EP3357549A1 - Multifunctional strength training apparatus - Google Patents

Abstract

The invention relates to a multifunctional strength training device, which can be used to train different muscle groups. The strength training device should be compact and suitable for different exercise groups. It should also be combinable with various suitable components for specific exercises. The strength training device comprises a support frame 100 with an upper support member and at least one vertical support beam 102, a boom 200 with at least one horizontal cantilever arms 201. With its first end portion 202, the cantilever arm 201 is mounted on the vertical support beam 102. At its free second end region 203, the extension arm 201 has a detachably mounted training element 302. Furthermore, the strength training device comprises at least one sliding bearing 110, 210, 310 for displacing a component along another component.

Description

The invention relates to a multifunctional strength training device, which can be variably used for training various muscle groups, in particular the upper body and arm muscles.

Multifunctional exercise equipment is known by fitness centers to be very complex, space consuming and costly.

For personal use such strength training devices are often used, which are designed for training fewer muscle groups and partly adjustable to different sizes of users.

Thus, for example, so-called Türrecks are known, which consist of several interconnected profiles and are attached to perform pull-ups over or in a wall opening. They have a stretching rod and several groups of pairs of handles, which, arranged at different positions, support different hand positions in the exercise, so that the arm and upper body muscles can be trained varied. Türrecks are often clamped in the door opening or placed by means of an additional spar on the upper crossbar a door frame and supported against the two-sided longitudinal beams of the frame to derive the weight in the wall. Such weight training devices are for example from the US 2013/0166874 A1 or US 2013/0244836 A1 known.

Such training devices are only suitable for specific exercises and due to the installation is not or only limited to the size of the user customizable. More variable training devices for different exercise groups and users are known from the fitness centers, are not mobile and have a lot of space.

It is an object of the invention to provide a compact strength training device which can be used in particular for domestic applications and which should be usable for different exercise groups. It should also be combinable with various suitable components for specific exercises.

Next dimensions of the strength training device such as height, width or display of the strength training device itself or the handles or training components should be variable to make an adjustment of the strength training device to the size of the user and / or to the requirements of the executable exercises.

Next, the strength training device should be fast and easy to install, even in the private area. It may be on a wall and dismantled, for example, be placed on the upper cross member of a door frame or to attach to the frame. Alternatively, it may be tensioned between a lower component such as the floor or the like and an upper component such as the ceiling or lintel. A smaller footprint during exercise and especially during storage of the strength training device is also desired.

According to the invention, the strength training device comprises a support frame with an upper holding element and at least one vertical support beam. The latter is fastened to the upper holding element in a suitable manner, so that it extends into the area below it. The vertical support beam receives a boom comprising at least one horizontal cantilever arm.

The horizontal cantilever arm is provided with an end portion, referred to as a first end portion for distinction, on one of the support beams, the vertical or the horizontal stringers, mounted. The second end portion of the cantilever arm is free and thus suitable for receiving training elements.

The strength training device further comprises a training element, which is mounted on the second end portion of the cantilever arm such that it is detachable for replacing or disassembling the strength training device. In this way, a quick change for a new training session is supported. The training element can for example be plugged or be connected with quick connection means with the necessary connection force for the respective training with the boom. In one embodiment of the strength training device, the training element or another training element can be mounted directly on the vertical support beam.

The strength training device further comprises at least one slide bearing, which is designed for displacing a component along another component from the following pairing of components: horizontal support beam along the vertical support beam and / or vice versa, cantilever arm along a support beam, training element along the cantilever arm. By means of the displaceability of the named components, the strength training device can be adapted in particular to the available space, to the fastening variant on the available components, to the desired exercise and to the physical parameters. As explained below, the plain bearings can also support the space-saving disassembly of the strength training device.

The upper retaining element can be adapted to the relevant assembly of the strength training device and designed accordingly. So can increase the variability of the strength training device or its mounting by means of a horizontal support beam. Another upper fastener may be superficially adapted to the attachment, for example as a flange, as a force distribution plate or be executed differently. Also the attachment a horizontal or vertical spar is possible with a suitable upper fastener. An upper fastener with a horizontal longitudinal extent can combine both requirements. If required by the structural conditions and / or the static requirements, the upper fastening element can be supplemented by further, mounted at different heights fasteners.

The horizontal support beam is used, for example, for mounting on the wall. This can be done in various suitable ways, for example by placing the horizontal support beam on the upper cross member of a door frame, as far as it provides a sufficient and secure bearing surface. It can be hung in brackets that are fixed to the wall, or even fixed to the wall. In the latter case, disassembly of the strength training device, for example, by releasable connections of the vertical support beam or more of them on the horizontal support beam possible. Also, a displacement of the vertical support beam along the horizontal support beam is possible. For an unobstructed displacement of the vertical support beam, the one-piece design of the horizontal support beam is advantageous. Alternatively, this can also be designed in several parts.

The vertical support beam extends below the upper fastener. The term "below" includes that the vertical support bar may protrude slightly above the upper fastener, for example, to connect the two components together or adaptability of the height of the junction between the upper fastener and vertical support beams to the structural conditions, such as space or door height.

The term of the beam is to be understood here generally as a supporting element, which may be adapted to the respective requirements in terms of material, shape and length.

The cantilever arm may extend horizontally, as shown below, parallel to or away from the wall. With the free end of the cantilever arm, a distance of the training element mounted there or more thereof to the vertical support beam and thus also to a wall to which the power training device is attached, can be produced. An extension arm may alternatively accommodate other components of the strength training device, as set forth below.

A support beam and / or a cantilever arm can also be designed telescopically, for example, to adapt to the spatial conditions or to set distances.

Instead of a vertical support beam and / or cantilever arm, several of them may be used, depending on the construction situation, the exercises to be performed with the strength training apparatus, and the space required during or after use. It is easy to see that the forces involved can be more uniformly dissipated into the wall with two vertical beams and two boom arms compared to just one of these components. As a result of the variability of the strength training device shown below, a statically stable use is possible with only one of the components. If two, optionally symmetrical, training elements used, z. B. a splitting or branching either from the one horizontal to two vertical support beams or from a vertical support beam on two cantilever arms or from a cantilever arm on two training elements or on an ambidextrous to be used training element.

With respect to the possible branches, the embodiments described below with two vertical support beams and / or two cantilever arms may be applied to the use of one of the components, unless expressly stated otherwise.

As training elements are various of the known training elements usable, such as handles, a horizontal bar, one or two claws, a box bulb, slings, a swing, stretchable straps, and others. Also, the stretching of the muscles or the promotion of muscular connective tissue is increasingly part of the training, so that also usable elements and devices are included as training elements. The training elements are releasably mounted with suitable connecting means at the free second end region of the cantilever arm or the cantilever arms. You can, for example, screwed, plugged or, if the cantilever arm is formed in its free end portion as a hollow profile, are inserted into this. In addition, the boom itself may have a handle. This can be mounted as a collar around the cantilever or as a separate component at and with a distance to this.

A sliding bearing realizes a sliding movement between the bearing as the static element of the sliding bearing and the mounted part as its displaceable part, wherein both elements are in direct surface contact, optionally with a friction reducing intermediate medium to each other.

For example, the vertical support beams and with these also the boom mounted thereon can be moved along the horizontal support beam. In this way, the optimal position of the vertical support beam and the extension arm on the horizontal support beam can be adjusted according to the structural situation and the exercise to be performed. If two or more vertical support beams are used, their distances and thus the extension arms and their training elements can also be varied. Comparable variable is the distance between the training elements in such embodiments, in which two extension arms on a common boom strut displaceable, optionally also releasably mounted, or a cantilever strut has two training elements that are displaced with one or two sliding bearings to each other.

Similarly, the cantilever arm can be moved along the vertical support beam, so that the height of the cantilever arm is adjustable.

By displacing the cantilever arm, a training element mounted on the second, free end thereof can also be displaced along both the horizontal and vertical support beams.

In addition, the training element itself may have a sliding bearing, so that it can be displaced along the extension arm and the distance of the training element to the vertical support beam or to the wall can be varied, depending on the space required for the training element. Bearing and mounted element of this plain bearing can be formed by the respective arm and the mounting part of the training element itself, for example, if they have a hollow profile and a corresponding profile for telescoping. Alternatively, other known suitable sliding bearings can be used.

A fixability of the sliding bearings described in a set position may be required and implemented by the known means to avoid undesirable displacement during training operation. The sliding bearings of the strength training device allow the adjustment of the height of the training elements whose distance from each other and to the wall and the position of the punch of an abutment described below.

For adjustability of the distance between the horizontal support beam and cantilever arms and thus the height of each cantilever arm, alternatively or additionally, both cantilever arms can be displaceable by means of a sliding bearing along the vertical support beam. The sliding bearings are arranged at a first end portion of each cantilever arm. The cantilever arms can each be individually or jointly displaceable. The latter can be supported by a detachable or non-detachable connection of the two cantilever arms by at least one cantilever strut. Such a strut can also accommodate a cantilever and / or for the distribution of forces in the strength training device be beneficial and stabilize this.

The vertical displaceability of the boom can be extended by optional and preferably releasably mounted extensions of the vertical support beam (s). Thus, the boom can be positioned at a height in which other muscle groups are trainable, such as leg and trunk muscles, or in which the strength training device is used by children.

The terms horizontal and vertical, top and bottom refer to gravity in their general usage. In addition to the usual dimensional tolerances, they should also include such deviations from the exact horizontal and vertical direction, which still allow a distinction between the two directions, ie. H. the angular deviation is less than 45 °. For example, it may be advantageous for receiving and dissipating the forces when the vertical support beams tend towards the wall to support it. Also a certain inclination of the horizontal cantilever arms may be advantageous for various reasons. Or the horizontal support beam is adapted for mounting under a roof slope of this at least partially. The vertical or horizontal components should also be understood as such, if sections deviate more than 45 ° from the preferred direction, as long as the more than 45 ° deviating sections occupy the lower length portion, based on the total length of the component.

In various embodiments, the attachment of the strength training device can be realized solely by the holder on a wall or it can additionally be a support on the floor or against the wall or against the ceiling by means of stamp, which serve the better application of force and protection of the adjacent surface and are attached to the upper support member and / or the vertical support beam. By means of the stamp can also be done a distortion of the strength training device between the floor and ceiling.

In one embodiment, strength training device may have different upper Have holding elements, which are interchangeable by means of a detachable connection. In this way, the strength training device can be built at different locations according to the static requirements.

This feature of the strength training device can be supported in a further embodiment in that it by means of a detachable compounds or more of them up and down again, d. H. is dismantled. For this purpose, a releasable connection arranged at least between one of the following pairings of components: upper support member and vertical support beam, cantilever arm and a support beam. Other components may also be separable from the adjacent ones so that the strength training device can be stored and transported between smaller volume workouts.

Such a detachable connection can be realized in various suitable ways. According to one embodiment, this is formed by a sliding bearing, the bearing and the mounted element are detachable from each other.

In the use of two vertical support beams, in one embodiment of the strength training device, one or both vertical support beams for sliding along the horizontal support beam each have a sliding bearing with which the respective vertical support beam is mounted on the horizontal support beam such that the vertical support beam along the horizontal Tragbalkens is displaceable. In this way, the horizontal distance between the cantilever arms can be varied according to the training element used.

Similarly, the horizontal distance of two training elements to each other can be adapted to the exercise and the physiological conditions of the user. For this purpose, both training elements in a further embodiment depending on a sliding bearing.

In a further embodiment of the strength training device, the extension arms can be rotatably connected to the vertical support bar at the first end region. The rotatable connection can be realized by an additional pivot on the cantilever arm in the vicinity of the vertical support beam or a suitable combination of sliding and pivoting in the first free end portion of the cantilever arms. By rotating the boom arms, lowering and raising their second free end areas. In addition, the force situation of the strength training device can be changed favorably. By making the connection between the boom and vertical support bar optionally detachable, disassembly and storage can be made simpler and more space-saving. For this purpose, for example, the sliding bearing of the cantilever arm can be designed to be displaceable beyond the end of the vertical supporting beam. A combination of rotatable and detachable connection can be done by known means.

In a further embodiment of the strength training device, at least one extension arm comprises an abutment or several of them for support against the wall. Each abutment is in each case at a base directly or via an additional component on the wall.

As an abutment that part of the strength training device is referred to, whose primary function is to absorb forces from the strength training device and dissipate into the wall, optionally via another element such as the door frame or a buffer or other. In addition, an abutment be adjustable or take on other functions, such as a handle or a supplementary training element record. The adjustability also makes it possible to vary the derivative of the forces in the wall according to the number of vertical stringer used, the cantilever arms and the support members. An abutment may be mounted together with a exerciser or separately on a cantilever arm.

The counter bearings are positioned below the horizontal support beam due to their mounting on the boom arms. This causes the support points of the abutment act as fulcrums and the horizontal support beam is pressed against the wall above the frame when the cantilever arms protrude through the door opening and the bases are on the side facing away from the horizontal support beam wall side. Such self-stabilizing strength training device can be mounted, for example, by attaching to the door frame or a horizontal rail and requires no further installation tools.

The adjustability of the anvil, optionally in conjunction with a pivoting of the cantilever arm, be designed such that the horizontal distance of the abutment is variable to the vertical support beam. This can take place along the extension arm and / or at a distance from the wall and / or at a distance from one another. In the first case, an abutment comprises a slide bearing or the cantilever arm is telescopically formed. In the second case, the anvil comprises at least one spacer on which stamp is mounted for application to the wall, wherein the length of the spacer is variable. Additionally or optionally, the anvil can be rotatably connected to the cantilever arm.

A variable in length spacer allows, for example, projections and recesses in the surface, such as a wall, door frame or other component to compensate, by the distance to the surface with the spacer is adjustable. If such a spacer is arranged, with a parallel to the surface lying distance is adjustable, the support points can be varied and thus a desired span to be set to realize the introduction of forces in the area where it is best and without damaging the Area can. A rotatable connection between abutment and boom allows the adaptation of the abutment to the angle between the wall and boom. These embodiments also allow one Adjustment of the force situation of the strength training device, the usable space for training free space to the respective used training element and the respective available structural situation.

Shoring and boom can, as known from the prior art, be made of different profiles, such as hollow, T or double T-profiles, the profile geometries and wall thicknesses are adapted to the production and the statics of the strength training device. This embodiment allows a simple design and handling of the sliding bearing by this as a mounted element comprises a sleeve which is displaceable on the bearing of the sliding bearing, for example a profile support frame or boom. Due to the dimensions of the sleeves, design of the sliding surfaces, the desired lubricity can be produced. A fixation of the sliding bearing in the set position is possible with equally simple means.

The use of sleeves that slide on profiles allows easy assembly and disassembly of the component connected to the sliding bearing profile and in conjunction with the rotatable boom arms and thrust bearings space-saving storage of the training element.

• Fig. 1 eine Ausführungsform des Krafttrainingsgeräts in Draufsicht, welches in einer Türöffnung angeordnet ist und den Querholm der Zarge zur Aufhängung verwendet;
• Fig. 2 eine Ausführungsform des Krafttrainingsgeräts in Seitenansicht, wobei das Gegenlager demontiert dargestellt ist;
• Fig. 3 eine perspektivische Darstellung eines Krafttrainingsgeräts gemäß Fig. 1, welches an einer Wand montiert ist;
• Fig. 4 eine perspektivische Darstellung eines Krafttrainingsgeräts mit Verlängerung der vertikalen Tragbalken;
• Fig. 5 eine perspektivische Darstellung einer Ausführung eines Krafttrainingsgeräts mit einem vertikalen Tragbalken und zwei Auslegerarmen und
• Fig. 6 eine perspektivische Darstellung einer Ausführung eines Krafttrainingsgeräts mit einem vertikalen Tragbalken und einem Auslegerarm.

The invention will be explained in more detail with reference to an embodiment. The accompanying drawings show in

• Fig. 1 an embodiment of the strength training device in plan view, which is arranged in a door opening and uses the transverse spar of the frame for suspension;
• Fig. 2 an embodiment of the strength training device in side view, wherein the counter bearing is shown disassembled;
• Fig. 3 a perspective view of a strength training device according to Fig. 1 which is mounted on a wall;
• Fig. 4 a perspective view of a strength training device with extension of the vertical support beams;
• Fig. 5 a perspective view of an embodiment of a strength training device with a vertical support beam and two boom arms and
• Fig. 6 a perspective view of an embodiment of a strength training device with a vertical support beam and a boom.

The illustrations show the example of a two vertical support beam comprehensive strength training device for clarity, the essential components of the strength training device only schematically and greatly simplified. They make no claim to completeness and scale. The hollow profiles with a rectangular cross-section used for the strength training device are to be considered as examples and in a limiting sense. The same applies to the illustrated training element. With regard to the usable training elements and their installation on the strength training device reference is made to the above explanations. The illustrations always show a horizontal supporting beam as the upper holding element. Alternatively, other retaining elements may be used as set forth above. In addition, the skilled person would combine various of the features described above and below in further embodiments, as far as it appears expedient.

Identical functional elements of the strength training device are identified in the figures with the same reference numerals.

In Fig. 1 a wall 600 is shown with a door opening 601 with door frame 602. The strength training device extends through the door opening 601 with the support frame 100 on the left side of the wall 600 and the boom 200 from there, through the door opening 601 into the space to the right of the wall extends. There is at the free, second end portions 203 of the boom arms 201 by means of plain bearings 310, a training element 302, for example, a horizontal bar, with variable distance A (shown by double arrows) detachably mounted. The stretch is designed as a hollow profile open on both sides with a round cross section, so that on both sides depending a handle 301 can be inserted as far as desired (shown by double arrows). Other training elements 302 with different mounting are alternatively mountable as stated above.

The support frame 100 comprises a horizontal support bar 101 which is placed on the upper cross member of the door frame. A fixation of the horizontal support beam 101 in this position can be done, but not necessarily. On the horizontal support beam 101, two vertical support beams 102 with a distance A to each other and a distance A to the respective end of the horizontal support beam 101 fixed and permanently mounted. They extend in the direction of view and can (up to the bottom) (not shown) protrude and be supported there. Alternatively, the vertical support beams 102 may be detachably and / or slidably mounted by means of plain bearings 110 (shown in FIG Fig. 4 ) are slidably mounted on the horizontal support beam 101.

The uniform designation of different distances with A is merely the reference to the drawing. This does not imply that the distances should be the same size.

The boom 200 includes two cantilever arms 201, which is mounted in each case by means of a sliding bearing 210 on the corresponding vertical support beam 101 vertically displaceable. The sliding bearings 210 are respectively fixed to the first end portion 202 of the cantilever arm 201. The two sliding bearings 210 and thus also the two extension arms 201 are also connected to each other by a horizontal cantilever strut 204, whereby both cantilever arms 201 are only simultaneously displaced and thus necessarily lie in the same height. Alternative embodiments are also possible.

An abutment 400 is mounted on each cantilever arm 201 by means of a sliding bearing 410, so that the abutment 400 is displaceable along the relevant cantilever arm 201 (represented by double arrows). Each of the two abutments 400 has a punch 403, which is held by a parallel to the wall 600 extending arm 201 and a wall 600 extending toward the spacer 401. By means of the parallel to the wall 600 extending arm 201, the distance A of the punch 403 to the supporting, extending away from the wall 600 cantilever arm 201 and thus the span W between two punches 403 can be varied. With the spacers 402, the distance A of each punch 403 to the wall 600 is set fixed ( Fig. 1 ) or varies (not shown). The variation of the span W is also carried out by two sliding bearings 411, with each of which a spacer 402 along the parallel to the wall 600 extending arm 201 is displaceable (represented by double arrows).

By means of the variable in its span W counter-bearing 400, the boom 200 on the door frame 602 (not shown) or next to the wall 600 are supported. The area in which the stamp is supported against the wall is referred to as a base 404.

For mounting the strength training device according to Fig. 1 is first, with disassembled counter bearings 400 ( Fig. 2 ) or with a sufficiently large distance of the abutment 400 to the first end portion 202 of the cantilever arms 201, the horizontal support beams 101 placed on the door frame 602 and then moved de boom 200 in the desired height position. Then, the punches 403 of the abutment 400 are brought into the desired lateral position and moved in this position, the anvil 400 along the cantilever arms 201 in the direction of the wall 600 until the punch 403 abut the wall 600 prass. By a weight applied to the training element 302, both the punches 403 and the horizontal support bar 101 are pressed against the wall 600, from the two opposite sides.

In the exemplary embodiment, the plain bearings 110, 210, 310, 410, 411 are sleeve-shaped. The sleeve is the supported and displaceable part of the sliding bearing 110, 210, 310, 410, 411 and the profile of the support beam 101, 102 or cantilever arm 201 or one of the other above for use of a sliding bearing 110, 210, 310, 410, 411 mentioned Components the bearing. The inner diameter of each sleeve is slightly larger than the outer diameter of the profile. With suitable means known to those skilled in the art, the displaceability can be improved and / or the sleeve can be fixed in a desired position on the profile.

Fig. 2 shows a support frame 100 with a boom 200 mounted thereon, such as Fig. 1 described, in side view. Right next to the second, free end portion 203 of the illustrated cantilever arm 201 is a, also to Fig. 1 described, counter-bearing 400 shown. This is in the assembled state (not shown) pushed from the second end portion 203 ago on the boom 201. At the second end portion 203, a desired training element (not shown) may then be slid or mounted.

Fig. 3 shows in perspective a strength training device, as it is Fig. 1 in the assembled state on a closed wall 600. In the illustrated embodiment, two suitable hooks 603 are fixedly mounted on the wall 600 on the wall and the horizontal supporting beam 101 is mounted on the wall. The two vertical support beams 102 may protrude to the floor (not shown) and may be supported there or over the ground.

Fig. 4 shows a variant of the strength training device, how to Fig. 1 has been described. In this embodiment, the vertical support beams 102 are fixedly mounted on the horizontal support beam 101. Alternatively, one or both may be fitted with a plain bearing (in Fig. 4 not shown), so that they are displaceable along the horizontal support beam 101 and thus their distance from each other can be varied.

Furthermore, this embodiment differs from that of Fig. 1 by the addition of an extension for the vertical support beam 102. This is formed by two extension bars 103, which are pushed with their upper portion in a respective sleeve 104. The sleeves 104 extend beyond the upper end of the extension beams 103 and can be plugged with this portion on the lower, free ends of the vertical support beam 102. A releasable fixation of the extension can be made over the length of the sleeve 104 or via suitable fastening means. Both sleeves 104 are connected by a horizontal strut 105 with each other.

On the lower free ends of the extension bar 103, the sliding bearing 210 can be plugged, with which the cantilever arms 201 are mounted on the support frame 100. In the exemplary embodiment, the displaceability of the arm 200 on the support frame 100 is realized by the displaceability of the sleeve 104 on the vertical support beam 102, so that in this case the sleeve 104 acts as a sliding bearing. Alternatively or additionally, the boom 200 can be designed to be displaceable by means of its plain bearings 210 along the extension bars 103. Optionally, in this embodiment, the vertical support beam 102 may continue below the boom 200, even down to the ground.

The weight training equipment in the Fig. 5 and 6 differ from those in the Fig. 1 . Fig. 3 and Fig. 4 by the use of only one vertical support beam 102. This is also by means of a, the support frame associated, sliding bearing 110 in the horizontal direction along the horizontal support beam 101 and / or displaced in the vertical direction.

The strength training device according to Fig. 5 has in this embodiment, two arms 200 which are arranged one above the other on the vertical support beam 102. Both arms 200 are each displaceable by means of a sliding bearing 210 along the vertical support beam 102. The vertical support beam 102 is supported by means of a punch 403 on the floor (not shown from).

The two cantilever arms 201 of the upper boom 200 protrude forward, toward the viewer and thus away from the wall on which the weight training device is mountable. They are interconnected by a horizontally disposed cantilever strut 204, wherein the slide bearing 210 movable along the vertical support beam 102 is mounted on the cantilever strut 204, and thus the cantilever 200 is variable in its vertical position. The horizontal positions of both extension arms 201 are variable via a respective other sliding bearing 211 of the boom, on which the boom arms 201 are fixedly mounted. The sliding bearings 211 slide on the boom strut 204 (represented by a double arrow). Optionally, the cantilever arms 201 may be integrally formed with the cantilever strut.

The attachment of both cantilever arms 201 on said sliding bearing 211 by means of a respective joint 212, which is arranged so that each cantilever arm 201 upwards in the direction of the wall (not shown) and back is pivotable (represented by a double arrow). The two free end portions 203 of the upper boom arms 201 hold a stretch rod as a training element 302, which has a handle 301 at each end. The handles 301 can be laterally inserted and thus variable in their distance from one another.

The further sliding bearing 310 arranged at the free end region 203 of each cantilever arm 201 of the upper arm 200 makes it possible to adjust the distance of the training element 302 from the supporting framework 100 in a horizontal position. Again, the variations in the positions of the components are represented by double arrows.

The two cantilever arms 201 of the lower boom 200 extend parallel to the wall to which the strength training device is mountable. On the cantilever arms 201 each have a counter bearing 400 is mounted, which is displaceable by means of another sliding bearing 411 along the lower boom arms 201. The counter bearing 400 can analogously to the execution in Fig. 1 be trained so that reference may be made to the statements there. Double arrows in turn indicate the possible variations in the positions of the components.

The strength training device in Fig. 6 points in contrast to Fig. 5 only a cantilever arm 201 for holding the training element 302, which is perpendicular to the vertical support beam 102 and thus to the wall (in Fig. 6 not shown) to which the strength training device can be mounted extends. This first cantilever arm 201 is mounted by means of a sliding bearing 210 and directly on the vertical support beam 102 and thus variable in the vertical position. The two counter bearings 400, which like to Fig. 1 are described are mounted by means of two further cantilever arms 201 to a common slide bearing 410 and thus along the first cantilever arm 201 slidably.

Also the comments according to Fig. 5 and Fig. 6 can with extensions of the vertical stringer 102, as to Fig. 4 described or a punch 403 at the lower end of the vertical support beam 102 according to Fig. 5 be executed.

In summary, the advantages of the described strength training device lie in its variability with regard to the usable training elements and their position. The variations are possible with the embodiments described in two or three directions of expansion of the space, the height and width of the training element and its distance from the wall. It allows the formation of a variety of exercise equipment by supplemental training elements. This variability makes the strength training device usable for both adults and children. In addition, it is easy for the user to mount on the wall and disassemble and optionally to save space in individual components, so that it is particularly suitable for private use.

Claims (15)

Weight training device, suitable for attachment to a wall (600) or ceiling, comprising the following components: a supporting framework (100) having an upper, horizontal supporting beam (101) or an upper fastening means, hereinafter referred to collectively as an upper retaining element, at least one vertical supporting beam (102) mounted below the upper holding element, at least one vertical supporting bar mounted on the upper holding element, a cantilever (200) having at least one horizontal cantilever arm (201), the cantilever arm (201) having a first end portion (202) and a free second end portion (203) and the cantilever arm (201) having its first end portion (202) is mounted on a support beam (101, 102), and - At least one training element (302) which is releasably mounted on a free second end portion (203) of a cantilever arm (201), and at least one slide bearing (110, 210, 310) for displacing a component along another component from the following pairing of components: horizontal support beam (101) along the vertical support beam (102) and / or vice versa, cantilever arm (201) along a support beam ( 101, 102), training element (302) along the cantilever arm (201). A strength training device according to claim 1, wherein the upper retaining element and / or the vertical support beam (102) for supporting against a wall or floor or ceiling surface (600) at least one punch (403). Strength training device according to one of the preceding claims, wherein the force training device comprises different, by means of a detachable connection to each other interchangeable upper holding elements. A strength training device according to any one of the preceding claims, wherein the strength training device is detachable by means of a detachable connections at least between one of the following pairs of components: upper support member and vertical support beam (102), cantilever arm (201) and a support beam (101, 102). Power training device according to claim 4 or 5, wherein the releasable connection by a sliding bearing (110) is formed, the bearing and the stored element are detachable from each other. Power training device according to one of the preceding claims, wherein at least one sliding bearing (110) as a mounted element comprises a sleeve (111), which on the bearing (112) of the sliding bearing (110) is displaceable. A strength training device according to any one of the preceding claims, wherein at least one cantilever arm (201) comprises an abutment (400) for supporting it against a surface (600) at a support point (404). Power training device according to claim 7, wherein the horizontal distance of the abutment (400) to the vertical support beam (102) is variable. A strength training device according to claim 7 or 8, wherein an abutment (400) comprises a punch (403) held by at least one spacer (401, 402) for abutment against the wall (600) and the length of the spacer (401, 402) is variable. Weight training device according to one of the preceding claims, wherein the Power training device two training elements (302) and at least one sliding bearing such that the horizontal or vertical distance (A) between the training elements (302) is variable. A strength training device according to any one of the preceding claims, wherein a cantilever arm (201) is rotatably connected to the support beam (102) at its first end portion (202). Power training device according to one of the preceding claims, wherein the force training device comprises two vertical support beams (102) each having a cantilever arm (201), wherein the vertical support beams (102) are each mounted by means of a sliding bearing (110) on the horizontal support beam (101) the horizontal distance (A) between the cantilever arms (201) is variable. A strength training device according to any one of claims 1 to 11, wherein the strength training device comprises a vertical support beam (102) with a cantilever arm (201), at the free second end portion (203) two training elements (302) are detachably mounted. A strength training device according to any one of the preceding claims, wherein the force training device comprises two cantilever arms (201) interconnected by a cantilever strut (204) and slidable by or along the cantilever strut (204) by means of at least one journal bearing (110). A strength training device according to any one of the preceding claims, wherein a training element (302) is mountable directly on the vertical support beam (102).

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