Muscle-training device

Abstract

The invention relates to a muscle-training device (100) configured to transition from a first configuration to a second configuration, allowing a user to perform pull-ups and dips, respectively. The device comprises a wall support (1), a pivoting module (30) pivoting about an axis of rotation R1 and comprising arms (6) having two ends that are rotatable about R1 and an axis R2, respectively, and a grip assembly (40). In the first configuration, the grip assembly cooperates with a first locking member which fixes the pivoting module relative to the wall support while keeping the second grip portion above R1, and in the second configuration, the grip assembly cooperates with a second locking member which fixes the pivoting module relative to the wall support while keeping the second grip portion below R1.

Description

[0001] "Weight training equipment"

[0002] TECHNICAL FIELD

[0003] The present invention relates to a weight training device. It finds, for example, an advantageous application in performing arm pull-up exercises and arm extension exercises such as dips.

[0004] STATE OF THE ART

[0005] Many pieces of weight training equipment used for arm pulling and extension (or flexion) exercises, known respectively as "pull-ups" and "dips," are known from prior art. One such piece of equipment that allows for both types of exercises is the Roman chair. Designed to be placed on the floor, the Roman chair occupies a significant amount of space, which can be cumbersome.

[0006] Other strength training equipment is designed to be wall-mounted. For example, document WO201573298 A1 describes an exercise device fixed to a door or wall, allowing for pull-up or dip exercises. This device comprises a plate fixed to the wall. This plate has two semicircular pivot arms connected by a gripping element including a bar and handles. The device is configured so that the semicircular pivots can rotate and can be oriented and fixed in a plurality of angular positions. For example, they can be fixed in a raised position for pull-up exercises or lowered for dip exercises. However, such a device may have mechanical vulnerabilities during use and may be cumbersome when not in use.The present invention proposes to overcome, at least in part, the drawbacks of known weight training equipment. In particular, one objective of the present invention is to improve the stability of the weight training equipment, if possible while reducing its size.

[0007] SUMMARY

[0008] To achieve this objective, a first aspect of the invention concerns weight training equipment configured to selectively pass:

[0009] • a first configuration allowing a user to perform at least one arm pull exercise;

[0010] • to a second configuration allowing the user to perform at least one arm extension exercise (dips),

[0011] • the equipment including:

[0012] • a wall bracket configured to be fixed to a wall, and

[0013] • a pivoting module articulated in rotation around a horizontal axis of rotation R1,

[0014] • the equipment being such that:

[0015] • The pivoting module comprises at least one arm and a gripping assembly: o at least one arm having a distal end articulated in rotation on the wall bracket by a first pivot around the axis of rotation R1, and a proximal end articulated in rotation on the gripping assembly by a second pivot defining an axis of rotation R2 parallel to R1, o the gripping assembly having a body partially supporting the second pivot and having a first end defining a first gripping portion and a second end defining a second gripping portion, the first gripping portion and the second gripping portion being located on either side of the second pivot, the equipment being configured such that:

[0016] • In the first configuration, the first end of the gripping assembly cooperates with a first locking member of the wall bracket, configured to lock the pivoting module relative to the wall bracket while keeping the second gripping portion above the R1 axis, thus allowing the user to grasp the second gripping portion to perform at least one arm pull exercise, and

[0017] • In the second configuration, the second end of the gripping assembly cooperates with a second locking member of the wall bracket, configured to lock the pivoting module relative to the wall bracket while keeping the second gripping portion below the R1 axis, thus allowing the user to grasp the first gripping portion to perform at least one arm extension exercise.

[0018] The weight training equipment described above allows the pivoting module to be positioned in two different configurations, enabling two different types of exercises while ensuring stability and sturdiness during all movements. In each configuration, the pivoting module's interaction with the securely fixed wall bracket minimizes the risk of instability or failure during both types of exercises. Once a configuration is selected, the exercise can be performed safely, reducing the risk of the gripping portion disengaging. Furthermore, the rotating gripping portion allows for easy switching between configurations. Simply disengage the gripping portion from the wall bracket, rotate the pivoting module around its axis, and then re-engage the gripping portion in the desired configuration.

[0019] BRIEF DESCRIPTION OF THE FIGURES

[0020] The aims, objects, features and advantages of the invention will become clearer from the detailed description of an embodiment thereof, which is illustrated by the following accompanying drawings in which:

[0021] Figure 1 schematically illustrates a front view of the weight training equipment in an xy plane.

[0022] Figure 2 schematically illustrates a side view of weight training equipment according to an example.

[0023] Figure 3 schematically illustrates the pivoting module according to an example.

[0024] Figure 4 schematically illustrates a side view of the weight training equipment in a first configuration.

[0025] Figure 5 schematically illustrates a side view of the weight training equipment in a second configuration.

[0026] Figure 6 schematically illustrates the transition of weight training equipment from one configuration to another.

[0027] Figure 7 schematically illustrates a side view of the weight training equipment in a third resting configuration.

[0028] Figure 8 schematically illustrates a front and side view of a lock according to an example.

[0029] Figures 9A and 9B schematically illustrate the first locking mechanism in the first configuration of the weight training equipment according to an example.

[0030] Figure 10 schematically illustrates the second locking mechanism in the second configuration of the weight training equipment as an example.

[0031] The drawings are given as examples and are not limiting to the invention. They constitute schematic representations of principle intended to facilitate understanding of the invention and are not necessarily to scale with practical applications.

[0032] DETAILED DESCRIPTION

[0033] Before proceeding with a detailed review of embodiments of the invention, the following are optional features that may be used in combination or alternatively:

[0034] According to one example, when neither end of the gripping portion cooperates with the locking mechanisms, the pivoting module is configured so that it is folded against the wall in a third configuration known as the rest configuration.

[0035] For example, in the resting configuration, the proximal end of the arm is located below the axis of rotation R1. Thus, in this position, the entire grasping assembly is in a stable equilibrium situation due to gravity.

[0036] According to an example, when the swivel module is in the third configuration, a thickness e30 of the swivel module taken along a direction z perpendicular to the main extension plane of the wall support, is less than or equal to 1.5 times and preferably to one times the thickness e1 of the wall support taken along the direction z.

[0037] According to one example, the maximum thickness e1 is between 30 mm and 45 mm, preferably equal to 35 mm.

[0038] According to one example, in the third configuration, known as the resting position, the arm is positioned between the wall support and the gripping portion.

[0039] According to one example, the wall mount includes a first housing arranged above the R1 axis, the first housing being configured to accommodate the first gripping portion when the equipment is in the first configuration.

[0040] According to one example, the first housing comprises two forms, each form comprising a point configured to penetrate the first gripping portion through a first hole in said first gripping portion when the weight training equipment is in the first configuration.

[0041] According to one example, the wall mount includes a second housing located below the R1 axis, the second housing being configured to accommodate the second gripping portion when the weight training equipment is in the second configuration.

[0042] According to one example, the first locking member includes at least a first lock comprising a first slide integral with the wall support and a first handle, the first lock being configured so that the first handle can be pushed into the first slide through a second hole in the wall support, and then a third hole in the first gripping portion, when the equipment is in the first configuration.

[0043] According to one example, the second locking member includes at least a second lock comprising a second slide integral with the wall bracket and a second handle and configured so that the second handle can be pushed into the second slide through a fourth hole in the wall bracket, then a fifth hole in the second gripping portion, when the equipment is in the second configuration.

[0044] As an example, the pivoting module comprises two arms, each arm featuring:

[0045] • a distal end articulated for rotation on the wall bracket by a first pivot around the axis of rotation R1, and

[0046] • a proximal end articulated in rotation on the gripping assembly by a second pivot.

[0047] In one example, the weight training equipment has a vertical mid-axis, and the body of the gripping assembly comprises two main portions, each carrying at least part of a second pivot, with each main portion located on either side of the mid-axis. In another example, the support includes two uprights designed to extend primarily vertically. When neither end of the gripping portion is engaged with the locking mechanisms, the pivoting module is configured to fold against the wall in a third, resting configuration. In this resting configuration, each main portion is positioned between one of the uprights and one of the arms.

[0048] For example, the weight training equipment is configured so that switching from the first configuration to the second configuration requires:

[0049] • eliminate the cooperation between the first end of the gripping assembly and the first locking mechanism of the wall bracket,

[0050] • rotate at least one arm around the first axis of rotation R1 through an angular sector of at least 40°, and preferably approximately 90°,

[0051] • rotate the gripping assembly around the second axis of rotation R2, preferably through an angular sector of at least 90°,

[0052] • make the second end of the gripping assembly cooperate with the second locking member of the wall bracket to lock the gripping assembly onto the wall bracket.

[0053] In the description that follows, unless otherwise indicated, when referring to absolute positional qualifiers, such as the terms "front", "back", "top", "bottom", "left", "right", etc., or relative positional qualifiers, such as the terms "above", "below", "superior", "inferior", etc., or to orientational qualifiers, such as the terms "horizontal", "vertical", "lateral", etc., reference is made to the orientation of the corresponding figures, it being understood that, in practice, the devices and assemblies described may be oriented differently.

[0054] The terms "approximately," "about," and "on the order of" mean "to within 10%, preferably to within 5%," or, when referring to angular orientation, "to within 10°." Thus, a direction approximately normal to a plane means a direction at an angle of 90±10° to the plane.

[0055] In the following description, the term "on" does not necessarily mean "directly on." Thus, when it is stated that a part or component A rests "on" a part or component B, this does not mean that parts or components A and B are necessarily in direct contact with each other. These parts or components A and B may be either in direct contact or supported by one or more other parts. The same applies to other expressions, such as "A acts on B," which can mean "A acts directly on B" or "A acts on B through one or more other parts."

[0056] A bar is defined as an element made of a material M, a bar or element comprising only that material M, or that material M and possibly other materials. A coordinate system, preferably orthonormal, comprising the x, y, and z axes, is shown in the accompanying figures.

[0057] Dimensional values ​​are subject to manufacturing and measurement tolerances. A person of average build is defined as an adult of average height, approximately 175 cm tall and weighing approximately 80 kg.

[0058] The 100 weight training equipment is now described with reference to figures 1 to 10.

[0059] The weight training equipment described in this application allows for two types of weight training exercises: pull-ups and dips. This equipment can be configured to allow a user to perform pull-up exercises. It can also be configured to allow the user to perform either arm extensions or dips. During a dip, the user extends their arms from a bent position, moving them away from their hands. Conversely, from a bent position, the user can bend their arms to move them closer to their hands.

[0060] These two configurations are described further in the description.

[0061] As illustrated in Figures 1 and 2, the weight training equipment 100 includes a wall bracket 1 extending in an xy plane defined by an x ​​direction and a y direction perpendicular to the x direction. The wall bracket 1 may be in the form of a rectangular frame with an opening in the center, as illustrated in Figures 1 and 2. As an example, the wall bracket 1 may be solid in the center, or it may have other non-rectangular shapes. The wall bracket 1 is configured to be fixed to a wall 200 extending in a plane parallel to the xy plane.

[0062] The equipment 100 further includes a pivoting module 30 articulated in rotation on the wall support 1 around an axis of rotation R1 parallel to the direction x. As illustrated in figure 2, the pivoting module 30 can pivot under the manipulation of the user, around the axis of rotation R1, by performing a rotation in a plane yz perpendicular to the plane xy, defined by the direction y and a direction z perpendicular to the directions x and y.

[0063] As illustrated in Figures 2 and 3, the swiveling module 30 comprises at least one arm 6, preferably two arms 6. The two arms are preferably arranged on either side of the wall support 1 with respect to the y direction. This allows for a good distribution of the user's weight exerted on the swiveling module 30 as well as on the wall support 1.

[0064] The pivoting module 30 also includes a gripping assembly 40. A gripping assembly is defined as an element grasped by the user's hands to perform a set of movements or to manipulate it by changing its position. This gripping assembly 40 comprises several sections that can be used interchangeably to perform arm pull exercises or dip exercises.

[0065] To allow for selective switching between different types of exercises by rotation, each arm 6 has a distal end 6a that is rotationally articulated to the wall bracket 1 by a first pivot P1 around the axis of rotation R1, as illustrated in Figures 2 and 3. Each arm 6 also has a proximal end 6b that is rotationally articulated to the grip assembly 40 by a second pivot P2, defining an axis of rotation R2 parallel to R1. The joints of the pivoting module 30 allow control of its position, and in particular the position of the grip assembly 40. Thus, the grip assembly 40 can be positioned in either the first or second configuration, as chosen by the user, to perform pull-ups or dips, respectively.

[0066] As illustrated in Figure 3, the gripping assembly 40 has a body 40c that partially supports the pivot P2. The body 40c of the gripping assembly 40 has a first end 40a that defines a first gripping portion 41. The body 40c also has a second end 40b that defines a second gripping portion 42. The first gripping portion 41 and the second gripping portion 42 are located on either side of the second pivot P2.

[0067] The arms 6 allow the gripping assembly 40 to be connected to the wall bracket 1. One end of the arm 6 can be fixed to the body 40c of the first gripping portion 41 at the pivot point P2, allowing the gripping assembly 40 to rotate about the axis of rotation R2. In one example, the pivot points P2 of the two arms 6 are positioned opposite each other parallel to the x-direction. In another example, each pivot point P2 is located at the midpoint of the length of the body 40c.

[0068] The other end of arm 6, which is opposite pivot P2, is connected to wall bracket 1 at the first pivot P1. In one example, the pivots P1 are arranged in the middle of the length of the wall bracket extending in the y direction.

[0069] To perform dip exercises, the user can grasp the first gripping portion 41. This first gripping portion 41 may be in the form of two parallel dip bars. The user can then grasp each of the two dip bars with one hand to perform dip exercises, as illustrated in Figure 5. Conversely, to perform pull-up exercises, the user can grasp the second gripping portion 42. This second gripping portion 42 may be in the form of a transverse pull-up bar. The user can then grasp the transverse pull-up bar with both hands to perform pull-up exercises, as illustrated in Figure 4.

[0070] In order to allow both types of exercises to be carried out safely, the equipment 100 is configured to fix the pivoting module 30 in each of the first and second configurations which are described below with reference to figures 4 and 5.

[0071] As illustrated in Figure 4, in the first configuration, the first end 40a of the gripping assembly 40 cooperates with a first locking member 51 of the wall bracket 1. This first locking member 51 serves to lock the pivoting module 30 relative to the wall bracket 1 in order to allow the pull-up exercises to be performed as shown in Figure 4. In this first configuration, the first gripping portion 41, or the parallel dip bars, are kept above the axis R1. The second gripping portion 42 is preferably free, allowing the user to grasp it to perform the arm pull-up exercises.The position of the second gripping portion 42 relative to the ground in the y direction is preferably chosen to allow the user to hang from the pull-up bar and pull their body upward from a starting position, then lower their body back to the starting position. As illustrated in Figure 5, in the second configuration, the second end 40b of the gripping assembly 40 cooperates with a second locking member 52 of the wall bracket 1. This second locking member 52 serves to lock the pivoting module 30 relative to the wall bracket 1 to allow dip exercises to be performed as shown in Figure 5. In this second configuration, the second gripping portion 42, or the pull-up crossbar, is kept below the axis of rotation R1.The first gripping portion 41, or the dip bars, is preferably free, allowing the user to grasp it to perform dip exercises. The position of the first gripping portion 41 relative to the ground in the y direction is preferably chosen so as to allow the user to suspend their body between the parallel dip bars, flex their elbows to lower their body, and then extend their elbows to return to the starting position.

[0072] To switch from the first configuration to the second configuration, or vice versa, the user can manipulate the gripping assembly 40 so that it rotates around the axis of rotation R2. Figure 2 shows an example of an intermediate position of the gripping assembly 40 during its rotation to change configurations. As illustrated in Figure 6, to switch from one fixed configuration to the other, the gripping portion 40 can rotate through an angle θ2 around the axis R2. The angle θ2 can be between 160° and 200°, preferably θ2 = 180°. Simultaneously with this rotation of the gripping portion 40, the arms 6 also rotate through an angle θ1 around the axis R1. The angle θ1 can be between 100° and 140°, preferably around 140°.For example, switching from the first to the second configuration can be achieved by removing the interaction between the first end 40a of the gripping assembly 40 and the first locking member 51 of the wall bracket 1. Then, the arm 6 can be rotated around the first axis of rotation R1 through an angular sector of at least 40°, and preferably approximately 90°. The gripping assembly 40 can then be rotated around the second axis of rotation R2, preferably through an angular sector of at least 90°. To secure the equipment in the second configuration, the second end 40b of the gripping assembly 40 can be made to interact with the second locking member 52 of the wall bracket 1 to lock the gripping assembly 40 onto the wall bracket 1.

[0073] As illustrated in Figure 7, when the equipment 100 is not in use, it can be arranged in a third configuration, known as the resting configuration. In this third configuration, neither end 40a, 40b of the gripping portion 40 cooperates with the locking members 51, 52. The pivoting module 30 can therefore be folded or folded against the wall 200 so that the axes of rotation R1 and R2 are substantially contained in the same plane parallel to the xy plane. In other words, the pivoting module can be folded so that the arms 6 and the gripping portions 41 and 42 are in contact with the wall 200.

[0074] The equipment 100 may indeed have a vertical median axis M parallel to the y direction. The body 40c of the gripping assembly 40 may comprise two main portions 40c1, 40c2. Each main portion 40c1, 40c2 carries at least part of a second pivot P2. Each of the main portions 40c1, 40c2 may be located on either side of the median axis M. In addition, the support 1 may comprise two uprights 11, 12 extending primarily in the z direction. When the equipment is in its resting configuration, each main portion 40c1, 40c2 may be located between one of the uprights 11, 12 and one of the arms 6.

[0075] As illustrated in Figure 7, the wall bracket has a thickness e1 along the z-direction. When the weight training equipment 100 is in the third configuration, the swivel module 30 has a thickness e30 along the z-direction. Advantageously, in the resting configuration, the thickness e30 of the swivel module 30 is less than or equal to the thickness e1 of the wall bracket. In other words, when the swivel module 30 is folded or folded against the wall 200, it does not protrude beyond the wall bracket. This significantly reduces the footprint of the equipment 100 when it is not in use. The equipment 100 can thus be installed against a wall behind a door, for example, on a balcony, in a garden, etc. The thickness e30 can be between 30 mm and 45 mm, preferably e30 = 35 mm. In a preferred example, e1 = e30 = 35 mm.

[0076] The wall bracket 1 may further include a first housing 2 located above the axis R1. This first housing 2 is designed to accommodate the first gripping portion 41 when the equipment 100 is arranged in the first pull-up configuration. As illustrated in Figure 4, when the gripping assembly 40 cooperates with the first locking member 51, the first gripping portion 41 is housed in the first housing 2. The first housing 2 may include two recesses, located on either side of the wall bracket 1 with respect to the y-direction. Each recess accommodates a dip bar of the first gripping portion 41.

[0077] The wall bracket 1 may further include a second housing 3 located below the axis R1, as illustrated in Figure 7, for example. This second housing 3 is designed to accommodate the second gripping portion 42 when the equipment 100 is arranged in the second configuration. As illustrated in Figure 5, when the gripping assembly 40 cooperates with the second locking member 52, the second gripping portion 42 is housed in the second housing 3.

[0078] In one example, the second housing 3 can be shaped like a hook extending along the width of the wall bracket 1 in the x direction. In another example shown in Figure 7, the second housing 3 can comprise two separate hooks positioned on either side of the second locking member 52 with respect to the y direction. These hooks support the pull-up bar when the user performs dip exercises. The geometry, material, and dimensions of the housing 3 are chosen to support the weight of a person of average build. These parameters of the housing 3 can be adapted for any body type.

[0079] The first 51 and second 52 locking members for securing the gripping assembly in the first and second configurations, respectively, are now described. The first locking member 51 may include at least one first lock 53, as illustrated in Figure 8. The first lock 53 may include a first slide 53a integral with the wall bracket 1 and a first handle 53b, which may be, for example, a curved rod as illustrated. To secure the first gripping portion 41 in the housing 2 in the first configuration, the first handle 53b may be inserted into the first slide 53a through a hole t2 in the wall bracket 1, and then through a hole t3 in the first gripping portion 41. In the figures of this application, only one first locking member 51 is shown.According to another example, the equipment 100 may include two first locking members 51 arranged on either side of the wall support 1 with respect to the y direction, allowing each of the dip bars of the first gripping portion 41 to be locked. To reinforce the attachment of the first gripping portion, each housing 2 may include a spike 22 as illustrated in Figures 9A and 9B. Each spike 22 is configured to penetrate the first gripping portion 41 through a first hole t1 in the first gripping portion 41. To secure the first gripping portion 41 in the first configuration, the dip bars may first be housed in the housings by inserting the spikes 22 into the holes t1. The rod 53b may then be driven into the holes t2 and then t3.To ensure locking stability, the slide 53a may include a recess 53c extending along an axis R53 parallel to the length of the rod 53b. The recess 53c may have at least one notch 53d, and the rod 53b may have at least one projecting element 53e. When the rod 53b is inserted into the slide, it can be rotated about the axis R53 so that the projecting element 53e is engaged in the notch 53d. The first locking member 51 thus allows the pivoting module 30 to be fixed in the first traction configuration, with reliable mechanical stability during full-amplitude traction movements, while significantly reducing the risk of disengagement from the selected configuration.

[0080] As illustrated in Figure 10, the second locking member 52 may also include at least one second lock 53 as described previously. To fix the second gripping portion 42 in the housing 3 in the second configuration, a second handle 53b of the second lock 53 can be driven into its second slide 53a, which is integral with the wall bracket 1, through a hole t4 in the wall bracket 1, and then through a hole t5 in the second gripping portion 42. To fix the second gripping portion 42 in the second configuration, the pull crossbar can first be housed in the hooks of the housing 3. The rod 53b can then be driven into holes t4 and then t5. To ensure the stability of the locking, when the rod 53b is pushed into the slide 53a, the rod 53b can be rotated around the axis R53 so that the protruding element 53e is wedged in the notch 53d.The second locking member 52 thus allows the pivoting module 30 to be fixed in the second dip configuration, with reliable mechanical stability when performing dip movements in full amplitude, while significantly reducing the risk of disengagement from the selected configuration.

[0081] The 100-piece strength training equipment described earlier has fewer moving parts compared to conventional equipment, which limits instability or failure when performing compound bodyweight exercises such as dips and pull-ups. This equipment is easy to use. In just a few seconds, the user can switch between configurations by disengaging the pivoting module, rotating it around axes R1 and R2, and then engaging it in the other configuration.

[0082] The wall bracket 1 can be fixed to the wall 200 using a plurality of screws 60. As an example, the wall bracket 1 can be fixed to the wall 200 using at least four wall plugs. The wall bracket 1 can be rectangular in shape with dimensions of approximately 440 mm x 1000 mm. The wall bracket 1 can be constructed from four bars made of a metallic material. These bars can have a rectangular cross-section. They can be hollow and approximately 35 mm thick. Preferably, these bars have a square cross-section with dimensions of 35 mm x 35 mm. This improves the robustness of the wall bracket.

[0083] The weight training equipment 100 may also include at least four mounting plates 61 attached to the wall bracket 1. Each mounting plate can be positioned on a corner of the wall bracket 1 and allows the wall bracket 1 to be fixed to the wall 200 using the wall plugs. The wall bracket can typically be fixed with 12 mm wall plugs and 8 mm lag screws.

[0084] According to a non-limiting example, the exercises that can be performed by targeting the first part of the grip 41 can be the following: dips, trapezius extensions, leg raises, L-sits, pelvic lifts.

[0085] According to a non-limiting example, the exercises that can be performed using the second grip portion 42 can be the following: pronated pull-up, muscle up, front & back lever, L-sit & V-sit, supinated pull-up, neutral grip pull-up using the dip bars of the first grip portion 41.

[0086] The arms 6 can be bars made of a metallic material, with a rectangular or circular cross-section. The arms 6 can be hollow and have a length of approximately 570 mm. The cross-section of the arms 6 can be rectangular and have dimensions of approximately 20 mm x 35 mm. Preferably, the cross-section of the arms 6 is square and has dimensions of 35 mm x 35 mm.

[0087] The first gripping section 41 may include two dip bars made of a metallic material, preferably with a circular cross-section, approximately 35 mm in diameter. To improve the equipment's robustness during dip exercises, the diameter of the dip bars may be increased to, for example, 40 mm. The dip bars may be hollow and may be approximately 600 mm long.

[0088] The two parallel dip bars are separated by a distance d41 along the x-direction. In a preferred example, this distance d41 allows a person of average or above-average build to position their entire body between the two dip bars of the first grip section 41. The distance d41 can be adjusted to suit any body type. The distance d41 can be approximately 480 mm.

[0089] The second gripping portion 42 may include a transverse pull-up bar made of a metallic material, preferably having a circular cross-section with a diameter of approximately 35 mm. The pull-up bar may be hollow and may preferably have a length greater than the width of the wall bracket 1 in the x direction. The pull-up bar may have a length of approximately 1100 mm. The ends of the second gripping portion 42, or of the pull-up bar, may be straight or curved.

[0090] As an example, the 22 points may have a circular cross-section with a diameter of approximately 20 mm.

[0091] The various components described below that make up the 100 equipment are preferably made of a rigid, strong, and durable material capable of supporting heavy weights without easily deforming. These components may be made of the same material or of different materials. These materials may be chosen from the following: carbon steel, stainless steel, aluminum, metal alloys such as hardened steel, titanium alloys, etc.

[0092] The invention is not limited to the embodiments described above and extends to all embodiments covered by the invention. Various specific examples of weight training equipment have been described. Many other embodiments are possible, for example, by combining features described above, without departing from the scope of the invention.

[0093] Furthermore, the features described in relation to one aspect of the invention can be combined with another aspect of the invention.

Claims

Demands 1. Weight training equipment (100) configured for selective passing: • a first configuration allowing a user to perform at least one arm pull exercise; • to a second configuration allowing the user to perform at least one arm extension exercise, the equipment (100) comprising: • a wall bracket (1) configured to be fixed to a wall (200), and • a pivoting module (30) articulated in rotation on the wall support (1) around a horizontal axis of rotation R1, the equipment being characterized in that: • the pivoting module (30) comprises at least one arm (6) and a gripping assembly (40): o at least one arm (6) exhibiting: - a distal end (6a) articulated in rotation on the wall support (1) by a first pivot (P1) around the axis of rotation R1, and - a proximal end (6b) articulated in rotation on the gripping assembly (40) by a second pivot (P2) defining an axis of rotation R2 parallel to R1, o the gripping assembly (40) having a body (40c) partially carrying the second pivot (P2) and having a first end (40a) defining a first gripping portion (41) and a second end (40b) defining a second gripping portion (42), the first gripping portion (41) and the second gripping portion (42) being located on either side of the second pivot (P2), the equipment being configured such that: • In the first configuration, the first end (40a) of the gripping assembly (40) cooperates with a first locking member (51) of the wall bracket (1), configured so as to lock the pivoting module (30) relative to the wall bracket (1) while keeping the second gripping portion (42) above the axis R1, thus allowing the user to grasp the second gripping portion (42) to perform at least one arm pull exercise, and • In the second configuration, the second end (40b) of the gripping assembly (40) cooperates with a second locking member (52) of the wall bracket (1), configured so as to lock the pivoting module (30) relative to the wall bracket (1) while keeping the second gripping portion (42) below the axis R1, thus allowing the user to grasp the first gripping portion (41) to perform at least one arm extension exercise.

2. Weight training equipment (100) according to the preceding claim, wherein when neither end (40a, 40b) of the gripping portion (40) cooperates with the locking members (51, 52), the pivoting module (30) is configured so that it can be folded against the wall (200) in a third configuration known as the resting configuration.

3. Weight training equipment (100) according to the preceding claim, wherein in the resting configuration the proximal end (6b) of the arm (6) is located below the axis of rotation R1.

4. Weight training equipment (100) according to the preceding claim, wherein when the pivoting module (30) is in the third configuration, a thickness e30 of the pivoting module (30) taken along a direction z perpendicular to the main extension plane of the wall support (1), is less than or equal to 1.5 times and preferably 1 times the thickness e1 of the wall support (1) taken along the direction z.

5. Weight training equipment (100) according to the preceding claim, wherein the maximum thickness e1 is between 30 mm and 45 mm, preferably equal to 35 mm.

6. Weight training equipment (100) according to any one of the four preceding claims, wherein in the third configuration, known as the resting configuration, the arm (6) is positioned between the wall support (1) and the gripping portion (40).

7. Weight training equipment (100) according to any one of the preceding claims, wherein the wall bracket (1) includes a first housing (2) disposed above the axis R1, the first housing (2) being configured to accommodate the first gripping portion (41) when the equipment (100) is in the first configuration.

8. Weight training equipment (100) according to the preceding claim, wherein the first housing (2) comprises two housings, each housing comprising a point (22) configured to penetrate the first gripping portion (41) through a first hole (t1) of said first gripping portion (41) when the weight training equipment (100) is in the first configuration.

9. Weight training equipment (100) according to any one of the preceding claims, wherein the wall bracket (1) includes a second housing (3) disposed below the axis R1, the second housing (3) being configured to accommodate the second gripping portion (42) when the weight training equipment (100) is in the second configuration.

10. Weight training equipment (100) according to any one of the preceding claims, wherein the first locking member (51) comprises at least a first lock (53) comprising a first slide (53a) integral with the wall bracket (1) and a first handle (53b), the first lock (53) being configured such that the first handle (53b) can be inserted into the first slide (53a) through a second hole (t2) in the wall bracket (1), and then a third hole (t3) in the 15 first gripping portion (41), when the equipment (100) is in the first configuration.

11. Weight training equipment (100) according to any one of the preceding claims, wherein the second locking member (52) comprises at least a second lock (53) comprising a second slide (53a) integral with the wall bracket (1) and a second handle (53b) and configured so that the second handle (53b) can be pushed into the second slide (53a) through a fourth hole (t4) in the wall bracket (1), and then a fifth hole (t5) in the second gripping portion (42), when the equipment (100) is in the second configuration.

12. Weight training equipment (100) according to any one of the preceding claims, wherein the pivoting module (30) comprises two arms (6), each arm (6) having: • a distal end (6a) articulated in rotation on the wall support (1) by a first pivot (P1) around the axis of rotation R1, and • a proximal end (6b) articulated in rotation on the gripping assembly (40) by a second pivot (P2).

13. Weight training equipment (100) according to the preceding claim, having a vertical median axis (M) and in which the body (40c) of the grip assembly (40) comprises two so-called main portions (40c1, 40c2), each main portion (40c1, 40c2) carrying at least part of a second pivot (P2), each of the main portions (40c1, 40c2) being located on either side of the median axis (M).

14. Weight training equipment (100) according to the preceding claim, wherein the support (1) comprises two uprights (11, 12) intended to extend mainly along the vertical, wherein when neither end (40a, 40b) of the gripping portion (40) cooperates with the locking members (51, 52), the pivoting module (30) is configured so as to be able to be folded against the wall (200) in a third configuration referred to as the rest configuration, in the rest configuration, each main portion (40c1, 40c2) being located between one of the uprights (11, 12) and one of the arms (6).

15. Weight training equipment (100) according to the preceding claim, configured such that switching from the first configuration to the second configuration requires: • eliminate the cooperation between the first end (40a) of the gripping assembly (40) and the first locking member (51) of the wall bracket (1), • rotate at least one arm (6) around the first axis of rotation R1 through an angular sector of at least 40°, and preferably about 90°, • rotate the gripping assembly (40) around the second axis of rotation R2, preferably through an angular sector of at least 90°, • make the second end (40b) of the gripping assembly (40) cooperate with the second locking member (52) of the wall bracket (1) to lock the gripping assembly (40) onto the wall bracket (1).

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