BR102014001349A2 - platform for functional exercises with conjugate ladder - Google Patents

Abstract

summary platform for functional exercises with combined stairs, especially a platform that incorporates a number of important innovations and possibilities that totally differentiate it from the means currently used to perform functional exercises, such as the use of differentiated floors at any time to suit it to the practical and technical needs of the functional exercises to be developed in order to contribute to the best working practice of the exercise. The invention stands out for a basic modular unit (4) which is reproduced in repetitive regular geometric conformations from its basic rectangular geometric design, said basic modular unit (4) having holes (5) with metallic cups (14) in all. its four sides, to engage said ladder (2), whereby, as the basic modular unit (4) repeats, the means for receiving as many stairs (2) as desired grow as well. ; each basic modular unit (4) is composed of mounting components (cm) including larger side plates (plm) and smaller side plates (plm1 and plm2) arranged to form a substantially regular geometric base; between the plates are coupled the floor pair elements (3).

Description

“PLATFORM FOR FUNCTIONAL EXERCISES WITH CONJUGATED STAIR”. SHORT PRESENTATION

It addresses the present patent application for a PLATFORM FOR JOB STAIR FUNCTIONAL EXERCISES, especially a platform that incorporates a number of important innovations and possibilities that totally differentiate it from the means currently used to perform functional exercises, such as the use of differentiated floors at any time in order to adapt it to the practical and technical needs of the functional exercises to be developed, in order to contribute to the best labor practice of the exercise. In addition to the floor part, the invention includes other features which include the use of side pins for securing various exercise ropes, and a ladder which can be employed in conjunction with the pins, ropes and different floors of way to establish a new universe in the practice of exercises.

FIELD OF APPLICATION The present invention comprises an exercise platform for use with functional exercises in the Fitness market.

TECHNICAL STATE

The so-called functional exercises are widely developed today, gaining space in gyms and the like. In practice, it consists of a training method that aims to balance the muscular structures, as well as the prevention of injuries and the performance improvement of athletes. An expressive advantage of this type of exercise is that it can serve both more and less conditioned people, leading them to an ideal condition according to the objectives set in the training method.

In the current state of the art many techniques and means for performing functional exercises are known, but the equipment used is supports, ropes and floors not always ideal to the conditions of the type of exercise practiced and even the conditions of the practitioner.

A search of the relevant state of the art found the existence of document MU8901440-5. This document refers to a PORTABLE PLATFORM FOR PERSONALIZED WORKOUT, LOCAL MUSCLE RESISTANCE, FLEXIBILITY AND POSTURAL CONTROL, and describes its application for users from infants to seniors, including simulation of sports gestures, training and physical rehabilitation; According to the text, the model also allows the use of accessories such as: ball, disc and others, in addition to the integration of other methods of physical activity, such as pilates. In general, it consists of a platform that combines ring screws and elastic straps, as well as hooks and straps for hand and ankle and poles. Technically, this model deals with the posture and resistance of the user, besides that, for its industrialization, hinges are necessary, being very far from the proposition of the present invention.

Another prior art document is PI 1004142-7, which refers to a MUSCULAR AND FUNCTIONAL TRAINING STATION FOR MOTOR AND ELDERLY REHABILITATION, which targets people in post-surgical treatment, physiotherapy rehabilitation or the elderly. In summary, the training station consists of lumbar support seat, side levers and independent front levers. According to its text, the main functions are the user's muscle strengthening, maintenance and increase in range of motion, among others; However, the model is straightforward and specific to people who have undergone some type of surgery, which is beyond the inventive scope of this patent application.

OF THE INVENTION The present invention relates to a platform which reveals options that differentiate it from all functional exercise products and means, especially by enabling the exchange of floors in the training area (which may vary in density, for example). ), so that each day or cycle can have a new floor, ie floors specific to each type of training. The invention has means, such as conjugate pins on the sides of the platform, for receiving predetermined exercise ropes, as well as a ladder that is coupled to pins near the platform floor, so that, by the interaction of these components, means are provided for performing a multitude of exercises, particularly considering the possibilities of using the ladder in lateral positions of the platform, with this ladder containing a fixed exercise bar.

Technically, the invention contemplates, in a preferred construction, five types of floors, for variation and conceptualization of different environments for different types of exercises, namely: laminated naval plywood, plurigoma rubber, EVA, grass and formed floor laminate.

All the floors mentioned are an integral part of the platform, already mentioned in this report, being stored these floors inside the latter. In the specific case of synthetic grass flooring, it is in the form of a carpet or grass mat that overlaps all, ie it is dimensionally designed to cover the floor area within the platform; however, this grass floor cannot be left loose, otherwise it will move during exercise; For this purpose, fastening means may be provided, which may be of belts or tapes, for example containing velcro® or the like, or others to be attached to said parallel pins on all sides of the platform.

Said pins are fixed in corresponding housings provided on the sides of the platform, to which they are coupled, aiming to promote the use of numerous accessories to perform a wide variety of exercises, such as fastening tensile tensions, rope fixation, cables metal bars and the stairs.

Constructively, all platforms are designed to be positioned next to each other, forming a single floor for the environment, with the possibility of being used individually in homes or small clinics.

With the present invention, the training environment can be configured entirely with synthetic grass floor on a given day, another day with laminated naval plywood, another with plurigoma rubber, or EVA or formulated laminate, characteristics determined by these. depending on the types of exercises and classes to be developed.

Each platform is made up of two types of floors on each side, stored internally to said platform and superimposed between them. As stated earlier, the synthetic grass floor is the only individual, single-sided. It has already been reported that a ladder is attached to the platform, which is designed with means for securing the aforementioned parallel pins of the wooden platform or similar, and, at the top, includes hooks for fixing Box Truss or bars in the form of metal structures. , thus giving the firmness necessary for the execution of the different forms of functional exercises. The ladder also has a bar accessory that allows different footprints. On the sides of each step are combined “U” rings and “L” pins for the attachment of numerous functional accessories.

ADVANTAGES OF THE INVENTION The advantages of the invention based on the above description are as follows: - platform with floors of various densities and hardnesses; - platform with two-sided floors with different densities and hardnesses; - platform with floors that are stored in it and that can be easily changed to fulfill the different types of functional exercises; - possibility of using fixing pins on all sides, creating diverse situations for users; - Possibility of using the floor as a surface of greater or less damping, for exercises with accessories such as balls and others; - Ladder that can be used on a few or many units in a floor area, as required, from the attachment to the provided pins; - Ladder with means for various types of functional exercises, from the combination with platform and floor (including synthetic grass) and other accessories that take advantage of the constructive characteristics of the platform and stairs.

DESCRIPTION OF THE FIGURES The invention will hereinafter be described in its constructive and functional details, and to represent a preferred embodiment of the invention, reference is made to the following figures: Figure 1: Perspective view of a two-story platform two by two and a ladder in one embodiment;

Figure 2: Front view of the assembly of Figure 1;

Figure 3: Top view of the assembly of Figure 1;

Figure 4: Side view of the assembly of Figure 1 with indication of detail A, in section;

Figure 5: Detail A of Figure 4 enlarged;

Figure 6: Perspective view of a two-by-two two-story platform with varying type and hardness (visual identification only), and a ladder in one embodiment;

Figure 7: Front view of the assembly of Figure 6;

Figure 8: Top view of the assembly of Figure 6;

Figure 9: Side view of the assembly of Figure 6;

Figure 10: Perspective view of the ladder taken in isolation from the platform;

Figure 11: Front view of the ladder of Figure 10;

Figure 12: Top view of the ladder of Figure 10;

Figure 13: Side view of the ladder of Figure 10;

Figure 14: Detail B of enlarged Figure 11;

Figure 15: Detail A of Figure 13 enlarged;

Figure 16: Detail C of enlarged Figure 12;

Figure 17: Front view of the stairs;

Figure 18: Lateral view of the stairs with indication of the C-C section;

Figure 19: Top view of the ladder of Figure 17;

Figure 20: View of the staircase according to section C-C shown in Figure 18; Figure 21: Detail E indicated in enlarged Figure 20;

Figure 22: Detail A shown in Figure 18 enlarged;

Figure 23: Detail B shown in enlarged Figure 17;

Figure 24: Detail H shown in enlarged Figure 18;

Figure 25: Side view of the ladder according to section D-D shown in Figure 20;

Figure 26: Detail G indicated in enlarged Figure 20;

Figure 27: Detail F indicated in enlarged Figure 25;

Figure 28: Perspective view of upper ladder hook - part A; Figure 29: Side view of the hook of Figure 28;

Figure 30: Top view of the hook of Figure 28;

Figure 31: Section A-A shown in Figure 29;

Figure 32: Perspective view of upper ladder hook - part B; Figure 33: Top view of the hook of Figure 32;

Figure 34: Side view of the hook of Figure 32;

Figure 35: Section A-A shown in Figure 34;

Figure 36: Perspective view of the ladder cap;

Figure 37: Side view of the cap of Figure 36;

Figure 38: Top view of the mounted platform (one unit), indicating cut line B-B;

Fig. 39: View of the platform of Fig. 38 taken along section B-B;

Figure 40: Profile view of the platform of Figure 38;

Figure 41: Detail F indicated in enlarged Figure 38;

Figure 42: Top view of platform baseplate;

Figure 43: Detail C shown in enlarged Figure 39;

Figure 44: Detail D indicated in enlarged Figure 39;

Figure 45: Detail E indicated in enlarged Figure 39;

Figure 46: Perspective view of platform baseplate;

Figure 47: Top view of the platform baseplate;

Figure 48: Profile view of platform baseplate;

Figure 49: Section A-A shown in Figure 47;

Figure 50: Detail Y indicated in enlarged Figure 49;

Figure 51: Perspective view of the larger side plate of the platform, in 20 mm cedar naval offsetting;

Figure 52: Top view of the larger PLM side plate of Figure 51;

Figure 53: Section A-A of the larger side plate shown in Figure 51;

Figure 54: Detail D shown in enlarged Figure 51;

Figure 55: Detail C shown in enlarged Figure 53;

Figure 56: Section B-B indicated in Figure 53;

Figure 57: Perspective view of the PLM1 minor side plate of the deck, in 20 mm cedar naval plywood;

Figure 58: Top view of the smaller side plate of Figure 57;

Figure 59: Section A-A of the smaller side plate shown in Figure 57;

Figure 60: Detail AB indicated in Figure 57;

Figure 61: Detail AC indicated in Figure 59;

Figure 62: Section B-B indicated in Figure 58;

Figure 63: Perspective view of the PLM2 minor side plate of the deck, in 20 mm cedar naval plywood;

Figure 64: Top view of the smaller side plate of Figure 63;

Figure 65: Section A-A shown in Figure 64;

Figure 66: Detail D indicated in Figure 63;

Figure 67: Detail C indicated in Figure 65;

Figure 68: Section B-B indicated in Figure 64;

Figure 69: Perspective view of the assembled floor (shown on both sides) in formipiso / plywood with plywood surfaces coated with marine varnish;

Figure 70: Top view of the floor of Figure 69;

Figure 71: Section A-A shown in Figure 70;

Figure 72: Detail B indicated in Figure 71;

Figure 73: Perspective view of the assembled floor (shown on both sides), in plurigoma / EVA, with the surfaces coated with marine varnish;

Figure 74: Top view of the floor of Figure 73;

Figure 75: Section A-A shown in Figure 74;

Figure 76: Detail B indicated in Figure 75;

Figure 77: Perspective view of the floor mounted (shown on the faces) in plurigoma / EVA;

Figure 78: Top view of the floor of Figure 77;

Figure 79: Section A-A indicated in Figure 78;

Figure 80: Detail B indicated in Figure 79;

Figure 81: Perspective view of the platform component mounting assembly (baseplate and floor);

Figure 82: Top view of the mounting assembly of Figure 81;

Figure 83: Section A-A indicated in Figure 82;

Figure 84: Inverted top view of the mounting assembly of Figure 81; Figure 85: Top view of the bottom component of the mounting assembly; Figure 86: Section B-B indicated in Figure 85;

Figure 87: Top view of the upper component of the fastener assembly; Figure 88: C-C section indicated in Figure 87;

Figure 89: Perspective view of the platform cup;

Figure 90: Top view of the cup of Figure 89;

Figure 91: Section A-A indicated in Figure 90;

Figure 92: Side view of the cup of Figure 89;

Figure 93: Section B-B indicated in Figure 92;

Figure 94: Perspective view of the smaller intermediate side plate PLMI1, made of 20 mm cedar marine plywood, coated with marine varnish;

Figure 95: Top view of the plate of Figure 94;

Figure 96: Section A-A indicated in Figure 95;

Figure 97: Detail C indicated in Figure 96;

Figure 98: Perspective view of the PLMI intermediate major side plate made of 20 mm cedar marine plywood, coated with marine varnish;

Figure 99: Top view of the plate of Figure 98;

Figure 100: Section A-A indicated in Figure 99;

Figure 101: Detail C indicated in Figure 100;

Figure 102: Perspective view of the PLMI2 intermediate minor side plate made of 20 mm cedar marine plywood, coated with marine varnish;

Fig. 103: Top view of the plate of Fig. 102;

Figure 104: Section A-A shown in Figure 103;

Figure 105: Detail C indicated in Figure 104;

Figures 106 to 113: Show non-limiting variants of platforms of different dimensions, receiving ladders in different positions, illustrating examples of work platforms;

Figures 114: Shows a perspective synthetic grass floor above a mounted platform;

Figure 115: Shows the application of synthetic grass flooring, in longitudinal section, applied to a corresponding platform;

Figure 116: Example of use of the invention with the user using rope;

Figure 117: Example of using the invention with the user using tape;

Figure 118: Example of use of the invention with the user using cup fixed bar. The PLATFORM FOR FUNCTIONAL EXERCISES WITH CONJUGATED STAIR, object of this patent application, refers to a platform (1) that reveals options that differentiate it from all products and means for functional exercise, especially by allowing the exchange of floors in the area. training (floors that may vary in density and hardness, for example), so that, each day or cycle, you can have a new floor, ie floors specific to each type of training. The platform (1) may vary in size and materials employed in its composition, and it is combined with a ladder (2) with specific characteristics for use in conjunction with the platform (1) in its different floor compositions (3) and dimensions, adopted from a basic modular unit (4) (Figure 1) that is reproduced in repetitive regular geometric conformations from its basic rectangular geometric design, this basic modular unit (4) providing holes (5) with cups (14) and metallic mounting components (CM) on all four sides, said cups (14) in a main application, snap-fit said ladder (2), and as the basic modular unit ( 4) repeats, in the same proportion increases the means for receiving as many stairs (2) as desired, as shown in Figures 106 to 113.

Each basic modular unit (4) is composed of larger side plates (PLM) and smaller side plates (PLM1 and PLM2) arranged to form a substantially rectangular base, but not necessarily said larger (PLM) and smaller (PLM1) side plates and PLM2) receive coupling between them, pairs of floors (3), whose faces (3B) and (3C) can be presented in different materials, for the purpose of the desired replacement due to the functional training to be performed. Normally, the side plates are made of 20mm cedar naval plywood material with a marine varnish coating, however, they may of course vary, and the quotation given herein relates to a preferred embodiment of the invention. With regard to the material of the floors (3), this may also vary, and as a preferred construction in this invention, for the opposite faces of said floors (3), some materials have been cited as: formipiso / plywood (Figure 69), plurigoma / EVA (Figure 73) with intermediate plate, plurigoma / EVA without intermediate plate (Figure 77), among others as: synthetic grass.

The larger side plates (PLM) are preferably the same in the hole distribution (5), while the smaller side plates (PLM1 and PLM2) are distinct, as they will always be juxtaposed when composing platform platforms. multiple dimensions to the basic modular unit (4).

Each larger side plate (PLM) (Figure 51) is provided with a sequence of three holes (5), one central smooth hole (5B) aligned with two holes (5C) each having a larger diameter head (5D) relative to the rest of its extension (5E), all leaked.

One of the smaller side plates (PLM1) (Figure 57) is provided with two sequences of three holes (5), one being a smooth central hole (5B), aligned with two holes (5C) which each have a larger diameter head. (5D) relative to the rest of its extension (5E), all leaked. The smaller side plate (PLM2) (Figure 63) is provided with two sequence of three holes (5) in distal sections thereof, one smooth central hole (5B) aligned with two holes (5C) each having head with larger diameters (5D) relative to the rest of its extension (5E), all hollow. Figure 69 shows an assembled floor (3), formipiso / plywood base, therefore with faces (3B) and (3C) in different materials. Figure 72 shows a section of this floor (3), which presents, on one side, the Formica formica (3B ') and, on the opposite side, the plywood naval cedar (3C'), which are intermediated by an intermediate plate. (6) In plywood naval ferrule. This intermediate plate (6) appears in some embodiments of the invention which are identified by (PLMI) for better understanding. As can still be seen, in Figures 71 and 72, this floor (3) reveals a hollow hole (7), rounded at opposite edges (7B), on both the Formipiso Formica side (3B ') and the side. compensated naval cedar (3C '). Still according to Figure 72, the intermediate plate (6) is thicker, while the side (3B ') has the smallest thickness, and the side (3C') is thicker than the side (3B ' ) and smaller than the intermediate plate (6). Figure 73 shows a floor (3) mounted, the plurigoma / EVA base, therefore with faces (3D '') and (3E ') in different materials. Figure 76 shows a section of this floor (3), which presents, on one side, the EVA (3D ') and, on the opposite side, the plurigoma (3E'), which are intermediated by an intermediate plate (6B). in plywood naval ferrule. As can still be seen, in Figures 75 and 76, this floor (3) reveals a hollow hole (7), rounded at opposite edges (7B '), on both the plurigoma and EVA side. Still according to Figure 76, the intermediate plate (6B) is smaller (but close) than the EVA side face (3D ') and thicker (twice) than the plurigoma side face (3E' ). Figure 77 shows an assembled floor (3), plurigoma / EVA base, without the use of an intermediate plate. That is, according to Figure 80, an EVA plate (3D ') can be observed thick with respect to the plurigoma plate (3E'), and a hole (7) is provided in the corner of this floor (3 ) and, according to Figure 80, is a rounded hollow hole (7B :) on both faces. Figure 94 shows the smaller intermediate side plate (PLMI1), which reveals two three-hole sequences (5), one of which is larger in diameter (5F) and two ends (5G), all smooth. Figure 98 shows the larger intermediate lateral plate (PLMI), which reveals, in the center, a sequence of three holes (5), one of which is larger in diameter (5H ') and two beside it, both of smaller diameter ( 5Γ); at the ends, two small diameter holes (5J ') are provided but not longitudinally aligned with the previous ones. Figure 102 shows a smaller intermediate side plate (PLMI2), which has, at each opposite end, two holes (5), one with a larger diameter (5K ') and one with a smaller diameter (5L'). , seen from the intermediate plate (PLMI2) in its extension, the smaller diameter holes (5L ') are internal to the larger diameter ones (5K'). Figure 81 shows the metal platform component (CM) clamping assembly of a cylindrical body (10) coupled to a circular base (11) of larger diameter, the upper end being chamfered (12); upper and aligned with the cylindrical body (10) is positioned a second cylindrical body (10B) of the same diameter and also provided with an extreme circular base (10C), said cylindrical bodies (10) and (10B) having threaded holes (13) for receiving an Allen-type screw (14) for joining said pieces so that between them the plate assembly (PLM), (PLM1), (PLM2), (PLMI) is arranged. ), (PLMI1) and (PLMI2), depending on the constructivity adopted for the basic modular unit (4) of the platform.

As can be seen from Figures 41, 43, 44 and 45, the basic modular unit (4) reveals, when assembled, always sequences of three holes (5), and the sides, in each sequence of three, receive exactly the set. platform component (CM), while the central hole (5) receives the so-called snap cup (14), this compound (Figures 89 to 93) of a thicker base body (15) diameter (16), wherein this socket (14) is provided with a large diameter hole (17) of the "blind" type, receiving at the upper end the incorporation of a radial pin (18). Thus, this locking cup (14) is coupled to each central hole (5), so that the radial pin (18) can be used as an auxiliary element in a plurality of functional exercises, for example for tying ropes, straps. , or even to assist in fixing the synthetic grass floor (19) when necessary (Figures 114 and 115).

Figures 10 through 25 show details of the ladder (2), which is an important component to be used in conjunction with the platform. Ladder (2) reveals, in addition to steps (20), on its side supports (21) a sequence of “U” rings (22) and “L” pins (23), for fixing numerous Functional accessories. Near the upper end of the ladder is a substantially U-shaped orthogonal support (24) with front bars (24B), and in the process of reinforcing between the sides (21) of the staircase and the orthogonal support (24), metal hooks (25) and (26) are mounted, which are juxtaposed, so that the circular profile of the orthogonal support (24) is positioned between them. The hook (25) (Figures 28 to 31) is composed of a linear surface (27) having at one end a substantially U-shaped fold (28), whereas following the linear surface (27) , opposite to that described, it configures an initially arched elevation (29) (30) passing to another, smaller linear surface (31), whose end suffers a fold (32) giving rise to a terminal sector (37) with a slight radius. in the center (33) with rectilinear flaps (34). The hook (26) (Figures 32 to 35) has a linear surface (35) followed by an elevation (36) compatible with the previous one, followed by a flat surface (36B), which similarly suffers a fold (32B) to configure a terminal sector (37B) provided with a lightweight center radius (33B) with rectilinear flaps (34B).

The hooks (25) and (26) are applied to the top of the ladder (2), in the union with the support (24), so that the end sectors (37) and (37B) coincide to fit the components. of the sides (21) of the ladder (2), while the elevations (29) and (36) surround the tubular component of the support (24), with the linear surfaces (27) and (35) being kept parallel, while the “U” bend (28) forms an upper end hook. The fixing means used preferably involve the welding. The ladder (2) is fitted to the fitting cups (14) provided on all sides of the modular platform unit (4), so that said stairs (2) can also be distributed on all sides, or even on all sides. a platform formed by a plurality of modular platform units (4). To this end, the lateral components (21) of each ladder (2) are provided at the lower ends with inverted U-slots (38), which are penetrated by the radial pins (18), promoting engagement and locking. The invention further contemplates a plug 39, preferably made of stainless steel or the like, for closing the holes whenever desired.

As stated above, and as shown in Figures 114 and 115, the invention may receive, on the various types of floors described, a synthetic grass floor (19), in the form of a synthetic grass carpet or carpet being opened over the platform already set up, creating a new possibility in confined area or not. This synthetic grass floor (19) may be secured by various means, for example by the use of straps or straps (40) secured by means such as velcro® or the like.

Figures 106 to 113 show non-limiting variants of platforms of different dimensions, receiving ladders (2) in different positions, illustrating examples of work platforms.

Figures 116 to 118 show, by way of example, some practical ways of using the invention to perform functional exercises employing the ladder platform features that guide the present application.

Claims (16)

1) PLATFORM FOR FUNCTIONAL EXERCISES WITH CONJUGATED STAIR, notably a platform (1) which may vary in size and materials used in its composition, and in conjunction with it a ladder (2) is used in conjunction with the platform. (1) in its different floor compositions (3) and dimensions, characterized by a basic modular unit (4) which is reproduced in regular repetitive geometric conformations from its basic rectangular geometric design, providing for said basic modular unit (4) holes (5) with metal cups (14) and mounting components (CM) on all four sides thereof, said cups (14), in an application first snap-fit said ladder (2), the size of which whereas the basic modular unit (4) repeats, in the same proportion increases the means for receiving as many stairs (2) as desired; each basic modular unit (4) is comprised of mounting components (CM) including larger side plates (PLM) and smaller side plates (PLM1 and PLM2) arranged to form a substantially regular geometric base; between the plates are coupled the floor pair elements (3). 2) PLATFORM FOR JOB STAIR FUNCTIONAL EXERCISES according to claim 1, characterized in that said larger (PLM) and smaller (PLM1 and PLM2) side plates receive coupling between them, pairs of floors (3), whose faces (3B) and (3C) come in different materials. PLATFORM FOR FUNCTIONAL WORKING WITH CONJUGATED STAIR according to claims 1 and 2, characterized in that the floor materials (3) vary between formipiso / plywood, plurigoma / EVA, with intermediate plate. 4) PLATFORM FOR FUNCTIONAL WORKING WITH CONJUGATED STAIR according to claims 1, 2 and 3, characterized in that the floors (3) do not receive an intermediate plate. 5. PLATFORM FOR FUNCTIONAL WORKING WITH CONJUGATED STAIR according to claims 1, 2, 3 and 4, characterized in that it optionally receives synthetic grass (19). PLATFORM FOR FITNESS FITTED WORKOUT according to claims 1 and 2, characterized in that the larger side plates (PLM) are equal in the distribution of holes (5), whereas the smaller side plates (PLM1 and PLM2) they are distinct, since they will always be juxtaposed when composing multi-dimensional platforms to the basic modular unit (4). 7) PLATFORM FOR FUNCTIONAL EXERCISES WITH CONJUGATED STAIR according to claim 1, characterized in that the ladder (2) reveals, in addition to steps (20), on its side supports (21) a sequence of “U” -haped rings (22) and L-shaped pins (23), and near the upper end of the ladder is a substantially U-shaped orthogonal support (24) with front bars (24B); In the process of reinforcement between the sides (21) of the ladder and the orthogonal support (24), metal hooks (25) and (26) are mounted, which are juxtaposed, so that the circular profile is positioned between them. orthogonal support (24). 8. PLATFORM FOR JOB STAIR FUNCTIONAL EXERCISES according to claims 1 and 2, characterized in that each larger side plate (PLM) is provided with a sequence of three holes (5), one being a central and smooth hole (5B), aligned with two holes (5C) which each have a larger diameter head (5D) relative to the rest of its extension (5E), all hollow. 9) PLATFORM FOR JOB STAIR FUNCTIONAL EXERCISES according to Claim 1, characterized in that the metal assembly of the platform components (CM) is composed of a cylindrical body (10) coupled to a larger circular base (11). diameter, the upper end being chamfered (12); upper and aligned with the cylindrical body (10) is positioned a second cylindrical body (10B) of the same diameter and also provided with an extreme circular base (10C), said cylindrical bodies (10) and (10B) having threaded holes (13) for receiving a screw (14) for joining said pieces so that between them the plate assembly (PLM), (PLM1), (PLM2), (PLMI) is arranged, (PLMI1) and (PLMI2), depending on the constructivity adopted for the basic modular unit (4) of the platform. 10) PLATFORM FOR FITTED JOB STAIR according to claim 1, characterized in that the basic modular unit (4) always shows, when assembled, sequences of three holes (5), with the sides in each sequence of three , receive precisely the metal assembly of the platform components (CM), while the central hole (5) receives the so-called snap cup (14), which is composed of a cylindrical body (15) with a thicker base with larger diameter. (16), wherein this socket (14) is provided with a large diameter hole (17) of the "blind" type, receiving at the upper end the incorporation of a radial pin (18). 11) PLATFORM FOR FITNESS-FITTED WORKOUT according to claims 1 and 10, characterized in that a snap-on cup (14) is coupled to each central hole (5) so that the radial pin (18) forms an auxiliary element. in a plurality of functional exercises. PLATFORM FOR CONNECTED STAIR FUNCTIONAL EXERCISES according to claims 1 and 7, characterized in that the hook (25) is composed of a linear surface (27) having at one end a substantially “U” bend ( 28), whereas, following the linear surface (27), on the opposite side to that described, it forms an initially arcuate elevation (29) passing to another, smaller linear surface (31), the end of which is fold (32) giving rise to a terminal sector (37) provided with a slight center radius (33) with rectilinear flaps (34). A CONNECTED STAIR FUNCTIONAL PLATFORM according to claims 1 and 7, characterized in that the hook (26) has a linear surface (35) followed by an elevation (36) compatible with the previous one, followed by a flat surface ( 36B) which similarly undergoes a bend 32B to form a terminal sector 37B provided with a slight center radius 33B with rectilinear flaps 34B. 14) PLATFORM FOR CONNECTED STAIR FUNCTIONAL EXERCISES according to claims 1, 7, 12 and 13, characterized in that the hooks (25) and (26) are applied to the upper part of the ladder (2), in connection with the support ( 24) such that the end sectors 37 and 37B coincide to fit the tubular components of the sides 21 of the ladder 2, while the elevations 29 and 36 surround the tubular component of the support (24), with the linear surfaces (27) and (35) being kept parallel while the U-bend (28) forms an extreme upper hook. PLATFORM FOR FUNCTIONAL WORKING WITH CONJUGATED STAIR according to Claims 1 and 7, characterized in that the ladder (2) is fitted to the fitting cups (14) provided on all sides of the modular platform unit (4) of said ladders (2) can also be distributed on all sides, or on a platform formed by a plurality of modular platform units (4). 16) PLATFORM FOR FITNESS-FITTED WORKOUT according to claims 1, 7 and 15, characterized in that the lateral components (21) of each ladder (2) are provided at the lower ends with inverted “U” slots ( 38), which are penetrated by the radial pins (18).