartment, outside, anywhere or its use is possible. In particular by supporting an automobile or other gear of the kind. The tension and adjustment of the force transmission means (FIG. 7) results from the position of the traction mechanism (FIG. 1) and orthogonal mechanisms (FIG. 1) and (56) depending on the need for movements or positions on machines. by means of a winch (remote) or mounted on the orthogonal mechanism (fig 2) or traction mechanism carrying a lever, or additives (fig 43) according to the mechanisms put in association said trevil can perform tractions and settings from the front, or sides with detour wheels from the wire attached to the back of a slider (54) in translation by traction on the machine frame (fia 46) Sleeping the Divoting wheels and the fixed mechanisms necessary for adjustment mechanisms or differential position / movement and attachment of weights. According to any variant, the adjustment and the tension can be carried out with a detour wheel or mechanisms (FIG. 54) bearing inside the endless force transmission means (FIG. a movable slide fixed in position by pin (fig 55-54) the adjustments of tension, adjustment are not limiting.

of enumeration
The invention will be described in detail with reference to the appended drawings as non-limiting examples and in which:
The present invention described are the mechanisms according to the basic principles characterized with respect to the possibility of moving the mechanisms remotely associable or discosable between them for progressive devices bodybuilding and rehabilitation and maintenance, allowing by conbinations and adaptations of machines with different builds making them followers for multiple uses of services and goals according to adaptations and uses.As examples of many variants will be described and in no way limiting are on which:
Figure 1 is a perspective grouping some of the external mechanisms of their conception of the basic principle that includes variant numbers when the principles of mechanisms and adaptations without departing from the said invention.

 FIG. 2 shows in isometric perspective with two straight diverting rollers, the devices of the traction system coupled to the orthogonal and intermediate position system made follower with a height adjustment winch and able to slide on a pole.

 Figure 3 shows a perspective "iso" the device of a system with automatic loading with variants.

 FIGS. 4 and 5 show the design of a drill or weight included for loading the receptable of FIG.

FIG. 6 represents an "iso" perspective of the device of the associable and adaptable tensile system without support
FIG. 7 represents a cross-sectional view according to the "iso" view fig 8 of the detour wheels for whatever the direction of the force transmitted by the cable, allows the passage of the cable (1) or others towards the system traction.

 Figure 8 shows a perspective "iso of the section of Fig 7 with its possibilities including those of fasteners.

 FIG. 9 is the cross-sectional device of a first non-limiting embodiment of the traction systems coupled with the system with orthogonal and intermediate positions (the positions are given as non-limiting examples fig 20-52). -54-56-76) with bearings on posts or horizontal or oblique crosspieces.

 FIG. 10 is a front elevation of the two coupled systems of FIG.

 FIG. 11 represents the view from above of the two systems coupled according to the transverse torque of FIG. 9.

The device of FIG. 12 represents an itevatzo view of one of the variants of the bearing on columns, horizontal or oblique crosspieces possible with more precise coupled systems, for example, sleepers supporting these systems, plus adaptations of evolutive systems and the like on the whole. made follower
Figure 13 and a top view with partial section according to the elevation view fig 12.

The device of FIG. 14 is a view from above with partial section on a square tube of the shapes of the part which
They are non-limiting and allow the slider to stop with a pin in position of the two aforementioned systems associated or dissccied.

 The device of FIG. 15 alternatively represents a transverse pair of the traction system coupled with the system having orthogonal and intermediate positions with a rolling device on which a bar or all systems and other evolutive devices can pass. The disc or cam (126) (3) with different diameters can be changed quickly depending on the force required, and if cams are available, islands can be studied with a profile according to the muscle, or the group of muscles, or limbs considered the cams being symmetrical in profile to the right or left along its vertical axis or asymmetric for variable effort.

 The device of FIG. 16 is the top view of the cross-section FIG. 15 with the means of openings of the support frame of the device for the change of the disk (3) (126) or cam. With trunnion positioning '12) or t1: 36) according to the choice of the orthogonal or intermediate position of the axis (6) chosen.

 The device of FIG. 17 represents an adaptation variant in plan view with partial section of a horizontal or oblique cross-member showing the possibility of disconnecting the aforementioned systems from each other and the possibility of directly adapting a lever arm with an axis. fluted male in the female part of the hub remaining bare (150) or any other evolutionary systems. In particular arm (177) or orthogonal and intermediate position system.

 The device of FIG. 18 represents an adaptation variant of the combination of several other variants without thereby departing from said patent. In plan view with partial cut, bearings on posts (125), with possibility of passage (142), adaptation of (15) or (180) or (177) and (127) or (8) or (162) on ( 138 and 137 and 141 and the rest of the assembly) or for example the evolutionary systems are not limiting.

but additives dependent on the basic principle fig 56 and fig 57 by (619 and 116) one of the device according to the invention of Fig 19 shows in cross-section an extension variant between the two aforementioned systems with lateral adjustment of coupled systems, arranged at a distance from one another rigidly. Or are fixed all the evolutionary systems notably between pivots (619) and (278) or (282)
The device of FIG. 20 represents a frantal elevation of the two aforementioned systems in FIG. 19 with crossbar (180) for adjustment of the lateral arms (177) and with holes for passage of the pivot (619).

 One of the device according to the invention variant fig 21 of the system with orthogonal and intermediate positions, and a particular Hebson seal with sliding on a plane 45 "to arrange the axis (221) in the position of employment frontal after locked in position by (208) and (233).

 The device of FIG. 22 represents a variant according to the invention in a top view of the crossmember allowing the traction systems alone to take orthogonal positions above, in front of, behind, the axes of anatomical articulations: below and above the human trunk, the pivot (312) allowing its attachment as a follower system, on one of the ends of the two pivots of a parallelogram arm system movably connect to the machine frame supported by a pivot or are arranged the wheels detour between the endless effort transmission means of the general system of the basic principle.

The device of FIG. 23 represents a left-side view with partial section through the center of the orthogonal pierced axes in the cross-member with its pivot of the above-mentioned sight FIG.
The device according to the invention FIG. 24 represents an adaptation variant of FIG. 22 and or by means of an arm adjustable laterally (408) are stopped in position by a pin (414) in order to accommodate the thickness. of the human body or the head away from the pivot attached to the other mechanisms of the invention.

 The device according to FIG. 25 represents the left view with section according to FIG. 24 making it possible to observe the offsets between the various axes, pivots and crosspieces.

 One of the devices according to the invention and the use of the traction system with diverting wheels by their orthogonal axis arrangement to take different planes according to Fig 26-27-28.

 FIGURE 26 shows a cross section of the cross member, the side adjustable arm and the arrangement of the traction system and the lever.

FIG. 27 represents the front elevation view according to FIG. 26 where the detour wheels, the cable tie, the directions of rotation of the disc (3) with axis (448) and its lever (433) are observed.
Figure 28 shows the next top view 26 and 27.

One of the devices according to the invention alternatively represents the possibility for the traction systems to be able to take positions in different planes by removing the coupling system which holds the mechanism, to choose another position in another plane and to reset the position. Pinning system Fig 29 in front elevation, Fig 30, cross section follows Fig 29, Fig 31 top view according to Fig 29 and 30.

 One of the device according to the invention according to FIG. 32 in plan view with cut is a variant with the possibility of? communicating the movement between the remote pulling system through a variant of orthogonal and intermediate position system from a crosshead with pivot where there is a slider forming the arm receiving the system with orthogonal and intermediate positions designed from universal joints, movable in a box with cover for positioning the axis (270) in the desired plane. As the intermediate angle by the positions in (260).

Figure 33 is the side elevational view as seen from above with section 32 showing the general arrangement mentioned in fig 32
Figure 34 is a variant of the device of the cardan shaft for the adaptations of evolving or any systems.

 Figure 35 is one of the variants of the device of the cardan shaft for adaptations of the evolutive systems and any and also in the adaptation of the rolling gimbal and how to adapt the male axis of the lever arm (433).

One of the variant evolutionary devices according to the invention is the use of a carried arm or follower according to FIG. 36 in schematiquellateral elevation. The seat or bench is carried by the free end of the parallelogram arm valid for all the positions of the seats via the arms (177) traction system is orthogonal system, intermediate or a disposition, holes and axes and Adjustable system of inclination allows according to the hinge axis considered GU not to support the bench carried. In Fig 36 the position of the joints of the shoulder, on each side the axis
in (1) or (5), / end of arm the orthogonal and intermediate position systems
One of the provisions of one of the evolutionary device variant according to the invention fig 37is the arrangement of the bench or seat relative to the system with orthogonal and intermediate positions, system above the axes of the shoulders, hips.

 One ôes provision of one of the evolutionary devices variant according to fig 38, here is to represent a pivot foot that can be adapted to all the provisions of the figures with rest or ground. Figure 38 orthogonal and intermediate positional systems without arms, shoulders and elbows.

 Figure 39 system with orthogonal and intermediate positions behind shoulders.

of Figure 40 system with orthogonal and intermediate positions each / side axis of the knees or shoulders or hips, ankles, front legs.

 Figure 41 orthogonal and intermediate positional systems above hip joints and under shoulders, below elbows the seat is follower and carried by movable slide (118) (117) (116) (115) (15) (177) and (484) this arrangement is valid for all applications of seat positions or other adaptive scalable systems.

 FIG. 42 shows the axes of the positions on the seat allowing all possible combinations of positions with respect to systems with orthogonal and intermediate positions or other systems. They are not limiting.

 Some of the devices to be associated in variants according to the basic principle which is the subject of the invention makes it possible, by combinations and inputs of evolutive and other systems, to arrange a machine arrangement, FIG. 43, or in particular the traction systems associated with the systems with orthogonal and intermediate positions, always remain parallel. between them in all planes according to the setting or spacing of these. The device for adjusting and tensioning said systems is carried out by means of a winch mounted on an orthogonal system, and that these associated systems move / on the columns by rolling with the aid of bi-plane bearings. The weights are arranged in an adjoining receptable. a differential fixed on him, the voltage system being guided by a slider sliding on a cross member of the frame; on this frame is all the follower systems between the two pivots of at least one parallelogram arm to another it is possible to move the systems (8) (15) (3), and arrange them on crossbar with pivot on parallelogram arm. The possibilities of cobinizations and adaptations are not limiting between the association and the dissociation of the mechanisms which are the subject of the invention with each other.

 One of the devices according to the invention of the basic principle fig 44 perspective "iso" makes it possible to arrange the axes of joints of the body, in particular of the shoulders, when it is placed on it just opposite the orthogonal axes (5) and (6) whatever the plans chosen on all the places of the shoulders.

 One of the devices according to the invention of the basic principle fig 45 perspective "iso" allows to arrange the axes of joints of the knees in front of the axes (5) or (6) and between them alternatively it is possible to adapt on a position for elbows, arms folded, these systems are not limiting.

 Some of the devices associated in variants according to the basic principle of the invention is an adaptation variant or the arrangement of the machine fig 43 while retaining its advantages, in terms of how to cause a combined effort from lever with the receptable and also the way of arranging the diffrenciel inside the wire (1) while having the adjustment in position of the associated systems and follower as well as the tension of the cable.

 Some of the devices associated in variants according to the basic principle object of the invention allows, by combination and contributions of evolutive systems and others, an alternative arrangement of application of machine fig 47. Notably between pivots is at least one parallelogram arm with crossbar on one of the pivots or are permanently fixed traction systems or from the axis, (270) it is possible to adapt evolutionary mechanisms objects of the invention, the differential is between the endless cable (1) ) and attached to a movable lever bearing from an axis (615) by means of a roller (614) against a slide plate (637) or is imprisoned rubber bars hardness different schore (613) in sandhwich between a plate (612) fixed on one of the sliding arms of the parallelogram thus allowing a choice of different forces according to the hardness schore and the resulting distances from the drilled holes (618) on the levie r (616) the system and disposable immediately behind the traction system. The holes in the frame (623) and (620) allow to arrange the machine in all the positions between walls, between ground and ceiling places not not limiting with adjustable spacers or systems allowing the positive hooking of the bracants (655) (529). Erect when in place, work at the chosen position. a tension of the cable being obtained by tensioner (533).

 Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by combinations and application of evolutive systems (and others), to provide an alternative embodiment of the machine frames fig 48. In particular between pivots there is at least one parallelogram arm or the wire (it passes in detour on geometrical places of one of the arms.ce which allows all displacement of the follower systems without parasitic forces on the cable, except if one acts on the systems of traction or systems with position orthogonal and intermediate cable feed arrangement (1) is realized either by the variants fig 26-27-28 or fig 29-30-31 or other systems.They are not limiting.The weights are arranged above a pivot supporting the total body of the machine, A variant of possibility to produce a force is achieved by means of a lever (598) with roller (595) resting on an elastic element "trade component" am "Rosta" type with support rod, a tensioner is located between the cable (1) and the differential (592) inside the cable (1) the elastic constituentsor different resistances, the crossbar (307) can pivoting on (312), (281), (591) and (603) and parallelogram arm attachments (555) and (528) enable fixed position work of the entire assembly.The pivot (603) allows in particular lateral movements and in other planes through the intermediary of at least 1 fixed parallelogram arm between its articulations or sliding, for use for example in front slitsSlateral squat, traction for backbones, different places of the fastener by the arrangement of the cable (1) holes (578) and also (579) for the tube passage with fixation in (603) or in (575) allow to use it anywhere. The equilibrium of the arm with its follower systems and to realize from spring or gas cylinders, the equilibrium systems are not limiting the tension of the cable (1) is carried out by tensioner (600) (In a variant the cables can pass inside the tube on detour wheels on the axes of geometric joints) The devices are not limiting.

 FIG. 49 shows the non-limiting disposition detail of the common arms in FIG. 48 and FIG.

Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by means of combinations and supply of evolutive systems (and others), an alternative arrangement to the application of the machine FIG. , one of the differences lies in the production of the effort. The cable (1) passes on wheels of detour or right of the axes geometric indifferently. On at least one of the arms of the parallelogram.A bar or is attached a differential forming wheel, has on its other side attached to one end of elastic bungee cords different resistance attached by other end to a second bar secured to one of the arms Parallelogram on the top or the bass The device or system of traction is on the back of the crossing or front. with pivot in remote relation on the front of said cross or fits either a cardan box with orthogonal and intermediate positions with the possibility of adapting any evolving systems and others. The traverse follower systems (277) are pivotable about the various pivots (278) (282) (284) and (553) and parallelogram arm attachments. On one of the pivots (583) there is a disk (3) or system of traction, the diverting wheels (7) being fixed to the base (588) the cable (1) being extended through the resilient elastics bungee (549) and the differentiator (544) or (58) the tension being
One carried out at rest by the tensioner (533) / other characteristic is the possibility of the automatic loading of the weights or pigs and the possibility of lifting, or running of the cable (1) according to its attachment and use by (584) and (575) and their fixing by (574) the equilibrium of the systems is effected by springs or gas cylinder (534) or other non-limiting balancing system.

 One of the non-limiting variants of FIG. 51 applicable to the alternative arrangement of FIG. 50 already described is characterized by the resident possibilities by drilling in all planes of the feet forming bosses. We can pass bars for rigid attachment of the mini machine in all places where it is possible to do either adjustable bars or additive systems adaptable to the bosses or soles.

Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by means of combinations between them and contributions of evolutive systems (and others), an alternative arrangement to the application of machine housings and mechanisms fig 43-47-50 . According to FIG. 52 it is characterized by the application of the system for lifting weights according to a variant in FIG. 3. The variant of layout in application is also characterized by a system for the work of the tibial ischios and other parts of the body with ( 654) (651) (3) (7).
With at least one roll-mounted roller (654) it can be applied directly to (433) and (633) and can be used for other weight-lifting purposes (at others.) Another feature, between the pivots of at least one parallelogram arm is disposed a vertical pullout system (7-9-672) or fig 8 its fixation can also be done on (279), the traction system in this application has only a detour wheel pivoting (22) on a lower pivot of a parallelogram arm is fixed a traction system allowing combinations of movements the tension of the cable being performed at the meal by tensioner (533) and the equilibrium of the tracking system by (531)
Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by combinations between them and contributions of evolutive systems (and others), an alternative arrangement to the application of machine housings FIG. 52 according to FIG. preferential embodiment the frame is removable by means of hollow sleeve, or molten tube with two screws at each end located inside the tubes, tees, elbows, crosses, and other sytémes or mechanisms these sleeves can also be welded on the central pole or put energetic (or other means) and the other end serve as a tightening tie on a tube or other. They can also be used for the design of the parallelogram arms or any other bracing mechanism, for example the means of use being not limiting the accuracy being related to the toleranced length of the assembled elements, but while allowing length or rotation adjustments The tubes may be round section or other forms of sections. Full porties can accommodate hollow and split sleeves (welded, screwed, ect ...) and tubes or others can make the connection.Another feature mounted in the hole of the pivot (278) systems evolutive (678) (or other) and (677) fixed by (685) and freely rotatable in (278) allows movements, slits, trunk rotation, etc., and also via (284) (299) (282) (619) ) and the axes of articulation of at least one parallelogram arm the detour wheels are pivoting (25).

Some devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by means of combinations and contributions of evolutive systems (and others), an alternative arrangement to the application of the machine frames fig 43 -47-48-50 52-35 and voltage fig 43-47. According to FIG. 54, one of the alternative features is the design of the square tube frame - --------- where - or other hollow / solid section shapes of at least one upright (707) with return for tension and guiding arrangement with adjustment of pedestals (711) and upper transom -688) likewise the possibility of having at least one parallelogram arm by (619) and (662) or other .Another characteristic is the system of voltage variant in FIGS. 43 and 47, the voltage systems being not limiting to the examples cited, a characteristic is the provision of evolutive systems pulls high, arranges the bar (1070) can have a curved shape in the middle and draws low or other (1056) which can be fixed on (1060) or hinged on (1056), the peculiarity of (1070) is that one can pull the bar in a system either in front of or behind the head or elsewhere and of Rotate (1069) to continue another motion. The device allows the work of several muscle groups sequentially (step by step or step by step or alternatively) .The feature of (1056) is the possibility when pulling on the cable (1) or other, to perform a rotation of the hands by (1050) on the whole movement or at a chosen place, these hands (1050 and 1053) can be fixed in (1059) or articulated in (1056) thus allowing an amplitude of the movement and variations of applications another feature is that the guides (512) may be provided with a two-stage slide or other high density molecular weight filled polyethylene profiles in which a chain provided with free rollers (or others attached to the recptacle (45 and 42) sliding and sliding, instead of the chain may also be arranged a belt or part maintained or receptacle vice versa to the bar with form or rod etc ... The means not being limiting.One other characteristic ue to prevent the cable from dejanter guides, or rollers can be arranged on the wheel making prisoner the cable, The material used can be polyethylene, plastic, steel, cast iron, stainless steel
Material choices are not limiting. Sliding is parallelogram tubes for slipping, or rolling / respectively at the ends of -611) and (609) Sliding drums, see amenagee pebbles polyethylene or other matières.Les bracants (555) (528) are attached by (657) and (527) on (609) or (715).

 Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by combinations between them and contributions of evolutive systems (and others), an arrangement or an alternative to the application of the machine frame and the mechanisms of FIG. According to FIG. 55 characterized by the system of tension displaced from the frame (702) on one of the parallelogram arms (611), it is effected by detour wheels (700) mounted on a slider (701) sliding on (611), the cable (1) passing in turn of (665) then on (697) goes back under (above) (700) then goes on (608)! 753) (7) and the end (2) of the cable (1) ) is connected to the traction system (3) .Another alternative feature is a single attachment to the post (707) at (619) of at least one parallelogram arm and two diverting wheels (691) directly the passage of the cable (1) on the differential (58). Another alternative feature is the traction systems (1065) which has two rotating hands (1050-1052-1053), the parts (1065) (1051) being able to be dismounted to mount on other mechanisms and to have other lengths. Another special feature is the braces (555) (528) which are attached at (657) (715) (609) or (607) and the systems with orthogonal and intermediate positions (8) by (12) are laterally adjustable. by (181) and (182) on (180).

 Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by combinations between them and contributions of evolutive systems (and others), an alternative disposition to the application on the frame and the mechanisms of FIG. 54. 55 shown by the contribution of the system of Figure 18 can be arranged all system on him and those of Fig 19, a winch adjustment systems, the disposition of the detour wheels on (180), the possibility by slider (741) and diverting wheels (706) for drawing by (1061) which allows in a combined way forearms, arms, triceps, backs, shoulders, etc. of a system (1080 ) with (1064) allowing by pulling up or down the conjugated work of muscles. A system (1152) allowing the work of legs and calves, forearm triceps and others. As an alternative to the draw systems (1061) the bar without (1050) between the ring journal with a larger diameter and arranged on each side and the periphery with adjustable supports and padded, allows being maintained on each side of the head work of the neck of the muscles of the back, abdominals by drawing in (1063) if one screw on each side a rod and that one attaches both ends of the cable (1) with the arms above or below the bar. We work, the back, the size of another way.

Some of the devices associated in variants according to the basic principle object of the invention allows by combinations between them and contributions of evolutive systems (and others) an arrangement in variants to the application of the machine frame and the mechanisms of fig 56. According to Fig. 57 characterized by the traction system fixed by the pivot (619) on the slide (118) and a second pivoting traction system (619) supporting the system (680). Another feature is a straight pull system, for squat and high pull or low push and low draw, Next attachment point. Has the particularity of having via the cable (1) attached to the arms of levers formed between each articulation, in their plane in a straight line with respect to said articulations.These lengths have the same dimension between either (721) and (527) between (527) and (657) or between (527) and (725). Attachment to polyplan rollers, slide in its rail to obtain a displacement taking place on a straight line in both the vertical and horizontal planes of the points (721) and (725) see arrow (732) and (729). All other aforementioned or evolving systems able to adapt to the machine from the pivot axis (619) of the traction system up or down
Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by combinations between them and the contributions of evolutive systems (and others), to provide an alternative embodiment of application among other mechanisms, that of a straight pull for squat as a universal press. .Next figure 58 "universal press" one of the characteristics of the machine, are its provisions is the frame, designed light (or heavy) with the distances of the levers arms equal to each other by considering them in their plane and in a straight line by relative to the axes of their joints (1138 and 1107) (1107 and 1095) (1107 and 1083) these said profiles being doubled and forming parallelogram which allows for all that will be fixed on the end (1085) to also obtain a straight line, for example the system with orthogonal and intermediate positions coupled to the traction system. These systems being fixed on a slide with double rods (or other) means allows a lateral adjustment. Stopped in position by a pin next to the holes drilled (lus3) in (1164) .A second end of the parallelogram is fixed a support system of a certain dimension (with adjustment according to another non-limiting disposition) or also can to dispose of many disassemblies these being not limiting for different uses). This end serving in the present case of support is held at the same time on one of the geometric axes of the system (1095) on polyplanes (1096) sliding in a straight rail serving as a guide to the displacement of the entire system (1125) the rod (1138) rod (1100) being fixed in position to the frame placed on the ground (1131). For the different positions of the press work, it is the point (1095) that is moved in the desired direction and that is stopped in position by means of a pin (1133). A seat sliding on (1125> and (1116) with a system of tractions fixable at different points by means of rapid means at the seat, similar to Figures 59 to 77. It has a means of adjustment in rotation relative to its vertical axis and inclination, it possesses means the means (1111) on (633) can be used for other purposes.The diverting wheels used for the transmission of force by flexible means are located on the geometrical places the thrust exerted on the bar (1082) allows the point (1095) with (1096) to serve as a guide, the resulting force being transmitted by the flexible means on axesgéométriquesou other (it can be variable if the has cams, medium flexible ~ attached to the periphery of these) .The receptacle with p oids (or other means of production of efforts) has on it a differentiating diverting wheel for the passage of the flexible means (1) it is held on the bar (1095) by a sliding sliding bearing means or any other. The parallelogram system is connected for consolidation (1103, 1104, 1105) and journals (1159, 1162, 1158, 1160) for use at variable locations. Bracers (555 and 529) are used for work with fixed positions after adjustment in (1095) by (1163) and others, the possibilities of employment and adaptations are not limited to the aforementioned means.

Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by means of combinations between them and contributions of evolutive and other systems resulting, by adaptations of said patent, from an alternative arrangement of application between its mechanisms for their use according to FIG. to 62. One of the characteristics is to have by a quick means a traction system only at a place, or a traction system coupled to the system with orthogonal and intermediate position to a post, the means are varied and not limiting
They can have stationary parkings positions with fixations in positions by means of stops that are not limiting. One feature is the use of mechanical arms formed with (433) with (7-3-2-1-785-786) slightly different layout to those of Fig 78 and 80. This arm has multiple uses due to its function and its adaptation variants that are not limiting. Flexible means attached to an elastic means or other example type "Rosta" can be obtained different efforts depending on the location of attachment. Distortion wheels allow the direct attachment of (1) by (2) to (3)
The device with automatic loads is at the back it can be arranged at another right with other means, the bench is adjustable and is suitable for the disposition opposite each anatomical axis of the human body. Traction and other systems are also available under the bench (it is also possible to fix them on it by the means already stated). The tension of the flexible means of the transmission of effort is realized by tensioner (788) or other means. The frame is either a block or removable (758) or (761).

 Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by means of combinations between them and contributions of evolutive and other systems resulting from adaptations of said patent, an alternative application provision between its mechanisms for their use. According to fig 63 to 67 the peculiarities of adaptations including the combinations starting from the same sleepers (armrest, transverse transverse crosspieces, oblique crosspieces). The arrangement of traction and other systems facing all planes around the axes of articulations of the human body on a body or frame forming machine in seat, chair, bench and others.

 Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by means of combinations between them and contributions of evolutive and other systems resulting from adaptations of said patent, an alternative application provision between its mechanisms for their use. According to FIGS. 68 to 75, one of the peculiarities is that the complete arm (177) can rotate about (860) the axis facing the fold of the trunk with respect to the legs. It can slide from (866) and (871) as well as spin in the other planes by (884-887- and 888) on the upright (889). The joints of the arm in (117). The peculiarity of the adaptation and the use of detour wheels fig 7 and 8, those grouped together in figs 59 to 62 and figs 63 to 67 of other peculiarity at the seat or bench for the setting.Other particularity are fastening means including lever pulling systems on the end and between armrests, upright, horizontal cross, oblique, transverse ect ... by commercial elements, all material including plastic fréttés for consolidation fixed positions, articulated , in all planes, joined in cross, trunnions maintained by means of stops.

Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by means of combinations between them and contributions of evolutive and other systems resulting from adaptations of said patent, an alternative embodiment of application between its mechanisms for leuutilizations, according to FIG. at 78. One of the peculiarities of this machine compared to others is that the axis (1182) (in fact a universal chair) pivots at least one arm at the axis of articulation of the human trunk with respect to the legs with means adjustments in all the planes around and opposite all axes of joints of the human body
For its balancing a flyweight or other means that are not limiting.As well as fastening means, in positions in different plans and positions to use tions. The flexible means of transmission of effort is direct from the back of the chair, bench, or seat or others via diverting wheels and means of tension of this flexible means. The means of automatic or other loadings resulting for efforts at a flexible means are not limiting. The seat has means of adjustment which allow to evolve around. Including an arrangement allowing the complete rotation on a pivot axis, the seat at its base by a means alternatively. For other arm and tension settings, and the adjustment of the desired effort
The frame is arranged to receive in the case of other mechanisms object of the invention. I1 can be dressed according to demand, monobloc or removable or with the possibility of designing profiles with hollow or solid sections and different materials the arrangements and all of these elements are not limiting.

 Some devices associated in variants according to the basic principle object of the invention allows combinations of them and contributions of evolutive systems and other flaws by adaptation of said patent. A variant of applications between these mechanisms for their use such as mannequins with mechanical arms puppets on harnesses and leggings mounted on harnesses. Separately or on a single following adaptations and goals with means producing different efforts according to Figs 79 and 80, a hamper connected to the common harness. (The shapes and types of harness can be multiple depending on the variant applications.

 The arrangement according to FIGS. 81 and 82 alternatively of FIGS. 79 and 80. It is at the level of means to use on the mechanical arm the peculiarities of use of bungees and also of moufflage.

 Following the basic principle. An application variant between these mechanisms for their uses in associability is a bodybuilding and rehabilitation apparatus and portable physical culture in a suitcase fig 83.

The invention following the basic principle with the aid of the decriptions of the embodiments taken as examples but not limiting according to the above enumeration is illustrated with the drawings appended by which
The mechanism of the basic principle of the invention arranged on batisvariables according to fig (1) has a means of transmission of effort (cable, webbing, chain, cardan or any other means or device capable of communicating the simple belt effort or composed elastic system, simple or compound they are not limiting) with at least one fastener (78) fixed on trunnion (2) at each end of the wire (1) or not if the use is simple passes before its attachment on the minus a diverting wheel if it is pivoting to groove or pIate (22) on a smooth shaft or on a bearing (66) on a smooth pivot or with a bearing (24) carrying two legs (23) this wheel pivots from zero to 1800 with a misalignment (21) in the axis of the pivot (24) passes the wire (1) or other means by this means is rotated the wheel in the direction of rotation of the wheel (3) .The dexagage can be in another plane the Detour wheels can be fixed in the same plane (7) as the wheel of the traction system (3) there may be more than 2 depending on the direction of the effort required by the traction systems in view of its implementation (Figs 7 and 8), in this case the fixing of the wheels (68) is performed by dexages for passing trunnions (70-72 in four pieces (69) forming between them a circumference equal to two wheel diameters (68) the top of the wheels (68) is machined at a 45 "angle (73) allowing them to at the center of the outer circumference circumference (69) the center of the four joined wheels (68) is a hole much larger than the diameter of the cable passing at its center (72) due to the concave and round machining ( 68) holes are provided (71) for the rigid attachment of the assembly to the frame. The detour wheels (7) can move around the periphery of the fixed disk or cam (3) the detent wheels integral with the lever arm and touring around the fixed axis of (3) or the flexible means (1) is attached to (3) by pin (2) .A one end of the wire (1) is fixed a pin (2) with its fastener 78 this clip can be executed with a tube
crushed to the press, with a nut, a pod in the heart, the means are not limiting.The means of transmission of effort is attached to the wheel or cam (3) passing through
a slot or hole (76) the pin (2) is fixed in a hole
passing through the rim of the wheel or cam (3) .A ray opening on the top of the periphery 'allows the cable to marry well the slot which is flat or agor (79) or notched next
the means used if for example has in place of the cable a toothed belt the outer appearance of the rim is not limited to these examples r they are not limiting according to the traction means used. On this wheel or cam (3) a smooth axis (77) with its end is cylindrical or fluted (17) the axis end shape is not limiting.

This smooth axis (77) can be directly arranged in orthogonal axes or not a crossbar or support (403 -4404-405406-407) Fig 22 and 24 or Fig 26 or Fig 17 by way of example they are not On its fluted end (17) one of the feature is mounted a lever (433) Fig 27 which can take an orthogonal angle with intermediate possibilities (432) Fig 27, so that the means that can be fixed in position is by a female bore (432-1) or male for fig 17 its stop can be done by pin (432) fig 26 OR clamping with pinching by spring ball the means are not limiting.One other feature of use of this axis is characterized by the means of arranging at its end a system with orthogonal and intermediate positions (fig 29-15-19-21-27-29 to 31-32-33) worm and worm gear with report or reduction, 2 spur gears forming by their axis and their planes orthogonal angles the seal of hebson, the means do not are not limiting, reducers -, angular return among one of the other features of the orthogonal and intermediate position system is that on at least one axis (6) cylindrical or grooved (the means, shapes and provisions are not limiting) .An action can take it in space in relation to the output of the axis of the traction system (17) by epicydoidally journalling around the axis (17) and (5) which remains fixed by the intermediate and action of the weight (74) in (42) or (1258) on (1260) any otherystems arranged between the two ends of the wire (1) via the differential system with wheel (58).

At an orthogonal or intermediate position at the desired angle a pin (12) fixes this position in space on a frame (15) which has a surface (81) or has holes (97) therein for obtaining all desired angles. On this axis (6) via the lever (433) (disk) or any other evolutionary system will be born a continuous or variable positive force (cam) whatever the action that will give rise to a direction of rotation that it is to the right or to the left in this plane or in the others according to the chosen plan. Between the ends of the wire (1) after the traction systems (17-3-2 * 1-7) are disposed pivoting detent wheels with body (26) and wheels (25) or fixed (444) figure 48 (535 50. In another place are other diverting wheels (55-56) allowing the orientation of the cable direction (1), the effort / created between the traction system (3) the cable (1) according to the orthogonal system voltage adjustment system (54) on slider by (53) fig 1, fig 43 and (701) fig 54-55-76 and the slider (53), the interior can be smooth, either with four high-density polyethylene sliding shoes (cestidur) or mounted on bearings to have the least effort on the winch during adjustment or tension .Au cursor (53) is attached to one end (52) of a cable (30) passing through a detour wheel (50) carried by a smooth shaft on either side of the wheel by bearings integral with the frame (505) fig 43 or smooth, on bearings or rings.Ltother end of the cable (30) is attached to a portable winch (48) or not mounted on a frame (702) fig 56-57 or on a system with orthogonal and intermediate positions or traction systems fig 2-43-46 .The winch allows conjugately , depending on the case of application the positioning of the orthogonal axes and at the same time the tension of the cable the systems can be adjusted in position separately with fastening by pins (86) (116) or together if the system with crossed pole (707) and slide (118) carries the two orthogonal and intermediate position systems supporting the event, a follower seat with the person on top fixed by journal (122)
The winch can also be on the crossbar (181) or an arm (177) the crank used for winding the cable (49) can be fixed or removable or foldable. The shape and arrangement of the winch are not limiting.A certain place is supported inside the wire (1) a detour wheel characterized by its differential action (58) resulting in actions of different rotations at will on the axes (17) of the traction systems, example FIG. 6, or system with orthogonal and intermediate positions (8), on the axes (5) or (6) with variants (FIGS. 1-2-43-47-50-56-52- 58-63 68-76-80) on the axes (448) fig 26 on the axes (448-436) fig 31 on the axes (270) fig 32-34-35 on the axes (168-169) fig 19 on the axes (221) fig 21 the differential wheel (58)
and as the case may be an assembly where the wheel is by means of a smooth shaft (811) carries the smooth-bore wheel (58), or on at least one bearing this exe is secured in a lateral position between two flats ( 60) these dishes has / on each side of the diameter of the differential wheel (58) of the journals bearing pivoting two guide tubes preventing dejanter cable (1) (57) a journal (59) is carried attached to the plates (60) by a means whose solutions are not limiting (notched belt, strap, or other means) one of the end of the wire (29) passes by a wheel (205) its smooth axis (31) is worn flush between two bore bearings smooth or mounted on ball bearings. The other end of the wire (29) is attached by a trunnion to the lower or upper part according to the position of the diverting wheel (205) of a sector (or disc) (32) with flat rim or groove, ( or toothed if toothed belt the outside of the rim as its shape is not limiting). Its axis (33) is rigidly mounted to the rim (32) with a rigid arm to the rim (34) is flat rectangular, round, hollow, or full forms are not limiting.

This axis is supported on both sides by bearings (37) fixed to the frame with smooth bores with lubrication or carried on self-lubricating ringn pads (polymer), polyethylene or others, or ball bearings greased for life. The means are not limiting). The arm is drilled with variable distance holes (35) a detachable quick-fastening pin (36) (the means are not limiting) serves as a junction between a tube, rectangular, round, square or other shapes (38) him it is also pierced with holes with fixed or variable spaces (39) and slides inside or outside on a plate (40) which also has holes with fixed or variable spaces (39) and is welded or fixed by means on a receptacle (42) the device allows with little weight by the combined actions of the arms and spaces the adjustment of the efforts required with little weight while leaving on the floor the receptacle loaded or not when choosing the load the material of the device is either steel, aluminum, duralumin, stainless steel or others be chromed, painted, crosslinked epoxy paint or andiseed with different color or corked stainless steel or others.The receptacle is made of sheet metal (42) (45) forming respectively
The top and the bottom of the cornniéres form the cross uprights (43) they are indented on the upper part (44) to allow the passage of loads or weight (74) at least one ear (63) is welded forged or molded, flat material steel, aluminum, cast iron, casting, plastic charged, steeled, or steel coated with plastic, either plastic hollow filled with liquid, or any other materials.

On the receptacle is mounted two vertical crosspieces for vertical guidance and at the same time slip is a steel plate attached to the receptacle at the bottom (45) and at the top (42) this plate is coated with plastic, low pressure polyethylene with very high malecular weight and with special additives giving it exceptional sliding quality. The two vertical guides attached to the machine frame in which the receptacle is guided can be lined with the same material or possess all over their
height of the small rollers for the silent running and without jamming. This receptacle can be lifted vertically or obliquely In the latter case it is arranged differently or on cursor already described, either with sliding guides, or with a guide fixed to the machine with small rollers for better displacement of the receptable relative to the guides on the alternatively in place of the flat (40) are arranged two other forms of flat (40) or via an axis (811) thereon thereon a differential forming wheel, groove or other form (58). One of the variants of the production of forces are permanent weights on the machine (1258) fig 3 two guides forming spacers (1250) inside the frame between the top and the base of the machine. I1 are fixed by screws at each end, or are punctured in housings provided with bores to the dimension of the bar diameters (1250) with holding on both sides or is housed only one side low or high and screwed on the end of the round or square bar (the shapes are not limiting) and free on the other side or screwed on the sides of the bar in his or her housings secured to the frame. The guides on these bars are high density charged plolyythylene molecular. They are either machined or molded under pressure. They can also be made of cast iron or any other slippery material or if they are adapted (1253) to They are held at the piece (1258) by two pins (1259) through each other (1258 and 1253). They can be glued, welded, forcibly
The piece or weight (1258) is a commercially drawn or raw flat, or cast iron, or machined or other material.This is used to select automatic weights or loadings happens to be two plates (1260) or square, angle, tee, or any other profiles connected in the upper part, the bottom remaining open on the upper bar and transverse or whole sheet with sliding slots for guidance on the two bars (1250) or other system they are not limiting and welded or screwed or held by pin in housings.provided for this purpose, a piece (60) holding at its apex by an axis (811) by two flat or ears a detour wheel throat or flat or any other shape according to the lifting means used forming a differential (58) .A space is between each weight resulting from the assemblies of the two pieces (1253) on the two plates (1260) are pierced opposite on the same axis two holes, one in each dish (1254) to spaces d The weights placed on one another an axis or pin (1257) seleetionn automatically
the weight (alternatively / selection device can be replaced by a gripping grapel, at the same time the piece (1258) can be drilled a hole, or can come cast if slot or other materials for the pessage of the grape it has a cylindrical body or other device forming form is milled to receive three clamps in the bottom of the graple oriented to about 1/5 of their length .These clamps have protrusions on either side of this axis in contact with a central low-cut stem for forming a housing with projections integral clamps, the maneuvering drives in the direction a free position or a setting position according to whether one actuates this rod for the top manually or automatically, by thrusting on the device to automatically select the loads The input of the clamps and the device are provided for this purpose, and on the body of the device, markings indicating the load following the depression are provided for automatic selection. On the top of the device is disposed a differential forming wheel (58) with its axis (811) in this case also all weights will remain ground for selection). As a variant to the traction mechanism at least a detour wheel can be fixed on a trunnion support
around the axis (17) around (76) around the periphery either disk or fixed cam (3). The effort transmission means attached (1) by (2) to (3). The shaft (17) is fixed to the harness or support or frame (15) the lever (433) by (432) capping the swirling portion about the fixed axis (17) the means are not limiting.

The present invention described is the in mechanisms following the associable or dissociable basic principle which
this includes all of them as a result of numerous variants will be described and in no way limitative and on the que2esla Figure 15 is a cross section of a first embodiment of the traction system coupled with the system with orthogonal and intermediate positions the positions are indicated fig 20-52-54-56-76 as examples.

 FIG. 10 is a front elevation of the two coupled systems of FIG.

The orthogonal and intermediate position system arranged according to the coupling (3) shown in FIGS. 15 and 16, which has numerous variants of adaptations. This system is coupled on (3) by (129) which has at least one trunnion with quick screen or not
(131) on the axis of the orthogonal and intermediate position system (164) and blogged in position by a key or other means (161) with S131) the disc or cam (3) is held in position against (129) by 163) the shaft (164) supports the housing
(127) by means of ball bearings with difler and gasket, greased for life or self-adhesive rings or other
(159) leveled by circlips or other means (157) between these bearings' or others is a conical gear pinion forming a right angle between them to report one or other (10) and
(11) Keyed or other means on (164) with flush on shoulders (132). Between pinion and bearing (159)
the output of the axis is either smooth or different, following
fluted figure (5) the housing (127) has a second
splined outlet (6) at 90 "the axle with flange trimmed in position by (190) two bearings greased for life or other means (159) at the other end of the shaft (133) is the second bevel gear of the right-hand torque (11) held fixed by key or other means on (133) Lubrication is possible via means (109) .A disc has a number of evenly spaced or even holes (96) this disc is fixed by (165) to (127) these holes allowing epycycloidal rotation of the pinion (11) relative to (10) which remains fixed through the hooked effort generating means (58) between the transmission means of force (1 and at least one end (2) to the disk or cam (3)
These holes (96) allow the choice of an angular position of the axis (6) facing a plane of an anatomical axis position by a pin (12) in a hole. A way of security like bolt bolt support can be used or other they are not limiting. In figure 15 and 16.The angular attachment is made by (136) passing through a hole drilled in (135) welded to (81) a cleat (134) supports (130) with (127) which can be disassembled at will from traction system if it is arranged for the means n (not being limiting example fig 17.

 In FIG. 15 it is possible by opening the support or harness by (139) which pivots at (140) and then the remainder the assembly on the axis (137) by means of the eighteen (138) connecting the assembly (141) fixed to (145) .This allows rapid disassembly by the open rear of the entire disc or cam (3) by (131) and (163) that is removed. clamping and loosening means are multiple, the piece (145) supports the traction system and the system with orthogonal and intermediate positions at least one rolling device or rolls poly planes on rollers (91) fixed by axis (95) and arrasés by circlips or other means on the shouldered trunnion (92) on a part which supports the four bearings by axes (93) on each side of (93) flat or other welded or traversed by the trunnions (95) for the spacings in width and length on the plates are holes (89) which serve for fixing on (145) by bolts or other means r the systems -s described which are not limiting.La support piece (145) has a hole of a certain diameter (147) with boss (146) with holes on their periphery allowing the passage of bars, or the hanging of all additive and evolutive systems functions of the invention. Its support for drilling, welding or fixed these additive elements. In the hole passes a trunnion (86) serving after rolling on a pole of the whole set to the desired position, or is facing fixed or variable spaced holes. The shape of the posts in the profiles may be L or U, cross but open in front if the piece to a length (86) Fig 9 forms and sections are not limiting. At least one detour wheel is fixed to (81) by a trunnion (160) or the bearing is smooth and allows the throat wheel to have all other profile to turn crazy on it.The force transmission means is by its end attached to a pin is fixed through a slot provided with rounded on each side of the slot, in a hole near the periphery of the disk or cam (3). On the sides of (162) FIG. 15 can be drilled a hole to fix a trunnion (108) as orthogonal systems in variants two spur gears forming by their axis 90 between them, wheel and worm variants and means are not limiting .

 In a variant, FIGS. 9-10-11, or the assemblies of the bearings, axles, pinions, fixing of the discs, angular positioning, and diverting rollers are different. The variants in this field are not limiting. The piece where the polyplane bearing means is attached does not have an extension (88) for the bar fixing, the support of the orthogonal and intermediate position system is monoblock (15), it allows alternatively according to its design remove at will the orthogonal and intermediate position system for example (135) of Fig 17 is pivoted is has a fixing means on (15) and easily remove according to the end design of its axis.

 FIG. 12 and 13 shows a variant of the bearing support on posts, crosspieces, oblique and transverse horizontal members with a coupling system, in particular with a pivot (619), a closed or dismountable hollow profile with a certain clearance set in the mounting position on the post ( 118) .I1 supports at least 3 rollers, two in front of the load and one behind the support, the spacing is a function of the torque (123) fixed by pin (121) passed through holes in flat housing or other (120) worn on (118). The pins being stopped in positions either by pins or any other means of the material all as, the means of designing the support and the form of bearings are not limiting.

A hole allows the fixing by trunnion with stop (122) on its front part is a hollow profile forms and non-limiting sections has a hole for the attachment system additive and evolutive according to said patent (116). In another application envariant according to the view from above Figure (13) the side cheeks (117) do not exist allowing the additive systems or intermediates carrying parallelograms or others to rotate around the pivot (619) arrange between the two ears welded below and above according to the view in the two holes provided for this purpose, the post has a square shape. round, rectanqulaire ect. a full section - ~, lim; Ltatives, -. ,, or digs that one not w /. as a variant, an alignment with axes or journals (121) carrying the roller or bearing (123) by screws on each (119) or the axle support has oblog holes allowing pressure and screwing of the screws the adjustment in parallelism of the rollers and maintains it in the adjustment position of the shaft against nuts or any other means that are not limiting.

 FIG. 14 represents a view from above of another sliding guiding means on a square, round, rectangular tube, the hollow or solid sections not being limiting (125) a sheath or platelets made of low-pressure poylethylenes with a very high molecular weight and other additives having a high coefficient of friction or any other means the sleeve on the sliding support is welded or directly attached (124) or with intermediates as appropriate on (15) the support has at least one hole for fixing in position by (116) .

FIG. 17 represents an adaptation variant with partial section in plan view of FIG. 14 and 15. The bar (142) can be fixed in position by screw through (146) welded or fixed (125). In (165) there are holes for fixing (1511parvis (149) or with rapid disassembly means (140) and (139) in (165) is a bore (153) receiving the positioning and friction ring (152) .It supports the coupling means (150) with on its collar holes arranged to receive positioning and drive pins (154) passing through the disc or cam (3) The means supports another positioning ring and friction device (151) passing through a bore of the support (155) in alignment with viewed (165) between (135) slides (130) having angularly spaced holes on the (130) slice stopped in position by (136) ) Alternatively if the parts (135) are pivots or hinges with quick fastening means.on can disassemble at will (130) with (127) which allows to adapt the traction system at any location
FIG. 18 represents an adaptation variant of FIG. 12-13-15. The piece (148) is fixed or welded on (118) this assembly has the description of FIGS. 12, 13, and 15 and alternatively following adaptation nécissite / application all the additive and evolutive systems depending on the patent (Have if a discription is necessary).

Figure 19 shows one of the adaptive matching schemes for multiple combinations. The force transmission means passes in detour on at least one detour wheel (7) which at its smooth axis (or on ball bearings or other non-limiting means). The end (1) has a pierced pin through which passes (1) on the other side a holding means (78) (1) on the other side of the pin (2) is housed in (3) by the intermediate a slot (76) with rounding on each side of the slot (76) by the axis of the disc or cam (3) the shaft (178) has a neck end on a length (185) where there is a key or any other means holding the disc fixed on the shaft (178) and clamped between the shoulder with a washer and a locking screw (3). A profiled tube of square shape or of. all other profiles according to the case of application they are not limiting to the choice of shape and applications.At its end near (3) a ring of any material suitable for resistance (188) or housing a bearing (187). ) or forming friction ring with shoulder or other means with circlirs or others (186). Now on it the ball bearing (or fixed) greased screw with joints.A the other end is also a guide ring smooth (176) (or other means they are not limiting) fixed by screws or studs (207) the shaft (178) is held to bearings tel87) on both sides by circlips (179) and (189) on the end end of the tube (177) is welded or fixed by any means, a / which has its circular exterior (175) which is pierced with holes anaulaire way to its axis (174) .A crown with shoulders with ---- ----- - - with '- - ment and centering bearing (172) / holes allowing the passage of a pin, so diametrically (173) the housing (127) is fixed to this ring by screw (165) this ring (127) can have a several screw porflteau maintaining the housing by a groove vee in (175). has two circlips (157) holding two greased bearings for life or any rings (192) Holds on shoulders integral with an axis or is a pinion of the one-sided torque ratio (166) with circlips on each side of bearings (194) The bore in the axis being smooth, with a keyway or groove or other means. The smooth-ended or fluted end shaft (178) is stopped in position by pin (211) or other means. At the end of the hollow shaft is a smooth or fluted (168) or other variant also be male or the means of forms, external are not limiting
At least one other part (203) of the housing at 90 "to the axis (166) holding at least one other gear of the tapered torque (169) carried by greased bearings (191) or other means, the bearings shoulder the pinion (169) which has at its other end a circlip (171) on the pinion (169) and another on (127) against the bearings (19l), maintaining the conical pinion in position in the housing, against the other (166) A plug disregards (170) the end of the bore of the pinion (169) a means allows the lubrication inside the housing (127). A jumper <r81) welded to (177) allows lateral sliding of the arms formed by coupling (3) to the shaft (166), having a hole which allows the passage for fastening with a pin (182) in the cross member (180) or other device which is not limiting
Alternatively the housing may be provided with a flange with holes spaced augulairement for fixing with a trunnion on another flange integral with the arm (177). (A stress-producing elastic means may be coupled directly to one end of (178) with detour wheel and means for transmitting the force or without a diverting wheel and without means of transmission of effort the adaptation means are not limiting.)
FIG. 20 shows one of the lateral adjustment devices of the systems described in FIG. 19. In front end view, an arm support means (180) fixed on (197) serving as an adaptation by the pivot (619) on other supporting means at least one arm-mounted housing (127) (177) slides between (181) on (180) this assembly is stopped in a rotational position (182) of fixed or variable-space holes (206) are provided in (180) 180) .A fastening means (81) of at least one detent wheel (7) fixed by journal (160) thereon (81) is fixed by means of (181) on (197) two indentations ( 198) enable the disk or cam or other means (197) to be brought closer to the housing (127) which can take positions at 90 "in four planes (200-201-202-203) with intermediate positions by fixing the journal (208). ) in the holes (174) provided on a face of <197) are arranged and fixed pins (195) with stop means (162) of the diverting wheels (195) the axis of pivot (619) is on the square section or other means (197).

 FIG. 21 shows the alternative device of FIG. 19 of a hebson joint with the partiality of a plane-to-plane joint, machined from flanges 45 (224) on the same, S of axes (Zz1) mounted at the top. pistons (227) and (228) which have prisoners allowing a sliding clearance (232) between the welded locks on (225) and (226) .A journal (233) is provided in holes with angular spaces provided in the flanges (234) in order to bring the face (204) in an angle and variable plane according to need to the front position shown in short broken lines in FIG 21 at least two pistons (227) and (228) have their tops of the yokes (229) and (230) coupled together with the axis (231).

They are carried by sheaths (218) made from low-molecular-weight, high-molecular-weight polyethylene or any other material that allows sliding (which is not limiting)
These pistons are respectively disposed in each sleeve to the same pitch diameter (227), each barrel body has a respective borehole (222) and (220) in one of the sleeves is a bore to receive (216) in the another bore for receiving (221) which is welded to it from the inside of a piece (203) with flange (219), this piece (203) has at least one trunnion welded to the outside of the collar.On the flange are drilled with tapped holes or nipples (215) projecting through the housing bearing the sheath (225) which has on its periphery holes allowing the nipples (215) to hold the piece (203) in position a long ring (212) is welded on (177) to a flange or not according to the design of the angular pierced holes with integer or variable angles (174) allow via a pin (208) introduced into these holes and the piece ( 213) to position the axis (221) in a plane or chosen angle for the position, frontal (204) care is taken to move the sleeve (226) back the length of the pins (214) the holding means (215) of (226) by a force on it is disengaged and also The piece (213) is a flank which has a bored welded means with drive positioning means (216). There is at least one journal (214) entering a bore provided for ( 227) of primary diameter (217) .mur slice (213) are drilled holes with equal or variable angular gaps. The means of adaptation are not limiting.

FIGS. 22 and 23 show one of the devices in variant in FIG. 21 of a crossmember (307) with central pivot (312) on an axis of symmetry (298), this pivot with holes (313) serving to hold the crossmember in position. with respect to (279) the hole (314) for securing further pieces Cross drilling holes in two 90 "planes (401) (402) (308) (399)
Let the holes (403) (404) (405) (406) (407). On each side of the ends of the cross member (307) can be arranged the pulling mechanism in all the holes for the different positions facing in all the planes of the anatomical axes of the joints Pins (310) and (311) allow the fixation of traction mechanisms and others on the traverse (307) .All forms of mechanisms are adaptable on this traverse and these holes
The shape of the cross is square and hollow but it can cover other forms to be massive the materials are not limiting.

 FIG. 24 and 25 shows an alternative device of FIGS. 22 and 23. the cross-member (410) has a central pivot (312) oriented at (398) the cross-member (410) allows, by means of its fixed or variable space holes (413), the adjustment of the supports (412) by pin (414) to fix the spacing they follow the same shape as the crossbar (or designed differently) a return (409) allows the shoulders to take place under the mechanisms arranged on these extended brackets (408) which receive bosses with a cross bore in both planes (399-308-402) the plate (408) is welded or fixed to the bottom portion of the boss (435) .The sliding support assembly can be molded with shoulder-shaped or other shape the crossbar can also be molded or shaped with splashback.The material can be steel, stainless steel, aluminum or plasty, the materials used are not limiting the forms either.

FIGS. 26-27-28 show an application variant of FIGS. 24 and 26 and the traction system associated with orthogonal arrangements. FIG. 26 in cross section shows the disc or cam or the like (3) with its trunnion (2). and its force transmitting means (1) stopped by means (78) fixing (1) an axis (77) with each cylindrical or fluted end. The shape is not limiting either (436) and (448) with on (436) two holes (437) and (438) so that in the axis position (308) the hole (438) serves as a flush of the axis (77) in this position the hole (437) can fix the lever (433) by its means (432) In the position of horizontal axis (308) a device for feeding the force transmission means (1) A pin (439) with decalleting is fixed in (407) in the present case this axis (439) is square (the sections are not limiting) at its top a support (421) with the attachment by (425) detour wheels (422) or (7) or (68) fig 8 on (439) cleavage with cylindrical bearing (423) a part of at least one diverting pulley and pipe of (1) is fixed (419) is truncated is supported on (7) with light clearance (420) the moving part. (418) on (423) is fixed in position by screw and washer By changing places (439) and (3) with its axis (77) by placing them in (406) and (405) the force transmission means (1) is guided on a radius (417) by (416) on a center axis (415) issuing on (279) In FIG. 28 the support (412) is fixed in position by a pin in (414) The arm (408) supports the traction system, Fig 27 allows to see the other positions that can take the disk or oame (3) With in the representation that is not limiting throat for the housing of the force transmission means (1) on both sides of the boss of the support (412), The disc seen frontally makes it possible to distinguish the always positive direction of the effort resultant (430) and (429) that the acti on (434) retransmitted by the lever (433) by (432) on the axis (448) is born On fig 26 sees that (418) is housed in the free space of the elbow of the support (412) formed by (409) and (408) in the case of Figure (27) there is symmetry of arrangement of the axis mountings (402) on either side of (398) the pivot (312) is fixed by (313) on (279) by (280) the lever (433) can take any angle with the aid of the means (432) on its axis (448) the variants the modifications contributions and adaptations are not limiting.))
FIGS. 29-30-31 show an adaptation variant of the system of FIGS. 26-27-28 automatically without changing means of detour and of the lever. These being interdependent with each other. A means with a particular cross system and its design makes it possible to take all the orthogonal positions in relation to the anatomical axes of the human body. FIG. 29 indicates the lever (433) mounted by the means (432) the directions of rotation and tractionapplied to <3). A housing (442) for example prevents hair from being caught between two mechanisms. The force transmission means (1) is below this casing, likewise at least one diverting wheel (422) to (7) or (68) figure 8. FIG. 30 shows in cross-section three associated means of transmission of force, traction system and orthogonal position system. A particular means with cross pivots (465) has a pivot axis (470) holding by its bore (with means of sliding, or rotation bearing they are not limiting)
An axis (448) or at each end is cylindrical or fluted (the shapes being non-limiting) (448) and (436) the portion (348) carries the disc (or cam or the like) (3) with the means ( 432) of the lever (433) a pin (431) holds (432) and (3) .The means with cross pivots (455) is supported by a particular vertical pivot (455) with two lugs (464) and (463) resuming with two half-axis (470) the pivot body (465) the pivot body has two holes (466) and (453) opposite those pierced on the ears (464) and (463) for fixing in position with pin system stop The pin (455) is held by circlips (456) on a sliding support (462) fixed in spaced position on the cross member (410) by journal (414). The holder has a return (461). ) which allows to support the means in cross It has a kerf (451) for the passage of one end (436) of the axis (448) during the overthrow of the assembly it is locked in position in the three (454) drilled on the periphery of the support (462) and (455) by a pin system or tourilon simultaneously fixing (454) and (453) in (465) a portion removed therefrom (452) allows the tilting and the abutment positioning (465) before locking it on the vertical axis The detouring means (443) is welded (or fixed by another means they are not limiting) fl has the same characteristics as that of FIG. 26 The enveloping casing is permanently fixed (and removable) on (465) The passage of the force transmission means (1) is marked by strong arrowed lines in top view fig 31 li passes geometric detour in two planes is following all the positions that can be taken by the systems associated with each other by (445) (446) (460) issued in (234) carried by (288) The force transmission means (1) can also come from other directions and by other means they are not limatory. The materials used aluminum steel, plastic, and paints or means of coating or anodizing appearance with different colors forms or modifications, applications are not limiting without departing from said patent.Next adaptation and lock Ilage all associated systems can take intermediate positions angles at will All kinds of evoluative sytems can be adapted to these mechanisms described above in FIGS. 29-30-31, according to said patent, in particular at the end of axis (448) (436) (312) on the crosspiece (410) support ( 462) and other described parts.

FIGS. 32-33-34-35 show an application variant according to the preceding descriptions according to the patent. FIG. 32 shows the adaptation of the traction system to the rear of (277) on the upper part of the parallelogram (288). ) the diverting pulleys (7) for the passage of the force transmission means are arranged on a locus of the parallelogram. This makes it possible to move in all directions without any parasitic effort as long as one does not act on the axes (270). All the sets with provisions for jobs becoming followers via the pivots (278) and (619) or the like.The force transmitting means (1) and by (2) and (78) attached to (3) which is mounted to it with common axis (284) forming carrier shaft, spacer and support (283) the disk or cam is driven by the fingers (238) attached to a means (237) supported by the end of the axis between circls. The two parts of the support (288t maintaining this axis (284) with (237) the axis is extended by the means by (239) The PTO is fixed on the means by the pin or all other means (258) The shaft ( 239) slides in the axle bearing (240) by a sliding means for driving in rotation and spacing adjustment (275) by (302) .A support (251) with an inner smooth ring with fixation in (302). 305) on a bearing bush or on bearings (the means are not limiting) the bushing (305) holds a double universal joint with a fluted end in a fixed cylinder by pin (250) on (240) the other part of the gimbal (254) and maintained by bearing (255) on the support (286) another double gimbal allowing the transmission relative to the axis (240) to leave at 90O relative to it this second gimbal has a support (257) maintaining it with Rotating means This gimbal has a bore with a shape allowing the rotation and the housing of the male part of an re cardan double (274) carried by a cardan body and '. ganada directional drive (272) .The sliding support (275) bearing this steering gear box is designed lightly by a mechanically welded means (or all other) a square profilofroid pierced in (302) allows the adjustment of a center distance with respect to the axis (298) of the pivot (278) of the square profile crossbar and hollow (277) of the holes a ' fixed or variable axes are drilled on either side of this axis (298) the support (275) has a portion (286) folded in a supporting shape (251) (255) (257) and the flange of (272) for its quick fixing in (301) by holding pin and angular adjustment and by a clamping means (260) and (259) (these means not being limiting) means (283) has a bore portion or takes place a pivot (282) supports the sleeper through another pivot sleeve vertical <to 90) (289) in which penétre the pivot (278) maintained at the cross (277ì pivots are fixed in positions in their means of rotation by pins (280) on the sheath (279) and (281) on the support (288) in (299) and (300) This support is non-integral and free with respect to the sheath (279) the cardan gears (272) flanges on (301) it is designed in two pieces (272) and (264) in light aluminum, duraluminum, plastic, cast or machined or welded or other materials they are not The form is that when the cover (264) is removed or can take a second position either front or side to the crossbar (at 90) relative to the entry of the first double gimbal (274) the first double gimbal (274) is held in place by shoulder (258) on a bore provided in (274). There is one recess (273)
The second double gimbal makes it possible to have its second part at 900 with a splined outlet (270). The bore diameter in this housing part serves as a rest when the lid (264) is in place and the lid has an internal hollow shape which allows support these respective parts of the double gimbals. There is in this cover (264) a bore provided on each part of the two parts of the casing Half a bored portion is located on either side at each front outlet The boring is provided rotating just to receive (269) Housings possessed flanges with holes for
fasteners on (301) and to receive additive and evolutive systems patent functions A variant is provided, in place of each plate (269) (266) the end to the form (292) with smooth holes or wafers or other forms (adaptation means and shapes are not limiting) On the cover (264) threaded centering pins are provided for fixing by quick-acting nuts or not (268) as well as centering and piecing parts (263) and (297) make the whole solid during the efforts. A variant of the puncture of the gimbals is made by bearings and sealed and greased for life (293) held by circlips (294) in three places (269) (271) (274). The half-gimbals output (291) and input ( 274) can be female and fluted The forms adaptations and modifications are not limiting. The side elevation view Fig. 33 shows the fastening means (7) on (288) and at least one arm (269) on the axis (234) and the passage of the force transmission means (1) with its fastener (2) on the disk or cam (236) or (3) the housing (272) is fixed on the support (301) by a quick clamping means (259) on a puncture pin (260) or other means spacing and connection between (288) are not shown in Fig 33. The variants of the casing and sliding support in all its particularities and applications and improvements and modifications are not limiting on the pivot (278) may have other systems without leaving the filing of said patent.

FIGS. 36 to 42 show an evolutionary application of systems as additive in the following seat according to the patent example applied on a crossmember carried on a parallelogram or on a post with connecting means and associated arm, complete or otherwise (177) with different points making it possible to take all positions around the anatomical axes of the human body and in their axis for the work of all the muscles on the arm (177) are holes or bosses or housings with holes for the passage of pins or any other means of positioning for fixing the bench and other systems functions of the patent without being limiting. Markings at the points of attachment is in the case of the drawing without being limiting when the numbers and kinds of examples ABC
DEFOn the same on the follower seat and other ZYXWT And at the level of the system with orthogonal and intermediate positions and following the oriented or frontal outputs are identified as follows 1-2-3-4-5. The follower bench has a frame in cold profile square, or round, rectangular (or any other forms it is hollow but can also be solid The material used8 is steel, or aluminum, or plastic, or (rus fibers of glass or any other material they are not limiting) the frame (475) Fig 36 has several reinforcing cross members, At its hinge position (477) is a hinge pin with lugs (with bosses or other means) allowing have on each side a hinge pin with self-lubricating rings, polyethylene, or other.The hinge means are not limiting The frame (478) is square profile and hollow it has a reinforcing cross or holes are provided on a flat fur welded or fixed on it on which attaches at least one support (480) on the frame are drilled holes for attachment armrest or other means on the piece (480) is a hole (consolidate following t the case by rings allowing a support for the thrusts of (481) or (488) and (489) a pivot (481) fig 38 tube or square or hollow round pivot with at the top a hole reinforced or not by ring porteusede which is attached laterally by pins or any other means
On the lower part is a crown or foot form (482) fixed rigid for rest on the ground or other (483) this pivot (481) can be free articulated (479) fixed or fixed or démontable.Cet axis (or these axes) can receive another means of adjustment to any mechanism without being exhaussive remaining in said patent. An angle-shaped piece can be fastened as a reinforcement or as a fastening means on the rear of the seat 40, at least one adjustment means with, as attachment, a head cap (487) attached.
a bottom in the center or on the sides by at least / axis on (480) by (479) this cope has contunuite a solid rod or round or square tube or other forms, cruciform, (the forms being not limiting) with Hole (490) .Another guiding body member (489) has holes with fixed or variable distances with the passageway for (488) and the other end having a clevis (491) male or female clevis attachment an axle fixed laterally by pins on a means on the crossmember or the like (492) In Fig. 36 at least one adjusting means from the rear of the seat or its sides is made up of (474) same description as (489) ) and a shank with yoke (472) or the end of the yoke may have a bore in a cylindrical portion of a certain length with holes for fixing by pin on the crosspiece passing through this clevis bore FIG. 36 with 1.AY fastening along the axis of inclination of the follower seat along the axis of articulation lation satisfies the anatomical articulation axes of the shoulders on each side of the axis (1) or (5) at the end of arms of the orthogonal and intermediate position systems. FIG. 37 with a follow-up seat arrangement with any support satisfies the positions of the anatomical axes of the top under, in front of the shoulders as well as the hips.
FIG. 38 with a follow-up seat arrangement with any support satisfies the positions of the anatomical axes with rest on the ground or any one with adjustment 1.CX, under the axes of the arms, above the shoulders, elbows. Figure 39 with 4.FY adjustment, positions relative to anatomical axes behind shoulders. Figure 40 with 1.DW adjustment and 1.BW positions relative to the anatomical axes on each side of the knees, or shoulders, or hips, ankles, front legs.Figure 41 with 3.ET settings relative to the anatomical axes above the joints of the hips under shoulders, under elbows, above arm (177) or below, other positions are possible and not limiting the seat or bench can be completely flat.

FIG. 43 shows with basic elements functions of the invention in combination a means of constituting a machine and its small, medium, or heavy frame (3) (15) (7) FIG. 15-16. The traction system with its force transmission means associated with the system with orthogonal and intermediate positions (8) flanged against or with arm (177) fig 19 has two axes (5) and (6) or all the dependent means and functions of the invention are fixed by rapid means for executing movements for muscular regions and members of the body and together by guiding and rolling is by at least one rolling means (90) with (93) guided vertically on a pole (87) and parallelally by means of an end load parallelogram with arms (498) and (493) fixed by touri llon (495) on crossbeam (ground) fixed to the post (87) at the top and bottom and other crosspieces ( 511) fixed to the frame at (510) (503) and (508). Spacer adjustment means while leaving the mechanisms parallel to each other in a manner is frontal and in the other planes / realized by a device with quick adjustment. A bar (502) its shape is round but not limiting is fixedallelement or frame in (494) by at least one trunnion bearing or on the back of the arm (493) is blocked by nuts and washers the trunnion leaving a slight clearance so that it rotates during the setting.Another bearing journal without play behind the arm (498) serves to lock all of the mechanism arms by a quick clamping means in the case of Fig 43 by handle (499) this is realized in two triangulation mechanisms the means of making adjustments in the lateral and locking in the adjustment position are not limiting or exhaussifs without departing from said patent The frame is designed in square and hollow profile (it is also feasible in profiles, round , rectangular, triangular or any other profile they are not limiting) The posts (87) or a shape such that they allow the guiding and rolling mechanisms mounted on it. The parallelograms are solid with means for adjusting and locking in the working position. The upper cross member (503) supports the two upper parallelograms or also other assemblies or mechanisms of the lower crosspieces in the form of (510) (509) and (508) are the meals of all the set on the ground or others with holes provided for seals and or montages of evolutive systems function of the patent on the two free ends leaving all the available place in its interior of the U of mount (508) and (510) possesses two crosspieces (511) attached to it holding the other two parallelograms or also other fixtures and mechanisms on a post (507) supporting the upper part (503) (505) (28) (506) and (54) serving the tension and adjusting and differential means by (1) (58) (43) (74) according to the action exerted on the maneuvering axes (5) and (6), This post (507) holds the U (510) ( 509) and (508) in its lower part: r this pole a slide (5 12) guiding the receptacle (43) by sliding, poleythylene on the guide (512) or on the receptable (43) (There can also be mini-gfets on the height of the guide ea form is a U but can also be a round which guides the system of FIG. 3 or a chain w rollers stretched on a fixed guide or constructed and sliding in a particular guide fixed on the receptacle or other means. The variants are not limiting or exhaussive
An aetlåme sliding profile square with U fixed on it or only U (714) is fixed on both sides with spacing for the receptable on (506) and (508) the tension and adjustment device with differential action alternatively to that 1-2-3-4-5-6-7-8, by detour means fixed inside the force transmission means (1), allows the lifting of the receptacle a resultant of differential movements by means of (58) ) on (43) i actions on (5) or (6) and by winch (48) also by LThe setting on the crank fixed or removable with quick fastening means (49) This assembly is constituted as follows: the means of transmission of effort (1) has at both ends a trunnion (2) with hole or passage that means it is kept behind the trunnion (2) by (78) (which can take any fixing device for this end) it passes through a slot (76) and (2) is housed in (3) by a pre-drilled hole.This means of transmission of force holding at least one device (8) with (3) (15) or other (they are not limiting) suspended on the pole has a rolling or sliding means with stop in position by pin (86) Sar the top of the post is a swiveling diverting pulley (25) or in the axis of the hollow pivot, fixed to the post just in the axis of the attachment of the wheels (7) on (14) the turning detour passes on the top of the wheel (25) which directs (1) to another pivoting wheel (55) integral with a support and guide (54) carrying all the detour wheels and fasteners, or possible fixings.Une wheel (504) with fixed trunnion at 90C on (503) relative to (55) support (1) which continues and passes on (56) faxed or pivoted (1) arrives on (3) fixed under the bushing at 90C with respect to (506) serving as guide for (54) (1) progresses towards (31) fixed on (506) with respect to (31) on guide beam (1) continuous in passpass detour with arranged on its support
(1) Inner / Differential Wheel (58) Attached to Receptacle (43) by (40) with Trunnion Bearing Wheel for T58J with Smooth Bore With Ring (Material / Rotation Without Seizure, Any) or on Greased and Sealed Bearings for life .This force transmission means (1) restarts towards the top of the machine or on the part of the frame (506) is attached (31) to 90 "relative to and with same means as (58) for rolling on axle (1) goes back to a diverting pulley (31) at 90 "relative to (31) on (5b6) but held on a flat wheel by journal to be in alignment with (56) fixed or / pivoting integral of the tensioning and adjusting means (54), (1) continuous towards the swivel wheel (55) then moves towards (25) pivoting and orienting themselves to each other whatever the position that can take the adjustment in spacing of the post (87) At the second end of the force transmission means is attached by (2) to the traction system (3) leaving nsi these mechanisms in continuous traction on the two pins (2) integral with (1) on the back of (54) which has a guide (53) of the same sectional shape as (28) with plates or shaped part or not fixed on (53) and allow a good sliding. There can also be at least one roller for rolling on (28) fixed by means on (53) behind (54) is a fastener in the axis thereof or attaches a means (30) passing on a detent wheel (50) journalled to (505) (30) continuous on the bend of the wheel (50) journalled to the end or non-end of (506) (30) continuous to (50) fixed at the end of (511) and (30) arrives or it is fixed on the tombour of the winch (48) itself fixed on (15) where one can carry out all the possible settings of the place of work by the crank (49) close to the hand on the shafts (5) and (6) can be arranged any lever arm or cam grooved with traction force transmission means or any other device functions of the invention from these two axes retransmitting the effort by all that has been described with input of mechanisms or with lever and support of the kind and others (654) can execute all the movements of bodybuilding known and other areas on the shoulders and thighs, can be arranged for a rigorous adjustment of the axes (5) and (6) facing the anatomical axes of articulation in all planes around said joints of the human body. It is a support harnesses there are two ways to dispose of on fic - - - - and other harness / on the shoulders or on the axes (5) (6) and (8) / with the axes (514) (515 ) (516) (517) bore the dimension of the axes (5) or (6) or (8) (the harness can also serve as a means of articulation, fixed for mechanical arms with certain adjustments' (without (bores) centering or other) I1 is designed in lightweight aluminum, steel, plastic molded fiberglass welded or molded means materials, shapes and compositions as well as modifications are not exhanssive and restrictive.Figure 45 shows another means allowing by (522) when it is arranged on the thighs or on the axes (5) o u (6) the adjustment in position of (8) with respect to the anatomical axes of the body (1 may also be arranged to serve the elbow and ankle joints with return to accommodate the front of the arm or the ankle fixation means flexible can hold this device during movement to the frame (8) or other surrounding location to its use on the machine at least one pivot on parallelogram axis is fixed at the same time free by (99) and fixed in (501) by trunnion in (500) the disk or cam with groove or flat or other (3) attached to the force transmission means (1) passing between (7) to (55) pivoting according to need of use. Similarly on the front of at least one pole or elsewhere on the machine is on a device between pivot on at least one parallelogram branch with additive arranged on it up to the piece (622) see decription Figure 52 and 53 of the same figure 48 and 50 and (1) of FIGS. 48 or 50 attached to (1) of FIG. 43.Adjustable guide and bearing in position, with stop of FIG. 18 (or arranged) and other non-limiting types by the free pivot between supports (619) but integral with a traction system (3) (7) connected by (2) to (1) and between the other pivot (278) is arranged a follower system has at least one arm and a branch of pa, -allelogram (289) and (532) fixed or adjustable between said branches with means of Fig 50 or 52 and others, variations or provisions functions of the patent are not exhaussive and not limiting. The means that can be combined with one another on the pivot (278) are very numerous among those described in FIG. 2-6-7-8-17-18-19-21-22-24-25-26-2729-30-31- 32-33-34-35-36 to 42, or to describe and function of variants and descriptions and also additive adaptations as the main purpose of the particular axes (5) and (6) and (282) (284) or (300 ) and other non-limiting in the variants by pin example of additive: arm support on pole with rotation and fixing on it with lever (433) and (589) with (654) of Fig. 52 on (633) with locking on the axes (5) or (6) with the anatomical axes of the elbow in. (5) of the (6) for work of the biceps arms and triceps additive two lever (433) with (5U9) round longer kind ( 654) between the two leverssur (633) lying on the ground, or on bench flexions of standing hips, bending of the bust1 Lying neck, triceps, legs sitting, front and back or lengthened sitting calves. Additives lever with a means (432) at the end of the lever or fits two adjustable or fixed cheeks that apply to the side of the face. Axis (6) above the head flexion of the neck, or trunk. If a bar and arranged at 90 relative to the lever.The arms above this bar bending the trunk, standing, sitting waist. This additive can be arranged on (433) with the adjustment (589) and arranged on -633) the means (432) on the axis (5) work of the standing neck, sitting on seat work the size by oscillations. This additive is applicable for other jobs on axis (6) shrug with forearm wedged biceps, triceps.Additive, a lever on each axis (6) axes of articular anatomical shoulders
in front of (6) arm outstretched on (1061) stuck on
(633) additive a bar with sufficient length for arms spread with grips of hands forming an angle between 0 and 30 "In the middle of this bar is a pivot penetrating into (279) and fixed on request by (280) or remains free in rotation with a pin on one side of (279) work dorsal, additive trapezes, crank with (654) work of shoulder shoulders etc. Additive, junction bar between two
axes (6) additive work chest, shoulders, squat, cables
attached to (1056) dorsal. additive low traction, large bar with attachments on 2 cables connected to the high traction dorsal cranks.

Additive, large crank with middle end on axle (6)
oblique rotation.

Additive, lever with rectangular support with shape or not
sliding and adjustable lever on (5) back etc.

 Parallelogram additives with rectangular support with recess in the middle on the articulation of the 2 arms of which one takes ap # i on (6) with another on an assembly in the axis of (6) mounted on (8) work of the legs sitting, standing .

Additive, have on two levers padded U-shaped supports with a return with movable swivel and flush with at the end a slide adductor hips.

Additive, a U with a rod fixed on the U has a certain length with a bracket squared fixed on this rod is a styling means (6) a right support plus a left adductor.

Additives, two bars connected to each other (680) by equerre with pivot (678) tavec fixed means at the end standing on (6) working size, standing with medium bent over (5).

Additive, without means on (678) work, with (279) (282) and
(284) flexion of the bust, rotation of the bust, squat, lunge, front and lateral oblique lumbar, etc.

Additives in variants are not exhaussive and non-limiting
in fig 43 are not shown the rolling means
on poles.

See Figure: 53 in number of one
See figure: 56 in number of four
See figure: 54 with three or more variants
See Figure: 55 in number of one
See figure: 57 in number of two
FIG. 46 shows alternatively to FIG. 43 with basic elements according to the invention by different combination of adaptation of the force producing means on the machine with its frame on the cross member (503) is welded a profile part (1077) to the entire pole on which the bearings (37) are mounted holding the axis (33) or the part (32) is fixed with the lever (34) with equidistant or variable drilled holes (35). ) connected (38) sliding on (40) this profile pierced with holes (39) of the same pitch of those on (34) holes (35) the profile (40) is fixed on a sheet (42) of the receptable (43) or has the pigs (74) by changing the trunnions (36) and (41). It is possible to vary the values of the forces with the help of the arm the lever that changes sads for that lift the receptacle of his su pport (1076) fixed on the cross of the frame (508) On the upper cross (506) is fixed the axis of the diverting wheel just in front of the disk or cam (32) on flat bearings or bearings, or sealed and greased ball bearings. Another detour wheel 90 (31) with respect to (205) or (31) with its rim (flat periphery or groove or other profile) just opposite and in the axis of the other detour wheel. A force transmission means (29) with a pin on either side of this means, one hooked in the arm (32) through the diverting wheels (31). The other pin is prisoner between (58) see following decription fig (1) the differential forming wheel on its periphery the endless transmission means or the two strands is directed on two rouespivotantes (56) maintained the tensioning system ( 54) the rest the machine being unchanged. The description of the basic principle according to the invention which is associable or separable is described in FIG. 1 in detail.

 FIG. 48 shows with basic elements functions of the invention by alternative combinations of a means of constituting a light machine where heavy for apartment or other use and outside removable and taking up space, mounted or dismounted. A ground attachment means (564) or (588) (602) or other locations (619) of at least one parallelogram arm on the machine on a pivot (619) disposed between (559) secured by two bolts through (619) and (559) the arm or machine support is attached to (601) 2 platen supports a pig system, at least one diverting wheel (562) with ears (563) and trunnions on reach of smooth wheel, self-lubricating ring or sealed ball bearings for life the lathe fixed to (601) is also fixed through a flat plate (569) on which it is fixed on both sides (flat or reinforcement) ) a locating screw passing through (601) and fixing in one of the angular holes provided in (602). They are threaded or smooth or through, or long.The housing of the pivot (619) is in a bore with self-lubricating ring or following variants thrust ball bearings grain ring or any polyethylene loaded on the cold profile guide a system (575) is at least one lug with holes (604) for rigid attachment of the whole assembly in a hollow, round or square tube or other form of profile (575) another profile with holes of the same pitch not in both (574) or passes a pin for fixing in position as necessary (605) .A device producing effort according to the variants already described fig 1 and 3 and others they are not limiting can be installed when one wishes to use the machine has a position determine with for example a bench below the pivot (278). Strangers are arranged a fastener attached to (601) with parallel holes. The force transmitting means (1) not in detour on a wheel (572) with bore of smooth means or on bearings carried by journal through a support leg (573) fixed to (584), for the passage of a trunnion (561) with quick-fastening device, ie pin, quick-release nut, wire clamp spring means are not limiting.One part of stripper (555) pierced with holes (556) in round tube, or square with clevis welded end with hole for passage (561) for its fixing on (601) another part (528) with holes (529) at the same pitch of those drilled on (555) with one end with clevis (527) for fixing on the upper part, on a trunnion protruding or on a hole. The end screeds of the bracants can be spherical, cross-shaped devices or small links.

The means are not limiting, in the case of the machine described Fig. 48 are arranged two parallelogram arms described Fig 49 and 50 on the front there may be at least two arm rod (1155). It goes without saying that we can have more if we want greater rigidity and strength This on the low or high branch of the systems of this machine or others on the upper arm two branches or rods are arranged on the axles (526) and (541) .The piece (537) supports the rods of the two parallelogram arms (542) and (543), one of the two rods of which can support in its middle the device producing elastic forces with a lever ( 599) (593) and the roller (595) being by this means fixed on one of the two rods for all movements of the arms in FIG 48 this device producing elastic forces is disposed differently with tension (the means are not on the axis (596) freely journall at least one levie (599) with roller (595). I1 is centered above the support (537) to balance the forces (there is no parasitic torque). Holes are arranged spaced to have a different effort stagger with the same elastic means (shown in the Fig Rostat type of trade or any other they are not limiting). In front of each hole is a graduation indicating the number of kilos, or effort depending on the action or (433) on (432).

Elastic elements may have different forces, which means that all necessary force ranges can be covered in this way. A square (or other shapes) receives the elastic device (593) at its axis or on the outside of the mechanism on the lever (593). ) can have a cam (594) to have an effort consistent or appropriate to the category of muscles or limbs worked. The alternative cam can be arranged fixed on the axis (596) with a force transmission means or a journal is fixed in the rim in the lower position of the cam and the other end is fixed behind the differential (598). This time on the lever (593) there are holes with center distances calculated to determine values of forces with marks where a roller with journal is available. The cam bears on the roller, the traction on (1) causes the rotation of the cam which results in a force at the "Rostat" according to the angle taken by it by rotation of the variable radius of the cam. Another way is to insert the cam in front of the flexible resistance but fixed to the diverting wheel, on which is attached the flexible force transmission means by journal in the rim. And on the cam another flexible means attached to the cam by trunnion thereof opening on the periphery of its rim and the other end connected to one of the spaced holes on the lever (593) with a range of elements "Rostat" in order to run all the necessary force ranges or other description fig 47 between the two pivots (312) and (619) are the branches of parallelograms. The piece or cheeks supporting the axes of the rods of intermediate parallelogram branches are sheet metal with spacers (536) with locking means for connecting the two cheeks together securely.On can be arranged through the holes drilled at a precise angle stems arms retransmitting the angles and the parallel movement relative to the fixed point of the arms of the rods (560) and (552). Mechanisms between these cheeks or outside may be arranged as necessary without being exhaussive and without departing from said patent). The high piece is also made of sheet metal (or can be designed differently) (288). It has its cheeks connected by spacers, holes in (234) and (526) are drilled at the same values of interaxial (535) and (541) .Drawers pass through these holes in support
of both the square rods / parallelograms or spacers welded to the ends (289) and (532) allowing the passage of the trunnions or as the case, detour wheels are used for the transmission of the force by the flexible transmission means (1). ). In the cheeks is also drilled holes with a certain angle between them over a certain diameter from (591) in this center a pivot with lateral attachment supports a pin in its longitudinal portion can turn on itself. Fastening means for positions of (251) and (282) are permitted by pins or pin (590) (281) connecting (282) to (251) on (288) the pin (282) has a pierced plate of several holes for fixing on a carrying sleeve (279) or it can be welded on it. In this carrying sleeve is the second pivot (278) on which is fixed the cross member (277) (307) or any other already described example Figure 19 -20-21-22-23-24-25-26-27 28-29-30-31-32-33-34-35-36 to 42 part of 1-2-3-7-8 and in the other figures with additives depending on the descriptions of said patent including axes (5) and (6) and others of fig 43. A piece (445) 30 on either side of the pivot (312) or (278) (and others) with diverting wheel (460) is articulated in (234) the flexible force transmission means (1). ) passes in turn of the wheels (444) the generator point 415) of the wheel (444) and the diverting wheel (460) to return according to the position of the mechanism already described fig 29-30-31 on the particular means of detour (418) (459). FIG. 49 represents a non-limiting arrangement of the parallelogram arms, ie a sheet (559) fixed on (564) or (601) (or other non-limiting support), it is folded with two folds per sheet (586) and (587) which allows to have a large empatement for a high rigidity of the "frame". A removable pivot (619) or (553) makes these two bolted sheets together (or any fixation) according to the form of fixing and piece for a purpose, pins allow the rigid fixation of all without possible rotation around the pivot (603) or (553) in (581) (583) * Square or hollow rods with square sections (542) (or any other profiles) are folded (at 1156 and 1155) fixed by journals (560) freely on the part (1156). Other pins (541) fixed in the same way) now (542) on the intermediate cheeks (537) in the middle of the cheeks (537) a rod (532) is also fixed by the journal ( 541). I1 can also in variants have two rods outside the rods (542) carried by the same pin (541) on the upper part (288) is fixed to the other end of the rod (532) free to rotate on the pin (234) or (526). In the extension in front view (Fig 49) behind the rod (532) is fixed by the same means (289) all the axes of the rods can receive according to their implementation diverting wheels or other devices according to description and need Springs or gas springs balancing the mass of the branches with the devices mounted on them maintain those in the rest position according to the place in the space where the follower mechanism is released. In the alternative description 50 will be described more fully the particularity of fasteners attached to <553) of these balancing means. The support <654) can be circular /
FIGS. 50 and 51 show an alternative embodiment according to FIGS. 48 and 49 with additive elements according to the basic invention by different combinations of adaptation of the force-producing means the traction means behind the cross-member or the head the base on pivot supporting the machine the base (602) to round shape (or square or triangular or hexagonal, the forms being not limiting) the inside of the base is hollowed out with a central boss or in the axis a bore allows the passage of the pivot (619) fixed on it, the disk or cam (3) the pivot can be maintained in leveling and journal at will for example the square piece between the cheeks (559) can be pierced on either side. A quick fastening means holds the pivot by its upper part. It can be stopped in rotation by the pin fixed in the through-hole (581). A second boss with two holes for passage and fixing of the trunnions (582) on which the diverting wheels (7) are arranged a diverting wheel (577). is located at (602) .The flexible force transmission means has a pin (2) fixed at each of its ends is disposed on the disk or cam (3) prisoner thus forming two traction systems with a means of generating of force connected by the flexible means (1) in (550) and (548) between these two fasteners is the resilient means bungee, gas varnish, spring, system pig device of Fig 47, air cylinder means effort producers are not limiting. Behind this means of producing effort is intercalated. behind the s sandow a differential forming pulley (544) on a mounting (adapt according to the fasteners on each means) two plates (546) on both sides attached to a bar (548) with holes for attachment of the sandowsfonction of the number elastic strands or also with two plates at the end of the bar (548) for the passage of a rod fixing the bungees on both sides on the two bars (548) and (550) .The base (602) has holes (579) for all means for fixing in all positions by rigid and adjustable means and this in all possible effects between walls, floor and ceiling, on doors, on a wall on a car, automibile etc ... the places where the machine can be arranged by means of the holes (579) on (602) and those arranged in a cross on the axes (567) and (568) (569) on the piece (564) alternatively also fig 51 are not limiting. The detour wheels on the geometric axes of the parallelogram branches can be arranged on all the axes of articulation of the rods. The flexible transmission means can pass according to all the dispositions of FIG. 50-51 but they are not limiting. the advantages of the implanted system according to the patent allows many other combinations and arrangement as well as modifications of the additive functions in variants in the description of the patent on the cheeks (288) is disposed (286) already described in FIG 32-33-34 -35 with all possibilities of other figures according to the patent.

The fasteners of (1) are also made by safety pins and other means. The two machines Figures 48 and 50 with 49 are functions between them descriptions of said figures. It is noted that the sliding part (572) which is free of parallelogram bins is made by gas spring or other non-limiting systems for the arm (558) and (557) and for the top in (530) on the axis (540) is arranged diverting wheels (538) and (539) for different combinations and adaptations, all as the other axes of the branches of the tensioners (533) may be at different locations on the flexible means (1). In variants, FIG. 50 gives a support (585), a longer part receiving in some design applications functions of the means described above, in particular pigs always alternatively FIG. 51 the support (564) has below dice (606) with for fixing in all possible locations with additive adaptations of cross holes horizontally, transversely and vertically, (568) (569) (567). the strippers (528) and (555) are fixed on trunnion (526) on both sides and regulate the working position by pin passed in the holes (556) the ends (527) and (561) are on clevis to rQtubes .The holes test v} in the base t603) allows / to adapt additives for particular fixings on cars and others.

 Fig. 47 shows an alternative to the machines of Figs. 48-49-50-51 with additive elements of the basic invention by different combinations of adaptation of the stress producing means. The follower device between its two pivots with its additives, in view of having means of implementation. The base consists of a plate (564) pierced with holes (623) on this plate is fixed hollow profiles (or full of a single length) the shape of the profile can be square, or round (the shapes are not limiting) is a square profile fixed to (564) by screw or welded or other means. Another profile (627) can slide inside the tube (625) these profiles are pierced with holes allowing adjustment at the center distance holes (626) by placing a pin or pin on the side of the profile for fixing the struts in (527) are journals with ball end welded or fixed by another means on the profile (627) on the base (564) is fixed (624) screwed or welded or other means a longitudinal hole in the axis of the solid part round or square (624) can also be hollow. In the cross section is also drilled two holes (620) these holes serve for fixing in any place. An ear (662) is welded on (624) at its center is the bore for the pivot (619) which holds between (662) and (564) the lower part serving as pivot and maintenance of at least one branch of parallelogram (622) .This piece has cheeks (622) with a welded profile above and behind (622) slightly higher than the rods articulating around the axes (665) and (664) this distance of holes at a certain angle which projects forward which allows when the branch is raised to properly store the machine in can of floor space and also to perform squat, pectoral movements, and other non-limiting movements. This branch has two rods formed of pieces (611) ee (609) each of the ends of these two pieces, rod is welded or fixed by means a hollow spacer slightly larger than the profile ones or round or other (611) (609) the other end of (609) is a sliding shoe of the value of the inner section (611) with j This sliding grain can be loaded with polyethylene, or any other slip material. It lodges inside the tube (609) with a small shoulder forming a stop, and it is fixed in position by a pin passing through the tube and grain on either side of this grain can also be arranged at least one roller of Bearing (grease for life) made of steel, polyethylene or other suitable non-limiting material on the (611) dartboard on the other side / sliding grain (610) which engages on the outer and outer porosity / hollow profile. It has a certain length for resistance and for good sliding and longevity. I1 can also have at least one bearing greased for life fixed by journal in the axis of the tube to collect the forces and serve as rolling, sliding. The piece (610) is generally made of low pressure polyethylene loaded with high density on the top of (611) is fixed by welding means or other a piece (612) with reinforcement on the outside of the profile a slider (637) allows to maintaining bars or elastic plates of different hardness (613) .This slider can receive thrust from the bearing or roller or slipper (614) the rods fitted into one another are arranged on the upper piece (607) and low (622) forming a parallelogram branch on the low axis holding the shank (609) (611) (or also the other) is disposed a squared lever or with a certain angle from (615) on one of lever is the axis (665) through (617) (622) (611) above on either side is diverting wheels (621) maintained laterally by circlips, pins or nuts and washers etc ... The means are not limiting on the other side of this lever se-.

there is a through shaft (615) supporting at least one thrust roller (614) pressing on the slider (637). The arm of the bracket (617) is hollow and pierced with holes (618) another straight profile (616) slides in this hollow arm and pierced this straight profile to spaces by holes (618) graduated allowing by the attachment of flexible means (640) on either side of the trunnion penetrates (618) for the choice of the end-axis resistance (270) (17) (5) or (6) and the like on the flexible means transmitting the force (1) is inside a differential forming wheel (544) or (58) with its mounting hooked to (640) on one of the strands is a tensioner allowing according to the resulting effort settings and elongations and always having a force in (270) (17) or (6) and other functions of the different settings. A suturing (634) supporting the pushing force of (615) avoids bending and can serve as places for attaching additive to at least one gas cylinder (531) allows the balance of the whole assembly disposed on the pivot (619) or any other device for balancing they are not limiting. The braces (555) and (528) allow the work with branch or rest by the indexable position-by detachable pin by means of the holes (556) and (629) drilled at the same distance. The bracants are in square or round profiles (555) (528) (may be hollow or solid). The ends fixed at (635) and (27) are on ball joints or attachésen cross or rods. The means are not limiting.The passage of the flexible force transmission means (1) made on the detours wheels arranged on the geometric locations of the systems The description of all the elements mounted after the pivot (284) according to the patent is fix from (284) on light or medium contruction either following figure 1-2-3-7-8-19-20-21-22-23-24 25-26-27-28-29-30-31- 32-33-34-35.If the machine is designed heavy fig 36 to 42 and in particular all additives of Fig 43 on the axes (5) and (6) and other additives and all the following aTte's figures. It should be noted in Figure 47 that there are two detour wheels (7) hairstyle (3) fixed on flat (636) or can also have all means of detours at this level fig 2-6-7-8 with adaptations and that without being exhaussive and without departing from the patent improvements, modification can be made at this level and on the entire machine for example the base in bent tubes instead of sheet and welded tubes and crown under (564) free on (602) with form.

FIG. 52 shows an alternative to the machines of FIGS. 47-48-49-50-51 with additive elements which are functions of the basic invention by different combinations and adaptation of the force-producing means and the traction system as working means of the legs and others and the possibility of interchangeability of parts (654) bringing by these facts a discription of different housing is monoblock or removable with device function of said patent.Le frame is designed in steel or stainless steel tube, or aluminum, or fiber glass, plastic very rigid the materials and shapes are not limiting
At least one post (660) on which in its upper part is welded a plate (642) also fixed on at least one tube (641) which forms crosses on the top, descends to form upright and joined at 90th the pole (560) ) or it is welded on. Another tube on the ground at 90 relative to the vertical plane (or the same as (641) is formed with four returns to 90, two of the returns are welded, one to the post (660) and another before the rounding of the amount of tube (641) A plate (652) is welded through at least one of these tubes and posts .Two holes in alignment with the axes of the pivots of the diverting wheels (25) on their outside on each plate (652) and (642) Two round guiding rods (645) are fixed to these plates by means of blocking means and the guide casing for puncturing the ends of the bars (645), the swivel wheels (25) have their hollow pivot fixed to (642). ) but free in rotation centered on the axis of the transmission means of the flexible link (1) on either side of the differential deflection wheel (58) fixed passing - '-' - - - a - the first pig by means of tb4b), the means (1) may also be in the axis of the diverting wheel (25) between this wheel and its hollow pivot or In a case of application of the follower arm between pivots (619) and (278), an inclined wheel (655) according to the angle formed by strands of the flexible means (1) depending on the position of the wheel (25). ) descending to (655) held in the grooved rims (or other external profiles) means (1) departing in the axis of the diverting wheels (7) fixed by trunnion to (622) on a flat transverse to the cheeks (622 ) the end of the means (1) by its pin (2) is fixed to the cam to the disk (3) held rigid is fixed on the pivot journalling freely in the high and low bore of (622) and (663) the pigs ( 653) or three holes for the passage of (646) with pin indexing depending on the choice of the load. Two others with guide ring polyethylene or other (the known means in all rooms and other places (653) (645) and (646) can be fixed on all machines, however additives fig 1 and 3-4-5 and their variants according to the patent are normally fixed on this machine according to the construction variant for other machines allowing the same adaptations it is the same. On the upright of the frame tube (641) a plate (648) is welded or fixed by any means. Above two support (649) carries the axis (650). A return (81) with holes for passage from (650) to (647) is welded at right angles. Two holes allow by axes (9) the attachment on (81) two detour wheels (7) free on this pin. At the end of (650) is fixed rigid wheel or cam (3) with cheeks (grooves) or other external profiles from the journal (2) the flexible means (1) passes between (7) to turn towards (25) pivoting. A crank (651) with fixing means already described in Figure 1 and 6 axis 17 allows by its means its desired orientation on the second part of the return of the elbow is mounted a round sleeve (654) crazy on this axis on polyethylene ring, greased bearings for life, self-lubricating ring or tube of any material and fixed at the end of (651) by means of quick pin or quick-clamping nut or other means they are not limiting. The sleeve (654) can be arranged on (633) adjoining (689) with position adjustment means on the lever (433) fixed by its means (432) to (5) or (6) or any other location requiring its use on the frame (641) on the ground (or others) of the legs are fixed or welded to the tube or profile in particular (658) receiving the detour wheel (659) another lug (658) receiving by the spherical journal (657) ) or other means already described a ball joint (527) of the adjustable darts (628) already described and likewise for (555) this time fixed in (635) by the same means on the tube (611) which has hole ( 638) for different positional adjustments are in height and also in rod lengths of the parallelogram.At least one gas cylinder (531) or other nonlimiting means of balancing is fixed in (661) on (611) and the other end in (643) (644) on the post (560) but with a cross-shaped nut fixed in two flat places (643) by (644) which allows any s orientations for balancing following the following devices at the end of the arm taken in space by need of use.

On the cheek-high parallelogram support is - (283).

 placed on a support / Or through and fixed.'The axis 167I) the dish receives in its axis relative to the length a pin (671) fixed in rotation by pin in (672) this pin is carrying two rouesa throats free in rotation (7) of plastic or other fixed by trunnion (9) on the flat (686) with locking means, the cheeks (607) are profiled with angles to allow to spin on the orientations and angles of réalaae around the level ( 284) with fastening of the spigot S, (fig ~ 53) tzu) combed by its extremity tbe3) / on the support tz / Ys ae pivot (278) and crosses (669) .A pin (280) passed through one of the holes (300) allows the rigid fixation if necessary at all through (607) (283) (282) according to a choice or can leave free one of the joints or any other by pin. Any additives already described from the pivot (284) of Figures 1-2-3-7-8-19-20-21-22-23-24-25-26-27- 28-29-30-31-3233-34-35-36 to 42 and in particular all the additives of FIG. 43 on the axes (5) and (6) and others and the additives of all the following other figures on the traverse (669) is a piece (668) with at its end fixed at least one diverting wheel (22) with hollow pivot for the passage of (1) to the winding on the periphery of (3) by pivoting (22). The detour by means of force transmission of the flexible link is carried out on the detours wheels arranged at will on the axes of the rods of the geometrical arm of the detour at (58) towards the end of the link (1) or (2) on the disks or cams (3) alternatively, the tubular frame can be dismountable by means of hollow sleeves of a certain thickness or split tubes with two screws, one at each end, on the entire part of the tube is tarandé a hole, opposite and on the axis of the split portion the tip of the forest used to drill the pre-drilling of the tapping at an angle of 604 .This molten sleeve is introduced on both sides. within the tubes, fittings, tees, elbows, hollows and other systems and mechanisms, these sleeves may also be welded to the center post (660) and at the other end serve as a clamping tie on a tube or other devices. In the outer tube (in which the split sleeve is introduced) is opposite tapped holes smooth holes for the passage and screwing needle screw which pushing on the part èndueavec before hole we open at 60 spreads the sleeve and squeezes very strongly until jamming the tubes or other elements with respect to the split sleeve (see further description in the enumeration of FIGS. FIG. 52) the cross member (669) available to the associated systems at a fixed distance between the axis and the average width shoulders with fixation in the angular position of the shaft (6) on crowns or other arrangements by pin (12) the disc (3) remaining fixed in position by the action on (1) via the tensioner (533 ) and pigs (653) or (74) or (1258) and other machines.

 FIG. 53 shows as an alternative to FIG. 52 and to the machines of FIGS. 47-48-49-50-51 with additive elements functions of the basic invention by different combinations and adaptation of additive means functions of the traction system and pivoting on axis (278) and (284) for particular work, waist, hips and legs for women.

On the axis pivot (278) in the axis of the support (279) allowing the provisions of the additives is the axis or rod (678) support bar round or square hollow or full transverse (679) at least one square (681) folded at (682) is welded on (679) or (683) and so on another bar (680) longer or equal, or smaller at (679) is welded on (681) back of the bar (680). A half disc or cam (676) is moved on the rod (678) to its middle (677) and journalled (685) to (678). On the other end opening from below (279) a shoulder means by pin or others, arrasé between (279) the assembly described above .The passage of the flexible means (1) is carried out as in FIG. 53) other solutions of passage and use are possible without being exhaussive on the ends of (680) for example with detour on (25) instead of (7) can be arranged the means in fig 7 and 8 for to pivot around pivot (284) and also the trunnion (299) or (282). Additive systems are available on bars (680) (679) weight for example and square (681-682) and the rod (678) at both ends coming out of (279), likewise on (279) and (675) function of the invention.

Figure 54 shows alternatively a frame arrangement relative to the others already described with parallelogram system between pivots (619) and (278). The tensioning device for the tension transmission means has flexible link, the adaptation of the receptable, and disposable additives or end of the flexible link (1) the provisions derive and are functions of the invention. The hollow profile frame and square (or full or any other shape and non-limiting sections) at least one front post (707) is disposed holes holes (708) spaces for adjusting additive systems. In the upper part a welded lug (662) to the post (707) has a bore for fixing the pivot (619). At a certain point the legs (643) are welded to the post (or fixed by a dismountable means where a nut is crosswise fixed by trunnion and on the yoke of the gas cylinder (531) balancing with its other end fixed in (661) on (611) On the lower part of the post are welded two lugs (662) with bore for pivot (619) on both ends are arranged on either side of the trunnion post (748) of the grooved detour wheels (691) and (706) The post is fixed rigid or welded or dismountable to the sole plate ( 751) at its upper portion same arrangement on a hollow profile rail, square, (or other profile) (690) which has holes for fixing a traction means fixed on pivot (619) and (622) .Two through holes receive the detour wheels (7) through these holes the shafts (9) have locking means by the bottom of the profile (690) There is another hole on the other end (692). Two lugs (693) now from the axis passing through the diverting wheels, (694) opposite to (707) there is at least one post (702) pierced with appropriately spaced holes (703). It is fixed on the top, either dismountable or welded on (690) at its lower part same arrangement on (751) inside this post (702) just as inside (707) there are means of guiding (512) of the receptable (43) or other device in variants and already described fig 1-3-4-5 and other non-limiting according to the variants of the patent. A tensioning device allows the adjustment in position (following applications) voltage of the flexible means (1) and differential action by (58) as well as
and pulls down, / up, or on the additive devices of the follower system. On the hut of the post (702) are welded two legs (713). A traversing axle (695) keeps the grooved detour wheels (697) free to rotate (all detour wheels or maneuvers in said plastic patent, polyethylene, steel, cast iron, duralumuim, fiberglass, celeron, or any other material resistant to wear and load) they are bearings, self-lubricating, polyethylene rings, bearings greased for life, on smooth shaft or keyed according to application, they can be molded also in foundry, or with injection machine or others All these provisions are not exhaussive and not limiting and do not leave said patent this is applicable on all the applications
A groove (701) enveloping the profile of the post (702) has on either side a trunnion (699) each carrying a detour wheel (700). Two holes (716) are drilled below and above the wheel (700) on each side of the tensioner slider (716). A pin (698) at the rear of the slider and fixed and fixed on it serves as a maneuver and hooking or for all other jobs and provisions. On the upper part of the pole (702) is a traversing shaft (696) or on either side is a detour wheel (750) held laterally by any means circlips or pin.Il is the same for all the traversing axes carrying wheels of free detours or rotation.On the lower part of the pole (702) can be disposed other detour wheels. A profile with holes with spaces (689) slides in (690) when (619) is not on either side of (698) is on a traversing axis (744) a detour wheel (687) with groove. The parallelogram arm between pivots (619) and (278) has already been described fig 47 the lower part of the machine or base (751) is fixed to profiles (705) hollow (or solid) removable or welded (704) and (709) They can also serve as seals or soil. It can also have more holes, especially on the outer faces of the profiles (705). Hollow tubes with the same profile shapes slide in (705). They sleep a U by the external return (735), this sliding U has holes (710) serving as adjustment by (712) and at the same time subtending the whole machine. Fasteners (657) allow on either side to support by an axis with end ball joint, or nuts cross the bracers (555) and (528) already described. Another lug (658) allows the journal attachment of a diverting groove pulley (659) to form the portion where the pivot (278) is located to allow the passage and housing of the diverting wheels (7). ) and (3) which can have a large diameter and be at its periphery pitching with the other (3)
It can be fixed by the axes (667) and (666) or on pivots (description fig 47) the parallelogram can be arranged on the lower part of the post (707). If another hole of the same angle value is to drill the opposite for (667) the support can be returned. We see in Fig 54 the possibilities in the different planes the position of the axis (6) for the work, the device associated with others has already been described. On the lower part in draw an additive with various possibilities is fixed in (1057) or means of transmission oar flexible link (1) nar crankpin <9th semir, te (1055) for bar '1 the body (1056) diameter 28 / millimeters separates in the form of fork with each two separate branches (1060) and (1058) maintaining the two round bodies on the outside (1053) in which there is a ring (1052) on rollers, bearings or sliding part made of polyethylene. This ring (1052) is held on either side of the round body (1053) by cheeks fixed together .A round bar (1050) is in the axis and arranged diametrically and fixed inside the crown (1052). Alternatively two separate branches (1060) and (1058) joined and fixed on both sides a (1053) end pivoting pivots between the two respective ears arranged on each side on the body (1056) diameters 28 millimeters on the body (1056) has at its end flats on each side which allow it to remain held laterally but pivotally between two trunnion lugs (1057) alternatively. The fixed ring (1052) can be double with rollers between fixed ring (1053) and the first ring against (1053) on it two pins opposed to 900 in position by, rappor, tblà loba.

second crown (1052) holding the transverse round bran (1050). This allows this cross arrangement, the crown to rotate and have a rotation in all
The senses. This device can be applied to all the variants described in FIGS. 54-55-59-56-78- and 80. In particular the bar (1051) has a diameter of 28 mm and the crop (1056) also, all improvements or modifications or adaptations are functions of said patent and can only be made by the applicant.The additive variant of high traction has a bar (1070) with two times two tabs (1068) on either side of the axis of the bar (1070) with trunnion hinge hole (1071) held laterally by any means, the bar is round or of another form (1069) with attachment of the safety pin means (1055) adjustable in position with lock on (1069) for variable force with the same load value on both legs (1068) is opposite to the articulation a journal (1073) carrying a grooved detour wheel (1066). On the end of the bar (1070) between a recessed fork is a diverting wheel (1067) with smooth bore mounted on a trunnion held on either side of the end.On the end of the arms (1069) there are two holes for cross-mounting or can mount a sleeve that can receive additives with bodies t1056) and (1061) and others the bores of the sleeve is 28mm or other dimensions the ends or the hands are alternatively taken may have a translation releasing if they are pulled, locking bolts imprisoned by a sleeve on (1070) and (1069) during the draw which allows to run a draw behind the neck. Without the parties (1069) hinging around (1071). One can also pull in front of the face bring the bar in front of the chest pull the handles releasing the lugs, and lower the parts (1069) with handles of the additives (1056) or others around the axes (1071). dorsal, pectoral, deltoid, arm, biceps, triceps, forearm, trapezius, and serrated shoulders. Sleeves (1069) are provided with sleeves as adapter intermediates. Alternatively the grooved pulley (1067) with its axis can be mounted on a small slider with holes moving on both sides on (1070) in parallel with the lever (1069) also sliding for adjustment in length with holes and pin. The sections are square, or others They carry disengageable sleeves with retainers.Ce that by moving the slider in a position by putting a pin with (1055) which is also adjustable, to act as the length of the lever arm different forces with the same starting load in tension on the link (1) or: on bungees arranged on fixed bars (or adjustable in height to make up the slack of the flexible link (1) according to adjustment) down part and another of a fixed and dismountable amount on bar (1070) an end leg on either side two wheels of detour to throats. A free slide slides around the upright, in its center integral a differential wheel (58). The slider has underneath the fasteners fixed to the free bars with ties of the bungees. There is a hole on the slider for external attachment at a fixed point.

 FIG. 55 shows in a variant of the machine FIG. 54 with additive elements according to the basic invention by different combinations of adaptation of the adjustment means and of tension carried on the parallelogram branch and of an additive according to the invention allowing a different use of a conventional bar by its device. The frame has on its upper crossbar (690) a traversing shaft (748) with on either side a detour wheel (691) which, together with the primary generator, has a medium (1) on the axis of the wheel. (58). The means for transmitting force with a flexible link (1) descends downwards and passes beneath the diverting wheel (665) disposed on a geometrical locus of the continuous parallelogram (1). The detour wheel (697) axis (754) carried by (610) which is arranged on both sides to arrange the wheels there.On the top of (610) is two ears with axis (611) in which the bore of the clevis of the gas cylinder is crossed by a trunnion. The other clevis of the jack is attached to a nut with cross axes. It pivots on two of its axes on the legs (643) welded to the pole (707).

The flexible link force transmission means (1) redescent to a detour wheel (700) mounted on both sides on axis (699) adjacent to the slider (701) sliding on (611) and indexable after tension of (1) in (716) with (698) penetrating the thickness of (611) through the holes (638), on the high parallelogram support (607) is disposed on either side a detour wheel (753) ) between tabs fixed in (607) or welded with axis passing through these tabs. The means (1) returns to the top of the parallelogram in a detour on the top of (608), below (753) on the top of (7) to be fixed with its end, provided with a pin (2) on the disk or cam (3) .The arrangement associated with the traction means (3) with transmission of force by arm (177) carried on crossbar (180) with lateral adjustment by (181 and 182) on pivot (278) and system orthogonal and intermediate positions in the body (8) or (127), with output (168 and 169) or (5) or (6) All these associated means are already described fig 19-20-21-1-2 etc. .. The descriptions made in the text are not exhaustive. An additive high pull bar or bar fitted compared to the classic bar. Has a round bar (1051) solid or hollow, or -other profile, with end, with no screw through cross holes, or with smooth ends with drilling holes crosswise. On this bar, at least one sliding fastener is lockable (1054) with eyelet and safety pin (1055) between the ends or on the ends (1065) are arranged by screwing, smooth casing, with indexing in posipas - tion or any other way . (It is not / restrictive), Handles with axes of grip (1050) orientable in all planes, Next variants manoeuvrable in rotation in a plane. According to the slice parallel to the body or fixed ring (1053) this ring has two housings on either side of the outer diameter of (1053) with holes for fixing the parts (1065) which has cross holes at their ends. The bars (1051) and (1055) for grasping the hands are soft or smooth as required. Inside the fixed part (1053) is interposed rollers, or ball bearings, or sliding path for rotation has forms either round bu coucave, triangular in asperity, flat etc ... (forms by sliding and maintaining in position, likewise the materials used are not limiting). The two-piece crown with cheeks (1052) is fixed on both sides of (1053)
On each halfecouronne is a half housing with the diameter of the round bar (1050) which is transversely lined with or integral with the inside of the half crowns / (1052) now - all by means of fixing and nonlimiting clamping . (The round bar (1050) can be fixed and welded to the crown with cheek.

(or not) is maintained on (1053) by any means they are not limiting). As a variant, the ring (1052) can be double with free articulation of the inner ring (1050) relative to the second (integral part of (1052)) or there are two pins diametrically opposed to 90O with respect to the round bar (1050). ) transverse. The outer ring (1052) bears a cheek, these double rings held by their trunnions are arranged inside (1053) which contains the means of bearings or sliding in rotation (bearing). The cheeks of the outer ring (1052) ) are held against the rolling means with slight play, likewise between the cheeks with respect to (1Q53) by a clamping means (These means of tightening and blocking are not limiting) All the additives functions of the patent may be associated and adapted to be all of Fig. 55. Spacers may / arranged in (752) held at the post (707) and extruded from (180)
FIG. 56 shows, as a variant, machines 54 and 55 for the associated add-on applications of the patent for different purposes and adaptations, in particular for adjusting the working and tensioning position of the transmission means for a flexible link (1) for column sliding of the mechanisms of the additives. in variants pull up and pull down, a device for the work of the calves .The device for rolling and guiding (118) on pole (707) is described figures 12-13-18 between (117) is arranged (736) on pivot (619) '. The square portion (736) allows a fixed position for working at the axes (5) and (6) and other additive systems attached to them or the cross member (180). The function piece (736) forms a tee by (197) for the insertion of the female part (739) integral and added on (737) to (739) is arranged at 90 "the grooved detour wheels (737) on a shaft (746) of a bearing interposed between these wheels (737), they are arranged at 90 "with respect to the diverting wheels (195)
The description of the associated systems arranged on (739) are described in Figures 19-20-21. All additives functions of the patent are disposable in Figure 56.A winch (48-49) attached to the back (702) allows by means (30) hooked to (701) the adjustment in position (118) to through and fixed to the post by (122) which has spaced holes (708) .On the bottom of the post (707) is on slide (741) indexable by (742) (mounted or not with sliding means between the post and the slider) on either side of (741) are arranged smooth journals on the diameters which receive a grooved detour wheel (706). These wheels are torn in position. On the lower crossbar are fixed or welded legs (they may also be on pivots variants) for strutters and other purposes. An additive pulls high, pulls down has a body (1061) with hole (1062) for passage a trunnion or eyelet for shackle, allowing fixation in (1) provided with a lug heart by a security mametou
The two branches (1064) disposed at 90 "with respect to the planes integral with (1052) and fixed on the outer ring (1053) the device (1052) with (1050) and variants is described in Fig. 55. A round or square bar, solid or hollow or other shape and section (1080) has welded ends (1081) with holes (1075) for fastening with (1061) trunnion by (1062) on either side of the bar (1080) .In the middle of this bar, a tab (1078) allows the hooking (1055) to the link fléxible (1) by the same means above
The additive pulls high / low pulls has its body (1061) set differently on (1053) this body is on the same plane as (1053) all the rest of the mechanism is described above, and fig 55.The additive for work of legs and calves, has a sole or shoe (1152) with fixed. a back rest, shaped or tajann re to contain the heel of the foot (1154) on the front a shaped retainer marrying the top of the kick (top of the foot) (1151), under the sole is at each end a fixed bearing, with in its bore a ball joint, in (1150) on both sides on the heel a clip offset so as not to hurt the heel, allows attachment by the means (1055) already described.On the 'Before the sole even layout, the inside of the shoe can according to design receive the bare foot, or with shoe
Alternatively under the sole or above each extremmi may be fixed trunnions, pivots with end spheres, fixing free on the frame by mounting means, rapid disassembly for the oscillation of the foot. The fastener on the top can be realized, the pivots with ball joints fixed free on the ends of the shoe, with in the other cylindrical end a hole for passage of a trunnion or safety pin for fastening in (1)
FIG. 557 shows alternatively machines of FIGS. 54-55-56 for applications of additives associated with the patent for different purposes and adaptations, particularly for the use of additives on guide means (118) with adaptation between pivots (619) and (278) of the follower device with on each pivot a traction means for each end of the flexible means (1). An evolutionary additive for low traction in the horizontal plane, and low pull from bottom to top. high traction from top to bottom.In place (688) travérse a tee / with diverting wheels (687) at the end with rail penetrating into (690) for sliding a polyplan roller for use of the parallelogram with branches of length ( 2a) with tower wheels. The brace (555-528) of length (la) allows the same use with additive and its bar (730) .par fixing in the middle of a branch length (2a)
On the guide means described in FIGS. 12 and 13, the parallelogram between pivots (619) and (278) is adapted as shown in FIG. 47-52-53. The additive system for low tensioning with lever arms of length (2a) in a straight line between (721 and 729) passing in (730) in hollow, square, round or solid profiles or any other forms.The axis (731) attached to the polyplane roller links (719) in the rail (718) runs a straight line horizontally, following arrow (732) right to the left (731) or vice versa at the same time. vertically following (729) the departure from / right, from the axis (657) for the bar (730) too.

This hole-drilled lever (722) with pin can slide on (720). Attached to (721) by a pin on the polyplane roller link (719), an axis fixed at (734) crosses (723) its ends, has ball joints or a cross-shaped nut, the fork (724) engages on (723) ) with pin attachment (the set of (721) to (725) may be of length (2a) of a piece). In (725) a bore on either side of the fork to receive a round bar diameter 28 mm (730) (or other diameters), according adaptation.A ring locking means (725) allows the fixing in position of the bar (730)
The strippers of length (la) (555) already described are fixed in (734) and (657) .bg (657) are diverting wheels (717) allowing the passage of the force transmission means (1) in detour on (706) (717), fixed, attached to a lockable ring at the end (727) of the bar (730). The trunnion (721) allows the attachment of a link to the axes (665-664) for low traction, and horizontal. For traction from top to bottom, the link (1) attaches to (727) .All additives functions of the patent are adaptable in FIG.
FIG. 58 shows with basic elements, titu- tions of the invention in alternative combinations the additive means described in FIG. 57 for different purposes allows the constition of a light or heavy machine of small or medium size as universal press for movements and multiple possibilities according to the arrangement of the associated systems functions of the invention. The device additive fia 57. Serves as Daralléloaramme as Unregard squat squat. This system brings together peculiarities, especially with regard to .The possibility of having with this association a low draw, running in a straight line (1092) with an effort, when one considers the same weight (or other depositor in The resultant different forces for each adjustment that will be made with the position of the pin (1133) forward of (1125) Das a Das following the holes (1097). towards / up, a force depending on the angle, that the lever arm takes between the articulation (1095) and the extremity (1083) The force is in addition a function of the force to be applied on the bar (1082) ) via the flexible link transmission means (1) in a bend between (58) and (1107) and (1136) and the clip (1132) to raise the receptacle (43) The resultant force is a function of the anal Orins nar the lever.and function of the and which pulls to the link on the receptacle that goes up / the narrate / s raised from the bottom to the top. plus the bar (1082) describes in its trajectory a fictional line (1089). The two points, the parallelogram support (1087) and the bar passage (1083) too. The big advantage at the level of the pushing force upwards is to have a greater resultant stress than the load raised on ( 1098). In addition one can have different efforts with the same charal depending on the location or pin forces on (1125) in holes (1097) / variable.

The effort increases when one pushes to become maximum according to the raised place (function of the load deposited) for right - finally of descent to the same effort exerted at the beginning. Another peculiarity for the work of the legs, in push sitting on the fixed seat on the frame, parallelogram (without removing the pin (1133)). Another particularity is to be able to have the weights on the entire frame and at the ends of the round bar (1082). Which makes it possible with the same value in weight of the place where they are to arrange, according to the arm of lever (1082) with respect to the axis on the right (1109) to have a selection of efforts resulting different on the bar (1082) .Another particularity is the adjustment or position of the bar (1082) in height by pushing (1110) and according to the chosen height of the bar (1082) penetrate the pin (1133) in the holes (1097) . Another peculiarity is that following this key position in (1097), the effort will be variable (discription already made). A particularity, with a detour wheel locked in lateral position on (1082) high bar with pin (1133) passing through (1125) with the bleed past flange behind the differential wheel (58) allows the high draw, with the second end of the link attached to the frame, and the first passing on the limb of (1> detour on (1082) with all the attachments addable Z udit patent. Another peculiarity is to dispose the seat before on (1126) for the work with the associated systems and additives A chassis placed on the ground consists of a profile (1125) serving as a guide for a link provided with peliplans rollers, its shape is already described in Figure 15 (or also in cross and open on it). has the same square or rectangular and hollow profile, that the place where is the seat fixed by pin in (1117) according to fig 58. On the front part in U (1131) welded or dismountable to (1130) with its back to the other end (1131). Part (1130) (1131) and (1130) is in profile, square or rectangular (other forms are possible and not limiting). Parts (1126) and (1125) are welded or dismountable in the axis of the cross member (1130). Holes (1127) are drilled in (1126) other (1097) in (1125) on the seat end on either side of the profile (1125) passes a trunnion (1115) or is disposed on each passing part a detour wheel (1114). On the front return (1131) end is fixed welded or removable a leg (1137). A journal of a grooved detour wheel (1136) and also serves as a hinge for the lever (1100), this assembly is held either by circlip, pin, screw and flat washer or grower.

The tab (1137) is inclined to follow the angle of implantation of the lever (1100). The seat has the tilting top (or fixed) a U-shaped support slider (1116) with sliding pad (or not) is maintained in the following position by pin (1117) through this U and the frame guide (1125) a bracket (1118) for rotation of the seat is a height adjustment, is stopped in position by pin. A tube (1118) integral with the U forming slide, has holes is - spaced. Another tube arranged outside of (1118) with light play. Solidarity seat (1119) allows this combination of adjustment.Un solidarity support to the tube receiving the seat has on its end a December with a pin (1139) now the rear clevis of a cylinder for adjusting the inclination of the backrest (1093 ) around the hinge joint (1120), adjustable in stroke, the hinge and adjustable stroke devices with locking are not limiting. This tilt adjustment cylinder consists of a tube with spaced holes allowing the adjustment position of (1093) by pin in (1122) through the stem with clevis hinged behind the backrest (1124). On the back of each side is a gripping or guiding means (1112). On the seat of the seat where one sits (1119) one finds himself the same means in (1113) -. On the front articulates / the means of traction (3) on the axis opposite to the anatomical axis of the knees. The lever (433) and secured to (3) by means (432). The shaft now (3) and (432) on both sides of the seat is through and free on landing. On the lever (433) slide (633) with (589) indexing for adjustment through pin positioning holes or is located (1111) free on (633) in (654) already described fig 52. On the bearings are fixed the detour wheels (7) by pins (9) .The force transmission means (1) attached is tourilion t2) / to the disk or cam t31 and passes between the wheels (7) to the diverting wheel (1106) disposed on the passing pin (1162) to return to the differential with wheel (58) attached by (40) to the receptacle (43) on slide (1135) carried by (1098) depending on the rotation (1094 ) A resultant force is born on (1111) raising the receptacle (43) on the inclination of the auide cross (1098). A Darticula is available where the system with orthogonal and intermediate positions associated with the traction system and its support adapted for (1164) lateral adjustments in (1090) is provided.

The systems are already described in FIG. 1-2, part in FIG. 16-19-21 and additive on axes (5) and (6) of FIG. 43-54-55 56-57. (Similarly, with a support (622) held between a support adapter with pivot (619) with traction system (3) fixed at (619) at the end of (1126) and between the pivot (278) the parallelogram of FIG. 53 and 52) or Fig. 48-49-50. The sv.ivt-ur
The device built / parallelogram / with the particularity of having a vertical displacement (1089) of the bar (1082) on a fictitious line with the end piece serving as a link and passage for bar or guide (1085) moving on also a straight line (1089) .This assembly has its fixed point of attachment, but freely journalling around the pin (1138), fixed to a tab (1137), arranged fixed (or welded) on the frame (1131) with an angle in relation to the inclination of the lever (1100). The frame / parallelogram is composed of a lever
a (1098) with / some place a fork that can have any shape (1099). This lever has the particularity of having a length of the attachment point (1095) polyplane rollers (1096) and the articulation point (1107) equal to the length on the same body or lever (1098) between (1162) and (1083) The length is also equal for the lever arm (1100) between the hinge pins (1162) and (1138) on the same projection plane. The lever (10-98) at the value of ( 2 a) and the lever (1100) to the value (of l a)
The bars forming the parallelogram have the same peculiarity their lengths are (2 a) between their fasteners (1109) and (1087)
They have the same shape as the upper lever (a
represents a length). In the rail is arranged a link with polyplanes rolls designed with or without eight pebbles with a piece of a certain length connecting these four front and rear rollers on which is fixed rigidly with reinforcements by means, bolts or others, the piece ( 1110) on which three legs allow the attachment of the three rods by trunnions
(1109) in polyethylene or other ringed smooth bore or bearings. These pins are flared in laterals by circlips, screws and washers or pins or other means. At the other end, these three levers are connected by piece
(1085) having two bar bores with a diameter of twenty-eight millimeters (or other diameters (1083) and (1087) of this piece (iUd5) tommed / two two-legged tops (1U5) with through-bore (1088) through, these two lugs, or any other assembly All the bores of the system are smooth with polyethylene rings, with trunnions, (in variants they can be on screw grease bearings or any other non-limiting disposition) (the branches with the numbers of three can also be two, four, or more)
Also only one for a bar (1082). Between the bars is at least one link (1103) maintaining the spacing and resistance of the assembly with two round bars, or square (1158) or any other forms, (they are not limiting). These bars are free in bores bored through (1099) and (1098) they are fixed in (1104). On the bars (1100) are / holes in different planes or can be fixed trunnions or be banded or for have all other adaptations. The Narres (1098) and (1099) / trunnions (1161) (1159) (1158) (1160) (The number of holes and trunnions in different planes for jobs and adaptations are not limiting.) In the bores (1083) and (1087) a bracket (125) fast attaching means already described on a back plate with two sleeves attached to the bore spacing (1083) and (1087) with at least one hole in each sleeve for pin fixing on bar (1164), they themselves drilled a spacing for adjustment in ~ they are iaterai to all ies aaaitirs punctures patent / mountable on this plate with sleeves, or any other adaptations
The receptacle (43) already described, fig (1) and others can be mounted on roller slides or bearings or sliding pads fixed on carrier chain or tracer (43) with return sprockets, singleouets, lugs arranged for this means or purpose of the system among them by all forms of adappation that are not limitoCive. The traction system associated with the orthogonal or intermediate position system has diverting wheels (7) or (68) adapted for any desired direction from the flexible link transmission means (1). The diverting wheel (58) serves as a differential between the receptacle and the means arranged on (1164) or others. The materials used may be, steel, aluminum, durai, fiberglass, reinforced plastic, they are not limiting, of same as the paintings, treatment aspects, finishes etc ... Alternatively or almost 9- xniversal system (1098) and (1100) with (1096) alone or with bar (1099) can be arranged on a potance with sliding of (1096) -. The frame can be U-shaped forming a gantry with slides, to the inside - (or exterior following mounting) in the connecting part the polyplan rollers or others, in a bore attaches the length portion of value (two a) 'de (1098). There are four possibilities of (1138) fixed point fasteners of (1100) either at the bottom, the top of the posts and each end of the top and bottom sleepers forming the U of the gantry frame the other end of (2 a-) being attached to the bore of the polyplan roller centrally. A receptacle (43) or other means of producing effort is at the rear on sliders or rollers - (see description already made according to the patent). Detours wheels on the top with rim in the axis of the flexible means of the receptacle .This link is attached by detour to the wheel polyplane link which has the attachment of the end of the (1095) made by pin in position high and in the angle, and (1138) at the bottom which allows a low draw, with the bar (1082), with (1095) in the low position and (1138) on the low end one will have a push on the bar (1082) with t1095) in the top of the crossbar and (1138) on the end of the high crossbar, or gets on the bar (1082) a pull down. With (1095) down on the pole and (1138) attached in the top of the high crossbar one gets a high draw on the bar (1082)
In all these cases (1095) is attached to the flexible means, in detour on one of the high or low detour wheels for traction through this means on the receptacle which rises by being guided. additives according to the patent. Next that the endispose (1098) alone or with (1099) (1085) and (1110) as well as the seat (1093) whole with its means already described. As a variant, the force-producing means already described in FIG. 3-4-5 can be arranged on (1110) which has a platform on (1096) sliding in (1125) with posts and diverting wheels for the passage of the means of transmission of efforts Dar link fle wheel, - - - - - xinie v11 aeux / on the ia cross linking two amounts in the upper part. The link passes in detour on wheel (58) differential, passes by these two wheels of detour. In the lower part two other diverting wheels allow the passage of (1) to, the wheels (1106) Up to the fastener (1132). Another variant allows to have on (1096) in (1125) a platform with two poles and crosses high. Two rods of the same length, attached on a trunnion, a rod attached to (1100) and another on (1098) a sliding nut on the weight guides or pigs, is attached on both sides to the rods.By this device the uprights remain straight and follow when climbing the niate-torme (10825 'slide, / on polyplanes rollers in the rail.
wheels of detours allow, in turn the passage of the link
fléxible (1) to (1106) via (1132)
Figures 59-60-61-62 show with basic elements
functions of the invention by applications of addi elements
alternatively, already described figures and in particular
FIG. 58, in particular the application of a mechanical arm
traction system alone or associated with positional systems
Orthogonal and Intermediate Heights and Fixed Positions
in relation to the anatomical axes of the human body according to its
positions, sitting, standing, lying down, on the back or on the stomach
with the use of an adjustable and tilt bench and
receptacle that determines a simple casting design is
particular. The frame is designed of square profiled irons
or rectangular or other forms resting on the ground (profile
hollow or solid) (772) with holes (796) crosses (758) with
holes and hollow or non - welded square with holes for fixing, t -. - - -. - - A systems by gouples, largaraBlmplantatlon / axes facing anatomical axes of the shoulders. On the front a crossbar (758) has two bosses (757) with holes for pins facing the axis of the legs at the pelvis
On the front of the profile (758) are tabs in the center of the profile - (776) for pin fixing of (774) by its rear or front clevis. A rear cross member (795) receives the receptacle (43) the removable or non removable mounting guides (805) on either side (796) of the receptacle (43). There are two sleepers that bring together the four poles
These sleeves have holes (796) in one plane (top) and in the other in (850). These upper rails can be secured to the lower rails by at least one amount on each side. All these sleepers can be dismantled (760) (761) poles or welded, by machine side the sleepers can be welded between them with spacers as small amounts and this assembly can be dismantled on the front posts (777) and back (809) of on both sides of the machine with cladding (sheet metal) or others. The receptacles with variants. Traction systems and systems with orthogonal and intermediate positions with many variants have been described they are not limiting. The rear uprights (809) are in tubes, round, or square or rectangular they are hollow or solid or any other form of non-limiting profiles holes (781) at center distances are provided for adaptations with adjustments as needed. A crossbar (802) has trunnions (801) carrying diverting wheels (800), the rim just groove in the axis of the detour wheel (782) held by trunnion (810) on the post (809) on the cross (802) two other detour wheels (804) held crazy on trunnions (803) .La throat of this wheel on it and just in the extension of the top of the throat of the wheel (800)
The other periphery of the groove of the diverting wheel (804) is just in the axis of the outer groove of the differential wheel (58) fixed and free to rotate by pins (811) to the plates (40) attached to (714 ) of the receptacle (43). On the bottom of the post (809) a detour wheel (778) fixed by trunnion (779) between two tabs (780) fixed to the post, (alternatively this wheel (778) can be internally fixed by trunnions through the holes (781) All the wheels of detours are leveled in positions by either circlips, or pins, nuts and washers, the means are not limiting.The poles glove of the machine (756) have a detour wheel and; t771) on the top /. they have on the four planes a welded bosses (757) (in variants the four bosses can be welded on a sliding ring which is fixed by pin through holes on the post.These holes can have angular bores on the around the positions of the anatomical axes of the human body or other) bosses (757) is facing the anatomical axes, knees, elbows, shoulders, seated position. A high position allows work in sitting position in traction. Positions for the same hinge axes are provided in upright positions. A cross member (755) mountable and removable or attached to the post (756) may have holes, lug rings, detour pulleys, lever fasteners, or the like. adaptations according to the patent. On the axis (17) of the traction system or if it is associated with the axes (5) and (6) is arranged the means (432) of the lever (433) on the end is adapted a rotating handle - - - . - -. - - - - -
This is handwritten, with a number of additives as in the patent. A detour wheel suitable in the desired plans for the work, according to the traction directions of the flexible medium (1) is achievable by applying the assembly (68) .A wheel of free turning diverting can be adapted as needed on the axis means (432) or (17) (5) or (6) for passing through (1). A system producing elastic force is adapted to the lever (433) according to whether one wants to work at the same time the arms and forearms. In the other case without (1) and (808) at work the arms, biceps and triceps with bearing the back of the arms on (793) which has a suitable angle and a position on the post that allow to have opposite the axis (17) or (5) of the anatomical axes of the shoulders. The two quilted supports, with protection, imitation leather, flexible plastic, or other (the means are not limiting) .A crossbar joined on each side of the armrests (793). It is fixed in folded round hooks in lumens in the posts (756) on each side at the desired position. At the level of the articulations of the knees
The means (432) is fixed with (433) to (589) in (633) is rotatably fixed (654) of Fig. 52 in (763) the traction system device is already described, according to the figures of the patent. This frame arrangement allows the integral human body work on the flexible force transmission means (1) is interposed tensioner (788). A detour wheel (771) is fixed, following by trunnion, according to the need inside the front posts, They can be fixed permanently and free on the posts (756) .Tools (769) and (789) and with forms (768 support the seat forward with taversofmountable fixed in (815) .The seat (764) is in two parts corniére, or square profile, or rectangular or tube, or flat ect ... can serve as a frame, these frames have padding with padded padding, protection already described (above) .These sleepers are welded with tabs.The front frame passes legs in its central part for adaptation in extreme forward position, Frame pushed for use and adjusted in position by (774 ) with (775) and pin, hole with pitch for positioning, articulation on detachable trunnions (773) On the back a crossbar with lugs and trunnion (773) allows with the adjustable jack (774) and (820) by pin of choose the working position. This bench or seat is fixed in position, at (796) through the holes (850) with pin through the plates (824) connecting the two cross members (789) supporting the seat.

FIGS. 63-64-65-66-67 show with the basic elements functions of the invention by the application of the additive elements, as an alternative to FIGS. 59-60-61-62, in particular for the application of the associated systems or dissociated with regard to applications at the level of the axes of anatomical joints considered seated, standing, lying down, on the back or on the belly, the assembly of the parts mountable and dismountable of the frame, with variants of assemblies and fixings of the additives, particularly at the ends of the armrests, sleepers and uprights. The seat is an alternative of Fig 59 61 with a rod (821) for the adjustment which has holes (775) with axles for the passage of the pin in a pin (822) carried by two bores in carrier bearing bearings . The attached rod (773) slides in a bore in the center of the journal in its width as in its length. This rod is fixed in setting position by a pin. In the middle of the bench exists between the backsplashes, a setting of the same type described above. Ep advanced position even verin in Figure 59. The traction systems fit with its support (15) with pin (86) on bosses (757) already disappointed fig 6; 0-62 .Alternatively
in tubes (830) (838) (819) (836) (777) (832) (758) (831) square or round or rectangular or other non-limiting
Round or square or rectangular spacer tubes (843) are welded to the tubes fig 65 with holes (797) the armrest (736) may have a square (842) end rotatable 90 "armrest when placed on (831) and (837) and (833) it can also have at the end and in front of a boss with frontal housing (840) with hole (797). to adapt in different ways (out of 833) or on (831) or also instead of (837) or (831) and (836) having in the case (833) (836) and (832) adapted so that the The ends of the cross bar (834) are the same as (802) fig 59. The crossbar '772' has a grooved detour wheel (816) mounted on a trunnion fixed in the cross-piece. (818) has at least one diverting wheel (778) fixed free by journal (825), the flexible force transmission means (1) passes in a detour towards (3) fixed by journal (2) between the wheels (7) There is at least one tensioner (788) on this flexible means for tensioning all the additives functions of the invention as well as those mentioned in FIG.43 fit on the axes either (17) (5) or ( 6), especially the cams according to the muscles worked. The rear of the machine is already described in figure 59-61 with its possibilities of variants for the means producing of effort
Figures 68-69-70-71-72-73-75 show with the basic elements functions of the invention by the application of additive elements in variants in Figures 59-60-61-62 63-64-65- 66-67 in particular for the application of the associated or dissociated systems according to the abovementioned applications of Figs. 59 to 67 at the anatomical axes. And also the adaptation on sleepers (206) with (197) already described with angular position ( 933) according to need all the whole including also the adjustable seat at the axis (860) of the - -. - -. - - - - - - - - - - - - - - - - -. An arm of the same type as (177) and shaft (178) FIG. 19 adapted with traction means (3) and diverting wheel (68), FIGS. 7 and 8, adapted support (81) fixed to the arm (177) with its adjustable end in angular position of the pin axis (208) of the body (127) of the system with orthogonal and intermediate positions. On (177) are drilled holes (206) for adjustment in position or sliding on a bearing (1207 ) see part of fig 77 by pin (182) in the holes (206) the upright (889) has in its lower part a sliding (871) hollow profile (or other forms and non-limiting mounting) fixed in position by pin (872) in the holes (932) of the lower cross member (870) (or alternatively on any other functions of the application possibilities patent functions)
In the part of the amount (889). A pivot bearing allowing the orientation according to need and applications .The rectangular tube, square, or round, or other forms, carries a bearing with bore in which is fixed (888) with angular position for pin (887) integral with the part ( 884) throughout the bearing (1207) on a pivot at 900 (886) with pin (860) with pin fixing (885) on angular position due (127) on the circumference (854) between two flanges (or other) the one fixed (884) with one hole and the other movable in rotation but fixed on the pivot or axis (860) with holes on a pitch diameter. The ends of armrests fig 71 72 73 74 75 and (856) are feasible according to these figures. FIG. 71 has a ring with bore on (866) for housing (77) with groove (873) to pass a pin (12), leaving the shaft (77) free to rotate on which the disk or cam ( 3) is fixed.The diverting wheels (68) are fixed / by (71) on a support (81) fixed on a ring with holes for passage through the pin (12) in contact with (77). the particular axis (17), angular position or mounts with quick attachment the lever (433) by the means (432) with (633) on (589) adjustable in length by pin and holes drilled in (433). Figure 72 on the cross fixed in (866) descrition above with possible fixation on transverse bore at the cross (878) and frontal (877). The traction system is fixed at the end by (12) alone or associated with the orthogonal and intermediate position system, already described together. FIG. 73 shows an intermediate piece (890) mounted outside the armrest, its crown is pierced. of holes allowing angular choice by pin (897). On the armrest is a fixed support pivot of (890). (This pivot can be attached to the elbow (882) alternatively or mounting) The piece (890) is fixed on the elbow (882) or other parts for fixing as described above. Holes are drilled at the end (873). (The angular position can be obtained by pin (12) through (890) and the fixed pivot according to type of assembly and following constitution.) Figure 74 shows a cross (885) on a hinge axis (893) with angular fixation by pin (12). A piece, flat welded on the cross (895) is pierced with a hole. On the armrest (866) at the end of two flat or ears with central holes (893) receives a trunnion pinned laterally. On a pitch diameter of these ears are drilled holes for angular fixation of (895) by pins (12). This variant assembly can also be fixed with articulation described on the piece (890) with its fixing means on the armrest (866). Figure 75 shows the end design of the armrest (866) with boring axis in planes (898) (899) and (900) where all additives can be attached. 72-73-74-75 / on all armrests, crosspieces, uprights, diagonals according to the patent). The frame is made, welded, or removable with hollow or solid profile, or square section. There are two rear uprights (833) with upper cross member (850). Bars (778) are movable or secured between the posts (833). On these bars can be mounted all devices according to the patent. The longitudinal members (772) bear on their back a plate (865) - supporting the receptacle (43). A central amount (901)
supports hooking and securing means (739) fixed in pin position (116) to (117) (739) angularly (933) can be pin-fastened in holes (903) on posts (901) opposite to that pierced on (739) (851) is the axis of articulation of the assembly around the pin (116). The arms (177) already described fig 19 or an adaptation on the back allowing the angular movement ( 933). This arrangement is applicable on all the arrows of fig (68) and in particular on (868) dismountable and points (852) (856) (857) (860) (116). The adjustment of the arms (177) on the cross member (180) is positioned by pin (182) in the holes (206). The detour wheel (782> on the rear mounting of the cross-member is located on a trunnion (810) mounted on a flat flange or other arrangement.The system of diverting wheels for transmission by means of a flexible means (1) with its medium producing stress (43) with variant and the same as the previous figures On the frame the parts or the attachments additives, associated or not are dismountable or not through (or through following variants) (867) (875) forming equerre (869). The base is either on adjustable cylinders or in blocks on the crossmember (866) can also be level a bore housing (of the pivot (860) for the attachment of (177) (127) and (3) assembled. 767) (764) is carried by cylinder (774) and (820) attached to two through plates (930) and attached under the seat (764) of the trunnions pass through) with the yokes of (774) free and maittewes in lateral by the plates (930), the lower screeds are held by trunnions between welded legs on a plate (824), on crossbars and held in end positions, by trunnion on both sides of (772) .. - The telescopic and adjustable cylinder body (820) of the legs are welded, telescopic cylinders of Likewise are attached at (776) and (773) between trunnion struts on (764) and (767) at positions which allow for proper adjustment of cylinders, strokes and strokes, at angles of (764) and (767). A free lever at each end (860) and (861) allows a pre-adjusted position along the anatomical axes of the human body. The seat can in one case be fixed to the right or left of the pivot (860) by rotation. The lever can also be disassembled for different settings according to the seat need. It can move forward and be arranged on the end of the chair or seat, for the depth settings of the backsplashes of the rods on each (858) and (863) fixed in bearings (862) with thru axle (798) as articulations, use a backsplash to find the position and attach side pins or setscrews to the rods (858) (863) or through them and bearings or in crosses of the backsplash frames. Holes (932) are on the sleepers (870) of the same on (772) (on front and rear pillars at the request of adaptations, elements of said patent). The materials used can be steel, aluminum, stainless steel, dural, rigid plastic, fiberglass. - They are not limiting. Protections, paints mast, shiny, hammered, epoxy, anodizing, chrome plating, bronzing, etc ... The means, forms, sections, materials, are not limiting.

 FIGS. 76-77-78 show with the basic elements functions of the invention by the application of the additive elements in variants in FIGS. 59 to 75, in particular for the application with variant of the arm (177) as a mobile armrest arm (1179-1170-177) to the associated systems with adjustments in all planes with balancing with positioning of the particular arm with variable circumference diameter (854) per pin around all anatopic joint axes of the human body from the pivot ( 860) or (1210) with self-tracking adjustable seat with positioning additives facing the anatomical joints, its central parallelogram with free environment around, and its particular means of attachment in the working position with the seat, or cantilevered. The arm (177) carries the traction system (3) with the orthogonal and intermediate position system; with axes (5) and (6). Associated assembly already described fig 19, (without crossbar 180) it moves in translation through (also according to use, a cross with sliding at 90 ") a bearing (1207), and is fixed in position by pin (182) in holes (206).

The traction system (3) (1) (2) (81) (7) (9) to (68) being outside the bearing (1207) relative to the central axis of the chair or machine. This arm by adjustment can be arranged opposite all the planes in the axis, axes of joints of the human body. By its means (8) (5) and (6) and its adjustable arm in several plane, (1178) (1181) with balancing counterweight (1202). I1 is designed with the end of the bearing (1207) of an arm (1178) with pivot (1175) at the end of (II78) .It is square, round, rectangular, or other forms, they are not limiting. (Other positioning means make it possible to take the desired angular positions with respect to the axes of anatomical joints.They are not limiting without departing from said patent.) The seat with backsplashes (1176) and (764) and its articulation with adjustment ( 1120) or (798) is already described fig 68. Alternatively its carrier parallelogram is fixed in position by cylinder (1121) and (1123> with balancing with a double pin (1215) with handle (1201) through a nut (1199). attached to the end of the body (1121) This nut in a double bore on one side passes, doubled by a gas cylinder fixed on this nut on one side and the other in (1124), and the rod (1123) in parallel.This nut holds at the same time on (1121) and between, a vortex that allows the other part of the nut to spin with (1123) and holes that change angle depending on the positions of the seat and in relation to the inclination of the parallelogram The double trunnion (1215) 'support on the top of the body (1121) and passes at the same time in the axis of the trunnion connecting the two parts of the nut. This trunnion takes at least two parallelogram arms together in the direction in which they are arranged either in front or behind the seat) and another parallelogram branch at the same time is three branches, joined on both sides of the U-shaped arms (1195 ) and crosses (1240) and crosses (1193) supporting the amount (1197). Another horizontal cross (1185) since (1197) joined the rear at a certain height of the base, the amount (1190). These sleepers are pierced for use, holes (1203), in (1185) and (1194), in (1193)
The posts (1190) are also pierced with holes (781). Painted or treated sheets (1186) close (already described above) the space between (1190) (1193) (1185) and (1197) on either side of the delta machine sides. An upright (825) has a detour wheel disposed on the front (195> between welded plates on (825) and mounted on a rotating journal (1187) fixed on either side of these dishes. (825) and maintained.A certain distance exists between this wheel and the disc or cam (3) in the position of work on seat or other elongated position (1185) .In the arm another detour wheel allows the passage of the flexible transmission means (1) to (3) A tensioner (698) allows the tension of the means (1) it is at least on one side of the machine The grout, - - - - - - bucket with a wheel / return canvas on touriiion, has a finger for maneuvering it slides on (1236) round, flat, square, or rectangular or other, hollow or full, on its end a leg is welded with a pin (708) which carries the detour wheel (691) with groove (or flat) for the passage of the means (1) on (1236) holes (1235) are drilled with axle (625) is attached to the upright (1190) by two legs of a certain length (1180) allowing the support of (1236) in (1180) (1236) also has a tab that is based on (1190) (this arrangement can be made differently the solutions are not limiting). On the top of (1190) a diverting wheel (782) mounted between support brackets is mounted free to rotate between these lugs (810) maintained. from either side . The rear of the machine has already been described above figures. Means of adjustment and rotations are numerous and possible in all plans according to the additives patent functions
All the additives described in the preceding figures are adaptable (on the crossmember (1191) (1240) (1198) and (1193) through or threaded holes make it possible to adapt certain additives or detachable detent wheels). The force transmission means fléxible (1) passes around all the detour wheels with housing of the journal (2) in the disc or cam (3).

Some of the devices associated in variantsfollow - - tent - - the basic principle object of the invention allows / by combinations between them and contributions of evolutive systems and other resulting by adaptations of said patent, an alternative arrangement of applications between its mechanisms for their use as mannequins or puppets, mechanical arms and legs mounted on harness separately or on a single following adaptation Qu purpose with different production means of efforts according to fig 79 and 80.A jamb connected to the common harness. (The shapes and types of harness can be multiple depending on the applications in variants.) A hinge pin (974) or a knee cap, held at the gutter (996) forming a support and fulcrum lying opposite the axis of articulation of the knee carried by a support fixed to a rigid means, the length of the leg (953) at one end is fixed a disc or cam (3) carried by this rigid means, and removable by sliding a portion that holds it in position (998) on this end piece (432) a smooth hole journalled on its axis (17) fixed to the harness (956) .The pin (2) fixed in (3) with its transmission means (1) passes between detours wheels (7) or (68) fixed by (9) to the harness (956), the rigid means is fixed by 2 supports (971) to a gutter held on the leg by a closure means or other device. At the other end of the rigid means (953) there is a non-folding wheel (24) on the pivot (26) through which the force transmission means (1) connected to another means producing force (963) within (953) (or outside) or passing through (1044) on at least one diverting wheel or smooth hole.The force transmitting means is attached to (978) maintained around the ankle joint by (980) attached to (982) passing under the heel, by trunnion, or on a ball (985) forming a trunnion between (980) and (982). A shoe is at the end of the foot (1003) or one end of the force transmission means is attached to (1004) and passes in a detour in a smooth eyelet or detour roller (1006) in front (980). Rigid means (982) is attached at one trunnion end (974) through (973) a (953). The traction work is carried out in the following way the rigid means (953) is supported at the level of the gutter attached to the thigh (996). A trunnion (17) held at the harness (956) holds the end (432) and the system (3). When the leg moves in relation to the body trunk. The disk (3) turns free on (17) and the force transmission means passes between (7) attached to the harness (956), as the angle changes from the start, there is traction on the producing means of effort. When a knee bends the calf has on one of its faces (952) that follows, because attached to the ankle by (978) the angle chanae between the axis
it (974) the end of (953) or / is the detour wheel (25). The force transmission means being respectively attached in (1006) and (1041) there is traction on the force producing means (963) .When the force transmission means passes through (1006) and is attached to (1003) by (1004) and sings that the angle of the end of the foot-in relation to the ankle / there is traction on the stress-producing medium (963) (or any other means they are not not restrictive.) There is also traction when the leg remains straight and the bust changes its angle. When there is torsion of the trunk straight or left compared to the pelvis there is traction when one raises the leg compared to the trunk that remains straight there is traction. When one tread there is traction, when there is flexion there is traction
When there is rotation of the ankle through the outside of the extremities of the feet, if one screws on each side of (1003) journals with attachment of (1) or (1005) or (1007) - it there is traction. The mechanical arm connected to the harness common to a hinge pin (974) (or a kneecap bearing the elbow) held at the gutter (970) lying opposite the axis of articulation of the elbow carried by a support fixed to a rigid means of the length of the arm (951), at one end is fixed a disc or cam carried by the rigid and removable poyen by sliding a portion which holds it in position (991). On this end piece (432) a smooth hole journalled on an axis (17) fixed to the harness on its part (1015) .A means allows the arm to take positions around the planes of the axes of the joints of the shoulder by fixed means or harness in (965). The trunnion (2) fixed (3) with a force transmission means (1) passes between the detour wheels (7) or (68) fixed by (9) or (71) to (1009) and then to the harness ( 965). The rigid means (951) is fixed by two supports (971) to a gutter held on the arm by a closing means or other. At the other end of the rigid means (951) is a pivoting wheel (25) on the pivot (26) through which the force transmission means (1) connected to another force producing means (963) to - - - or also in t952 and .950) the interior (954) or Externally ./ (Widely the wheels () or (68) can also rotate around the (3) which is in this case attached to the harness Dar (17) and it is (7) or (68) which are or ( 952) fixed at the end of the rigid means (951) / with the dismountable means (991) and journalled on the axis (17). It is also possible to fix (68) above a pivoting wheel to be fixed to the frame or on the rigid medium.One can also have floating rollers, on a trunnion axis with two nuts or slidably pass two rods from pivoting axes to follow the outer profile of the disk or cam by autocoinc due to traction. Indeed, the force transmission means can pass on a detour wheel from an oscillating lever, then passed between at least one of the detour wheels (7) before having the end (2) attached to the disk or cam (3) .This arrangement is an alternative to pulling the basic principle of the associable systems of the invention). This force transmission means passes between diverting wheels (7) or (68), on the end of the force transmission means is attached to a pin (2) which is received through a slot (76). in a hole of the rim (3) which is recessed in the center or is fixed a handle (1002). This assembly is crazy, on bearing or sliding elements (1101) outside or inside a support (1000) in which journalled (3 and 1002) (alternatively the force transmission means (1) ) can also pass on two diverting wheels forming at the tangency of their periphery 90, passes on at least one detour wheel (7) fixed on (3) is or the trunnion of (2) is attached this time to (1000) This arrangement also allows traction)
This support (1000) is rigidly held with adjustment (977) to at least one lever (950) journalled on an axis (974) arranged - - - Deut have facing the elbow (or the arm / at its end a ball including the elbow forming support and fulcrum maintained at the gutter). It should be noted that two force-producing means can be arranged either on respective harnesses or with the mechanical arm, or leggings, with the harness alone and held on (those) or this harness. The axis (17) supporting (951) by 3) forms a bend allowing its other hinge axis (1010) to be in front of the anatomical articulation axis in the different plans of use. The angled portion also supports (9) and (7) or (68) (1009) journals on (1010) and this journal (1010) in its other 90 "plane is journalled by its other two journals in the bore (967) the support (966), journalled on the point of attachment to the harness (965) .With these devices of the overall system is obtained for all movements of the resistant forces.I1 is also possible to have resistant torsional torsion efforts relative to the hips by fasteners on (1016) and (989) over (1015) and (1018) and (1020) on (956) - - torsion. 1017) It is possible to have independent force-generating means for the respective anatomical joint axes of the limbs, - - (974-985-77-17) on the outside thereof / by elastic means, fasteners thereto as stress-producing means or also to fasteners / elastic means.

Some of the devices associated in variants according to the basic principle which is the subject of the invention makes it possible, by combinations between them and contributions of evolutive and other systems resulting, by adaptations of said patent, from an alternative application provision between its mechanisms for their uses: such as manikin, or puppet, mechanical arms and leggings, mounted on harness separately or on a single following adaptation or purpose, with means producing efforts, different product by bungee and differential. Following figs 81 and 82 and one of the features that are numerous, produced by bungee cords attached to the harness or the respective harness of the mechanical arms and lambiéres. at (1023) and (1026) where there is (5R0 a diverting wheel / allowing the work in motion differentially (and also may be a multiplier or reduction gearing in effort or length giving the means and transmission of effort , either the effort or some useful lonquer) or also for the lower wind parts of limbs, arms or legs peu./ to have form springs or section, or any arrangements, attached from the axis (974) and flexibly attached to (978 (1) and 977) the force transmission means / is endless and attached through diverting wheels, before its attachment by (2) to (3). effort producer can be doubled so that the upper and lower limbs can work together.One means (which is not limiting) the torsion of the trunk with respect to the hips, may be at home, or not at will, for example, the arm harness can be in two pieces and have a alternating traction arranged on elastic means or other .The mechanical arm or axes (104a) the leg have the ends / removable and convertible by detours or any passageways for the replacement of the different provisions of efforts and their increasing forces or decreasing. The mechanical hands may also not have the connection with the force transmission means (1) and have inside a force producing device is elastic or tensionable reel in force and stroke (also disposable opposite each axis anatomical) on the or harnesses, can also be arranged air jacks, or air / oil with adjustment of efforts.De same inside or outside of each rigid means. (951-953)
For Figure 79 to 83 alternatively the elastic means may be arranged double for jambiéres and mechanical arms either on the back and the front attached to harness with appropriate protections. They can be together in front or behind with protections. On the hand (1000) the arrangement in (1002) according to the variants can arrange the ones with hand. . Adjustments, of the bar / additive fig 55, for the rotation and inclination of the double crown on bearing and pivot divert between them.On can be arranged on the axes (974) a wheel of /
The footwear with sole (1152) can in variants fit on (982) (985) (980) (986). Alternatively on the axis in cross leg, the attachment of the shaft (77) can be on the kneecap with / harness level. Elastic elements with bars of different hardness can be arranged at each point of articulation. Following the ~ efforts requested. A fulcrum is made from an axis (874) (77) (985) (17) (989) and a support attached either to the harnesses, the gutters and ankle breeches and rotating hands between which are introduced the elastic bars.

Alternatively, the harnesses can be adjustable in width to be disposed around the width of the hips 951-953) and shoulders.De same wheel (25) is adjustable in length on /
As a variant of FIG. 57, as for all applications where there are associated sets made followers on pivots (619) and others. The parallelogram may have an axis at mid-length of at least one branch, value (2a) between axes (665) and (666) or (667) and (664) with a telescopic brace of a value (la) between the attachment axes (555 and 528) the fastener (734) is fixed on this axis. The other end attaches to (657). Ul have a rail (718) in the upper part of the frame instead of (628), but having at the end close to the wheels (687) a cross tee 900 to tee with two axes (657) to the same width of implantation of those on the lower part of the building. If necessary, these bracants (555 and 528) have one end attached to (657) and the other on the mid-length axis of the parallelogram branches. In both rails are a polyplane roller link (1096) slidable. A fastener (1095) or (721) connects as required. Either the axis (665) for pulling from top to bottom and the bar (680) runs a fictitious straight line in space and the link slides in the rail in a straight line following arrow (729). fastener (1095) to (664) with the respective fastener fasteners (734) at the lower limb length and the other end at the fastener (657). The bar (680) will traverse a fictitious line from bottom to top following arrow (729) and the polyplane link slides in the rail along a straight line all the associated mechanisms and made followers will remain parallel along the line (729). Other brace of the same kind described to maintain this set described above in working position with bench below or without. The flexible means (1) passing in bend of the wheels, arranged on the geometrical places of the whole, formed. In order for this mechanism to work, the pivot pin (619) must be removed. The legs (745) must have the axis (657) at the same height as the axis (664) to respect. The geometric property of the follower assembly with parallelogram and lateral bracers that restores fictitious straight lines during the displacement of the following bar (680) (729) (and all other additives arranged after and to the support). Either the parallelogram branch is equal to (2a) in length and the bracants have a length, equal to (la). The two fictitious points moving on a straight line form a right angle of 90 "with respect to these lines with right angle cane coming from the top of the axis (657).

 As an alternative to Figures 76 and 77. The pulling means (1) can pass under a detour wheel fixed in the lower part of the amount (1197) back between two other detour wheels, their outer diameter as close as possible with the axes of these wheels, in the axis of (1182) to pass between (7) or (68) arranged in the axis of the arm (1178j the fastener (2) of the flexible means (1) fixed on the disk or cam (3) .These deviation wheels on the axis of (1182) can / set and set crazy sideways to end up in the axis of the wheels (7), variabie circumversion (854) or toff) according to the to the Dras. these wheels a ceour for the passage of medium fléxible (1) are arranged on the geometric places of the arm. The tension of the link (1) is taken up by tensioner. The seat already described is sliding in its lower part in the slide (1195) on the support plate (1196) can be arranged a crown with clearance allowing the rotation of the seat with pin fixing at the desired angle.

This plate receiving the welded or fixed fasteners (1239) has holes on its outer diameter under the crown with a hole in this ring for the passage of the pin. Telescopic hooks (555-528) with pin hold the arm in the positions chosen for the job, connected to the frame in different places.

 Alternatively the use of the traction system fia 6 fig 83 with asque or cam t3) complete, / disposed on top of a portable exercise pole and disposable anywhere -;. "tilting foot at least tripod.This post with two profiles square, round, or rectangular, sliding with positioning pin or indexable between these profiles, a fixed bar, / attached in the arm above the branch forming rie feet resting on the ground - - jack - qQ gas cylinder The installation of the rig is applicable with pigs / or bungees are attached at one end to the fixed bar or several parapets / .The upper ends of the bungee cords are attached - -. - ---- - - - - - - on another bar / free on iaiie is conjugate, the fastener (1028) fig 82-40 and the action of a differential wheel (58) a link fléxible (1) passes in the groove of (58) this flexible link attached by its (or its) end (2) or disc or cam (3), arranged on a double armature secured to the post by the top the armature is arranged on the left and right. other with center axis (17) grooved or smooth traction system (3) worn on pallet ers solidarity of the frame on both sides. The flexible link (1) is forced passing between these wheels (7) to pass through a point close to the track on the periphery of (3) and rotatable about the axis (17) (77) with at least one exit Axis .Au level of the foot legs which rests on the ground, the free pivot pin in the post, journalled, holes are drilled at 90C on the periphery and through these two parts, allowing rotation to choose the angle desired at the level of the top of the post for the pin (17) with fixing pin in the holes facing the foot of the foot and the tube of the post. Telescopic bracers with pin position, with fasteners at the ends, maintain in another plane function of the forces, the pole which has fasteners, or holes for fixing the bracants between pole and external fixed point. One fastener of the ends of the strippers is on the pole and the other at a fixed point outside the pole.A means (432) is arranged with the lever (433) and sliding portion with fixation (589) and (633) allow the desired orientation, and the adaptation of additives functions of said patent. The traction system may also be on a cross articulation with the axis of articulation of the axes of the wheels (7). Between the cheeks of the armature arranged at the top a spacer is fixed between them with through holes the sides a diameter 28,5, for the passage of a bar. At the end of the frame or its top, a cut allows the rest of a bar for work with weight (cast iron discs in general) all this set is centered on the longitudinal axis of the pole exerciser.

 Alternatively the rotation setting instead of being on the foot with branches can be arranged at the top from the end of the pole and the carrying frame of the disk or cam (3). In a tube with holes in peripherence, through, on a vertical axis is disposed two transverse wheels with their axes arranged in the middle and at the axes of these two wheels, an axis receiving the frame on this frame two other wheels of nearest detour to the outskirts of (3). In this way it is possible to journal with positioning of the (3) carrying frame with pin on the top of the post. And from the pivot at the center of the first two wheels, to tilt to 90 "or intermediate to this angle or higher With positioning at the chosen angle, an arrangement of the integral axes (17) (smooth or fluted) integral with and fixed to the disc or cam (3) on either side is obtained. Looks of the anatomical axes of the human body A bench with tilting backrests front and back is fixed after two poles exercisers at will.

The adjustable bench at the anatomical axes of the body variant has: articulated rods with positioning sectors with pin according to the chosen angle. Disposable by rotation underneath, on the side or top of the sides of the backsplashes, and seat, and other small mobile backrest at the top of the large back splash, for rest of the forearms or also thighs with pin fixing on the area from a fixed point on the mobile backsplashes. These movable backsplashes are positioned by telescopic jack or gas cylinder on their rear kind of fig 63-67-68-59 -61-76-77.On these link Dlats articulables from an axis forming or females hinge, male parts / allow to receive reinforcements (15) for example with traction device, slider (589-633) means (432) and lever (433) other additives functions of the patent, this in respect of all axes and all shots around the joints of the human body, standing front or back, sitting front or back, lying front or back. Between two posts exerciser, a cross with removable holes can gather them. The bar attached to the support leg, posts, can also be adjustable by holes in the vertical guides, or pole, with height adjustment with a pin through these two columns and also the bottom of the bar fixed or is attached the bungee cords .Or also gu gas cylinder
In other cases without adjustment of this kind, it is possible to have a haulage by tensioner (701) with catching of the slack of the flexible link (1) see fig. 55 by detour wheel (700) on axis (699). ) with on either side the detour wheels (697) on axis (754) and wheel (621) on axis (665). The flexible means (1) being introduced between (7) or (68) at its end (2) fixed in (3).

 Alternatively a slide between the two profiles exennor pole with (1) attached to the center and connecting by the means cited above (3) can have two axes 28mm diameter with rest supported in position, support low weight on heel fixed. Retractable to the top of the pole when it is not used, on either side of said slider between profiles of the exerciser pole provided with rollers for rolling, or polyethylene for sliding. The loading is carried out on both sides on the two retractable axes.

As an alternative embodiment of the shoe fig 56. This shoe by its sole can be fixed on the rotating ring (1052) inside the outer ring (1053)
This crown having on its outside on the periphery at least one pivot. In this case a pivot on both sides fixed on legs integral with a fixed point on racks or other. Which allows the foot when it is in the shoe, with one of the fasteners connected to the means felible (1) on both sides, above and below with passage on turning wheel in order to have a pivoting / rotation for the work of the legs, calves particularly. Also before arm. Levers and other evolutionary additives. Can be attached to either outer ring (1053). Wheels (7) for example and on the inner ring (1052) also has a slot with hole for fixing the journal (2).

In what precedes uses the functions of the basic additives of the patent have been indicated with some possibility of use without having been exhautive. It is obvious that by the combinations of the mobile additives of the posts for the constitution of new solutions so far as possible, rf conceive many forms of battis jaivec
Additive elements between them may give others the case is meet in the above descriptions. Modifications, improvements by modifications and adaptations of profiles profiles, sections treatments, paints, materials, can be made only and exclusively by the applicant of the patent. Some of the provisions can also be used in water for rehabilitation and some forms of physical culture. The associated shapes of the elements and frames allow multiple combinations for the work of many posts by users.By the interchangeability of all the additive functions evolution of all the forms of racks that result.

Claims (50)

 1) The force-transmitting traction system for apparatus and machines for bodybuilding, characterized in that it consists of a disc or cam (3) (32) (126) (128) (236) (676) ( 3-1000) supporting at its periphery a deformable traction means (1) and having a periphery track on which this deformable means (1) winds up at least one guide (7) or (68) or (22) or ( 421) is traversed by the deformable traction means (1) forcing said means to pass through a point (2) close to the periphery and rotatable about the axis (17) or (77) (99) (132) (158) (167) (178) (284) (431) (448) of the disk or cam (3) (32) (126) (128) (236) (676) by action on the receiving axis - in the least one direction, the coupling means (432) by adaptable additives on it or on the axis, the deformable traction means (1) allowing in the other direction the arrangement of mechanisms, additives of follower mechanisms; the interaction between the lever arm of the traction transmission system (3-17) and the guides (7) or (22) or (68), the deformable traction means (1) (or without ) and the system with means for producing effort in opposition, whatever the direction of rotation of the disk or cam (3) and the cause of the action that originated on the axis (17) traversing with coupling means (432) or with other additives, axis (1002), resitute an effort.  2) The system according to claim 1 characterized in that an armature (15) carries a transmission system of force transmission consisting of an axis (17) passing in the center of a disk or cam (3) with coupling means, being supported with means of alignment, free in rotation, between reinforcement with circumference (15) or (155) or (141) pierced with holes (111) on the front of the holes, for indexing the means ( 12), on a drilling diameter of the angularly spaced holes for fixing additive means reported by shaft coupling (17) (178) (256) (270) (284) (436) (448) with armature retention (135) (134), on a flange (15) is fixed on flat (81), at least one guide (7) or (22) or 68) where passes on or between the deformable traction means (1), rear of the frame to means of couplings with shapes, or section (115) or with hole (147) for 28 mm diametre balance in flat (145), these means for fixed positioning with indexing (86) (116) ) (619) to be fixed anywhere or movable with means of sliding, sliding, bearings in guides (85) (88) (118) (124) (125) (145) (1163).  3) The system according to claims 1 and 2 characterized in that an axis (17) passing through the center of the disc or cam (3) between armature (15) is coupled to a system with orthogonal and intermediate positions in the housing ( 8) or (127) (or may be in a fixed position on an armature), a freely rotatable axis (6) or bore (169) transmitting by movement-indicating means in direct contact with the axis (5). ) or bore (168) in the axis, passing through its center, a housing (8) or (127) (FIG 1-9-10-11-15-16-17-19-20-43-46-52 68-70-76-77), with at least one flange (14) or (130) or 13) spaced angularly on the diameter of the flange or ring, this housing (8) or (127) with axis (6) or bore (169) and its coupling means for additives, being placed opposite, in the axis axes of anatomical joints of the body in all positions, static or dynamic of the human body, a rotat action ion requiring the axis (6) or (169) with housing (8) or (127) to rotate (or can remain fixed) epycyclodalement around the axis (5) or (168) free in rotation but fixed by traction deformable means (1) passing between the guides (7) or (22) or (68) with opposition of traction force on it, attached to the disk or cam (3), this axis being at the front end, with its means of coupling for additives, the fixing in position being effected byindexing means (12) (136) (208) passing through the flange (130) (135) (14) (175) (212) (266) of the housing and frame (15) (155) (141) (301) (1266), the axes (17-5-6-168-169) being smooth or fluted or keyed (es).  4) The system according to claims 1-2 and 3 characterized in that a system for sumultanés adjustments masses suspended by interaction between charges and hauling, being arranged on a hollow guide slide (53) FIG 1-43-46 , cross-linked: (28) with sliding means, or also flange bearing (or not), in the center of a support / guide plate (54), fixed door pivoting wheels (55-56) oriented, and other swivel wheels (25) plumbed on the top of the uprights (87) with high and low parallelograms (493-493) and on the axis of the thickness of the disks or cams (3) between frames ( 15) (141) (155) hanged with means for guiding and holding back on uprights (87) arranged on high and low parallelogram branches, and also for indexing (86-116) FIG 1-2-6-4346, at endless deformable traction means (1) at its ends (or a) with means of fasteners (2) fixed to the disks or cams (3), with the shafts (17) being coupled (or not) with the mes with orthogonal and intermediate positions with axes (5-6), with angular indexing by means (12) on armature (15), this mass hung on both sides on post (87) forces the deformable traction means (1). ) to go up and pass on the swivel wheels (25) while passing in a detour on the wheels (55-56) on slider (54-53) while passing behind a differential wheel (58) in relation to a means of generating effort, opposing a greater resistance than the hung masses, a muffle can also be inserted between the wheel (58) and a force-producing means (43) making a force-reduction system, a length of the deformable traction means (1) being by snuggling in reserve, then restored under tension simultaneously for the cross adjustment on straight lines, axes (17-5-6) in the height direction and in all the lateral plane, facing the crossbar (503) with associated systems and followers, these simultaneous effects being realized by ter-action between the masses hanged after the means of fasteners (2) and a winch (48) with security, arranged on the environment of the frame or also on armature (15) a deformable means (29) reads the back of the slider guide (53) passing through detour wheel (31), after adjusting the axes (17-5-6) opposite and in the anatomical hinge axis chosen according to the position of the human body, the indexing means (12-86-116) are set up.  5) The system according to claims 1-2-3 and 4 characterized in that a system producing effort restores different forces following the combined setting of lever arms (32-34-38) function of the same weight (74) FIG 1-4-546, by the action on the axes (17-5-6-678-619-169-168-221-431 436-270-291), during the automatic loading, the receptacle ( 43) remaining in the ground, a deformable means (29) connected at both ends by means of fastener (59) on armature (60) carrying a differentiating wheel (58) together with the deformable means (1) passing in a back-to-back direction the wheel (58) and emerging on both sides through movable guides (57) fixed on a support (60), the deformable means (29) being forced to pass on at least one guide (205), and s' winding on a track at the periphery of the disk or cam (32), its other end with attachment means (2) being attached to the opposite of the guide (205) at the bottom of the disk or cam (32) crossed at its center by an axle (33) fixed movably between bearings (37), at its ends being coupling means for hub (432), for additives, the bearings being fixed to the frame, on crossbeam (1077), pin (33) carries a lever (34) pierced along its length of holes (35) with equal or variable spaces, a hollow tube (38) having at its end fixed an axis (36) indexable with holding in the holes (35) drilled along the length of the lever (34), which tube (38) slides around a profile (40) pierced with the same spaces along its length, and fixed to the receptacle (43) on the top (42) with means for indexing and retaining (41) between tube (38) and profile (40), the receptacle (43) with bottom (45) is extended on four vertical faces (46-47-), with notches (44) at top for the passage and placing of the flat (74) plates without holes, of different thicknesses (64) (and also, other weights) having at least one gripping means (63), the material of pigs (74) being either cast iron, or flat steel or cast iron, or cast aluminum, or poured hollow plastic filled with a liquid or .- material, or steel or cast iron coated with cast plastic.  6) The system according to claims 1-2-3-4 and 5 characterized in that shackles / harnesses (521-523) FIG 45-44, automatically performing the posioning of the axes (5-6) and others, opposite axes of anatomical articulations chosen for the movements, of one or more limbs, in all the positions of the static body on seat or without, or supports, axes or bores (17-5-6-168-169-221- 431-436-270-291), the wrapping support (520) of a certain length and width (521) FIG 44, so that its shape (519) allows the body to be housed at each end a shaped piece wrapping around the shoulders, outwardly arranged, for interlocking, bosses, recesses or with axes (514-515-516-517), fixed in orthogonal positions, as they are opposite the various planes, axes of anatomical articulations of the shoulders, (these or) this carcantharnais being either of a single piece (521) carried by the body, or the machine by the axes (17-5-6-169-16 8-221-431-436-270-291), with internal protections (518-519-521) (or without), the lateral adjustment being designed in two parts to be adjusted at the center distance of the shoulders, or arranged directly with interlocking and means of support on the axes (17-5-6-169-168-221-431-436-270-291), other supports (523) FIG 45 with specific gutters and enveloping forms (524) , respective and removable according to the joints (elbows, knees, basins, legs, and ankles) on either side of the support (523) of different lengths with means of locks (522), holding, the supports can also receive by means of couplings or couplings in (522) the additives, the material being either steel, or duralumium, or aluminum, or cast iron, or plastic welded, or cast with different colors or resins, or stainless steel, the protections, either painted, or chrome plating, or stripping, or polishing, or anodizing, or plasticizing.  7) The system according to claims 1-2-3-4-5 and 6a characterized in that a follower combined system, evolves according to dynamic movements, consisting of or less a parallelogram arm, at least two branches, with fixed axes (611), or two-piece variables (609-611) sliding with sliding intermediate skids (610), on top of the profile (611), holes (638-639) with similar axles on the half-branches, with indexing means in holes (638-639) between two vertical pins a top (278) bore / pivot, diameter 28.5mm, on support (279) high, free in evolution; compound, connected to the support (607) (or only) with axes (284-282-278) arranged in H, free in rotation, intermediate between composite supports, removable (279-283-607) or (288), the axis (282) secured to 90 "to the support (279) free in rotation, with means of alignment in length, in support (283), oscillating about the transverse axis (284) parallel to the axes (666-667), between support flanges (607), the axes on compound supports, high, free, in evolution and rotation about the axis (284) all having angular indexing means (280-281-299-300-631), being hollow or filled with means for coupling or holding for passage of additives and balance (678) in bore / pivot (278) and approved (1051) in hollow shaft (284) or (666) or (667) or (278) , by association, the low support (559) or (622) makes the system follower, by the arrangement of the axis / pivot (619) vertical with (or without) disc or cam (3) fixed on it above or below with guides (7 or 68) set on cheeks (622) or pedestal (602) (and others) the pivot (619) being held on frame, fixed in alignment and free in rotation, the deformable means (1) being forced to pass in detour on guides (621-608 ) or (234  534-538-552) arranged on the geometric locations of the system.  gas cylinder (531), (ouressortsor counterweight).  weight balancing means being disposed between the limbs (609-611) or (552-543) or (532-289) or (1099-1098) associated follower with transmission of effort (or without) following action on the axes (17-5-6-168-169-270-291-221-304-284-619) and need for movements with dynamic evolutions of the body in all plans, facing the vertical pivot (619), a  8) The system according to claims 1-2-3-4-5-6 and 7 characterized in that an additive with lever (433) and means for coupling and maintaining on axis (17) (5) (6). ) (436-448)  (156) (168) (169) (221) (270) (304) (291) fluted or smooth, or with keys, female or reaming, is realized by hub  (432), with indexing and stopping means, with right lever (433)  (Also having different shapes according to the additives provided), pierced with spaced holes, with at least one slider  (589), adaptable in arrangement with axis (633), both drilled with holes for indexing and retaining means, this device used for fixing approved (1401-654-) additives of all shapes necessary for the movements in physical culture.  9) The system according to claims 1-2-3-4-5-6-7- and 8 characterized in that a telescopic stinger (555-528) (or fixed) holds in position the tracking system with parallelogram or other , by at least one brace, with a fixed length or  telescopic two-piece, in profile (555-528) hollow, with  spaced holes (556) for sliding length adjustment,  with indexing means, the point of attachment (635) with or without  ball joint for fixation, can move in the holes on the  length of the parallelogram branches with, between the brace and its other fastener (657) fixed at a location secured to the frame (641-735.-561), the half-bracants (555) and (528) may, indexing means removed, have at least one gas spring, pushing or pulling, or elastic bungee cord, or spring attached in each of their extremity, on each half-brace or commercial weights with 28mm diameter holes threaded on at least one short axis , with rest for weight, inclined on half-part (555) or (528), retractable or fixed.  10) The system according to claims 1-2-3-4-5-6-7-8- and 9 cara erized in that the geometric locations of the axes (666 667), 4 (665-664), (1109-1088 ) connecting the branches (609-611) (1099-1101), (1099-1098) parallelogram between low and high supports are guides (608-611) (1136-1106) forcing the deformable means (1) to pass on them and between the guides (7) or (22) or (68) connecting one end or both of the deformable means (1) by the fastening means (2) on the disc or cams (3) or ( 676) arranged on either side of a cross member (669), alone or with a housing (8) or (127) or cardan shaft (272-264) FIG 32 and other devices, or orthogonal system with cross and axes (448-436) by inversion, with indexing on sliding support (462-461-451) with guides (422-418-419) and disc (3) FIG 29-30-31, or fixed orthogonal system with guides (422- 418-419), and disc (3) on a sliding support (435-409-412) FIG 26-27-28, with fixed axles, axes (17 ) or on traverse (180) or (277) or (410) with variable axles according to the position of the axes (17-5-6-168-169-436-448-270-291) by means of indexing ( 182) or (302) or (414) of the jumpers (181) or (275) or (412) or (462) carrying the arms (17i) or gimbals (252-253) or system with orthogonal cross / reversal, or orthogonal system fixed or pivoting pendulum (678-680) there is birth of a force by inter-action between any action on the axes (17-5-6 (168-169-436-448-270-291) bearing the guides, supporting the deformable means (1) connected to a system producing effort.  11) The system according to claims 1-2-3-4-5-6-7-8-9 and 10 characterized in that a support (279) with bore / pivot (278), vertical FIG 47-52- 54, diameter 28mm receives by fixing additives or apprecia, with holes (280) arranged angularly around its periphery, threaded into the bore (278), the vertical pivot (312) or (678) or (278) is fixed by indexing means, or journalling, free with means of detachment in length; disposed in the axis of a cross member (669-632) relative to a length, on either side of the bore / vertical pivot (278), at a mean spacing, fixed axis anatomical articulatidns shoulders, disc or cam (3) fixed with pin (17) with coupling arrangement for housing (8) or (127) FIG 2-15-19 or (264) FIG 32 in flat, smooth, with holding means passes in the axis of the thickness of the cross member with flanges (14) or ring (175) (or without) attached thereto, with holes pierced angularly, for passage of the indexing means (12); a jumper (668) or flat (636) carries a guide (22) or (7) or (68), its periphery being in the extension and in the vertical axis, that of the guide (608), forcing the deformable means (1) to go to a Dune (2) near the Periphery of (3) and turn to FIG 53 turn of the axis (17), or disc (676) of the balance (680), pivot (678) /  12) The system according to claims 1-2-3-4-5-6-7-8-9 crosses - - 10 and 11 characterized in that a / (180) FIG 20-56 with center means of indexing coupling and holding (739) at 90C on its edge (197) FIG 20-56, with notches (198), having attached to the coupling means, two guides (195), pierced holes (206), spaced on the languor, for adjustment additive indexing, with holes or trunnions at the ends FIG 55.  13) The system according to claims 1-2-3-4-5-6-7-8-910-11 and 12, characterized in that a vertical pivot (278) FIG 55 disposed in the center of a cross member (180) pierced with holes (206) spaced along the length for indexing sliding jumpers (181), carrying the arms (177) with housing (8), (or fixed) with adjustment by association of additives, at the ends of the holes or axes for fixing means of maintenance (527) or guides.  14) The system according to claims 1-2-3-4-5-6-7-8, -9-10-11-12 and 13 characterized in that a right arm (177) with associated system, housing ( 8) and disc or cam (3) on either side of the hollow profile arm (177) FIG 19-20-56-55, of a certain length with n side a flat (81) fixed on jumper (181), at one end of the arm inside the profile a ring (188) carries a bearing (187) or smooth ring, holding on (177) at the other end of the arm, a smooth ring (176) high-density charged low-pressure polyethylene for rolling / sliding, with arm support (177); on the end a ring (175) with circular engagement held on (177) pierced with holes, with angular spacings on the outside, an axis (178) with coupling means on each side (185) and (167) for attaching a disc or cam (3) to one side, and the other attaching additives, housing (127) or (8) with angular positioning (208) for ~ 14-axis (167) FIG 19 ; the jumper (181) has an indexing means (182), on the top a plate (81) with guides (7) or (22) or (68) FIG 19-20-55-56.  15) The system according to claims 1-2-3-4-5-6-7-8-9-1011-12-13 and 14, characterized in that a particular hebson joint, associated on a right arm in profile (177) FIG 21 (or armature (15)) an outer ring (212) being fixed to it, of a length of at least two and a half times the length of the pins (214) for disengagement, to the inside the ring (212), a cylindrical forelock (226) forming an angle at 90 "with another sheath (225), or 45" for each sheath, as well as flanges (224) fixed respectively with holes, arranged angularly by indexing means (208) through the surge. (226) and flange (213) and (233) through (224) with holding means (215) for (226-225), the inside, integral with the coupling sleeve (216), on an axis (167) or (17) in the frame (15) of the pins (214) being integral with the flange (213), fitting in the same primitive bores (217), the furnace-au (218) low pressure polyethylene charged to very high molecular weight, with at least two bores (217), in which two soft sliding pistons (227), at the end being secured a female clevis (229), held to the two other pistons (228) - by pins (231) on clevises ( 230). male, sliding pistons in sheath (218); at the end of the sheath (225) a flank (203) with a collar (219) for interlocking engagement (215) on a sheath (225); pawns (214) on a flange (203) penetrating on the same pitch diameter of the bores (217), a fluted (221) or smooth shaft, with a pinned shaft in a sleeve (218) with relief holes (220-222).  16) The system according to claims 1-2-3-4-5-6-7-8-910-11-12-13-14 and characterized in that an arm tee (at 900) with associated systems , pivotably (860) FIG 68-69, at the intersection of the vertical portion and the horizontal arm having a variable circumference (854) in diameter at the axes (5) and (6), the pivot (860) being disposed facing and in front of the axis of the fold of the trunk and the legs or around, the assembly being composed of a housing (127) or (8) coupled at the end of the arm (177) of an end on axis (178) with holes (206) spaced along the length of the arm (177) with indexing means (182), at its other end being coupled a disc or cam (3) with lugs integral with the arm (177) bearing guides t68), the arm (177) slides in a bearing (1207) integral with an intermediate trunnion / pivot (860), fixed to the bearing (1207), journal journalled, with width maintenance on arm (884) with pivot / disc (885) attached to the arm (884) ) with angularly spaced holes on a pitch diameter, the arm (884) being orientable, at its end, a pivot (888) with angular indexing means, in holes (887) according to the antilar pain of the arm (177) a moven being indexing (885) t passed through the arm (177) and the disk / pivot (886), the second part of the vertical arm (889), has perpendicularly, a hollow profile (871) sliding on the cross member (870) either on an upright, cross or diagonal, with indexing means (872) in spaced holes (932).  17) The system according to claims 1-2-3-4-5-6-7-8-9-1011-12-13-14-15 and 16 characterized in that an assembly associated by coupling with housing (8). ) or (127) FIG 76-77 with axes (5) and (6), with indexing means (208-12). DETAILED DESCRIPTION OF THE INVENTION (FR) DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE ARRAY (1179), IN PART (1181), THE CENTER OF THE CIRCUMFERENCE BEING A PIVOT (1210) OR (860) ARRANGED in front of the axis of articulation of the fold of the trunk and the legs, on the top of the upright (1197) of the frame, the arm (177) with casing (8) or (127) on one side and with disc or cam (3) of the other with plate (81) fixed to it carries guides (7) or (68) and is translated in the slide (1207) with indexing means (182) in holes (206) spaced, forms an orientable tee, by rotation on pivot (1175) or (884) fixed to 90 "under the slide (1207), adjustable in translation sense height between the pivot (1210) or (860) and the arm (177) with indexing means (1177) and (1180), a disk (1184) integral with the axis / pivot (121Q) being fixed in the inclined upright (1197) passing through bore, with slip rings, or in stages, this disk possesses on the diam is primitive, angularly spaced holes for positioning the arm in rotation with indexing means (1183) through the disc (1184) and the arm (1181), a counterweight (1202), on an arm integral with the hub, with bore (1201) for balancing the T-arm, the pivot (1201) being fixed at a sitting / standing height of the human body on each side of a fixed seat, adjustable in inclination, translation and rotation.  18) The system according to the preceding claims taken together, characterized in that a seat adjustable in translation by parallelograms (1123-1121) sliding in height with rotation, tilting backrest by rod (1123) FIG 76-77-84, with holes (1252) with diagonal support, between high fasteners on backsplash (1176) and at the end of flat (1205) back by nut (1253) oscillating between plates (1205), made self-follower by at least two sliding telescopic arms, lower female half-body (1121) and stem body (1123) with holes, with equal spaces (1152), forming a parallelogram, arranged in the longitudinal axis (1242), between the base, fixed on disk, held by a ring, itself fixed on a plate / support (1196) with angular indexing means in longitudinal direction (1200), together in equilibrium, by gas cylinder, parallel to a rod (1123) diagonally arranged between the brackets (1124) and (1215), this seat being indexable in position, from a special pierced nut (1199) traversed by double pin (1201) resting on the arm body vertices (1121) ) on both sides and passing through the rod (1123), and nuts (1199); the belts of the backsplashes (1176-764) being pierced with holes (1222-1223-1121), tilting around the axis (1120), with adjustable rod (1119) and locking means, this seat adapting to the machines , armchairs, and exerciser poles, the backsplashes being padded with suitable coverings, leatherette, skail, the material being either steel, duralumium, stainless steel, protection, painting, anodizing with color, polishing.  19) The system according to the preceding claims taken as a whole characterized in that a branch (723) FIG 57 of length (2a) between ends- (725-721) being of a single length, or in two parts, with fork (724) additive, coupled with holding means, at mid-length in (734) (or other additives); on an end portion (723) with a movable fastener (721), fixed to a rolling means (719) in a straight guide (718), at its middle (734), a fastener (527) end of a telescopic stinger ( 555-528) with indexing means, straight or shaped, of a length at least equal to (la), relative to the vertical plane passing through the axis of the guide (718); its other end (657) being with a guide (717), the three points (725-657-721) forming a right angle, coming from the top at 90 "by the fastener (657), the branch (724-723) forming the hypotenuse of this triangle, the point (721) being opposed to the right angle, 5% displacing on a straight line (732), in guide (718), at the same time the pendulum (730), in the fastener (725) moving on the other right, fictitious (729) of the right angle, the fork with two arms (724) apart in the form of a loop (726), close to the coupling means, the two ends, fasteners (725) with balance bore (730), diameter 28mm, with holding means, the deformable means (1) passing by guides (705-717), attached at the end (727) of the balance beam (730), or (721) in connection with a system producing a force, a seat or carriage which can be fixed on the axis (721), or on several straight guides (718), with rolling means (719), or on the cross member ( 735) before.  20) The system according to the preceding claims taken together characterized in that a parallelogram assembly follower / combined (alternatively), released from the guide (118) FIG. 57, pivot axis (619), implanted facing the axis (664) or (665), threaded into the bore of the point (721), free in translation with rolling means (719) and indexing in length in the guide (718) (or more); this parallelogram arm, before / its branches (609-611) between axes (665-664) and (666-667), of lengths equal to (2a) between supports (607-622), in the middle of this length ( 2a) an end tie (527) of a telescopic brace (555-528) of length (la) between its other fastener, (657), fixed to the frame (711), straight or shaped, projected length relative to on the right plane at 90, passing through (730-732-721), the fastener being the vertex of an angle at 90- passing through this plane, the two sides of the right angle being the generators (729-732) , the axis (666) or (667) moving by traction on the balance (680), on the fictitious straight line (729), and the point (721) movable by rolling (719), integral in guide (718) , these two points (721) (666) or (667) being the vertices of the two opposite angles to the right angle, issued by the axis (657); the hypotenuse being the branch of the parallelogram (609es11) included between the axes (666-665) or (667-664), in additive, a high crossbar, forming tee with fastening means (657) on a traverse at 900 to its part medial, threaded into the crossbar (690) with indexing in holes (692689), vertical, uprights (702-707) vertical, on pedestal base (751), on crossbeams (705) U-shaped part (711-735 -711), sliding in profiles (705) of the base, with indexing means in holes (712-710) with guiding means (719) in guide (718), the parallelogram having its branches (609-611) in length (2a) arranged at 90, vertically with respect to at least one brace (555-528) of length (la).  21) The system according to the preceding claims taken together, characterized in that the frame of a machine, its design based on the branches (1098) and (1101-1102) FIG 58, superimposed forming parallelogram (in equilibrium gas cylinder disposed between the branches), separating into two fixed or removable forks (1099) of a length equal to (2a) between axes (1098), on supports (1085) remaining parallel in displacements with holes (1087) for balance wheel diameter 28mm, and axles (1109) on support (1110), integral by pivot (1095), movable, between rolling means (1096) in guide (1125), articulated in the middle of a branch (1098) to the axis (1107) extremity of a crank / bracant - (1100) length (la), half-length of branches (1098-1101-1102) right (or deported) between parallel axes (1107-1138), at its other end, the axis (1138) being fixed on the leg (1137), integral with the frame (1131) and (1130) in the shape of a U, with in the middle, perp endiculally a front right portion (1126) and rear, the support guide (1125), the axis (1138) articulated, vertex of a 90 "angle passing through a vertical plane, in the longitudinal axis of (1126-1125 ), whose two sides of this right angle are the generators (1089-1092), moving in straight lines, by pulling or pushing on the balance (1082), free and guided, and the point (1095) in guidance (1125 ), rotational (1096); a seat on pivot, with rotation, indexable (1118), reclining (1093) adjustable with translation by slider (1116) indexable with (1117) being able to be disposed on the ends of the frame (1126) and (1125), the hypotenuse of the Rectangular triangle being the branch (1098-1099) included between the axes (1088-1095), the vertex of the angles opposed to the angle at 90, it carries a receptacle (43) with a pig guided by sliding (1135) or rolling on ( 1098) (or vertical between branches guided in (1107-1125) or also gas cylinders or elastic means between rocker arm (1082) and frame (1131) before and between branches (1098) and (1100-1102)), passing by derriere the differential wheel (58), fixed by attachment (40) to the receptacle (43), a deformable means (1) connected to the rings (1132) passing on the geometrical locus guides (1106-1136) or towards guides (7) or (68) or (1114) or also attached to the axis (1095); the bore (1086) receiving bars (1164) with holes (1163) indexed by (1128), with support clip (1085) armature (125-155) with disc or cam (3), guides (7) or (22) ) or (68), with shaft (17) for crankcase coupling (8) with pins (5) and (6), on limbs (1099-1098-110i-1102) axes (1159-1160) diameter 28mm for weight or additives, the indexing means on the machine being (12-1133-1128), the material used being steel, aluminum, dural, or stainless.  22) The system according to claim 1 characterized in that a hand rotating circular body (1000) FIG 80-82, variant of the traction transmission system of or (1064-1061) or (1065-1051) or force , being held on either side on piece (977) / with guides (7) or (68) fixed to it, threaded and held on lever (950), inside the body (1000), a ring (3) ) with fastening means (2), free to rotate by means of sliding or rolling, maintain lateral, in the axis of the width, inside the ring (3) a gripping axis (1002) being fixed on either side, this gripping axis (1002) can also be pivoted at 90 "with respect to the axis of the axis cL002) two pivots on both sides fixed - fixed $ ~ to ~ integral with the ring (3), / an intermediate crown free to rotate, in the body (1000), a stop means that can lock the rotation and or pivoting between the intermediate ring, and the crown (3).  23) The system according to claims 1 and 22 characterized in that a lever rod (951-954) FIG 80-81-82, hollow section for mechanical arm (953-954) or mechanical jamb, straight form or slightly curved, or enveloping at the axis of articulation, elbow or knee, of at least equal length from the first end of articulation, of the greater trochanter or of the knee and axis (17) on piece end, for coupling (432) dismountable by trunnion (1043), and the second end, carrying fixed wheel (25), pivoting on support (1035), sliding or fixed, with means (1250), offset, with generator outer axis (or axis) of the hollow profile, and the axis of prehenssion '1002), the profile being split (1251) to the trunnions (974), arranged in the axis of the elbow or knee, to the inside or outside the profile, a gas cylinder (943) (or elastic bungee cord), maintained by its rear body, by axis ( 1043), its forward rod (1045) being guided by at least two rollers with peripheral crocodiles (1040), the deformable means (1) being attached at the end of rod (1045), on the axis (1043) at least one roller, detour guide, which can be arranged for the passage of the deformable means (1) through a passage (1044), arranged at the outlet by a guide (68), or also passing outside the levers / rods (951-954) and (953-954) duralumin or stainless steel or steel.  24) The system of claims 1-22 and 23 characterized in that a mechanical arm, carried by harness (1015) wrapping the shoulders, a portion of the back and shoulders with passage for the head, the arms being centered from and further on the top of the axes of anatomical articulation of the shoulders by pivot (965) FIG 80-82, with cross (966) journalled on axis (967) on both sides on the die / movable trunnion of Té (1010), bent (1009) with axle (17) free to rotate the disc or cam (3) with recessing means (432) on disk (3), holding by coupling in (991) the right part (954) the disk (3) fixed on (10101009), the guide means (7-68) in front of the edge of the disc or cam (3), behind the trunk, forcing the deformable means (1) to wind on the periphery of the disc or cam (3), attached by means (2) through the slot near this periphery in the thickness of the rim (3), the harness (1015) or (1030) being e adjustable according to the width of the shoulders; front or rear fasteners (989) for gas cylinders (963) or elastic bungees (1025) between at least two barrettes (1023) and (1027) with a differentiating wheel (58) on a fastener (1088), holding means by strap around the bust and waist, holding fixed on the shoulders, the harness (1015).  25) The system of claims 1-22-23 and 24 characterized in that a rod (951-954) for mechanical arm FIG 80-81-82 being attached to the arm by gutter (970) or (1031) by means (971) on the outer side of the arm with disc or cam (3) fixed to the piece (991) threaded freely on the shaft (17) at one end, or on the ball joint with piece (432) having at its other end a wheel (25) adjustable in translation with maintenance, a pivot axis (974) facing the axis of articulation of the elbow, being fixed to the levers (950) by one end, on either side of the gutter ( 970) or (1031), at the other extremities, a rotating hand with body (1000) maintained on piece (977) adjustable, the deformable means (1) transmits a force by traction, and inter-support between the arm in teaser ( 970) or (1031) function of the hinge pin (974) attached to it, vertex of a triangle, formed on three sides, ie (950) lever (951) with a guide (25) in extremity e and the deformable means (1), attached to a force-producing means by action on the gripping axis (1002) of the hand, when the folding arm, the pivot (974) can also receive a disk or cam (3) fixed on lever (950) with guides (7) or (68) close to the periphery fixed on lever (954) or a means of producing force with elastic means, prisoner between each lever (bars) for compression or extension.  26) The system of claims 1-22-23-24 and 25 characterized in that a lever rod (954-953) for mechanical jam FIG 80-81-82, being attached to the thigh on gutter (996). ) or (1033) by means (971> on the side, outside the thigh, with disc or cam (3) fixed rigid with the piece (991) threaded free on axis (77) cylindrical at one end, with piece (432 ), at its other end a wheel (25) adjustable in translation with maintenance, a pivot axis (974) (or knee cap) oriented in front of the axis of articulation of the knee, being attached to levers (952), at one of its ends on either side to the gutter (996) or (1033), at their other ends, threaded into a support (980) enclosing the ankle, adjustable, held by means of attachment (978> the deformable means (1) being attached to a force-producing means, retransmitted a force resulting by traction, and inter-support between the thigh introduced into the droplet Ie (996) or (1033), function of the axis of articulation (974) fixed to it, opposite the axis of the knee, forming the apex of a triangle by the levers (952) and the lever ( 953) with at the end an adjustable swivel wheel (25), the third side being formed by the deformable means (1), attached to the support piece (980). force retransmitted action when the bottom of the cam or rising folding the pivot (974) can also receive a disc or cam (3) fixed on lever (952) with guides (7) or (68) close to the periphery, lever-mounted (954), or a means of generating effort, with medium-elastic, prisoner, fixed between each lever (bars) for compression extension.  27) The system according to, claims 1-22-23-24-25 and 26 characterized in that a harness (956) disposed around the hips FIG 80-79 on each side, two guides (960-961) or (7) or (68) behind or in front of the trunk also in the center, two guides (56) or (68) an alloyed shape (967) going at least at the level of the articulation, carrying an axis (77) for fixation by coupling with holding (998) on disk or cam (3) with means for maintaining the axis (77) on the axis (77) by end piece (432) but free on this axis, guides (7) or (68) obliging the deformable means (1) attached by means (2) to the disk or cam (3) to be wound on the periphery, a recess (955) front and rear having a shape such that it allows the evolution of the limbs, closure and holding means (1048) encircling the branches, the material being leather, or fabric made rigid, or molded plastic, or duralumin, or stainless steel, or steel.  28) The system according to claims 1-22-23-24-25-26 and 27 characterized in that a gutter (996) surrounding the thigh, with recesses (992) FIG 80-82 front and back for evolution of the limb , with extensions on either side of the knee, in front of the anatomical hinge axis, a fulcrum (974) on each leg side (973) being fixed, or a single hinge (974) bounding, two supports (971) external to the leg allowing passage and adjustment in rotation and translation rod / lever (954) with its maintenance, a means of adjustment and maintenance to the size of the thigh belting in position the gutter (996), the gutter (1033) can also be in two parts, with articulation (1034) FIG 82, the material being leather, or the fabric made rigid, or molded plastic, or thermoformed, or duralumin, or stainless steel, or steel, or elastic.  29) The system according to claims 1-22-23-24-25-2627 and 28 characterized in that a gutter (970) FIG 80-82 enveloping the bicep and the tricep with recess (972) before, and rear for the evolution of the forearm, with extensions on each side of the elbow on which a trunnion (974) disposed in front of the anatomical axis on the leg (973) or a single swivel (974) including two supports (971) external to the arm, allowing the passage and adjustment in rotation or translation of the rod / lever (954) with its holding, a means of adjustment and maintenance being provided according to the size of the arm the latter belting and positioning the goutier ( 970), the gutter (1031) can also be in two parts, with articulation (1034) FIG 82, the material being leather, or fabric made rigid, or molded or thermoformed plastic, or duralumin, or stainless steel, or steel, or elastic.  30) The system of claims 1-22-23-24-25-2627-28 and 29, characterized in that a torsion bar (1017). ~ one ~. v steel, or double spring / in another, a turn to the right a turn to the left, joining on both sides to a fastener (1047) or elastic bar or flexible plastic, all of different strengths or hardness schorre, with fasteners (1047) fixed on both sides to the harnesses (956) and (1015) with rigid fixing means, in front of the chest or behind the back in their vertical axis.  31) The system according to claims 1-22-23-24-25-2627-28-29 and 30, characterized in that a heel piece / support (980) FIG 80-82, with recess rear and front, for the kick, englombanavec with ball (985), or two trunnions (985), the ankle, intermediately, held at a heel (982) making free the heel recess (983) before and (986) back passing under the foot, a bearing support (978) allows the passage of the rod / lever (952) with holding and adjustment in translation, and fixing in position, the attachment means (1006) for deformable means (1) or elastic band ( 1007-1005), or gas cylinder, the shoe  (1003) FIG 80 disposed on the front of the foot, with wraparound shape as it is maintained for a certain length at the end of the foot, releasing the toes, up to the kick, with a trunnion of share and other, focused on the folding of toes, - first phalanx and means of attachment  (1004) above, the material being steel, or molded plastic, or  thermoformed, or duralumin, or cast iron, or stainless steel, or elastic  strong.  32) The system of claims 1-22-23-24-25-2627-28-29-30 and 3; characterized in that a single-piece piece-shaped harness (1030) having pivotal axes  (965) fixed on each axis of anatomical articulation of the shoulders, recesses (965) before, at the bottom of the belly, and back at the bottom of the back, with extensions (957) on each side, facing the axis of articulation of the thigh, pins (77) fixed rigid or with ball joints for coupling the disc or cam  (3) free rotation, with end piece (432) for lateral maintenance, recesses (1030) on the flanks, detour guides (960-961) located on both sides above the axes (77), detour guides (-56) in the center, above recess (955) in front of or behind the back, guides (7) or (68) forcing the deformable means (1) to wind on the periphery of the disc or cam (3), the harness can be articulated at the pelvis, on sides or on  back, the material being leather, or the fabric made rigid,  or molded plastic, or duralumin, or stainless steel, or steel.  33) The system according to claims 1-22-23-24-25-26-2728-29-30-31 and 32, characterized in that the tabs (973) FIG 80-82 (alternatively), having the axes (974) are  extended on either side of levers (951-954) focused on  (17) and (953-954) oriented at (77), with spaced holes for passage of an axis through the stem clevis, or body, of at least one gas cylinder with holding, or attachment of a  elastic bungee cord, the other end of clevis or attachment being fixed oscillating at the end of the lever (951) and / or (952).  34) The system according to claims 1-22-23-24-25-2627-28-29-30-31-32 and 33 characterized in that bars  elastic <or other elastic means), which can be  placed in front of the axes (974-77-17-985) FIG 80-82, held on both sides on the levers (952-954) and (950-954)  with action of compression or extension or torsion by means of said levers, function of the arms and mechanical leggings with axes (974-17-77-985) restoring an effort  following movements, the bars being of different hardnesses  schorre.  35) The system according to claims 1-22-23-24-25-26  27-28-29-30-31-32-33 and 34, characterized in that two small  Levers, articulated, of a length equal to the wrinkle of the handle at the position of the hand gripping fold  closed lever articulated on either side of the ends of the levers (950) serving as an alternative to the rotating hand, these small levers being connected internally at their other ends by an axis (1002), with a tube on it free, with  indexing means passing through holes on these little ones  levers and levers (950), fixed effects.  36) The system according to claims 1-22-23-24-25-26  27-28-29-30-31-32-33-34 and 35 characterized in that a puppet  or dummy for bodybuilding or reeducation being cons  with a mechanical arm, associated with a mechanical hinge,  mounted together, or separately on respective harnesses (1015)  and (996) FIG 80, or on a single harness (1030) FIG 82, with  medium effort producer (963) or (1025) connecting the two harnesses (1015) and (996) or mounted alone on a harness (1030) FIG 82, with the deformable means (1) attached to their respective extremities (2) on disks or cams (3) and (1006) passing in a detour on the guides (7-68-960-961-25) to the inside of the levers or the outside, these harnesses being with external protection or without, the means of efforts; elastic bungees (1025) arranged between bars (1023) and (1027) or also gas cylinders (963) with wheel (58) or also with muffle, at least with a bar (1299) and a (1292) FIG 83, and detour wheels (1294-1295) and (1293-1298) with springs (1301) attached to the harness as well as barrette (1027) the deformable means (1) passing under (1298), on both sides, these means of effort being either simple, or double, or triple, or quadruple, with corresponding guides according to need for movements with arms and mechanical hinges, means arranged in front of the chest or behind the back, elastic bungees or gas jack pushing or pulling ( 10071005-987-988) end attaching tabs (973) extended on the ends of levers (950) or (952), the harnesses (1015) and (996) being also joined by means of torsion (1017).  37) The system according to claims 1 and 3 characterized in that the head of an exerciser pole being formed of a transmission system of force transmission (alternatively), with orthogonal and intermediate position system, combined simple , (or double on a single pivot (1263)) between flanges / armature (1258) FIG 83, with rest (1259) for balance diameter 28mm, a tube (1289) with bore (-1261) for passage of the balance, set of on either side, between the armature (1258), a disc or cam (3) fixed to an axis (17) passing through its center, passing through the flanges (1258) supported by plain bearings, with coupling means in end of axis (17), two guides (7) held free on  pins (9) forcing a deformable means (1) with a fastener (2)  on disk or cam (3) to be wound on its periphery, the flanges (1258) being joined at the bottom, by a flat  (1262), at its center being fixed u pivot (1263) with means of alignment in length, holes (1284) arranged angularly  the pivot (1263) being centered in the center of the rim  (3) and guides (7), the block (1266) being with holes (1284) spaced angularly for indexing means in positions  orthogonal, legs, (1266), having a pivot (1267)  fixed on both sides externally on two flanges and (1268). on the axis of the two axes (9) / auides (7). concentric pinholes (1275) / pivot (1267) angularly spaced with indexing (1272) according to selected positions, holes in the corners of the flanges (1268) for attachment means, telescopic cylinders (555-528) with indexing.  38) The system according to claims 1-3 and 37 characterized in that an alternative force producing system has bungee cords (1025) elastic FIG 83-84 with fasteners (1026) or gas jack pushing, or pulling, between sleepers (1027) with at least one central low latch (1281) with a bore and a top cross member (1023) with a differential wheel (58) on it on either side, sliding two removable profiles (1299) with fasteners ( 1297) for wheels (1295 1294) and also intermediate, forming a muffle with another crossbar, provided underneath, fasteners (1296) for detour wheels (1293) with at least two fasteners (1291), and two wheels (1297), the deformable means (1) passing in a detour of all these wheels with its ends (2) connected by passing between guides (7) to wind on the periphery of the disk or cam (3) with guide means, two fasteners / spring (1301) passing on the transom (1292) and are attached on both sides of at least two fasteners (1290) by their hooks.  39) The system according to claims 1-3-37 and 38 characterized in that an alternating force producing system with 28mm bore round weight threaded in an axis, vertical or inclined, retractable on external joint on a support of part and on the other hand, with a rod fixed in the center vertically, between support, guided by sliding or rolling between uprights (1273-1270) (or bearing in an upright, on one side, cantilevered, with polyplanes roller in frames of machines, or sleepers) carrying the inclined axes the central rod, between the slider support being fixed or not, below in the axis of the crossbar (1023) which carries it, a wheel (58) or on rod with half sliding part on both sides of the crossmember (1023) with wheels (12941295) at ends and intermediate, forming a muffle, with means for retaining the deformable means (1), the upper crossmember (1292) being with wheels on both sides and other (1298) above, and below (1293) and interm Two spring fasteners (1301) FIG 83-84 passing over the cross member (1292) with a form (1285) with a hook at the end of each rod penetrate into at least two fasteners (1290) fixed to uprights.  40) The system according to claims 1-3-37-38 and 39 characterized in that a telescopic exerciser pole with indexings (1272) FIG 83 in position by inclination to the pivot vertex (1267), pivot orientation (1284) of the axes (17) and for tilting position at the foot of the post by indexing (1276), with adjustment of the system producing effort by (1272) through ring (1281) secured to the cross member (1027), the post being closed at its apex by a cross-member (1269) in a hollow profile, or solid, drilled at its center, the two uprights (1270) with a 90-parallel return being with spaced holes (1271), at least one system with orthogonal positions and intermediate, fixed to the flanges (1268), on both sides of the uprights (1270), sliding in two posts (1273) vertical and parallel with holes spaced (1271) along the length, with system producing effort between poles, at least one spring rod (1301) bent at its top (1285) with hooks mites, penetrating the legs (1290) on posts, being joined at their lower part by cross (1286), pivots (1279) maintained outside the posts (1273), between flanges (1274) with holes (1275) concentric with the pivots (1279), angularly spaced for indexing (1276), these flanges (1274) being fixed on both sides on crossbeam (1277) to 90, forming tripod (or sheet metal base, in sections), with crossbar (1278) with spaced holes (1288), telescopic attachment points (555-528) with at least one fixed point outside the indexing being (556) and (1272), tabs (1287) are attached to the sleepers with holes (1288).  41) The system according to claims 1-3-18-37-38-39 and 40 characterized in that two complete exerciser poles are connected by bracants, or telescopic cylinders (555-528) FIG 83-84 with indexing means (556) in length between points, arun seat behind posts or on the sides, on the top of backrest (1176), points (1305) and on flange (1268), on articulation in ( 1306) and on posts (1273), on seats (764) points (1306) and tabs (1287) and points (1304), on frame (1308) of the legs (1399) connecting the frame (1308) and also brackets , the cross members (1277) and (1278), the seat being adjustable in translation in frame (1308) with indexing (1200), resting on base (1400) orientable with indexing (1200) angularly, the parallelogram under seat being indexable in length (1215), resting on plate (1196) in slide (1195), tilting and indexable with backsplashes (1176-764) in position, (or seat resting on swivel pivot with column attached to a base, with fasteners).  42) The system according to claims 1 and 17 characterized in that the deformable means (1) on self-loading chair with receptacle (43) FIG 76-77-78 passing in turn of the differential wheel (58) hooked to him, behind the frame, its outer peripheries carrying guided the deformable means (1) rising vertically, by winding on both sides on guides (804) fixed perpendicularly on top crossbar (1224), this means starting horizontally under the lower periphery of the guide (800) with support, rising vertically in the axis of the guide (782), fixed on the crosspiece (1224), this means descending under a tensioner (699) on slider (70r) or (533) FIG 50, sliding on a vertical guide (1236) with indexing means (1235), this means ascending towards a guide (708) of detour and descending on the underside of the guide (195), to go forward at the bottom of the upright (1197) ), under the guide (1220), and up between the guide (68) fi mounted on an axis (1182), towards another guide (68) forcing said fastener means (2) to be wound on the periphery of the disc or cam (3) coupled to the axis of the T-shaped arm (177). , focused and kept free on the axis (1282), on both sides of the frame.  43) The system according to claims 1-17 and 42 carac - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - terise in that a / tauteull automatic canting is constituted with receptacle (43) and pigs (74). ) FIG 76-77-78 arranged behind the composite frame, two uprights (1190) vertical, outer with crosspieces, high (1224) and low (1191) on the front, the base with two crosspieces (1193) exterior, horizontal , dismountable or fixed adjoining their front, sleepers (1198) intermediate between two crosspieces (1240) longitudinal with space between them, arranged on either side of the axis (1242) connecting 90 "the rear crossbar (1191) ) on them- inside, towards the center of the slides (1195) supporting the plate (1196) adjustable in translation with indexing means (1200), with fixing on its top, a crown (1400) with indexing (1200) now crossing a circular plate with fixing on it, telescopic cylinders (1121-1123) forman t parallelogram, indexable by (1215) through nuts (1199) and rod (1123) under the seat (764) adjustable, with the inclination of the desseret (1176) and rotation with indexing (1200), a crossbar (1185) of share and other than the seat at a certain height, removable, or fixed to the frame (1190) being fixed to the uprights (1197) inclined forwards, allowing the housing of the T-arm, with boss traversed by pivot, the bores (1210) ) being located parallel to the rear frame, their pivots (1182) being in the same extension between them, arranged in front of or around the axis of articulation of the trunk and the legs, the body in sitting / standing position between arms in You.  44) The system according to claims 1-7-8-9-10-11-1219-20 and 45 characterized in that a frame / bracket of automatic loading machine, with receptacle (43) and pigs (74) FIG 54-55-56-57 being composed of a base at its base, cross members (705) external profile, with holes (712), fixed on them, a sheet (751) pierced with holes (709-704) at the corners sliding profiles (711-735-711) within the slidable cross members (705), with holes (710) moven of indexaae (712) and fasteners (657), to the brackets (1152). ) - - telescopic bracers (555-528) l and for guide (659) in the center, crosses (735), an amount (707) with holes (708) on its faces, piety in the axis, on the front of the sheet (751) being fixed or removable, on upper and lower extremities on lateral faces being fixed, two guides (706-691), two tabs (662) spaced apart for holding the support (622) fixed on the bottom intermediate way and high, front side; on the rear face being fixed a slide (512), a second upright (702) being behind the first, with holes (703) on its faces, a slide (512) being fixed on the inside, the two slides (512) guiding the receptacle (43), a slider (701) for tensioning the deformable means (1) with guides (700) and rear pivot (698) sliding on a pole (702) with indexing means (716), towards the inside, two lugs (713) each carrying, a guide (697), at the same level, on a pole (702) two guides (696), a cross member (990) profile, styling and joining the two poles (707-702), being fixed or removable, at the end two lugs (693) carrying two external guides (694), on the other end above two guides (7) with axis (9) and a disk or cam (3) oriented pivot (619) maintenance the follower parallelogram, as appropriate, a cross member (688) sliding inside the profile (690) with guides (697) at the end, a T-profile also serves as a guide for (719) with attachment means of the shaft (721) with fasteners (657) and guides (717), at the end of the tee. the deformable moven (1) Dassant under the auides gu ~ attached to the levers (1069) under barEt1070) or co rs (l056) (58> and detour, according combinations, on or between (, or under all other guides , the material of the sections or tube naked or solid, steel, stainless steel, aluminum, duralumin.  45) The system according to claims 1-3-7-9-10-11-12-1314-44 and 47 characterized in that a seat indexable in position, carried on arm (177) parallelogram (609-611) and crosspiece (180) FIG 55-54-57 with telescopic ram (555-528) or slide (118) FIG 43-46-56 indexed on particular points with housing and holding means on the arms (177) with crankcase ( 8) or (127) or (264) with axes (5-6-168-169-270 291) numbered according to the orthogonal position of the axes FIG 36-37-38-39-40-41-42 and also the points on seat belt profiles with holes for passage of rod of different lengths on backsplashes (478) and (475), with articulation (477) intermediate, under the seat (478) a telescopic cylinder (489-490) with axle (491) fixed on attachment to the frame and (487) under seat, or foot (481) with support (482), free suspension by axis (479), between two fasteners (480) fixed under seat (478), a reinforcement being also used to keep the backsplashes rigid, a telescopic cylinder (472-474) with indexing means (473), / behind backrest (475), the seat Indexed to receive the human body at positions corresponding to the axes of anatomical joints of the body, on each side, under, above, in front, behind the shoulders, hips, elbows, arms, legs, ankles, the seat with backsplashes can also be deployed, horizontal or vertical, or inclined, or seat in the other direction from the points, or also through indexable frame arms on the arms and parts of the seat, and also the crossbar (180t.  46) The system according to claims 1-3-7-8-9 and 10 characterized in that a device, parallelogram with at least one branch, makes follower a set of associated devices, threaded on pivot / bore (278) top FIG 32 to 35 47 to 51, free in evolution, disposed behind the head or in front of the body, machine placed on low pivot (619> vertical, free, or indexed in base (602) or (526), in this case two branches (542-543) and (532-289) between two supports (288-559), extremes with a support attachment (537) intermediate between branches and two pivots, a (619) low, vertical, short (or long pole ) with indexing, threaded on a base (602) or (564) and the second vertical pivot (278) solidiare of a cross member (277) on a support (288) with intermediate articulation, formed of axes (284-282-278) arranged in H with, each for an indexing means (280-299-300) for angular positions (or also journaling), three traction systems for transmissi a disk or cam (3) being arranged on high and low supports, two in (288), on the sides, free in rotation on axis (284) with guide (7), two of which are arranged on each side of the pin (234) of branch joint (289) or (526), the other disc or cam (3) being under the base (602) or (564) fixed on pivot (619), cast iron base, hollow or solid, or stainless steel, or steel, or aluminum, two guides (7) being oriented, free in (582), holes on base (602) or arranged in a cross (609-567-568) in four studs on angles of support (564) for passage of an adjustable presser cylinder, or clip for attachment to the floor, door, between walls, floor and ceiling, or attached by means to at least one external point, or a U-shaped clip with resting, penetrating holes (606) with flat or rest tube, allowing the attachment of the machine under a car tire or any vehicle, a system producing effort, with elastic bungee cords or jacks z pushers or tie rods, or system with automatic adjustment with pigs, fixed on support with sliding / bearing offset on pole (or svstéme - lever - - with elastic bars for compression or extenssion / (blb> FIG 47-48), a branch (543) with tab (551) and bar (550) with bungees between bar (548) with wheel (544) differential, for the passage of the endless deformable means (1) with fastener (2 ) passing over the guides, arranged on the geometrical locations of the axes (234-535-540-552), the branches having between them at least one gas cylinder for balancing, or spring, for use in fixed positions, telescopic cylinders ( 555-528) with indexing means (556), steel, or stainless steel, or duralumin, paint protection.  47) The system according to claims 1-2-3-4-5-6-7-8-910-11-14-15-18 and 45 characterized in that a machine has on its frame, reinforcements (15 ) suspended after an endless deformable means (1), slidable in poles (87) with indexing (86) FIG 43-46, adjacent to polyplate rollers, with (or without) orthogonal and intermediate position-coupled systems (17) ), (or arms (177)), these sets hung from the endless deformable means (1), being guided by bearings or sliding in posts (87), with crosspieces (511) fixed at 90, on end, high and base, same on frame, crosspiece (503) high, with at its middle fixed at 90, a crossbar (28) carrying a slider / tensioner (53-54) with guides (55) for slitting between guide (504) and means deformable (1), a return to 90 "right, cross (505) with two guides (50) at each angle, for deformable means (30) connected to the winch (48) on armature (15), another return to 90 - (506) please ingnan * the cross-beam angle (503) before, crosspieces (511) being fixed on a base on both sides at the cross-ends (510-508) forming an open front U with crossbeam (509) rear, between sleepers (511), parallelogram branches (493-498) connecting the frame to the posts (87), a disk or cam (3) being rigidly axed (99) on a branch (498), two posts (5a7-714) joining the base and top on the right leaving the opposite space free, between inner guides of the posts (507-714) sliding the receptacle (43), a rod (502) high and low, maintained in (4.94) free in rotation guiding the parallelograms oriented, right and left connected to the posts (87) holding by means of clamping (499), with sliding in guides (494) free in rotation, maintained on each opposite branches, a guide (25) pivoting in the axis of the poles (87) front side, guiding the deformable means (1) without end, between the guides (7) attached by means (2) close to the periphery of the discs or cams (3), this means following the displacement of the posts (87) passing through the guides of the muffle on slider / tensioner and passing in a detour guides (31) and under the wheel (58) differential fixed to fasteners (40) integral with the receptacle (43), a coupling means (432) on axes (5-6) with lever (433) receiving the evolutionary additives, a parallelogram system (611) follower between pivots (619-278 ) with balance (678-680) is fixed, sliding on pole (87).  48) The system according to claims 1-2-3 and 6, characterized in that housings, male or female, adapted, fixed or movable in rotation (77-880-890), or articulated in (893), arranged orthogonally, function of the joints and positions of the body, on ends of armrests FIG 71-to-75, or on fixed posts (756) with guides (771) and (794) on sleepers (769-758). -frames / armchairs FIG 59 to 62, or on poles (830-819) and (837) and (838) on sleepers (777-758), associable with each other, allowing combinations for multiple positions of uses FIG 63 to 67, force transmission systems, in armature (15) associated with the housing (8) and its axes (5) and (6), the indexing means being (12-86-116-873-897-903), the body-arranging itself differently on the seats, backsplashes (767-764), reclining and adjustable in translatZbn and / or height.  49) The system according to the preceding claims taken together characterized in that the tensile force on the deformable means (1), by interaction, being maintained on a guide (58) FIG 52-53, or (544) FIG. 47, from the action on the additives, cross threaded on pivot / bore (278) of the parallelogram tracking system, carrying, or a system producing elastic compression force, between fixed heel (612) FIG 47, bars (FIG. 613) at different hardnesses schorres, between slider (637) guided on branch (611) pressed by bearings (614), fixed on lever bent (617) oriented on (621), sliding in it with traction adjustment on the lever (616) attached with spaced holes (618) to the deformable means (640) in front of a post (624) supporting a support (622) oscillating on a vertical pivot (619); or deformable means (1) in traction on automatic loading system behind a frame, according to a pole (660) FIG 52-53, disposed between the ends, base (652) apex (642), carrying guides (25) pivoting, orienting the deformable means (1) in front of and behind their axes, vertically plunging descending on either side of the periphery of the guide (58), integral with a pierced means guided on fixed columns - - - ---- - (123) / - with weight (653) (or (1258) FIG 3), from the post (660), removable or stationary, profiles (641) with vertical U-shaped circumference, bearing a square plate (648) with guides (7), supporting a shaft (650) in steps (649) fixed to a  force transmission system, coupled to a crank  (673) by threading with positioning of a cylindrical piece (654) (or others), the base being a U-section  with return fixed to the base of the post, with lugs (656) and (658) supporting lateral guides (655), and guide (659) disposed on the front axis of the profile, lateral lugs for fixing the telescopic cylinders (555) -528), axes (527).  other at 90 ", the pins (464-463) the indexing in orthoonal positions in holes (454) through Divots and support being made and holes (453-466) /, through pivot and bearing, the fastener (2) fastened in (3) deformable means (1) passing between guides (422), in a bend around the guide (418-419) and in front of guide (460) secured to a lever (445-446) pivoting on axis (234) the point (445) being tangent to the primitive axis of the guide (418 419) in vertical position.  vertical a pivot (455) with ears, supporting of share and  pivoting in a light (451) of the support (410) carrying,  free and flush an axis, with ends (436-448) with coupling means and disc or cam (3), to 9O-, since the bore in bearing, being fixed a vertical axis (443) having at its top, rigid at 90-, a support (421) with contiguous fixing of guides (422), free on axes (425) against the flat part of the guide (419) holding it fixed, on axis (423) the other half of the guide (418 ) being mibile on (423), this bearing (452)  (464-463) on both sides, with heel of meal, carrying  30-31; a bearing (452), (or bearing (435) fixed to the lug (408) integral with the slide (412> FIG 26-27-281 housing the pivots)  (301), on crossbeam (277) carrying the supports (275sur rear, bearings (251-155-271) double cardan supports, with sleeves / sliding (240> coupling on axis (239) lateral to the crossbar, fixed to the disks or cams (3) integral and movable on a support (288), on crossbeam (410) FIG 29  (261-262) for double cardan (269-271-274) indexable in positions, per pins (260) with bracket / bracket hold  (277) two-piece boxes (264) and (272) with housing  with indexing, carrying as variants, combined systems, of force-transmission systems / orthogonal axis position systems (270-291) or (436-448); on transom  29-30-31, guiding supports / slides (2752 or (412),  50) The system of claims 1-2 and 3 characterized in that the cross member (2771 FIG 32--33 or (410) FIG 26-27-28