AT13350U1 - COSMETICS CONTAINER WALL MOUNT - Google Patents

Abstract

A body-care container wall holder (1) having a wall holder (2) provided for attachment to a wall and a container clamping device (3) arranged thereon, which has at least two clamping parts (3A, 3B) which project from the wall holder (2) and cooperate in operation. wherein at least one of the preferably plate-shaped or strip-shaped clamping parts (3A, 3B) at least one for adjustment to the respective container size on the wall holder (2) is arranged along this adjustable or positionable, and wherein the clamping parts (3A, 3B) friction clamping surfaces (10 ) exhibit.

Description

Merreicfcische ;; paiesSitiat AT13 350U1 2013-11-15

Description: The invention relates to a personal care container wall mount having a wall holder provided for attachment to a wall and a container clamping device arranged thereon, which has at least two clamping parts projecting from the wall holder and cooperating in operation.

Such wall mounts are particularly intended for attachment of shower gel containers, shampoo containers and the like. In the field of showers, but also of washing or bathing opportunities, the respective container should be readily available with the help of the wall mount. A particular aspect is also that it should be possible to keep the container with the opening down to quickly remove the respective body care products can, even if the container is already emptied relatively far.

A wall mount as mentioned above is known for example from DE 100 07 536 A1. In this case, a rail is provided as a wall bracket, which is mounted on a wall, and on this rail, a clamping device with two interconnected lateral resilient clamping clips and a lower retaining clasp is attached. This clamping device can be moved along the rail. The disadvantage is that the clamping device is set up for a specific size of the container, and it is not suitable for receiving containers of different sizes.

This also applies to the container holder according to DE 20 2004 010 419 U1. Here, a rotatable spring holder for clamping a container is described, are mounted in the resilient retaining clips on two protruding from a wall holder part legs. In addition, a lower support plate is provided. A container, such as for a shampoo, toothpaste or the like., But can also be held in this holder with the opening down, to which the holder must be rotated by 180 °.

From US Pat. No. 6,345,723 B1 there is further known a wall mount for a container, such as in the form of a bottle, wherein the container can be held either with its opening upwards or with its opening downwards, the neck of the latter being in the latter case Fla-chenbehälters then protrudes through an opening in a lower support bar. The container itself is held by a resilient front part against slipping sideways.

Again, again applies that only one particular container shape is considered and can be kept, i. E. it can be stored with these known wall mounts not different sized containers.

Another disadvantage of the known wall mounts is that the storage of several containers next to each other is relatively cumbersome.

It is an object of the invention to remedy this situation and to propose a wall bracket as mentioned at the beginning, with a simple way to adapt to different sized container is possible with the nonetheless, the container can be securely held, and in case of need also in a simple way can accommodate several containers next to each other.

To solve this problem, the invention provides a wall bracket as stated above, which is characterized in that of the preferably plate-shaped or strip-shaped clamping parts at least one for the purpose of adaptation to the respective container size on the wall bracket along this adjustable or positionable, and the clamping parts have friction clamping surfaces.

With this design, the above objective is met in an advantageous manner: The fact that the at least one clamping part along the wall holder is adjustable and positionable, can be accomplished easily to adapt to different container sizes. Preferably, several such adjustable clamping parts are provided, which is achieved in a simple manner that several containers, in which moreover the 1/17

SfctiewiebisciKS AT 13 350 U1 2013-11-15

Size may vary, clamped side by side and so can be held on the wall mount. For example, the outer clamping parts can be firmly connected to the wall holder, and between these two outer, fixed clamping parts are several adjustable clamping parts, so as to be able to clamp containers with different cross sections as needed.

For clamping, the clamping parts on friction clamping surfaces, so that when such a movable clamping member is pressed firmly against a container, with its opposite side already on another clamping part, e.g. a fixed clamping part, is present, is pressed, a secure clamping fixing of the respective container between the two clamping parts is achieved.

The friction clamping surfaces can thereby by Friktionsbeläge, e.g. be made of a resilient, relatively thick rubber material, be formed, but they can also nubs, lips, brushes or the like. Have friction-increasing projection elements. These projection elements may preferably consist of rubber material (in particular synthetic rubber) or soft plastic.

It is also possible to produce the clamping parts in total of a material with high friction, such as by injection molding of a relatively soft, rubber-like plastic material with high friction; On the other hand, it is also possible to form or glue a friction lining or friction-increasing projection elements on a clamping part base body, which in particular can also be comparatively stiff. In this case, the clamping parts may be made of metal, e.g. made of aluminum, but also of stainless steel, or of a comparatively rigid plastic, etc. exist.

If nubs are provided as friction-increasing projection elements, they may have a relatively large length, for example of the order of a few mm. If instead of the "punctual " Nubs e.g. elongated, wavy, etc. lips are used, these sheet-like friction-increasing projection elements may also have a height, measured from the base on the clamping part, in the order of a few mm, and these lips can in various directions, such as horizontal, vertical, obliquely forward or obliquely backwards, run.

If the clamping members are made with their friction clamping surfaces in one piece, for example of a relatively soft, rubber-like plastic material, the clamping member body can also be provided with an internal reinforcement to its stiffening.

It is often desirable to provide an additional suspension possibility of a wall mount of the type concerned here, about to hang a shower sponge, etc. can. Accordingly, the wall holder and / or at least one of the clamping parts may have a suspension area, such as a suspension projection, a hook, a Einhängveriefung or a Einhängnut, as in the case of the wall bracket at a lateral end or in the case of a clamping member at the cantilevered end.

The wall bracket itself can easily be rod-shaped or plate-shaped, with known mounting means for mounting the wall bracket to a wall, for example, a bathroom or a shower cubicle are provided in a conventional manner. These mounting means can be formed, for example, by adhesive surfaces, but also by mounting holes for screwing the wall holder over dowel fasteners, through suction cups, etc., as is well known.

In a particularly easy to manufacture and easy to use embodiment of the wall holder with two rods or rails, preferably with a round cross-section, formed, one of which, in the operating position upper rail as a support rail for the clamping parts and the lower rail is provided as a locking rail for the at least one adjustable along the upper rail clamping part. In this embodiment, the at least one adjustable clamping part can be pivoted upwards for adjustment along the upper rail, the mounting rail, simply away from the lower rail, the locking rail

SsteneiÄtits päteiiiawt AT 13 350U1 2013-11-15 so that afterwards it can be moved along the upper rail. In the desired position, the clamping member is then pivoted downwards, wherein it comes with its rear side on the locking rail in an adequate manner to the plant and so can not be easily moved more. The lower rail, the locking rail, may have a toothing or locking grooves, in which engages the rear side of the displaceable clamping member in the lowered position, whereby further, unwanted displacement of the clamping member is prevented. On the other hand, it is also advantageous if the lower rail has locking projections for the at least one adjustable clamping part, which can be moved into and out of engagement relative to the lower rail, e.g. swiveling, is. In this embodiment, a particularly simple handling is made possible if the displaceable clamping part is to be adjusted in order to adapt to the size of a container to be fixed, e.g. for a shower gel, etc., make.

The clamping member can engage with its rear, the wall holder side facing easy in said locking grooves or between the locking projections when it is lowered in its operating position. It is also conceivable, however, to provide on the at least one adjustable clamping part on the wall bracket facing the rear side a locking or latching recess into which engages in the lowered position, a corresponding latching projection on the wall bracket. As a result, an additional subdivision can be provided for the adjustment possibilities, so that positioning of the adjustable clamping part in a very narrow graduated pattern is made possible.

Another, particularly easy to produce embodiment is characterized in that the at least one adjustable clamping part can be positioned via a plug connection on the wall bracket. In this embodiment, the adjustable clamping part is thus easily on the wall bracket up or inserted. For this purpose, it is further favorable if the at least one adjustable clamping part has a Einsteckzapfen and the wall holder is provided with a series of spaced holes, which are preferably formed as through holes.

On the other hand, it is of course also conceivable to provide the wall bracket a number of spaced Aufsteckzapfen on which the adjustable clamping member is plugged with a Einöcköffnung, in the desired position on the wall bracket.

By the abutment of the clamping part with its rear side on the wall holder while an unwanted pivoting of the clamping member is counteracted relative to the wall bracket to the spigot axis. In order to additionally reinforce this stabilizing effect, it is possible to provide on the rear side of the clamping part an abutment flange projecting from the clamping part on at least one side, which abuts flat against the wall holder. On the other hand, it is of particular advantage for this purpose, when the wall holder is formed with upstanding side stops for the adjustable clamping part, for its positional fixation in the selected positions.

Yet another advantageous embodiment which is easy to handle is characterized in that the at least one adjustable clamping part can be positioned on the wall holder via a latching connection. In this case, the locking connection can be advantageously realized by the fact that the strip-shaped wall holder spaced locking recesses, preferably top and bottom, and the adjustable clamping member has in its rear in the operating position at least one spring-loaded detent ball as a locking element. With such a configuration, a particularly stable hold of the adjustable clamping part on the wall holder is made possible, and this stable hold is additionally improved if the strip-shaped wall holder is widened to a front plate-shaped clamping part stop area, which is received in an undercut groove of the clamping part.

Yet another, in the production particularly simple embodiment is characterized in that the at least one adjustable clamping member over the wall holder with tight fit or encompasses and is continuously adjustable along the wall bracket, wherein the clamping member at a force attack at a distance from the wall bracket , when clamping a container 3/17

8th B? Iä »5c !! 's fsfa & lmX AT 13 350U1 2013-11-15 ters, fixed by self-locking in its position. In this embodiment, the clamping member is moved to its adjustment simply along the example rail-shaped or rod-shaped wall holder, wherein the adjustable clamping member is to hold in a corresponding exact (in particular rectangular) alignment with the wall holder to prevent tilting and thus self-locking. When the desired position of the adjustable clamping member is achieved on the wall holder, the clamping member is slightly pivoted or twisted by the clamping of the container and thereby exerted on the clamping member force seeking to pivot the clamping member relative to the wall holder in the sense of tilting, and it comes to a self-locking, so that the clamping part is then held firmly in position. This self-locking effect can be additionally favored if the wall holder is provided in that region where the clamping member engages, with a relatively soft plastic or rubber material, such as a corresponding material coating which has a relatively high friction and can optionally be pressed , so that when tilting the opposite to the wall holder, a subsequent unintentional displacement of the clamping part is particularly reliably avoided.

The invention will be further explained with reference to illustrated in the drawing, particularly advantageous embodiments, to which it should not be limited, however. In detail, in the drawing: FIGS. 1A and 1B show a first exemplary embodiment of a personal care container

Wall bracket in plan view or view; Fig. 1C and 1D are views of Klemmtei len used in this embodiment in side view, according to arrow C and D in Fig. 1A; FIG. 1E is a perspective view of the wall mount of FIGS. 1A and 1B; FIG. FIGS. 2A and 2B show another embodiment of the present wall mount in FIG

Top view or front view; Figure 2C is a section through this wall mount along line C-C in Figure 2B with the associated slidable clamp member shown in side elevation. 3A and 3B, a third embodiment of the present wall bracket in plan view; 3C shows a schematic section through this wall mount in the region of a latching connection between wall holder and adjustable clamping part, approximately according to the line III-III in FIG. 3A; FIG. 4A is a cross-sectional view of a fourth embodiment of the present invention. FIG

Wall bracket according to the line IV-IV in Figure 4B, illustrating the adjustable clamping part on the rail-shaped wall bracket of this wall bracket. and Fig. 4B is a schematic plan view of this wall bracket.

In Fig. 1A and 1B, a wall mount 1 for personal care container of any kind is shown, such as for shower gel containers, bath shampoo containers, hair shampoo container, if necessary, but also for toothbrush holders, etc., wherein the wall bracket 1 shown as essential Components a wall on a wall, not shown in a conventional manner mountable wall holder 2 and a clamping device 3 with clamping parts 3A, 3B contains. The outer clamping parts 3A are rigidly attached to the wall bracket 2; the clamping parts 3B, which are arranged between the outer clamping parts 3A, however, are adjustable along the wall holder 2 so as to be able to adjust the distance between adjacent clamping parts 3A, 3B or 3B, 3B in adaptation to a respective container size.

In Fig. 1C, one of the fixed clamping parts 3A is shown in a side view, approximately in the viewing direction C of FIG. 1A, wherein it can be seen that this (or each) fixed clamping part 3A 4/17

Merrecfcische ;; pitesiaffit AT13 350U1 2013-11-15 have two holes 4, possibly blind holes or stepped holes, which serve for attachment to two rods 2A, 2B, which form the wall bracket 2. In this case, the upper rod 2A, for example, is continuously cylindrical, and it serves as a bearing axis for pivotal mounting of the adjustable clamping parts 3B.

This can be seen from the illustration in Fig. 1D, in which an adjustable clamping part 3B is shown in side view, wherein also schematically a bore 5 is shown, through which the axis 2A of the wall holder 2 extends freely. In the lower rear area, the plate-shaped clamping part 3B is provided with a recess 6, so that this clamping part 3B can be pivoted upwards and downwards in the state pushed onto the rod 2A, as is illustrated with arrow 7 in FIG. 1D. When the clamp member 3B is pivoted downwardly to its lower position as shown in Fig. 1D, it abuts the lower rod 2B in this lower position, thereby being able to be fixed in position. For this purpose, the lower bar 2B on the one hand at intervals from each other, in particular at equal distances from each other, e.g. circular disc-shaped projections 8, which serve as locking or latching projections 8.

More specifically, the adjustable clamping parts 3B, as shown for example in the three middle adjustable clamping parts 3B in Fig. 1B, are pivoted with their plate body 3B 'between these locking or Arretiervorsprünge 8 so that they laterally at these projections Abut 8 and thereby fixed in position or secured against unintentional lateral displacement.

Apart from this locking of the adjustable clamping parts 3 B between the projections 8 and a lock directly to the projections 8 is possible, see, for example, the left most shown in Fig. 1B adjustable clamping part 3 B. In this situation, the projection 8 projects as a locking part into a groove-shaped depression 9 provided on the rear side of the clamping part 3B, in the lower region, see in addition to FIG. 1B also FIG. 1D, in which this groove 9 is connected with dotted lines the lower rod 2B and the disc-shaped projection 8, which engages in the groove 9, is shown. Also in this way, the adjustable clamping part 3B can be fixed in position and secured against unintentional lateral adjustment.

In Fig. 1E belonging to Fig. 1A and Fig. 1B perspective view of the wall bracket 1 is shown.

As can be seen from FIGS. 1A to 1E, the clamping parts 3A (these only on one side) and 3B (these on both sides) are provided with friction clamping surfaces 10, wherein in the embodiment shown, these clamping surfaces 10 have knobs 11, the friction-increasing projection elements form. These nubs or the like friction-increasing projection elements 11 may consist of a relatively soft rubber material, so that they bend when clamping a in Fig. 1A only very schematically illustrated with a dashed line 12 container and can clamp this non-positively. The nubs may be integrally formed with the plate body of the clamping parts 3A, 3B, or they may be attached to the respective plate body by injection molding, gluing or the like.

Instead of the nubs 11 shown may be provided as friction-enhancing projection elements and elongated lips or brushes. Lips can be provided in a rectilinear or wavy shape, and they can horizontally straight, vertically straight, obliquely forward down or obliquely forward above, etc. extend; they may also be in the form of short lips or else in the form of long lips extending for example over the entire length or height of the respective clamping part.

In the case of brush-like projection elements, it is also conceivable to provide bundles of bristles at the points at which nub positions are shown in accordance with FIGS. 1C and 1D.

Of course, other embodiments of friction clamping surfaces 10 are conceivable, as in particular, for example, uniform, relatively soft friction linings, as illustrated in Fig. 4A at 10A. These pads 10A can be a relatively large 5/17

AT13 350U1 2013-11-15

Thickness, of the order of a few mm, so as to be pressed when clamping a container 12, whereby the clamping force on the container 12 can be increased and the maintenance of the container 12 between the clamping parts, e.g. 3A and 3B, or between two adjustable clamping parts 3B, is reinforced.

From the illustration in FIGS. 1A and 1B also shows that the outer fixed clamping parts 3A via their stepped holes or blind holes 4, either by press fit or by gluing, or by only in Fig. 1A top right, but otherwise in the drawing unspecified illustrated fittings, fixed to the two rods 2A, 2B can be connected.

Schematically illustrated in Figures 1B and 1D at 13 and 14, respectively, is that on the wall bracket 2, for example on the upper bar 2A (see Fig. 1B, right), and / or on the clamping parts 3A and 3B (in Figs Case of Fig. 1D) hanging areas, such as hooking recesses or grooves 13, 14, for suspending other objects, such as a bath sponge, may be provided. In the case of the hooking recess 13 according to FIG. 1B, a groove is provided on an extension of the upper rod 2A of the wall holder 2; but instead of a groove, a hook can also be provided here. In the case of the hooking recess 14 according to Fig. 1D, it is a simple notch on the upper side of the respective clamping part, e.g. 3B. Of course, corresponding Einhängvertiefungen may also be provided on the fixed clamping parts 3A.

As can further be seen in FIGS. 1A and 1B, the clamping parts 3A, 3B have rounded edges at least on the upper side, so that in the case of installation in a shower cubicle or the like, any splashing water can run off unhindered downwards.

The wall mount 1 described can be used in a conventional manner, e.g. with the help of screws, hooks (for hanging), adhesive surfaces, but also with suction cups, be attached to a corresponding wall in the relevant sanitary room or in a shower cubicle.

The lateral termination clamping parts 3A, so the fixed clamping parts 3A, can be removable so as to postpone more or less adjustable clamping parts 3B on the upper bar 2A of the wall bracket 2 can. Likewise, the outer clamping parts 3A may therefore be removable because then the inner adjustable clamping parts 3B can also be exchanged, if desired, for other clamping parts 3B (for example shorter or longer, or those with other friction clamping surfaces).

In the following description of further embodiments, with reference to the further drawing figures, corresponding reference numerals are used for respective components. Furthermore, the following description should be limited to the respective essential differences, whereas similar structures to avoid repetition should not (or only briefly) be explained again.

In the embodiment according to FIGS. 2A, 2B and 2C, the adjustable clamping parts 3B can be connected to the wall holder 2 via plug connections 15 (see FIG. 2C).

In detail, the adjustable clamping parts 3B have at their the wall bracket 2 facing the rear end of a spigot 16 which projects from a rear horizontal upper attachment 17 down. With this plug-in pin 16, the respective adjustable clamping part 3 B is inserted into one of a number of holes 18 in the wall holder 2, so that the affected adjustable clamping part 3 B in steps along the wall holder 2 is adjustable.

The wall holder 2 has between the holes 18 upstanding, plate-shaped side stops 19 for the adjustable clamping parts 3B, said upstanding side stops 19, as shown in Fig. 2B, laterally on the body of the respective clamping part 3B, specifically on the rear Extension 17, abut and so secure the clamping member 3 B against rotation about the connector 15.

In addition or instead, it can also be provided that the holes 18 6/17

AT 13 350 U1 2013-11-15 and the insertion pin 16 instead of a circular cross-section as shown have a non-circular cross-section, in particular a rectangular (square) cross-section. Nevertheless, in view of the given leverage, a design with the side stops 19 is of particular advantage.

Incidentally, the wall holder 2, as shown in FIGS. 2A and 2B, in this embodiment substantially plate-shaped.

As regards the formation of the clamping parts 3A, 3B with friction clamping surfaces 10, reference should be made to the embodiment described above with reference to FIGS. 1A to 1E.

The outer, end-side fixed clamping parts 3A can be screwed or glued to the wall bracket 2 side or, if necessary, be made in one piece with this.

Holes 18 are preferably continuous, as illustrated in FIG. 2C. extending from the top of the wall bracket 2 extending to the bottom, provided so that water can drain through the holes 18 of the wall bracket 2 and a collection of water, as would be conceivable in blind holes, is avoided.

In the embodiment of the wall mount 1 according to FIGS. 3A to 3C, as is apparent in particular from FIG. 3C, a latching connection 20 is provided between the adjustable clamping parts 3B and the wall holder 2 in order to adjust the respective clamping part 3B which can be moved along the wall holder 2 to lock the desired position with the wall bracket 2 can. In detail, the substantially strip-shaped wall holder 2 (see FIG. 3C, in particular, also FIG. 3C) has a series of latching recesses 21, preferably part-spherical latching holes 21, preferably both on its upper side and on its underside, see FIG Fig. 3C. In the rear end region of the adjustable clamping parts 3B, a recess in the form of an undercut groove 22 is provided, with which the respective clamping part 3B on the wall bracket 2 can be pushed laterally and along this. The strip-shaped wall holder 2 here, as shown in Fig. 3C, has a rear, wall-side, narrower area in which the locking recesses 21 are provided, and a front, wider, i. higher area 24, so that an approximately T-shaped cross-sectional shape of the wall bracket 2 is given.

As mentioned, in the rear "ledge" region 23 of the wall holder 2, the detent recesses 21 are present on the upper side and underside, and together with these, the resilient detent elements 25, in particular in the form of spring-loaded detent balls 26, cooperate. The respective spring 27, which presses the associated detent ball 26 out of the hole provided in the clamping part 3B, is fixed from the outside by a screw 28 or the like. Such locking devices are known per se and require no further explanation here, in particular also as regards the securing of the locking elements or locking balls 25 and 26 in the holes.

The locking balls 26 may for example consist of stainless steel, whereas the wall holder 2, which forms a kind of slide for the adjustable clamping parts 3B, as well as these clamping parts 3B (and 3A), for example of plastic, if necessary, but also of aluminum etc. , as already mentioned above, may exist. With regard to the friction clamping surfaces 10 with friction-increasing projection elements or nubs 11, reference is made to the above description, in order to avoid repetition.

The outer, fixed clamping parts 3A can in turn be connected to the wall holder 2, for example by screwing (releasably).

The comparatively wider area 24 of the wall holder 2 forms a stop area 24 or securing area for the adjustable clamping parts 3B, which prevents twisting or pivoting of these clamping parts 3B relative to the latching connection 20 and so a fixed positioning of these clamping parts 3B on the wall holder 2 in the locked position secures.

In the wall mount in the embodiment according to FIGS. 4A and 4B, the respective adjustable clamping part 3B with a hook-shaped engagement part 30 engages over here in the form 7/17

istfrrek'Mseits J8fS !! Siti8t AT13 350U1 2013-11-15 a simple rail formed wall bracket 2 with a relatively narrow fit. If necessary, the wall holder 2 can be provided with a friction lining 2F, for example of relatively soft plastic or rubber, for clamping the clamping part 3B to the wall holder 2 when a force F is applied to it, in the case of clamping a container 12 to secure. This tilting in the sense of self-locking of the clamping part 3 B on the wall bracket 2 is sufficient in any case for clamping of containers 12, if they are not too large or not too heavy. It is also advantageous in this solution if the clamping parts 3B are slightly elastically deflectable when a container 12 is clamped, this elastic deflection effecting the self-locking effect on the rail, i. on the wall bracket 2, is favored.

In this embodiment, with the fixation of the respective adjustable clamping part 3B on the wall bracket 2 by self-locking, a continuous adjustment of the adjustable clamping part 3B can be made on the wall bracket 2, which is often beneficial, as can be seen immediately.

In the wall brackets 1 described above by way of example, it is in each case possible to clamp the container 12 either with the opening upwards or else with the opening downwards (with a closure) between clamping parts 3A, 3B or 3B, 3B. If a container 12 is clamped upside down, the contents of the container can be used without any problems and without any waiting time whatsoever, the content always being available immediately.

A particular advantage of the wall brackets 1 described is further that a contamination compared to the prior art can be done to a much lesser extent, since the wall bracket 1 is freely continuous downwards. As mentioned, at least the upper sides of the wall holder 2 and clamping parts 3A, 3B are preferably rounded, in order to also offer there as little as possible attack surface for contamination.

As also mentioned above, the clamping parts 3A, 3B, but also the wall holder 2, in particular in the form of the formation of the wall holder 2 with two rods or rails 2A, 2B, made of aluminum, stainless steel, plastic, etc. exist.

Although the invention has been explained in detail above with reference to particularly preferred embodiments, it goes without saying that further modifications and modifications are possible within the scope of the invention. For example, it is also conceivable to form the wall holder 2 with a toothed strip, along which the clamping parts 3B, which have, for example, corresponding resilient tooth elements, can be displaced for the purpose of adjustment. Furthermore, it is possible, for example in the embodiment according to FIGS. 4A and 4B, to provide the wall holder 2 with corrugated surfaces so as to promote the self-locking effect as described. 8.17

Claims (15)

1. Body care container wall mount (1) with a wall holder (2) provided for attachment to a wall and a container clamping device (3) arranged thereon. , which has at least two clamping parts (3A, 3B) projecting from the wall holder (2) during operation, characterized in that the clamping parts (3A, 3B) are plate-shaped or strip-shaped, at least one of the clamping parts (3B) being adapted for adaptation the respective container size on the wall holder (2) is arranged along this adjustable or positionable, and that the clamping parts (3A, 3B) friction clamping surfaces (10). A wall mount (1) according to claim 1, characterized in that the friction clamping surfaces (10) are supported by friction pads (10A), e.g. made of flexible rubber material. 3. wall mount (1) according to claim 1, characterized in that the friction clamping surfaces (10) nubs (11), lips, brushes or the like. Have friction-increasing projection elements. 4. Wall mount (1) according to one of claims 1 to 3, characterized in that the wall holder (2) and / or at least one of the clamping parts (3B) a suspension area, eg a suspension projection, a hook, a Einhängveriefung (14) or a Hanging groove (13). 5. Wall mount (1) according to one of claims 1 to 4, characterized in that the wall holder (2) is rod-shaped or plate-shaped. 6. Wall mount (1) according to one of claims 1 to 4, characterized in that the wall holder (2) with two rods or rails (2A, 2B), preferably with a round cross-section, is formed, one of which, in the operating position Upper rail (2A) is provided as a support rail for the clamping parts (3A, 3B) and the lower rail (2B) as a locking rail for the at least one longitudinal rail adjustable clamping part (3B). 7. wall mount (1) according to claim 6, characterized in that the lower rail locking or latching projections (8) for the at least one adjustable clamping part (3B) which relative to the lower rail (2B) in and out of engagement, eg swiveling, is. 8. Wall mount (1) according to claim 7, characterized in that the at least one adjustable clamping part (3B) has a locking or latching recess (6; 9) on its side facing the wall holder (2). 9. Wall mount (1) according to one of claims 1 to 5, characterized in that the at least one adjustable clamping part (3B) via a plug connection (15) on the wall holder (2) can be positioned. 10. Wall mount (1) according to claim 9, characterized in that the at least one adjustable clamping part (3A) has a back Einsteckzapfen (16) and the wall holder (2) with a series of spaced holes (18) is provided, preferably as through holes are formed. 11. Wall mount according to claim 9 or 10, characterized in that the wall holder (2) with upstanding side stops (19) for the adjustable clamping part (3A), for its positional fixation in the selected positions, is formed. 12. Wall mount (1) according to one of claims 1 to 5, characterized in that the at least one adjustable clamping part (3B) via a latching connection (20) on the wall holder (2) is positionable. 9/17 feffrediise-ts palsiSäsnt AT13 350U1 2013-11-15 13. Wall mount (1) according to claim 12, characterized in that the strip-shaped wall holder (2) spaced from each other detent recesses (21), preferably upper and lower sides, and the adjustable clamping part (3B) in its rear in the operating position at least one having spring-loaded detent ball (26) as a latching element (25). 14. Wall mount (1) according to claim 12 or 13, characterized in that the strip-shaped wall holder (2) is widened to a front plate-shaped clamping member stop portion (24) which is received in an undercut groove (22) of the clamping part (3B) , 15. Wall mount (1) according to one of claims 1 to 5, characterized in that the at least one adjustable clamping part (3B) the wall holder (2) with tight fit or engages around and continuously along the wall bracket (2) is adjustable, wherein the clamping part (3B) at a force attack (F) at a distance from the wall holder (2), when clamping a container, is fixed by self-locking in position. For this 7 sheets drawings 10/17