IT202100029426A1 - EXERCISE TOOL AND CONNECTION ELEMENT FOR EXERCISE TOOL - Google Patents

Description

DESCRIPTION of the patent for invention

Having title:

EXERCISE TOOL AND CONNECTION ELEMENT FOR EXERCISE TOOL

DESCRIPTION

Technical field

The present invention concerns a gymnastic equipment according to the characteristics of the pre-characterizing part of the first claim and a connection element for gymnastic equipment according to the characteristics of the pre-characterizing part of the respective claim.

Previous technique

In the field of exercise equipment? I know the use of sticks that a user holds while carrying out exercises in which the sticks act as a tool for carrying out specific body movements aimed at promoting the activation of certain muscles rather than others.

The activity sticks? such as Nordic walking, trekking or similar are made up of 3 components: shaft, handle equipped with a lace on a first end? of the rod and tip on a second end? of the opposite auction. The handle? made of plastic or cork. The handle strap is used to ensure you do not lose your grip during activities. which involve opening and closing the hand holding the knob. The tip? made of plastic material and is inserted in the lower part of the stick which comes into contact with the ground to be able to point the stick to the ground and give a push with the arms while walking.

The activity sticks? like tonic walking they are made of aluminum with double tube, ultra impact resistant. They weigh approximately 300g each and have a standard height of 100cm. They are equipped with a knob at one end? and a rubber protection at the end? opposite which protects the tip and allows stable support on the ground. Sticks are used to perform exercises in the air to engage the upper body.

Pilates sticks are rigid sticks, made of two detachable portions of steel or fiberglass. Are they equipped at each end? of an elastic cord with a loop at the end which is used to be threaded over the feet while the stick is pulled with the arms to obtain a muscular training effort. They are equipped with an EVA foam knob and equipped with elastic latex bands that have a loop on the end. opposite to the extremity? fastening to the stick, in which the loop is used to insert the feet in some types of exercises.

Aerobic barbells are rigid rods of different weights such as 2 to 5 kilograms. Fitness elastic rods are flexible rods whose purpose? that of generating vibrations following the oscillations of the flexible rod. They are made of flexible material such as fiberglass or plastic. Purpose of this type of tools? to induce an effort that counterbalances the vibration obtained on the rod when it is pushed back and forth, inducing an oscillation of the flexible rod. More? strong ? the thrust that is generated in the bar, the more? the bar flexes and the greater it will be? the resistance exerted on the still body to counterbalance the oscillation that will become more and more strong.

Wooden gymnastic sticks are known, such as ash, which have an indicative weight of the order of 0.8 kilograms, a diameter of 28 mm and a length of approximately 900 mm, with rounded and covered in rubber or plastic material to allow a grip with the hand without slipping.

Prior art problems

The activity sticks? such as Nordic walking, trekking or similar are not suitable for activities? gymnastics different from walking as their necessary characteristics of lightness are in contrast with the characteristics of gymnastic equipment which, however, must have a certain minimum weight to carry out the training. Furthermore, poles for Nordic walking, trekking or similar are not balanced elements as during these activities? Not ? The sticks must be held in the center to carry out a different activity, while the gymnastic tools must be balanced so that they can also be held centrally with a balance between the two portions that allows the execution of exercises in which the stick is moved in the air and, if it were unbalanced, it would cause anomalous efforts on the part of the user which would preclude the benefits obtainable with the corresponding exercise. Therefore, they are not even equipped with a central handle to facilitate the activity? which involves holding the stick centrally in a balanced condition. These types of sticks are therefore limited to use in activities walking, allowing a single movement for the entire workout, and not being suitable for exercises in the air.

The activity sticks? like tonic walking they are not balanced, what? a preferable feature when poles are used to carry out activities? holding sticks to perform exercises. In fact, gymnastic equipment must be balanced in such a way that it can also be held centrally with a balance between the two portions that allows the execution of exercises in which the stick is moved in the air and, if it were unbalanced, it would cause anomalous efforts of the ?user who would preclude the benefits obtainable with the corresponding exercise. Therefore, they are not even equipped with a central handle to facilitate the activity? which involves holding the stick centrally in a balanced condition. The imbalance? given by the intrinsic structure of this type of sticks, equipped with a plastic knob at one end? more? heavy and having a stick shape that is conical and narrows towards the end? opposite to that of the knob. Furthermore, they cannot be customized with weight and other accessories cannot be used. For example, if you attached fitness bands to the poles, you wouldn't get the necessary stability? to maintain and perform training movements due to the imbalance and the risk of incorrect blocking of the elastic elements which would tend to slide along the rod during the movement, preventing the maintenance of the corresponding resistance applied by the elastic element for the execution of the exercise .

The pilates stick? a stick that is used individually and not? Is it possible to pair two sticks together for activities? which involve holding two sticks with separate hands. They are not equipped with a central handle to facilitate the activity. which involves holding the stick centrally in a balanced condition.

Aerobic barbells, despite being balanced objects, are not equipped with a central handle to facilitate the activity. which involves holding the stick centrally in a balanced condition and, furthermore, does not require the use of accessories to carry out activities? differentiated, therefore being limited to only some types of exercises. Furthermore, they are too heavy, having weights of the order of 1-10 kilograms, and must, therefore, be held firmly, limiting the type of exercises that can be performed.

The elastic fitness rods, being flexible, are not suitable for many types of exercises as their flexibility? can? be an obstacle for many forms and types of training. Also in this case, the intrinsic characteristics of this type of equipment and, in particular, the high flexibility, limits the type of exercises that can be performed.

Purpose of the invention

Purpose of the present invention? to provide a connection element for exercise equipment and an exercise equipment which, in addition to solving the previously described problems, allows you to have a single multifunctional fitness equipment with different configurations of use and which allows you to activate and strengthen different muscle areas according to the different configurations of usage.

Invention concept

The aim is achieved with the characteristics of the main claims. The sub-claims represent advantageous solutions.

Advantageous effects of the invention

The compliant solution? with the present invention, through the notable creative contribution whose effect constitutes an immediate and not negligible technical progress, presents various advantages.

The exercise equipment according to the present invention is advantageous as it can be configured in different use configurations, allowing different exercises to be carried out with a single piece of equipment, with benefits for the user who does not need to purchase different pieces of equipment. The configurability? between the different usage configurations? simple and fast. Advantageously, thanks to its configurability, it is It is also possible to obtain a configuration in which the exercise machine is wearable by the user, making it easier to transport.

Further the solution? also easy to maintain and allows simple replacement of any worn or damaged elements.

The exercise equipment? further equipped with safety elements for activities? outdoors in low light conditions.

Further configurability? It also allows for customization of the exercise equipment that can be used. be configured so as to have different weights without the need? of having to purchase different tools and also with the advantage of being able to configure the weight according to the type of exercise you want to perform.

The connection element according to the present invention is advantageous as it allows for high configurability. of exercise equipment in the form of sticks, allowing stable connections at the same time, with a degree of freedom? or lockable and easily releasable in case of need?

Description of the drawings

An embodiment solution is described below with reference to the attached drawings to be considered as a non-limiting example of the present invention in which:

Fig. 1 represents a schematic view of the inventive exercise equipment in a condition with the constituent elements separated.

Fig. 2 represents a schematic view of the exercise equipment of Fig. 1 in a first condition of conjunction of the constituent elements.

Fig. 3 represents a schematic view of the exercise equipment of Fig. 1 in a second condition of conjunction of the constituent elements.

Fig.4 represents a detail of the exercise equipment in Fig.2.

Fig.5 represents a detail of the exercise equipment in Fig.3.

Fig.6 represents one of the elements making up the exercise equipment in Fig.1.

Fig. 7 represents the coupling between two of the elements constituting the exercise equipment of Fig. 1 in a first setting condition.

Fig. 8 represents the coupling of the elements of Fig. 7 in a second setting condition.

Fig. 9 represents the coupling of a first embodiment of end elements. of the exercise equipment in Fig.1.

Fig.10 represents the coupling of a second embodiment of end elements. of the exercise equipment in Fig.1.

Fig. 11 represents a first embodiment of elements internal to one of the end elements? of the exercise equipment in Fig.1.

Fig. 12 represents a second embodiment of elements internal to one of the end elements? of the exercise equipment in Fig.1.

Fig. 13 represents a schematic exploded view of one of the end elements. of the exercise equipment in Fig.1.

Fig. 14 represents a schematic exploded view of a possible alternative variant of the element in Fig. 13.

Fig.15 represents a schematic view of a first variant of a first accessory applicable to one of the end elements? of the exercise equipment in Fig.1.

Fig. 16 represents a schematic view of a second variant of a first accessory applicable to one of the end elements? of the exercise equipment in Fig.1.

Fig.17 represents a first form of use of the exercise equipment in Fig.1.

Fig.18 represents a second form of use of the exercise equipment in Fig.1.

Fig. 19 and Fig. 20 represent a third form of use of the exercise equipment in Fig. 1.

Fig.21 represents a fourth form of use of the exercise equipment in Fig.1.

Fig. 22 represents a schematic view of a third variant of a first accessory applicable to one of the end elements? of the exercise equipment in Fig.1.

Fig. 23 represents a schematic view of a second accessory applicable to one of the end elements? of the exercise equipment in Fig.1.

Fig. 24 represents a schematic view of a third accessory applicable for mutual connection of components of the exercise equipment of Fig.1.

Description of the invention

The present invention concerns (Fig. 1, Fig.2, Fig.3) a connection element (4, 5) for a gymnastic tool (3) comprising a pair of sticks and also concerns a gripable gymnastic tool (3) (Fig 17, Fig. 18, Fig. 19, Fig. 20) by a user (46) to carry out exercises to obtain specific body movements aimed at favoring the activation of certain muscles rather than others.

The gymnastic equipment (3) includes a pair of sticks (1, 2) made up of a first stick (1) and a second stick (2), and further includes a pair of connection elements (4, 5) made up of a first connection element (4) and a second connection element (5).

The exercise equipment (3) is configurable between different modes? of assembly of the component elements such as:

- a first modality? assembly (Fig. 17, Fig. 18) in which the exercise equipment (3) is configured to be used with the pair of sticks (1, 2), where the first stick (1) is separated from the second stick (2) and the pair of connecting elements (4, 5) is not mounted to the pair of sticks (1, 2);

- a second mode? assembly (Fig.2) in which the exercise equipment (3) is configured to be used with the pair of sticks (1, 2) and the pair of connecting elements (4, 5) connecting the pair of sticks (1, 2), wherein the connection of the connecting elements (4, 5 ) on the sticks? sliding along the sticks themselves;

- a third mode? assembly (Fig. 3) in which the exercise equipment (3) is configured to be used with the pair of sticks (1, 2) and the pair of connecting elements (4, 5) connecting the pair of sticks (1, 2), wherein the connection of the connecting elements (4, 5 ) on the sticks? fixed on the sticks themselves;

- a fourth mode? assembly (Fig. 21) in which the exercise equipment (3) is configured to be used with a single stick of the pair of sticks (1, 2) and in which the pair of connecting elements (4, 5) is attached with one end of the connection element to the single stick used to obtain a ring (28) at the other end of the connection element for inserting the feet.

The exercise equipment (3), therefore, thanks to the connection elements (4, 5) which can be attached according to different configurations, allows:

- use of the sticks (1, 2) to perform arm movements even while walking, holding them halfway? on the knob a stick for each;

- use for exercises on the spot without walking of the sticks (1, 2) with connecting elements (4, 5) attached only on one side to a single stick, and with the feet inserted into the ring (28) at the other end of the connection element;

- one use (Fig. 21) for walking exercises of the sticks (1, 2) with connection elements (4, 5) attached only at one end to a single stick, and with the feet inserted in the ring (28) at ?the other end of the connection element, thanks to the adjustment of the closure to guarantee adherence to the shoe and freedom? of movement while walking safely.

Furthermore for each of the modes? described, ? It is possible to adopt two different configurations with or without a vibrating function which is obtained by means of a first applicable accessory (51) or by inserting a vibrating motor into the knobs.

Each of the sticks of the pair of sticks (1, 2), that is? first stick (1) and second stick (2), ? composed (Fig.13) of an oblong support (40) with longitudinal development which is consisting of a pole, preferably made of natural material such as wood. However, embodiments in which the support (40) is not excluded are not excluded. made of a different material such as plastic material, composite material such as carbon fiber or similar, metallic material. The support ? approximately 80 cm long. In the case of the wooden support (40) embodiment, it will be possible to for example, use beech wood, preferably impregnated with natural oil to protect it and facilitate cleaning. The use of wood to create the support (40)? preferable because wood is a light and resistant material and, being a flexible material, it is ideal for supporting movements during activity. Consequently, in general, ? Is it preferable that the support (40) is made of a material with a certain degree of flexibility? to support the movements performed during the exercises. Furthermore, the use of wood impregnated with natural oil also has benefits from an ecological point of view, as, in the case of disposal, it is a recyclable material.

A handle (6) is mounted on the support (40) (Fig. 1, Fig. 2, Fig. 3, Fig. 13), positioned centrally with respect to the oblong longitudinal development of the pole constituting the support (40). Preferably the handle? made using two elements, a cylindrical element (38), drilled axially to create a central passage to insert the pole internally, and a covering sheath (39) which protects and fixes the cylindrical element (38) in position. The cylindrical element (40) is preferably made of a soft material, such as a soft synthetic material. For example, the cylindrical element (40) can be made of neoprene or similar materials. The sheath (39) ? of a non-slip heat-shrinkable type, made of plastic material such as polyethylene or polyolefin in such a way that, once the cylindrical element (40) has been inserted onto the pole constituting the support (40), the sheath (39) is inserted in such a way such as to cover the cylindrical element (40) and in such a way that, following shrinkage with the application of heat, the sheath (39) shrinks, tightening and blocking the cylindrical element (40) in the fixing position on the support (40 ). The use of a soft material for the creation of the cylindrical element (40) is advantageous in that it allows a further function to be made available to the exercise tool (3) and, in particular, it allows the handle (6) to be used for a type of hand exercises in which the user (46) presses by applying pressure and then releases the pressure applied on the handle (6) to create a ?heart pump effect? for venous recall and return, promoting greater and better blood circulation which in turn promotes oxygenation. The hand movement ?close, squeeze and release? at the same time tones the muscles of the hand and forearm. Thanks to the solution described, the handle (6) is hygienic and easy to clean, it guarantees an anti-slip function which allows a safe and stable grip by the user (46). Furthermore, the handle (6) is easily replaceable in case of wear, as it is sufficient to cut the sheath (39), remove the cylindrical element (38) and apply new elements to replace the worn ones.

At the ends? (11, 12) of each of the first stick (1) and second stick (2) are present (Fig.1, Fig.2, Fig.3, Fig.4, Fig.5, Fig.9, Fig.10, Fig.11, Fig.12, Fig.13) knobs (7, 8). A respective first knob (7) ? applied on a first extremity? (11) for both the first stick (1) and the second stick (2) and a respective second knob (8) ? applied on a second extremity? (12) for both the first stick (1) and the second stick (2). The knobs (7, 8) are applied by inserting them onto the support (40) and are locked in position by interference, making their removal, also in this case, simple, both for their replacement and for configuration of the exercise equipment (3) according to different methods? of customization which will be described later in this description.

The knobs (7, 8) are preferably made of plastic material such as a bioplastic. An example of usable bioplastic? eco PLA, poly lactic acid derived from corn. The knobs (7, 8) have both the function of protecting the extremities (11, 12) of the respective stick (1, 2), and to obtain a balance of the stick (1, 2) allowing to activate the arm muscles more to keep them in balance or parallel to each other during the exercises. A terminal opening (29) on the knob (7, 8) allows the application of a screw (30, 31, 44, 45) which is optionally replaceable (Fig.9, Fig.10, Fig.11, Fig.12) between different variants selected from:

- a first screw (30) closing the opening (29);

- a second screw (31) closing the opening (29), in which the second screw (31) is equipped with a seat (42) for the application of a reflective element (32);

- a third screw (44) closing the opening (29), in which the third screw (44) is equipped with an electrical socket (34) and a button (35);

- a fourth screw (45) closing the opening (29), in which the fourth screw (45) is equipped with an electrical socket (34), a button (35) and an LED (43).

The solution relating to the application of the first screw (30) is a basic exercise equipment solution (3).

The solution relating to the application of the second screw (31) is an alternative in which the reflective element (32) makes the user (46) visible, if illuminated, during an activity? in the dark. The reflective element (32) is placed on the head of the screw opposite a threaded portion that fits into the opening (29) of the corresponding knob (7, 8).

The solution relating to the application of the third screw (44) is an alternative in which the electrical socket (34) is suitable for connection to a power supply for recharging a battery (36) to power a motor (37) and in which the button (35) is used to activate and deactivate the motor (37). The socket (34) and the button (35) are arranged on the head of the screw opposite a threaded portion which fits into the opening (29) of the corresponding knob (7, 8).

The solution relating to the application of the fourth screw (45) is an alternative in which the electrical socket (34) is suitable for connection to a power supply for recharging a battery (36) to power a motor (37) and in which the button (35) is used to activate and deactivate the motor (37) and also a LED (43 ) designed to make the user visible (46) during an activity? in the dark. The socket (34), the button (35) and the LED (43) are arranged on the head of the screw opposite a threaded portion which fits into the opening (29) of the corresponding knob (7, 8).

The knobs (7, 8) are (Fig. 9, Fig. 10, Fig. 11, Fig.12) internally hollow in order to obtain an internal housing (41) to obtain configurability? of the exercise equipment (3). For example, weights (33) can be housed in the housing (41) (Fig. 11, Fig. 12) to vary the effort of the exercises performed by the user (46), for configurability. of the exercise equipment (3) for different degrees of physical effort. For example, in the housing (41) a motor (37) powered by a respective battery (36) can be housed (Fig.12), in which the motor (37) is an electric motor equipped with an eccentric system for generating vibrations during exercises. Can the engine? be activated and deactivated using the previously described button (35) of the third screw (44) or the fourth screw (45).

Alternatively to the solution described in which the motor (37) is housed within the knobs (7, 8), a more preferred solution involves (Fig. 15, Fig. 16, Fig. 22) the use of a first accessory (51) which is attachable and detachable from the knob so that the functionality? given by the vibrating motor can? be used when necessary, allowing you to keep, for example, the first accessory being loaded while the exercise machine is used without the vibrating function. In this embodiment, the first accessory (51) is consisting of a casing (52) and a coupling portion (53). The casing (52) is suitable for containing the motor (37) and the respective battery (36) and is equipped, on a respective extremity? accessible terminal, with on/off button (35), charging socket (34) and led (43) to indicate on and/or battery charge status (36). For example, similarly to what has been described with reference to the knob, the casing can? have a cylindrical (Fig. 15) or (Fig. 16) ?C? shape? in which the conformations are internally hollow and within such cylindrical or ?C? the elements described are housed (Fig. 15, Fig. 16). The coupling portion (53) has (Fig. 15, Fig. 16) an oblong shape with a preferably ?C? to allow insertion inside the ?C? shape of the support (40) of the respective stick (1, 2). The coupling portion (53) ? equipped with a counter-coupling means (18) for coupling and fixing with a corresponding coupling means (17) present on the corresponding knob (7, 8). Consequently, in the first variant of the first applicable accessory (51) (Fig. 15), it has a conformation with a ?C?-shaped coupling portion (53). combined with a cylindrical casing (52), while in the second variant of the first applicable accessory (51) (Fig. 16), it has a double ?C? opposite in which both the coupling portion (53) and the casing (52) have a "C" shape. In a third variant of the first applicable accessory (51) (Fig. 22), it has a conformation with a ?C?-shaped coupling portion (53). combined with a cylindrical casing (52), in which the cylindrical casing (52) containing the motor and relative battery has a flexible tab (58) which can be activated by pressing a corresponding motor activation button underneath. In the third variant of the first applicable accessory (51) (Fig.22), both the counter-coupling means (18) are present for coupling and fixing with the corresponding coupling means (17) present on the corresponding knob (7, 8) is a further coupling means (17) on the opposite side to the counter-coupling means (18) to allow a stable connection in series of more? accessories on the holder of the respective stick (1, 2).

By attaching a first accessory (51) in correspondence with the first knob (7) and a corresponding further first accessory (51) in correspondence with the second knob (8) of the same stick (1, 2) you will obtain advantageously a double vibrating function in each end? (11, 12) of the respective stick (1, 2), it being possible to foresee both configurations in which only the first stick (1) ? equipped with a pair of first accessories (51) and configurations in which both the first stick (1) and the second stick (2) are each equipped with a pair of first accessories (51).

Training with the exercise machine (3) equipped with the described vibrating system is not passive or static gymnastics. The vibration stimulates the contraction of muscle fibers. In addition to the effort required to assume and maintain positions, the muscle contraction caused by the vibration must be considered. Although it may seem like completely static muscular work, in reality there is also a non-visible but intense contraction. All the muscles that receive the vibratory stimulus, not just those of the hands and arms in close contact with the vibration, react with a rapid succession of intense, small-amplitude eccentric-concentric contractions. This muscular work isn't it? voluntary and represents the reflex reaction to vibration, activated by neuromuscular receptors. The involuntary response of the muscle is called "tonic vibration reflex". Does the vibration produce a significant improvement in maximum strength, explosive strength, speed? and muscular endurance and further improves neuromuscular efficiency. Another interesting effect of vibrations? muscle relaxation associated with simultaneous tendon lengthening, which predisposes very well to stretching exercises both in normal conditions and in the presence of specific needs (retracted muscles). Studies have recorded, after a period of vibration training, a marked improvement in flexibility. in the flexion of the torso and limbs in general. Vibratory training has a pronounced analgesic effect, scientific literature suggests that it can be useful for reducing chronic pain in the lumbar area, myalgia or arthritis. Some studies claim that vibration training causes an increase in testosterone and somatotropic hormone at the same time as a decrease in cortisol (also called "stress hormone" because it increases in conditions of psycho-physical fatigue). Reducing cortisol means limiting its negative (catabolic) effects on health, such as premature aging and the tendency to gain weight.

As previously explained, the exercise equipment (3) includes, in addition to the described pair of sticks (1, 2), also a pair of connection elements (4, 5) consisting of a first connection element (4) and a second connection element (5) which can be used to connect the first stick (1) and the second stick (2) together according to different methods? of mutual connection of which one modality? (Fig. 2) where the connection of the connecting elements (4, 5) on the sticks ? sliding along the sticks themselves and another mode? (Fig.3) in which the connection of the connecting elements (4, 5) on the sticks? fixed on the sticks themselves. Each connection element of the pair of connection elements (4, 5) includes an elastic cord (13) equipped at the respective ends with respective hooks (9, 10) of which a first hook (9) on a first termination of the elastic cord ( 13) and a second hook (10) on a second termination of the elastic cord (13) opposite the first termination. Is the use of connection elements of different lengths planned which will be calibrated based on mobility? of the user so that they feel the resistance of the elastic band, being able to extend their arms well and maintain a stable position.

In the condition of applying the hook (9, 10) on the respective stick (1, 2), the hook (9, 10) is free to rotate axially with respect to the stick (1, 2), thus allowing? the best orientation of the elastic cord (13) according to the configuration of use of the exercise equipment (3) and according to the exercise being performed.

In the previously described second mode? assembly (Fig. 2), the pair of connecting elements (4, 5) connects the pair of sticks (1, 2) via a connection of the connecting elements (4, 5) on the sticks which is? sliding along the sticks themselves. In this case:

- a first extremity? (11) of the first stick (1) ? connected to a corresponding first extremity? (11) of the second stick (2) via the first connection element (4), such that the first coupling element (9) of the first connection element (4) is free to slide longitudinally along a first portion (14) of the first stick (1) between the first knob (7) and the handle (6) and in such a way that the second coupling element (10) of the first connection element ( 4) ? free to slide longitudinally along a first portion (14) of the second stick (2) between the first knob (7) and the handle (6);

- a second extremity? (12) of the first stick (1) ? connected to a corresponding second end? (12) of the second stick (2) via the second connection element (5), such that the first coupling element (9) of the second connection element (5) is free to slide longitudinally along a second portion (15) of the first stick (1) between the second knob (8) and the handle (6) and in such a way that the second hooking element (10) of the second connection element ( 5) ? free to slide longitudinally along a second portion (15) of the second stick (2) between the second knob (8) and the handle (6).

The described sliding of the coupling elements (9, 10) of the connection elements (4, 5) occurs according to a sliding direction (16) which corresponds to the oblong longitudinal development of the pole constituting the support (40) of the respective stick (1, 2).

In the previously described third mode? assembly (Fig. 3) the pair of connecting elements (4, 5) connects the pair of sticks (1, 2) via a connection of the connecting elements (4, 5) on the sticks which is? fixed on the sticks themselves. In this case:

- a first extremity? (11) of the first stick (1) ? connected to a corresponding first extremity? (11) of the second stick (2) via the first connection element (4), such that the first coupling element (9) of the first connection element (4) is fixed to the first knob (7) of the first stick (1) and in such a way that the second coupling element (10) of the first connection element (4) is fixed to the first knob (7) of the second stick (2);

- a second extremity? (12) of the first stick (1) ? connected to a corresponding second end? (12) of the second stick (2) via the second connection element (5), such that the first coupling element (9) of the second connection element (5) is fixed to the second knob (8) of the first stick (1) and, in such a way that the second coupling element (10) of the second connection element (5) is fixed to the second knob (8) of the second stick (2).

Sar? evident to an expert in the art that cross solutions are also possible with respect to those described with the sticks inverted longitudinally, the terms ?first? and ?second? being used to distinguish different elements but having similar characteristics which are to be considered interchangeable.

Sar? It is evident to a person skilled in the art that solutions are also possible in which each of the connection elements (4, 5) connects extremities? opposite modes of first stick (1) and second stick (2) obtaining a fourth modality? assembly with the elastic cords that cross centrally with respect to the pair of sticks (1, 2) with the fastening elements (9, 10) fixed in correspondence with the respective knobs (7, 8).

Sar? It is evident to a person skilled in the art that solutions are also possible in which each of the connection elements (4, 5) connects extremities? opposite modes of first stick (1) and second stick (2) obtaining a fourth modality? assembly with the elastic cords crossing centrally with respect to the pair of sticks (1, 2) with the hooking elements (9, 10) free to slide according to the sliding direction (16) in correspondence with the respective portions (14, 15 ) of the sticks (1, 2).

Each of the coupling elements (9, 10) includes (Fig.6, Fig.7, Fig.8) a body (19) shaped like a ?C? in which the body (19) delimits a recess (20) having a circular shape and enclosed on one side by the body (19) and open on the opposite side according to the described "C" shape. The recess (20) has a circular shape with a diameter greater than the diameter of the support (40) of the respective stick (1, 2) which preferably has a circular cross-section shape. In this way, thanks to the larger diameter of the recess (20) compared to the diameter of the support (40) of the respective stick (1, 2), the described functionality is obtained. of smoothness of the hooking element (9, 10) along the corresponding portion (14, 15) of the stick (1, 2) on which the hooking element (9, 10) is applied. In order to prevent the attachment element (9, 10) from detaching from the stick (1, 2) during use of the exercise equipment (3), the open space of the ?C? of the body (19) ? closed by using the elastic cord (13), which passes inside the body (19) in such a way that the recess (20) is delimited by the ?C? conformation of the body (19) and the elastic cord (13). The body (19), in fact, includes (Fig.6, Fig.7, Fig.8) a first hole (21) arranged on an internal side (47) of the body itself facing towards the inside of the recess (20). The first hole (21) ? connected via a first duct (22) to a second hole (23) obtained on a first end face (48) of the "C" shape. The body (19) further includes a third hole (24) obtained on a second end face (49) of the "C" shape. The third hole (24) ? connected via a second duct (25) to a fourth hole (26) obtained on an external side (50) of the body itself facing outwards with respect to the internal position of the recess (20). Thereby, ? It is possible to pass the elastic cord (13) through the first hole (21) and prevent it from coming off by creating, for example, a lock (27) which can be a node or a terminal applied to the race such as a sphere fixed to the rope with a diameter of the sphere greater than the diameter of the first duct (22). The elastic cord (13), after having been passed through the first hole (21), passes through the first duct (22) and comes out of the body (19) at the first end face (48) of the ?C? through the second hole (23). Subsequently, the elastic cord is made to penetrate the third hole (24) on the second end face (49) of the ?C? and is passed through the second duct (25) until it comes out of the fourth hole (26) on the external side (50) of the body (19). Do we come like this? to form (Fig. 7, Fig. 8) an adjustable ring (28) that can? be widened to facilitate the operation of inserting the hook (9, 10) on the end? of the stick (1, 2) and can? then be tightened by pulling on the elastic cord (13) itself to reduce the size of the ring (28) what so? tightens on the stick (1, 2), preventing the attachment (9, 10) from detaching from the stick during the activity. of the user. Furthermore, the ring (28), having facilitated adjustment characteristics using the illustrated system, also allows you to use the exercise equipment (3) in one mode. in which a first end (54) of the elastic cord (13) is fixed to one of the sticks (1, 2) by means of the respective first hook (9) while the second hook (10) on the second end (55) of the elastic cord (13) acts as an element for regulating the size of the ring (28) corresponding in such a way that the ring (28) can? be tightened (Fig. 21) for example around the user?s shoe for use according to the previously described fourth mode? assembly in which the exercise equipment (3) is configured to be used with a single stick of the pair of sticks (1, 2) and in which the pair of connecting elements (4, 5) is attached with one end of the connection element to the single stick used to obtain a ring (28) at the other end of the connection element for inserting the feet.

To achieve the previously described locking of the coupling (9, 10) on the respective knob (7, 8), as well as for fixing the accessories (51, 59, 60) described in this description, each knob (7, 8) is equipped (Fig. 9, Fig. 10) with a coupling means (17) which engages releasably with a respective counter-coupling means (18) which is present on the internal side (47) of the body (19) of the coupling (9, 10). For example, the counter-coupling means (18) can be a groove into which the coupling means (17) consisting of a perimeter protrusion of the knob is inserted. Sar? It is evident to an expert in the art that the conformation of the counter-coupling means (18) and the coupling means (17) can? also be reversed, how will it be? It is clear that methods can be used? of mutual coupling alternatives. In general, therefore, the counter-coupling means (18) and the coupling means (17) can be selected from:

- counter-coupling means (18) made in the form of a groove for insertion of coupling means (17) consisting of a perimeter protrusion; - counter-coupling means (18) made in the form of a perimeter protrusion for insertion into a coupling means (17) consisting of a groove.

In the preferred form of the present invention (Fig. 7) the body (19) of the coupling (9, 10) includes a first counter-coupling means (18) and a second counter-coupling means (18) arranged on the internal side (47 ) of the body (19) at the ends? perimeters opposite to the internal side (47), so that the hook (9, 10) can? be fixed to the corresponding knob (7, 8) without having to rotate the body (19) to identify the side on which ? the counter-coupling medium (18) is present. The locking obtained through the described coupling system? releasable by traction.

As previously explained, the exercise machine (3) is configurable according to different forms of use and allows you to perform different types of exercises to activate, strengthen, tone and sculpt the muscles of the bust and trunk area, cervical spine, shoulders, arms, elbows, dorsal area, pectorals, abdominals. It further allows you to develop skills motor skills, such as mobility, elasticity, strength, resistance, coordination, and allows you to enhance your ability cardiovascular.

In a first form of use (Fig. 17) of the exercise equipment (3), the exercise equipment (3) is used in with the sticks (1, 2) held together and gripped on the respective first portions (14) and second portions (15) for each hand of the user (46) without resorting to the connection elements (4, 5) between the sticks (1, 2). Do you have that? a double handle with two hands and the two sticks one adhering to the other. In this case, the joints, tendons, phalanges, phalanges and phalanges are activated more. Mode? to be performed both in movement and in a static position.

In a second form of use (Fig.18) of the exercise equipment (3), the exercise equipment (3) is used in with a stick (1, 2) for each hand of the user (46) without resorting to the connection elements (4, 5) between the sticks (1, 2). In this case, the function described with the handle (6) made of soft internal material which allows the user (46) to apply pressure with his hands on the handle (6) and then release the pressure, helping arterial circulation, is also particularly useful. . This functionality? it therefore constitutes a use of the exercise equipment (3) as a tool for specific gymnastics for the hands which allows you to keep them active by involving all the fingers, at the same time, possibly being able to go for a walk, activating a warming effect ideal for winter training. This movement helps to warm the hands first, helps to keep the hands warm and improves flexibility, elasticity? and the strength of the joints, involving, thanks to the grip with the palms facing inwards, the shoulder blades and the chest but also the biceps, triceps, trapezius, rectus abdominis and dorsal muscles.

In a third form of use (Fig.19, Fig.20) of the exercise equipment (3), the exercise equipment (3) is used in with a stick (1, 2) for each hand of the user (46) with the use of the connection elements (4, 5) between the sticks (1, 2).

Each of the sticks (1, 2), in the absence of systems or accessories for increasing the weight, has a weight between 200 and 500 grams, preferably around 420 grams, the weight being able to be increased by using the insertable weights (33) as previously described. For example, can you? use weights (33) of the order of 50 - 100 grams each which can also be inserted into the knob in large quantities. greater than one to allow a calibrated increase in the weight of the clubs (1, 2) until the desired value is obtained which can be achieved. vary depending on physique, training, age, sex. For example, can you? envisage an embodiment in which each of the sticks (1, 2) has a weight of 200 grams and the weight of each of the two sticks (1, 2) can? be varied from a minimum of 200 grams up to a maximum of 1500 grams by inserting or applying weights (33).

The use of different weights allows you to determine the intensity of the training or exercise work carried out, being able, for example, to foresee the use of sticks (1, 2) without additional weights as a starting point for training and the use of sticks (1, 2) with progressively increased weight through the weights (33) to obtain an increase in performance and benefits.

As an alternative to the solution described in which the weights (33) are housed (Fig. 11, Fig. 12, Fig.13) within the knobs (7, 8), a more preferred solution provides (Fig.23) the use of a second accessory (59) which is? attachable and detachable from the knob so that the functionality? given by the possibility? to increase the weight of the exercise equipment (3) can? be used when necessary quickly and easily. In this embodiment, the second accessory (59) is consisting of a containment portion (63) and a connection portion (64). The containment portion (63) ? suitable for containing weight (33) and can? be closed for example by a screw cover. For example, similarly to what has been described with reference to the knob, the casing can? have an internally hollow cylindrical conformation (Fig. 23) and the weights (33) are housed within this internally hollow cylindrical conformation (Fig. 23). The connection portion (64) has (Fig.23) an oblong shape with a preferably ?C? to allow insertion inside the ?C? shape of the support (40) of the respective stick (1, 2). The connection portion (64) ? preferably equipped with a counter-coupling means (18) for coupling and fixing with a corresponding coupling means (17) present on the corresponding knob (7, 8). The second accessory (59) can? further include a coupling means (17) on the opposite side to the counter-coupling means (18) to allow a stable series connection of multiple? accessories on the holder of the respective stick (1, 2).

With reference to the described series connection of accessories, therefore:

- the first accessory (51) can? include on its coupling portion (53) the counter-coupling means (18) and, on the side opposite to the counter-coupling means (18), the coupling means (17) for stable fixing in series of a further accessory fixable on the same stick (1, 2) and lockable on the first accessory (51);

- the second accessory (59) can? include on its connection portion (64) the counter-coupling means (18) and, on the side opposite to the counter-coupling means (18), the coupling means (17) for stable fixing in series of a further accessory fixable on the same stick (1, 2) and lockable on the second accessory (59).

In this way ? possible to fix on the same stick (1, 2) more? accessories in series which are advantageously locked in position by anchoring one accessory to the next. For example, there may be more accessories for increasing weight or the accessory with vibrating motor combined with an accessory for increasing weight, obtaining high flexibility? and configurability? of the exercise equipment (3).

The exercise equipment (3) can further include (Fig.24) a third accessory (60) to mutually join the first stick (1) and the second stick (2) for joint use of the sticks (1, 2) in a mutually fixed condition in a stable manner for some types of exercises such as exercises in which the sticks (Fig. 17) are held together. The third accessory (60) includes a first fixing portion (61) for fixing the third accessory to the first stick (1) and a second fixing portion (62), opposite the first fixing portion (61), for fixing the third accessory to the second stick (2) so that the third accessory (60) is what? fixed on one side to the first stick (1) and on the opposite side to the second stick (2), keeping them stably coupled to each other. Both the first fixing portion (61) and the second fixing portion (62) have (Fig.24) an oblong shape with a preferably ?C? to allow insertion inside the ?C? shape of the support (40) of the respective stick (1, 2). The coupling portion (53) can? be optionally equipped with a counter-coupling means (18) for coupling and fixing with a corresponding coupling means (17) present on the corresponding knob (7, 8), similarly to the solutions described previously, but this arrangement can? be absent, as the fixing can take place at any point on the support and not necessarily in proximity? of one of the knobs (7, 8).

Ultimately the solution concerns (Fig. 1, Fig. 2, Fig. 3) an exercise machine (3) including a set of components (1, 2, 4, 5) including a pair of sticks (1, 2) and a pair of connecting elements (4, 5). The pair of sticks (1, 2) includes (Fig.1, Fig.2, Fig.3) a first stick (1) and a second stick (2), wherein each stick (1, 2) includes a pair of knobs (7, 8) consisting of a first knob (7) arranged at a first end? (11) and a second knob (8) arranged at a second end? (12) of the stick (1, 2). The pair of connection elements (4, 5) comprises (Fig.1, Fig.2, Fig.3) a first connection element (4) and a second connection element (5) in which each connection element (4 , 5) ? made in the form of an elastic cord (13) equipped with a pair of hooks (9, 10) of which a first hook (9) is arranged in correspondence with a first end (54) and a second hook (12) ? arranged in correspondence with a second end (55) opposite to the first end (54) with respect to the length of the elastic cord (13). The first hook (9) and the second hook (12) can be releasably fixed to one of the first stick (1) and the second stick (2) so that the exercise equipment (3) is configurable (Fig.1, Fig.2, Fig.3, Fig.17, Fig.18, Fig.19, Fig.20, Fig. 21) between different modes? connection of the set of components (1, 2, 4, 5) for carrying out different exercises. In particular, each knob (7, 8) comprises a coupling means (17) and each coupling (9, 10) comprises a body (19) having an open ?C-shaped conformation? delimiting an open recess (20) in which a portion of the elastic cord (13) is slidingly arranged in such a way as to close the ?C?-shaped conformation with the formation of an adjustable ring (28), the body (19) comprising at least one counter-coupling means (18) which can be releasably coupled with the coupling means (17) in such a way that each connection element (4, 5 )? attachable to the respective stick (1, 2) in two ways? of which:

- a first modality? in which at least one hook (9, 10) ? fixed in a sliding manner along a sliding direction (16) on the respective stick (1, 2), the respective stick being in a condition inserted within the adjustable ring (28) which is in a tight condition around a portion (14, 15) of the respective stick arranged between the pair of knobs (7, 8) in the absence of coupling between the counter-coupling means (18) and the coupling means (17);

- a second mode? in which at least one hook (9, 10) ? fixed in a non-sliding manner on the respective stick (1, 2), the respective stick being in the condition inserted within the adjustable ring (28) which is in a tight condition around a portion (14, 15) of the respective stick arranged between the pair of knobs (7, 8) with coupling between the counter-coupling means (18) and the coupling means (17) preventing sliding along the direction slide (16) on the stick.

In the first mode, in the tight condition of the adjustable ring (28) around the portion (14, 15) of the respective stick, the portion of the elastic cord (13) closing the "C"-shaped conformation ? in contact with the respective stick to generate sliding friction of the body (19) along the respective stick.

In a more preferred form of the present solution (Fig. 8), the ?C? of the body (19) has an extension greater than a semicircle delimited by extremity arms (56, 57) in such a way that a first end arm (56) of the ?C? conformation and a second arm (57) at the end? of the ?C? conformation mutually opposite have a mutual distance smaller than the diameter of the respective stick (1, 2) capable of being inserted into the recess (20) to lock the respective stick (1, 2) in the interlocking position within the recess, the body (19 ) being elastic to allow a mutual divarication of the arms (56, 57) for insertion and extraction of the respective stick (1, 2).

Preferably, the body (19) includes a series of holes (21, 22, 23, 24, 26) and a series of ducts (22, 25) for the passage of the elastic cord (13) such that said portion of the elastic cord (13) slidably arranged in such a way as to close the ?C?-shaped conformation ? slidingly arranged between a pair of holes in the series of holes (21, 22, 23, 24, 26).

The present solution advantageously also refers to a connection element (4, 5) for exercise equipment (3) including (Fig.1, Fig.2) a set of components (1, 2, 4, 5) including a pair of sticks (1, 2) mutually connectable to each other via the connection element (4, 5) in which the connection element (4, 5) is made in the form of a rope (13) equipped (Fig. 6, Fig. 7, Fig. 8) with at least one hook (9, 10) arranged at a first end (54) with respect to the length of the rope ( 13), the hook (9) being releasably fixed to one of the sticks of the pair of sticks (1, 2) for configurability. of the exercise equipment (3) for carrying out various exercises. The coupling (9, 10) includes a body (19) having an open ?C-shaped conformation? defining an internal side (47) to the ?C? and defining a recess (20) open for insertion of the stick within the recess (20), in which a portion of the rope (13) is slidingly arranged in such a way as to close said ?C?-shaped conformation with the formation of an adjustable ring (28) to obtain a tight condition of the ring (28) around a portion (14, 15) of the stick.

Sar? it is clear that, in general, the string (13) can? be made in different variants of different lengths, also being able to include the use of elastic ropes (13) for some solutions and non-elastic ropes for other solutions depending on the type of exercises.

The description of the present invention ? was made with reference to the attached figures in a preferred embodiment thereof, but? It is evident that many possible alterations, modifications and variations will be immediately clear to those skilled in the art in light of the previous description. Thus, it should be emphasized that the invention is not limited by the foregoing description, but includes all such alterations, modifications and variations in accordance with with the annexed claims.

NOMENCLATURE USED

With reference to the identification numbers shown in the attached figures, yes? the following nomenclature was used:

1. First stick

2. Second stick

3. Exercise equipment

4. First connection element

5. Second connection element

6. Grip

7. First knob

8. Second knob

9. First hookup

10. Second coupling

11. First extremity?

12. Second end?

13. Rope

14. First portion

15. Second portion

16. Scrolling direction

17. Coupling medium

18. Counter-coupling means

19. Body

20. Withdrawal

21. First hole

22. First duct

23. Second hole

24. Third hole

25. Second duct 26. Fourth hole

27. Locking

28. Ring

29. Opening

30. First life

31. Second screw

32. Reflective element 33. Weight

34. Grip

35. Button

36. Battery

37. Engine

38. Cylindrical element 39. Sheath

40. Support

41. Housing

42. Headquarters

43. Led

44. Third screw

45. Fourth screw

46. User

47. Internal side

48. First face

49. Second face

50. External side

51. First accessory

52. Casing

53. Attachment portion

54. First chapter

55. Second chapter

56. First Arm

57. Second arm

58. Tongue

59. Second accessory

60. Third accessory-61. First fixing portion 62. Second fixing portion 63. Containment portion 64. Connection portion

Claims (28)

1. Exercise equipment (3) comprising a set of components (1, 2, 4, 5) including a pair of sticks (1, 2) and a pair of connection elements (4, 5), in which the pair of sticks (1, 2) comprises a first stick (1) and a second stick (2), wherein each stick (1, 2) comprises a support (40) and a pair of knobs (7, 8) consisting of a first knob (7) arranged at a first end? (11) and a second knob (8) arranged at a second end? (12) of the support (40) of the stick (1, 2), in which the pair of connection elements (4, 5) comprises a first connection element (4) and a second connection element (5), in which each connecting element (4, 5) ? made in the form of an elastic cord (13) equipped with a pair of hooks (9, 10) of which a first hook (9) is arranged in correspondence with a first end (54) and a second hook (12) ? arranged in correspondence with a second end (55) opposite to the first end (54) with respect to the length development of the elastic cord (13), the first hook (9) and the second hook (12) being releasably fixed to one of the first stick (1) and second stick (2) so that the exercise equipment (3) is configurable between different modes? connection of the set of components (1, 2, 4, 5) for carrying out different exercises, characterized by the fact that each knob (7, 8) comprises a coupling means (17) and each coupling (9, 10) comprises a body (19) having an open ?C-shaped conformation? defining an internal side (47) to the ?C? and defining an open recess (20), in which a portion of the elastic cord (13) is slidingly arranged in such a way as to close said ?C? shape with the formation of an adjustable ring (28), the body (19) comprising at least one counter-coupling means (18) which can be releasably coupled with the coupling means (17) in such a way that each connection element (4, 5 )? attachable to the respective stick (1, 2) in two ways? fixings of which: - a first modality? in which at least one hook (9, 10) ? fixed in a sliding manner along a sliding direction (16) on the respective stick (1, 2), the respective stick being in a condition inserted within the adjustable ring (28) which is in a tight condition around a portion (14, 15) of the respective stick arranged between the pair of knobs (7, 8) in the absence of a coupling condition between the counter-coupling means (18) and the coupling means (17); - a second mode? in which at least one hook (9, 10) ? fixed in a non-sliding manner on the respective stick (1, 2), the respective stick being in the condition inserted within the adjustable ring (28) which is in a tight condition around the portion (14, 15) of the respective stick arranged between the pair of knobs (7, 8) in a condition of coupling between the counter-coupling means (18) and the coupling means (17) preventing sliding along the sliding direction (16) on the stick. 2. Gymnastic equipment (3) according to the previous claim, characterized by the fact that in said first mode, in the narrow condition of the ring (28) adjustable around the portion (14, 15) of the respective stick, said portion of the elastic cord (13) closing the ?C? conformation ? in contact with the respective stick to generate sliding friction of the body (19) along the respective stick. 3. Exercise equipment (3) according to any one of the preceding claims, characterized in that the body (19) includes a series of holes (21, 22, 23, 24, 26) and a series of ducts (22, 25) for the passage of the elastic cord (13) in such a way that said portion of the elastic cord (13 ) slidingly arranged in such a way as to close the ?C? ? slidingly arranged between a pair of holes in the series of holes (21, 22, 23, 24, 26). 4. Exercise equipment (3) according to the previous claim, characterized in that the body (19) includes a first hole (21) arranged on the internal side (47) of the body itself facing towards the inside of the recess (20), the first hole (21) being connected by a first duct (22) to a second hole (23) obtained on a first end face (48) of the "C" shape, the body (19) further comprising a third hole (24) obtained on a second terminal face (49) of the "C" shape, the third hole (24) being connected by a second duct (25) to a fourth hole (26) obtained on an external side (50) of the body itself facing outwards with respect to the internal position of the recess (20), the elastic cord (13) passing through the first hole (21) and including a lock (27) to prevent the cord from slipping out of the first hole, the elastic cord (13) being passing within the first duct (22) for exit from the body (19) in correspondence with the first terminal face (48) of the ?C? through the second hole (23), the elastic cord penetrating into the third hole (24) on the second end face (49) of the ?C? and passing within the second duct (25) for exiting from the fourth hole (26) present on the external side (50) of the body (19), the adjustable ring (28) being formed by the portion of rope arranged between the second hole (23) and third hole (24). 5. Exercise equipment (3) according to any one of the previous claims, characterized in that called ?C? conformation of the body (19) has an extension greater than a semicircle and it is? delimited by end arms (56, 57)? in such a way that a first end arm (56) of the ?C? conformation and a second arm (57) at the end? of the ?C? conformation mutually opposite have a mutual distance smaller than the diameter of the respective stick (1, 2) capable of being inserted into the recess (20) to lock the respective stick (1, 2) in the interlocking position within the recess, the body (19 ) being elastic to allow a mutual divarication of the arms (56, 57) for insertion and extraction of the respective stick (1, 2). 6. Exercise equipment (3) according to any one of the previous claims, characterized in that the counter-coupling means (18) and the coupling means (17) are selected from: - counter-coupling means (18) made in the form of a groove for insertion of coupling means (17) consisting of a perimeter protrusion; - counter-coupling means (18) made in the form of a perimeter protrusion for insertion into a coupling means (17) consisting of a groove. 7. Exercise equipment (3) according to the previous claim, characterized in that the body (19) of the coupling (9, 10) includes a first counter-coupling means (18) and a second counter-coupling means (18 ) arranged on the internal side (47) of the body (19) at the ends? perimeter opposite to the internal side (47) so that the hook (9, 10) is fixable to the corresponding knob (7, 8) at each of the ends? opposite perimeters. 8. Exercise equipment (3) according to any one of the previous claims, characterized in that in the condition of fixing the hook (9, 10) on the respective stick (1, 2), the hook (9, 10) is free to rotate axially with respect to the stick (1, 2). 9. Exercise equipment (3) according to any one of the previous claims, characterized in that the knobs (7, 8) include a reflective element (32) for increased visibility? nocturnal. 10. Exercise equipment (3) according to any one of the previous claims, characterized in that the knobs (7, 8) are internally hollow and include an internal housing (41) for housing additional elements (33, 36, 37). 11. Exercise equipment (3) according to any one of the previous claims, characterized in that includes at least one vibrating motor (37) for inducing vibrations on at least one of the sticks of the pair of sticks (1, 2), the exercise equipment (3) further comprising at least one battery (36) for powering the vibrating motor (37) . 12. Exercise equipment (3) according to the previous claim, characterized in that it includes two of said vibrating motors (37) and respective battery (36), wherein each of the two vibrating motors (37) and respective battery (36)? arranged on opposite sides of one of the sticks of the pair of sticks (1, 2) to obtain a balancing condition of the weight of the stick (1, 2). 13. Gymnastic equipment (3) according to claim 10 and according to claim 11, characterized in that the vibrating motor (37) and respective battery (36) are arranged within the internal housing (41) of one of the knobs (7, 8). 14. Gymnastic equipment (3) according to claim 11, characterized in that it includes at least a first accessory (51) which can be releasably fixed on at least one of the sticks of the pair of sticks (1, 2), the first accessory (51) being consisting of a casing (52) and a coupling portion (53), in which the vibrating motor (37) and the battery (36) are arranged within the casing (52) and further in which the coupling portion (53) it has an oblong shape with a ?C? section shape? for fixing on the respective stick (1, 2) by inserting the support (40) into the "C" shape. 15. Gymnastic equipment (3) according to the previous claim, characterized in that the coupling portion (53) includes said counter-coupling means (18) which can be releasably coupled with the coupling means (17) for stable fixing to the respective stick (1, 2). 16. Exercise equipment (3) according to the previous claim, characterized in that the coupling portion (53) of the first accessory (51) includes, on the side opposite to the counter-coupling means (18), said coupling means ( 17) for stable serial fixing of a further accessory that can be fixed on the same stick (1, 2) and can be locked on the first accessory (51). 17. Exercise equipment (3) according to any one of the previous claims, characterized in that includes weights (33) applicable to the exercise equipment (3) for configurability? of the exercise equipment (3) for different degrees of physical effort. 18. Gymnastic equipment (3) according to the previous claim and according to claim 10, characterized in that the weights (33) applied to the exercise equipment (3) are arranged within the internal housing (41) of one of the knobs (7, 8). 19. Gymnastic equipment (3) according to claim 17, characterized in that it includes at least a second accessory (59) which can be releasably fixed on at least one of the sticks of the pair of sticks (1, 2), the second accessory (59) being consisting of a containment portion (63) and a connection portion (64), in which the weights (33) are arranged within the containment portion (63) and further in which the connection portion (64) has an oblong shape with a ?C? section shape for fixing on the respective stick (1, 2) by inserting the support (40) into the "C" shape. 20. Gymnastic equipment (3) according to the previous claim, characterized in that the connection portion (64) includes said counter-coupling means (18) which can be releasably coupled with the coupling means (17) for stable fixing to the respective stick (1, 2). 21. Gymnastic equipment (3) according to the previous claim, characterized in that the connection portion (64) of the second accessory (59) includes, on the side opposite to the counter-coupling means (18), said coupling means ( 17) for stable serial fixing of a further accessory that can be fixed on the same stick (1, 2) and can be locked on the second accessory (59). 22. Exercise equipment (3) according to any one of the previous claims, characterized in that includes at least a third accessory (60) for mutual union of the first stick (1) and second stick (2) for joint use of the sticks (1, 2) in a condition mutually fixed in a stable manner, the third accessory (60) comprising a first fixing portion (61) for fixing the third accessory to the first stick (1) and a second fixing portion (62), opposite the first fixing portion (61), for fixing the third accessory to the second stick (2) in such a way such that the third accessory (60) is what? fixed on one side to the first stick (1) and on the opposite side to the second stick (2), the first fixing portion (61) and the second fixing portion (62) having an oblong shape with a ?C? for fixing on the respective stick (1, 2) by inserting the support (40) into the "C" shape. 23. Exercise equipment (3) according to any one of the previous claims, characterized in that each of the sticks of the pair of sticks (1, 2) further includes a handle (6) positioned centrally with respect to the oblong longitudinal development of the corresponding stick, the handle (6) being made of a soft material for the application and release of pressure by a user's hands (46). 24. Connection element (4, 5) for exercise equipment (3) includes a set of components (1, 2, 4, 5) including a pair of sticks (1, 2) mutually connectable to each other? another via the connecting element (4, 5) where the connecting element (4, 5) is made in the form of a rope (13) equipped with at least one hook (9, 10) arranged at a first end (54) with respect to the length of the rope (13), the hook (9, 10) being fixable releasable to one of the sticks of the pair of sticks (1, 2) for configurability? of the exercise equipment (3) for carrying out various exercises, characterized by the fact that the coupling (9, 10) includes a body (19) having an open ?C-shaped conformation? defining an internal side (47) to the ?C? and defining a recess (20) open for insertion of the stick within the recess (20), in which a portion of the rope (13) is slidingly arranged in such a way as to close said ?C? shape with the formation of an adjustable ring (28) to obtain a tight condition of the ring (28) around a portion (14, 15) of the stick. 25. Connection element (4, 5) according to the previous claim, characterized in that in the narrow condition of the adjustable ring (28) around the portion (14, 15) of the respective stick, said portion of the elastic cord (13) closing the "C"-shaped conformation ? arranged in such a way as to be in contact with the respective stick to generate sliding friction of the body (19) along the respective stick. 26. Connection element (4, 5) according to any of the previous claims 24 to 25, characterized in that the body (19) includes a series of holes (21, 22, 23, 24, 26) and a series of ducts (22, 25) for the passage of the rope (13) such that said portion of the rope (13) slidingly arranged in such a way as to close the ?C?-shaped conformation ? slidingly arranged between a pair of holes in the series of holes (21, 22, 23, 24, 26). 27. Connection element (4, 5) according to the previous claim, characterized in that the body (19) includes a first hole (21) arranged on the internal side (47) of the body itself facing towards the inside of the recess (20), the first hole (21) being connected by a first duct (22) to a second hole (23) obtained on a first end face (48) of the ?C? shape, the body (19) further comprising a third hole (24) obtained on a second end face (49) of the ?C? shape, the third hole (24) being connected by a second duct (25) to a fourth hole (26) obtained on an external side (50) of the body itself facing outwards with respect to the internal position of the recess (20), the cord elastic cord (13) passing through the first hole (21) and including a lock (27) to prevent the cord from slipping out of the first hole, the elastic cord (13) passing through the first duct (22) to escape from the body (19) in correspondence with the first terminal face (48) of the ?C? through the second hole (23), the elastic cord penetrating into the third hole (24) on the second end face (49) of the ?C? and passing within the second duct (25) for exiting from the fourth hole (26) present on the external side (50) of the body (19), the adjustable ring (28) being formed by the portion of rope arranged between the second hole (23) and third hole (24). 28. Connection element (4, 5) according to any of the previous claims from 24 to 27, characterized in that called ?C? conformation of the body (19) has an extension greater than a semicircle and it is? delimited by end arms (56, 57)? in such a way that a first end arm (56) of the ?C? conformation and a second arm (57) at the end? of the ?C? conformation mutually opposite have a mutual distance smaller than the diameter of the respective stick (1, 2) capable of being inserted into the recess (20) to lock the respective stick (1, 2) in the interlocking position within the recess, the body (19 ) being elastic to allow a mutual divarication of the arms (56, 57) for insertion and extraction of the respective stick (1, 2).