FR3116734A1 - PHYSICAL EXERCISE KIT COMPRISING A CRATE AND A REMOVABLE ASSEMBLY OF TUBES INCLUDING MODULES FOR ANCHORING TO THE CRATE - Google Patents

Abstract

PHYSICAL EXERCISE KIT COMPRISING A CRATE AND A REMOVABLE ASSEMBLY OF TUBES INCLUDING MODULES FOR ANCHORING TO THE CRATE The invention relates to a physical exercise kit (1) comprising a box (2) and a removable tube assembly (3), characterized in that the tube assembly (3) comprises, in the assembled state, a horizontal base (3a) and a vertical part (3b) fixed to the horizontal base (3a), the horizontal base (3a) comprising at least two anchoring modules and the vertical part (3b) comprising at least two modules anchorage, the body (2) comprising horizontal channels (C1, C2, C3) crossing the width of the body (2) to allow the passage of the anchoring modules of the horizontal base (3a) and of the part vertical (3b) through the body (2), such that the assembly of tubes (3) mounted on the body (2) forms a weighted exercise gantry and stabilized by the body (2). Figure to be published with abstract: Figure 1

Description

PHYSICAL EXERCISE KIT COMPRISING A CRATE AND A REMOVABLE ASSEMBLY OF TUBES INCLUDING MODULES FOR ANCHORING TO THE CRATE

The present invention relates to the field of physical exercise equipment, and relates in particular to a physical exercise kit comprising a box and a removable assembly of tubes comprising modules for anchoring to the box.

Physical exercise equipment of the multifunction weight bench type is known, these equipment allowing a user to perform bodybuilding exercises, such as traction, bench press, dips, etc. However, these existing materials cannot be dismantled and require generally fixed permanent installation so that they are not easily transportable.

PCT international application WO2014/013011A1 discloses a training kit comprising a box from which extend two removable vertical uprights on which a horizontal traction bar is fixed. The French patent application FR3048183A1 discloses, for its part, a physical exercise kit comprising a box from which extend two removable vertical uprights of a removable gantry assembly. However, in each of these two existing kits, the two vertical uprights are installed along the length of the crate, so that the crate cannot be used by the user as a weight bench to perform, for example, an exercise bench press. Furthermore, given that, in each of these two existing kits, the tubes of the tubular structure emerge from the body vertically, the stability of these two existing kits once mounted on the body is not optimal, which presents a risk of injury to the user.

The present invention aims to solve the drawbacks of the prior state of the art, by proposing a physical exercise kit comprising a box and a removable assembly of tubes, the assembly of tubes comprising, in the mounted state, a base horizontal and a vertical part fixed to the horizontal base, each of the horizontal base and the vertical part comprising at least two anchoring modules insertable in horizontal channels crossing the width of the crate, which allows the crate to be able to be used by the user as a weight bench for carrying out, for example, a bench press exercise, and which also makes it possible to ensure optimum stability of the assembly of tubes in the state mounted on the box. Additionally, the crate is configured to hold the tubing assembly in a disassembled state, allowing the exercise kit to be easily transported to a chosen location.

The present invention therefore relates to a physical exercise kit comprising a box and a removable assembly of tubes, the box being configured to be able to contain the assembly of tubes in the disassembled state, characterized in that the tube assembly comprises, in the assembled state, a horizontal base and a vertical part fixed to the horizontal base, the horizontal base comprising at least two anchoring modules and the vertical part comprising at least two anchoring modules, the body comprising horizontal channels crossing the width of the body to allow the passage of the anchoring modules of the horizontal base and of the vertical part through the body, such that the assembly of tubes mounted on the body forms a physical exercise gantry weighted and stabilized by the body.

Thus, the anchoring modules of the horizontal base and the vertical part of the tube assembly cross the width of the box when they are mounted in the corresponding horizontal channels of the box, which makes it possible to obtain a optimal stability of the physical exercise gantry mounted on the body and weighted by the latter.

Advantageously, when the assembly of tubes is mounted on the body, at least one ballast weight is arranged inside the body, so as to improve the stability of the assembly.

When the tube assembly is in the assembled state, the horizontal base is in contact with the ground and serves as a support for the vertical part, physical exercise accessories can be installed on the vertical part to allow the user to perform bodybuilding physical exercises.

The vertical part is perpendicular to the length direction of the box, so that the box can be used as a weight bench on which the user can lie down to perform, for example, a bench press exercise .

Unlike the prior art in which the tubes exit the box from above, the anchor modules of the tube assembly of the present invention cross the width of the box, so that the gantry is body with the crate by crossing it completely, which provides stability to the gantry which is weighted by the crate, thus making it possible to prevent the structure from tilting, for example when using accessories such as elastic bands or straps suspension fixed on the vertical part.

The crate is configured to hold the tube assembly in a disassembled state, with all of the tubes of the tube assembly stored in the crate, which allows the exercise kit to be easily transported to a chosen location, and in particular allows individuals, sports trainers and/or physiotherapists to be able to use a multifunction weight bench at home or by transporting it and setting it up/taking it down quickly at the place of exercise. The exercise kit, when the tube assembly is stored in the crate, is thus space-saving.

In the physical exercise kit of the present invention, the crate is thus no longer used as a simple container, but also as a weight bench. The present invention thus makes it possible to increase the diversity of physical activities that can be performed, as well as the safety of the user.

The tubes of the tube assembly can, for example, be made of stainless steel or aluminum. The box can, for example, be made of plywood or aluminum. The exercise kit is thus light and easily transportable in the disassembled state.

The box can, for example, have the following dimensions: a length between 1100 mm and 1200 mm, a height of 450 mm and a width of 300 mm, so as to allow the user to be able to lie down on it. this.

According to a particular characteristic of the invention, the horizontal base and the vertical part have a common anchoring module.

Thus, one of the anchoring modules of the tube assembly serves to anchor both the horizontal base and the vertical part to the body.

According to a particular characteristic of the invention, each anchoring module is one of a reinforcing tube capable of being inserted into one of the channels of the body and a reinforcing tube assembly comprising a first tube element of reinforcement adapted to be inserted into one of the ends of one of the channels of the body and a second element of reinforcement tube adapted to be inserted into the other of the ends of said channel of the body.

Thus, either the anchoring module consists of a single reinforcing tube which completely crosses the corresponding horizontal channel of the body, or the anchoring module consists of two elements of reinforcing tube inserted, respectively, in both ends of the corresponding horizontal channel of the body.

Advantageously, when the anchoring modules are installed in the channels of the body, pins are mounted thereon inside the body at the ends of the channels, so as to prevent disengagement of the anchoring modules opposite the cash register. In particular, when the anchor module consists of two reinforcing tube elements, a pin is mounted on each of the two reinforcing tube elements inside the box.

Advantageously, the reinforcement tubes of the anchor modules have a square or rectangular cross section, and the horizontal channels of the box have a square or rectangular cross section, the reinforcement tubes of the anchor modules being inserted in a fitted manner with play in the corresponding channels of the body.

According to a particular characteristic of the invention, the body has first, second and third horizontal channels crossing the width of the body, the first channel being formed in the upper part of the body, the second and third channels being formed in the lower part of the body, and the first channel being formed above the second channel; the vertical part of the tube assembly comprises, in the mounted state, a first frame tube whose length is greater than that of the first channel and which is inserted into the first channel, and a second frame tube whose the length is identical to that of the first armature tube and which is inserted into the second channel; the horizontal base of the tube assembly comprises, in the assembled state, the second armature tube and a third armature tube whose length is greater than that of the third channel and which is inserted into the third channel; the horizontal base further comprises, in the assembled state, a fourth tube connecting a first end of the second frame tube and a first end of the third frame tube, and a fifth tube connecting a second end of the second frame tube armature and a second end of the third armature tube; and the vertical part further comprises, when mounted, a first post connecting a first end of the first frame tube and the first end of the second frame tube, a second post connecting a second end of the first frame tube frame and the second end of the second frame tube, a third post extending vertically from the first end of the first frame tube, and a fourth post extending vertically from the second end of the first frame tube armature, the third and fourth uprights being able to carry physical exercise accessories.

Thus, the box has three horizontal channels crossing the width of the box in three distinct places, the first, second and third reinforcing tubes serving as anchoring modules by being inserted, respectively, in the three channels of the box.

The second, third, fourth and fifth tubes thus form the horizontal base of the gantry anchored in the body via the second and third tubes inserted into the second and third channels of the body.

The first and second tubes and the first, second, third and fourth uprights form, for their part, the vertical part of the gantry anchored in the body by means of the first and second tubes inserted in the first and second channels of the body.

The horizontal base and the vertical part thus have the second reinforcement tube in common.

The user can thus attach body-building accessories to the third and fourth uprights of the vertical part of the gantry in order to perform physical body-building exercises, the box serving for its part both as ballast and as a bench on which the user can lie down.

According to one embodiment of the invention, the third frame tube has the same length as the second frame tube, such that the fourth and fifth tubes are parallel when the tube assembly is mounted.

Thus, the horizontal base of the gantry has a square or rectangular shape.

According to another embodiment of the invention, the third frame tube has a length greater than that of the second frame tube, such that the second, third, fourth and fifth tubes form an isosceles trapezium when the tube assembly is mounted.

Thus, the isosceles trapezium shape of the horizontal base further guarantees the stability of the gantry when the user performs physical exercises on it or with accessories attached to it.

According to a particular characteristic of the invention, the horizontal base also comprises, in the assembled state, a sixth tube extending horizontally from the first end of the second frame tube opposite the fourth tube, and a seventh tube extending horizontally from the second end of the second frame tube opposite the fifth tube.

The horizontal base thus has a first part located on a first side of the vertical part, and a second part, formed by the sixth and seventh tubes, located on the other side of the vertical part.

Thus, the sixth and seventh tubes of the horizontal base further guarantee the stability of the gantry when the user performs physical exercises on it or with accessories attached to it.

According to a particular characteristic of the invention, the sixth and seventh tubes are parallel when the assembly of tubes is mounted.

According to a variant of the invention, the distance between the sixth and seventh tubes gradually increases from the second reinforcement tube when the assembly of tubes is mounted.

Thus, the progressive spacing between the sixth and seventh tubes further guarantees the stability of the gantry.

According to a particular characteristic of the invention, the tube assembly further comprises, in the mounted state, an eighth tube obliquely connecting the first end of the first reinforcement tube to the sixth tube, and a ninth tube connecting obliquely the second end of the first frame tube to the seventh tube.

Thus, the eighth and ninth tubes make it possible to reinforce the structure of the gantry, by creating an additional connection between the horizontal base and the vertical part.

According to a particular characteristic of the invention, the tube assembly further comprises a first bracket fixed to the eighth tube and a second bracket fixed to the ninth tube.

Thus, the brackets allow reinforcement of the eighth and ninth tubes. The brackets can also be used by the user to rest their feet when using the gantry.

According to a particular characteristic of the invention, the horizontal base also comprises, in the assembled state, a tenth tube connecting the two free ends of the sixth and seventh tubes.

Thus, the part of the horizontal base consisting of the second, sixth, seventh and tenth tubes has either a square or rectangular shape, or an isosceles trapezium shape.

According to a particular feature of the invention, the tube assembly further comprises a plurality of fittings configured to interconnect the tubes of the tube assembly when the tube assembly is mounted.

Each connector can thus be fixed on the ends of at least two tubes of the assembly of tubes, by interlocking, screwing, clipping and/or pin, in order to allow the connection of the at least two tubes to each other, the end pieces of fitting fitting being angularly oriented in accordance with the desired connection angles of the at least two tubes.

According to a particular characteristic of the invention, the box also has in the lower part a pair of removable wheels.

Advantageously, the pair of wheels is removably fixed on an axle crossing the width of the body.

Thus, the wheels can be installed on the crate when transporting the exercise kit, which makes it easier to move the crate containing the disassembled tube assembly.

In use, the wheels must be removed to allow fitting of the tube assembly and to ensure the stability of the crate on the ground.

Optionally, the crate may also include a carrying handle to facilitate movement of the crate by the user.

According to a particular characteristic of the invention, the physical exercise kit further comprises at least one physical exercise accessory from among a pull-up bar, supports for weight bar, and parallel bars or Roman chair for dips and abdominals , the at least one physical exercise accessory being configured to be mounted on the vertical part of the tube assembly when the tube assembly is assembled and to be stored in the crate when the tube assembly is disassembled.

Thus, the physical exercise accessories mounted on the vertical part of the gantry allow the user to perform physical exercises of strength training on the gantry, such as pulling exercises using the pull-up bar, exercises bench press using the weight bar, dip or abdominal exercises using the parallel bars or the Roman chair, or other weight training exercises using elastic bands or straps suspension fixed on the vertical part of the gantry.

It should be noted that some tubes of the tube assembly could be pre-assembled so as to facilitate the assembly and disassembly of the gantry, without departing from the scope of the present invention. For example, in the case where the anchoring modules each consist of first and second reinforcement tube elements, the first reinforcement tube elements of the two anchoring modules of the horizontal base and the fourth and sixth tubes could be formed as a single piece, and the second reinforcement tube elements of the two anchoring modules of the horizontal base and the fifth and seventh tubes could also be formed as a single piece. Similarly, the first reinforcing tube element of the upper anchoring module of the vertical part could be formed integrally with the first and third uprights, and the second reinforcing tube element of the anchoring module top of the vertical part could be formed in one piece with the second and fourth uprights.

To better illustrate the object of the present invention, two preferred embodiments will be described below, by way of illustration and not limitation, with reference to the appended drawings.

In these drawings:

is a perspective view of an assembled exercise kit according to a first embodiment of the present invention;

is a perspective view of an assembled exercise kit according to a second embodiment of the present invention; And

is a perspective view of the body of the physical exercise kit according to the present invention.

If we refer to the , it can be seen that there is shown a physical exercise kit 1 according to a first embodiment of the present invention.

Exercise kit 1 consists of 2 crate and 3 dismountable tube assembly.

The tube assembly 3 is shown in the mounted state on the and forms a physical exercise gantry anchored in the box 2.

The box 2 is parallelepipedal and sized to contain inside it the assembly of tubes 3 in the disassembled state.

The assembly of tubes 3 comprises, in the assembled state, a horizontal base 3a which rests on the ground and a vertical part 3b fixed to the horizontal base 3a.

Body 2 comprises three horizontal channels C1, C2 and C3 which are parallel and have a square cross-section, each of the three horizontal channels C1, C2 and C3 crossing the width of body 2.

It should be noted that the body 2 could also comprise any number of horizontal channels C1, C2, C3, and that the cross section of the horizontal channels C1, C2, C3 could also take any other shape, without deviating from the frame of the present invention.

The horizontal base 3a and the vertical part 3b are anchored in the body 2 via the three horizontal channels C1, C2 and C3, so that the physical exercise gantry formed by the assembly of tubes 3 mounted on body 2 is ballasted by body 2.

Advantageously, when the assembly of tubes 3 is mounted on the body 2, at least one ballast weight (not shown in ) is arranged inside the body 2, so as to improve the stability of the assembly.

The first channel C1 is formed in the upper part of the body 2, the second and third channels C2 and C3 are formed in the lower part of the body 2, and the first channel C1 is formed above the second channel C2.

The vertical part 3b of the assembly of tubes 3 comprises, in the assembled state, a first reinforcing tube T1 whose length is greater than that of the first channel C1 and which is inserted into the first channel C1, and a second armature tube T2 whose length is greater than that of the second channel C2 and identical to that of the first armature tube T1 and which is inserted into the second channel C2. The first and second reinforcement tubes T1 and T2 thus form two modules for anchoring the vertical part 3b to the body 2.

The horizontal base 3a of the assembly of tubes 3 comprises, in the mounted state, the second frame tube T2 and a third frame tube T3 whose length is greater than that of the third channel C3 and identical to that of the second armature tube T2 and which is inserted into the third channel C3. The second and third reinforcement tubes T2 and T3 thus form two anchoring modules of the horizontal base 3a on the body 2.

The horizontal base 3a and the vertical part 3b thus have the second reinforcement tube T2 in common.

Each of the first, second and third armature tubes T1, T2 and T3 has a square cross-section, and is fitted tightly with clearance into the corresponding channel of body 2.

It should be noted that each of the first, second and third reinforcement tubes T1, T2 and T3 could also have a cross section of any other shape complementary to that of the corresponding channel of the body 2, without deviating from the frame of the present invention.

The horizontal base 3a further comprises, in the assembled state, a fourth tube T4 connecting the first end of the second reinforcement tube T2 to the first end of the third reinforcement tube T3, and a fifth tube T5 connecting the second end of the second frame tube T2 to the second end of the third frame tube T3.

The fourth and fifth tubes T4 and T5 have the same length.

The second frame tube T2 and the fourth tube T4 are interconnected by means of a first connector R1 fitted onto them so as to form an angle of 90° between the second frame tube T2 and the fourth tube T4.

The second frame tube T2 and the fifth tube T5 are interconnected by means of a second connector R2 fitted onto them so as to form an angle of 90° between the second frame tube T2 and the fifth tube T5.

The fourth tube T4 and the third reinforcement tube T3 are interconnected by means of a third fitting R3 fitted onto them so as to form an angle of 90° between the fourth tube T4 and the third tube d frame T3.

The fifth tube T5 and the third reinforcement tube T3 are interconnected by means of a fourth fitting R4 fitted onto them so as to form an angle of 90° between the fifth tube T5 and the third tube. frame T3.

Thus, the fourth and fifth tubes T4 and T5 are parallel when the assembly of tubes 3 is mounted, and the second T2, third T3, fourth T4 and fifth T5 tubes form a horizontal rectangle placed on the ground when the assembly of tubes 3 has climbed.

It should be noted that the tubes could also be connected together by any other means of attachment, such as by interlocking, screwing, clipping and/or pin, without departing from the scope of the present invention.

Each of the first, second and third reinforcement tubes T1, T2 and T3 could also be replaced by two reinforcement tube elements, one of which is inserted into one of the two ends of the corresponding channel of the body 2 and of which the other is inserted into the other of the two ends of the corresponding channel of the body 2, without departing from the scope of the present invention.

When the reinforcement tubes T1, T2 and T3 are installed in the three channels C1, C2 and C3 of body 2, pins (not shown on the ) can be mounted on them inside the body 2 at the ends of the channels C1, C2 and C3, so as to prevent the disengagement of the anchor tubes T1, T2 and T3 vis-à-vis body 2. In the variant where the reinforcement tubes T1, T2 and T3 are each replaced by two reinforcement tube elements, a pin can be mounted on each of the two reinforcement tube elements inside the box 2.

The horizontal base 3a further comprises, in the assembled state, a sixth tube T6 extending horizontally from the first end of the second reinforcement tube T2 opposite the fourth tube T4, and a seventh tube T7 extending horizontally from the second end of the second frame tube T2 opposite the fifth tube T5.

The sixth and seventh tubes T6 and T7 have the same length.

The sixth tube T6 and the second frame tube T2 are interconnected by means of the first fitting R1 fitted onto them so as to form an angle of 90° between the sixth tube T6 and the second frame tube. T2.

The seventh tube T7 and the second reinforcement tube T2 are interconnected via the second connector R2 fitted thereon so as to form an angle of 90° between the seventh tube T7 and the second reinforcement tube T2.

The sixth and seventh tubes T6, T7 are thus parallel when the assembly of tubes 3 is mounted, and make it possible to further guarantee the stability of the gantry when the user performs physical exercises on it.

It should be noted that the gantry could not include the sixth and seventh tubes T6 and T7, without departing from the scope of the present invention.

The vertical part 3b of the assembly of tubes 3 further comprises, in the mounted state, a first upright M1 connecting the first end of the first frame tube T1 and the first end of the second frame tube T2, and a second upright M2 connecting the second end of the first frame tube T1 and the second end of the second frame tube T2.

The first upright M1 and the second frame tube T2 are interconnected by means of the first connector R1 fitted onto them so as to form an angle of 90° between the first upright M1 and the second frame tube. T2.

The first upright M1 and the first reinforcement tube T1 are interconnected by means of a fifth connector R5 fitted onto them so as to form an angle of 90° between the first upright M1 and the first tube. armature T1.

The second upright M2 and the second frame tube T2 are interconnected by means of the second connector R2 fitted onto them so as to form an angle of 90° between the second upright M2 and the second frame tube. T2.

The second upright M2 and the first frame tube T1 are interconnected by means of a sixth connector R6 fitted onto them so as to form an angle of 90° between the second upright M2 and the first tube. armature T1.

The first T1 and second T2 reinforcing tubes and the first M1 and second M2 uprights thus form a vertical rectangle extending from the horizontal base 3a.

The assembly of tubes 3 further comprises, in the assembled state, an eighth tube T8 obliquely connecting the first end of the first reinforcement tube T1 to the sixth tube T6, and a ninth tube T9 obliquely connecting the second end of the first reinforcement tube T1 to the seventh tube T7. The eighth and ninth tubes T8 and T9 can be fixed to the first T1, sixth T6 and seventh T7 tubes by coupling, interlocking, screwing, clipping and/or pin. The eighth and ninth tubes T8 and T9 thus make it possible to reinforce the structure of the gantry, by creating an additional connection between the horizontal base 3a and the vertical part 3b.

It should be noted that the assembly of tubes 3 could also not include the eighth and ninth tubes T8 and T9, without departing from the scope of the present invention.

The assembly of tubes 3 further comprises a first bracket E1 fixed to the eighth tube T8 and a second bracket E2 fixed to the ninth tube T9. The first and second brackets E1 and E2 allow reinforcement of the eighth and ninth tubes T8 and T9, and can also be used by the user to rest his feet when using the gantry.

The vertical part 3b of the assembly of tubes 3 further comprises, in the mounted state, a third upright M3 extending vertically from the first end of the first frame tube T1, and a fourth upright M4 extending vertically from the second end of the first frame tube T1, the third and fourth uprights M3 and M4 being able to carry physical exercise accessories so as to allow the user to carry out physical exercises for muscle building.

The vertical part 3b being perpendicular with respect to the direction of length of the box 2, the box 2 can thus be used as a weight bench on which the user can lie down to perform, for example, a bench press exercise .

The anchoring of the gantry on the body 2 via the three channels C1, C2 and C3 makes it possible to guarantee optimum stability of the gantry, thus making it possible to prevent the structure from tilting, for example when using accessories of type elastic bands or suspension straps fixed on the vertical part 3b.

The tubes of the assembly of tubes 3 can, for example, be made of stainless steel or aluminum. The body 2 can, for example, be made of plywood or aluminum.

The box 2 can, for example, have the following dimensions: a length between 1100 mm and 1200 mm, a height of 450 mm and a width of 300 mm, so as to allow the user to be able to lie down on that -this.

It should be noted that some tubes of tube assembly 3 could also be pre-assembled so as to facilitate the assembly and disassembly of the gantry. For example, in the variant where the reinforcement tubes T1, T2 and T3 are each replaced by first and second elements of reinforcement tube, the first elements of reinforcement tube of the two anchoring modules (corresponding to the second and third channels C2 and C3) of the horizontal base 3a and the fourth T4 and sixth T6 tubes could be formed in one piece, and the second reinforcement tube elements of the two anchoring modules (corresponding to the second and third channels C2 and C3) of the horizontal base 3a and the fifth T5 and seventh T7 tubes could also be formed in one piece. Similarly, the first reinforcing tube element of the upper anchoring module (corresponding to the first channel C1) of the vertical part 3b could be formed in one piece with the first M1 and third M3 uprights, and the second element of the reinforcement tube of the upper anchoring module (corresponding to the first channel C1) of the vertical part 3b could be formed in one piece with the second M2 and fourth uprights M4.

The physical exercise kit 1 further comprises, in the assembled state, as a first physical exercise accessory, supports 4 mounted on the third and fourth uprights M3 and M4 and carrying a weight bar 5 on which are installed weights 6, which allows the user to perform bench press exercises using the weight bar 5, while lying on the body 2 which then serves as a bench.

The exercise kit 1 further comprises, in assembled condition, as a second exercise accessory, a Roman chair 7 mounted on the third and fourth uprights M3 and M4 using seventh and eighth fittings R7 and R8.

The Roman chair 7 comprises a first horizontal bar 8 arranged between the third and fourth uprights M3 and M4, and second and third parallel horizontal bars 9 and 10 which are perpendicular to the first bar 8, such that the Roman chair 7 has a U shape.

A removable backrest 11 is fixed on the first bar 8 of the Roman chair 7.

Armrests 12 are attached to the second and third parallel bars 9 and 10 of the Roman chair 7.

Horizontal handles 13 and vertical handles 14 are fixed at the free ends of the second and third parallel bars 9 and 10 of the Roman chair 7.

The user can thus use the Roman chair 7 to perform dips or abdominal exercises.

The physical exercise kit 1 further comprises, in the mounted state, as a third physical exercise accessory, two vertical bars 15 extending, respectively, from the seventh and eighth connections R7 and R8, the ends upper ones of said two vertical bars 15 being curved and carrying a pull-up bar 16 fixed with clamping screws 17, which allows the user to perform pull-up exercises using the pull-up bar 16 .

The user can also perform other weight training exercises on the gantry, for example using elastic bands or suspension straps (not shown in the figure). ) fixed on the vertical part 3b of the gantry.

The various physical exercise accessories presented above, which are added to the frame structure, are removable and can be stored in case 2 when disassembled.

If we refer to the , it can be seen that there is shown the body 2 of the physical exercise kit 1 in the width of which the first, second and third horizontal channels C1, C2 and C3 are formed.

The body 2 also has in the lower part a pair of wheels 18 removably fixed on an axle 19 passing through an additional channel 20 formed in the width of the body 2 opposite the first, second and third channels C1, C2 and C3.

Thus, the wheels 18 can be installed on the box 2 during the transport of the physical exercise kit 1, which makes it possible to facilitate the movement of the box 2 containing the assembly of tubes 3 dismantled and stored inside that -this.

Although 18 wheels were shown at the , when mounting the tube assembly 3, the wheels 18 must be removed to ensure the stability of the body 2 on the ground.

The box 2 further comprises a carrying handle 21 to facilitate movement of the box 2 by the user.

Crate 2 is configured to contain the entire assembly of tubes 3 in a disassembled state, which allows the exercise kit 1 to be easily transported to a chosen location.

If we refer to the , it can be seen that there is shown a physical exercise kit 1' according to a second embodiment of the present invention.

The common elements between the first embodiment of the invention on the and this second embodiment of the invention bear the same reference numeral, and will not be described in more detail here when they have identical structures.

In this second embodiment of the invention, the third frame tube T3 of the assembly of tubes 3 has a length greater than that of the second frame tube T2, such that the second T2, third T3, fourth T4 and fifth T5 tubes form an isosceles trapezium when the assembly of tubes 3 is mounted, which makes it possible to further guarantee the stability of the gantry when the user performs physical exercises on it.

Furthermore, in the second embodiment, the first and second connectors R1 and R2 have been modified with respect to the first embodiment so as to form an obtuse angle between the second reinforcement tube T2 and the fourth tube T4 and between the second frame tube T2 and the fifth tube T5. In addition, the third and fourth fittings R3 and R4 have been modified with respect to the first embodiment so as to form an acute angle between the third armature tube T3 and the fourth tube T4 and between the third armature tube T3 and the fifth tube T5.

In addition, in the second embodiment, the distance between the sixth and seventh tubes T6 and T7 gradually increases from the second frame tube T2 when the tube assembly 3 is mounted, which can further ensure the stability. of the porch. The first and second connectors R1 and R2 have also been modified with respect to the first embodiment so as to form an obtuse angle between the second frame tube T2 and the sixth tube T6 and between the second frame tube T2 and the seventh tube T7.

In addition, in the second embodiment, the horizontal base 3a further comprises, in the mounted state, a tenth tube T10 connecting the two free ends of the sixth and seventh tubes T6 and T7.

The tenth tube T10 and the sixth tube T6 are interconnected via a ninth connector R9 fitted onto them so as to form an acute angle between the tenth tube T10 and the sixth tube T6.

The tenth tube T10 and the seventh tube T7 are interconnected via a tenth fitting R10 fitted onto them so as to form an acute angle between the tenth tube T10 and the seventh tube T7.

It should be noted that the assembly of tubes 3 may not include the tenth tube T10, without departing from the scope of the present invention.

Unlike the first embodiment, the eighth and ninth tubes T8 and T9 of the second embodiment do not carry a bracket. However, the eighth and ninth tubes T8 and T9 could also carry brackets E1 and E2 in this second embodiment, without departing from the scope of the present invention.

Although some physical exercise accessories (namely, barbell racks 4 and Roman chair 7) have not been shown at the , these could also be mounted on the third and fourth uprights M3 and M4 of the physical exercise kit 1' according to the second embodiment, without departing from the scope of the present invention.

It is understood that the particular embodiments which have just been described have been given by way of indication and are not limiting, and that modifications may be made without thereby departing from the present invention.

Claims (15)

Physical exercise kit (1; 1') comprising a box (2) and a removable assembly of tubes (3), the box (2) being configured to be able to contain the assembly of tubes (3) disassembled state, characterized in that the assembly of tubes (3) comprises, in the assembled state, a horizontal base (3a) and a vertical part (3b) fixed to the horizontal base (3a), the base horizontal (3a) comprising at least two anchoring modules and the vertical part (3b) comprising at least two anchoring modules, the body (2) comprising horizontal channels (C1, C2, C3) crossing the width of the body (2) to allow the passage of the anchoring modules of the horizontal base (3a) and of the vertical part (3b) through the body (2), so that the assembly of tubes (3) mounted on the body (2) forms a physical exercise gantry weighted and stabilized by the body (2). Physical exercise kit (1; 1') according to claim 1, characterized in that the horizontal base (3a) and the vertical part (3b) have a common anchoring module. Physical exercise kit (1; 1') according to Claim 1 or 2, characterized in that each anchoring module is one of an armature tube (T1, T2, T3) capable of being inserted into one of the channels (C1, C2, C3) of the body (2) and a frame tube assembly comprising a first frame tube element adapted to be inserted into one of the ends of one of the channels (C1, C2, C3) of the body (2) and a second reinforcing tube element capable of being inserted into the other of the ends of said channel (C1, C2, C3) of the body (2). Physical exercise kit (1; 1') according to Claim 3, characterized in that:
the body (2) has first, second and third horizontal channels (C1, C2, C3) crossing the width of the body (2), the first channel (C1) being formed in the upper part of the body (2), the second and third channels (C2, C3) being formed in the lower part of the body (2), and the first channel (C1) being formed above the second channel (C2);
the vertical part (3b) of the tube assembly (3) comprises, in the mounted state, a first armature tube (T1) whose length is greater than that of the first channel (C1) and which is inserted into the first channel (C1), and a second armature tube (T2) whose length is identical to that of the first armature tube (T1) and which is inserted into the second channel (C2);
the horizontal base (3a) of the tube assembly (3) comprises, in the assembled state, the second reinforcement tube (T2) and a third reinforcement tube (T3) whose length is greater than that of the third channel (C3) and which is inserted into the third channel (C3);
the horizontal base (3a) further comprises, in the mounted state, a fourth tube (T4) connecting a first end of the second frame tube (T2) and a first end of the third frame tube (T3), and a fifth tube (T5) connecting a second end of the second armature tube (T2) and a second end of the third armature tube (T3); And
the vertical part (3b) further comprises, in the mounted state, a first post (M1) connecting a first end of the first frame tube (T1) and the first end of the second frame tube (T2), a second post (M2) connecting a second end of the first frame tube (T1) and the second end of the second frame tube (T2), a third post (M3) extending vertically from the first end of the first frame tube (T1), and a fourth post (M4) extending vertically from the second end of the first frame tube (T1), the third and fourth posts (M3, M4) being adapted to carry physical exercise accessories. Physical exercise kit (1) according to Claim 4, characterized in that the third frame tube (T3) has the same length as the second frame tube (T2), so that the fourth and fifth tubes (T4, T5) are parallel when the tube assembly (3) is mounted. Physical exercise kit (1') according to Claim 4, characterized in that the third frame tube (T3) has a length greater than that of the second frame tube (T2), so that the second , third, fourth and fifth tubes (T2, T3, T4, T5) form an isosceles trapezoid when the tube assembly (3) is mounted. Physical exercise kit (1; 1') according to one of Claims 4 to 6, characterized in that the horizontal base (3a) further comprises, in the mounted state, a sixth tube (T6) s extending horizontally from the first end of the second frame tube (T2) opposite the fourth tube (T4), and a seventh tube (T7) extending horizontally from the second end of the second frame tube frame (T2) opposite the fifth tube (T5). Physical exercise kit (1) according to claim 7, characterized in that the sixth and seventh tubes (T6, T7) are parallel when the assembly of tubes (3) is mounted. Physical exercise kit (1') according to Claim 7, characterized in that the distance between the sixth and seventh tubes (T6, T7) gradually increases from the second frame tube (T2) when the assembly of tubes (3) is fitted. Physical exercise kit (1; 1') according to one of Claims 7 to 9, characterized in that the assembly of tubes (3) further comprises, in the mounted state, an eighth tube (T8) obliquely connecting the first end of the first frame tube (T1) to the sixth tube (T6), and a ninth tube (T9) obliquely connecting the second end of the first frame tube (T1) to the seventh tube ( T7). Physical exercise kit (1) according to Claim 10, characterized in that the assembly of tubes (3) further comprises a first bracket (E1) fixed to the eighth tube (T8) and a second bracket (E2) attached to the ninth tube (T9). Physical exercise kit (1') according to one of Claims 7 to 11, characterized in that the horizontal base (3a) further comprises, in the mounted state, a tenth tube (T10) connecting the two free ends of the sixth and seventh tubes (T6, T7). Physical exercise kit (1; 1') according to one of Claims 1 to 12, characterized in that the assembly of tubes (3) further comprises a plurality of connectors (R1, R2, R3, R4, R5, R6, R7, R8, R9, R10) configured to interconnect the tubes of the tube assembly (3) when the tube assembly (3) is mounted. Physical exercise kit (1; 1') according to one of Claims 1 to 13, characterized in that the box (2) also has, in the lower part, a pair of removable wheels (18). Physical exercise kit (1; 1') according to one of Claims 1 to 14, characterized in that it also comprises at least one physical exercise accessory from among a pull-up bar (16), supports (4) for weight bar (5), and parallel bars (9, 10) or Roman chair (7) for dips and abs, the at least one physical exercise accessory being configured to be mounted on the vertical part (3b) of the tube assembly (3) when the tube assembly (3) is assembled and to be stored in the box (2) when the tube assembly (3) is disassembled.