Wall-mounted bracket for holding object on wall

Abstract

A wall mount (1) for holding an object (2) on a wall (3), the wall mount (1) comprising: a body (4) having at least one fixing structure (5) for fixing the wall mount (1) to the wall (3); the invention relates to a wall mount (1) comprising a main body (4) and at least two auxiliary bodies (6, 7) movably mounted on the main body (4) and each having at least one retaining structure (8, 9) for retaining an object (2) on the wall mount, the at least two retaining structures (8, 9) being mounted on the main body (4) by means of the auxiliary bodies (6, 7) such that each auxiliary body can be moved relative to the fixed structure (5).

Description

Technical Field

[0001] The present invention relates to a wall mount bracket for holding an object on a wall. Background Art

[0002] Corresponding wall mounts for holding objects on a wall are generally known in the prior art. For example, it is known that mirrors or paintings can be fixed by nails or by screws fixed in the wall by expansion plugs. For example, a mirror is fixed to the wall via two fixing points, for example two screws. In order to be able to carry out such a fixing, for example in a tiled bathroom, it is usually possible to insert a first screw into the gap between two tiles in the wall. However, since the object to be fixed dictates a fixed screw spacing, the second screw usually needs to be drilled into the tile. This entails the risk of damaging the tile (for example cracking) when drilling the tile. Summary of the invention

[0003] An object of the present invention is to provide a wall-mounted bracket which can simply and quickly mount an object on a wall.

[0004] This object is achieved by a wall mount for fixing an object on a wall according to claim 1. The dependent claims relate to possible embodiments of the wall mount. The object is also achieved by a device according to claim 13 and a method according to claim 14.

[0005] The present invention relates to a wall mount for holding an object on a wall, the wall mount comprising: (a) a main body having at least one fixing structure for fixing the wall mount to the wall; and (b) at least two auxiliary bodies, the at least two auxiliary bodies being movably mounted on the main body, and each auxiliary body comprising at least one holding structure for holding the object on the wall. In this case, the at least two holding structures are respectively mounted on the main body via the auxiliary bodies so as to be movable relative to the fixing structure. Preferably, at least one auxiliary body, in particular all auxiliary bodies, are mounted on the main body so as to be movable only linearly. Due to the movability of the auxiliary body on the main body, the fixing structure arranged on the auxiliary body can be moved relative to the main body. In this case, the wall mount is configured so that it is at least partially, preferably mostly, and particularly preferably completely fixed to the wall via the main body, so that the bearing of the object is achieved by the holding structure on the auxiliary body, by the auxiliary body on the main body, and by the main body on the wall. In other words, the main body particularly only forms an interface between the wall mount and the wall, and preferably only forms an interface between the object held on the wall mount and the wall. The main body and the auxiliary body can, for example, be configured as rigid (i.e. non-flexible) elements. Thus, the main body and the auxiliary body can be configured, for example, as rigid or dimensionally stable components. Due to the configuration of the components as rigid or dimensionally stable components, the wall mount is insensitive to fluctuations, i.e. an air flow through the wall mount does not lead to a movement of the wall mount and / or an object held on the wall mount. The rigid or dimensionally stable configuration of the components of the wall mount also simplifies the installation of the wall mount and the installation of objects on the wall mount. The fixing structure can be used to connect the main body and / or at least one auxiliary body to a wall in a force-fitting and / or form-fitting manner, so that, for example, the fixing structure can be configured as a lug for passing through a fixing device.

[0006] The wall mount described herein allows an object to be fixed to a wall. In this case, the wall may form a room wall or the wall of any object, such as a wall of a cabinet, a bookshelf or other furniture. A wall may also refer to a flat surface on a mobile object (such as a vehicle), at least a substantially flat, more preferably a completely flat vertically extending portion.

[0007] At least one holding structure, in particular all holding structures, of the wall mount can be connected or connectable to the object by force fit and / or form fit and / or integral connection. Thus, for example, all holding structures of the wall mount can be configured similarly or identically with respect to the interface with the auxiliary body and / or with the object, so that each connection of a holding structure to an auxiliary body of the wall mount or each connection of a holding structure to an object is based on the same connection principle (e.g. force fit, form fit or integral connection) and / or has similar or identical (i.e., for example corresponding) geometries. The object can also be additionally or exclusively fixed to the holding structure by magnetic forces.

[0008] At least one retaining structure, in particular all retaining structures, of the wall mount can be configured as a hook device for hooking into at least one hook receiving portion of an object. Thus, for example, the object can include at least two hook receiving portions, into each of which a hook on one side of the wall mount hooks during the intended operation of the wall mount. The fixing principle can also be provided at least partially in reverse, in particular completely in reverse, so that a hook device on one side of the object can be received in a hook receiving portion on one side of the wall mount or hooked into a hook receiving portion on one side of the wall mount, i.e. the wall mount includes a hole or groove for receiving a hook formed or arranged in or on the object. The retaining structure can, for example, have a hook-shaped profile (e.g. a flat hook), which engages below a frame (e.g. a support frame) of the object to be fixed to the wall. The retaining structure can have a standardized configuration, so that objects suitable for the standardized configuration can be connected to the wall mount.

[0009] At least one holding structure, in particular all holding structures, of the wall mount can, for example, be detachably fixed to the auxiliary body or be fixed in this way. In this way, the holding structure, in particular the holding body comprising the holding structure, can be detachably connectable or connected to the auxiliary body without the use of tools and / or in a non-destructive manner. For example, the holding structure is formed as a protrusion, preferably as a hook, and is configured to engage with a matching structure of the object. In this case, the holding structure can include a holding portion, for example provided with a hook, and a connecting portion corresponding to a receiving portion on one side of the auxiliary body.

[0010] The retaining structure (i.e., the connecting part of the retaining body of the retaining structure) can be received in a receiving portion on one side of the auxiliary body. The receiving portion can be configured as a receiving shaft, which can receive the retaining body including the retaining structure by rotation and / or linear movement. The opening of the receiving portion on one side of the auxiliary body is preferably upward or above the horizontal plane in the intermediate and / or final installation state, so that in the final installation state of the wall bracket, the retaining structure or the retaining body can be received in the receiving portion of the auxiliary body in a way that prevents loss, and / or prevents it from falling due to gravity. Advantageously, when the object is hung on the retaining structure, the retaining structure is placed in the end position of the receiving portion of the receiving retaining structure of at least one auxiliary body due to the tension acting on the wall bracket due to the dead weight of the object, so as to prevent the retaining structure from accidentally moving out of the receiving portion. In other words, by hanging the object, in the receiving portion on one side of the auxiliary body, the tension acts along the engagement direction of the retaining structure.

[0011] At least two groups of holding structures or two groups of holding bodies including different holding structures can be provided. In this way, by alternately arranging the holding structures of the groups, in particular the holding bodies including different holding structures, the type of object held on the wall bracket can be changed, in particular it can be adjusted according to the characteristics of the object. For example, the first group of holding structures can include a first type of hook for holding a first object, while the second group of holding structures can include a second hook for holding a second object, which is different from the first type of hook. The type of hook of each group of holding structures can be different in terms of its material and / or load-bearing capacity and / or geometry. The connection direction or main extension line of the moving path for fixing the fixed structure on or in the auxiliary body can be oriented at an angle of + / -90° to 0°, preferably at an angle of + / -45° to 0°, particularly preferably at an angle of + / -25° to 0° relative to the moving direction of the auxiliary body. The engagement direction of the holding structure can, for example, form an engagement movement, which is at least partially, preferably mostly, particularly preferably completely non-linear relative to the corresponding auxiliary body.

[0012] It can prove to be advantageous to connect at least one holding structure, in particular all holding structures, to the auxiliary body, in particular to the respective auxiliary body, in a latching manner. Thus, for example, at least one holding structure, in particular all holding structures, can be connected to the auxiliary body in a latching manner by the action of a force. In particular, a latching can be achieved which provides a latching resistance which at least does not automatically return to a basic state. In other words, at least two structural regions of the holding structure and the auxiliary body form a latching mechanism, so that in the event of a deformation of the deformation region due to the action of a force, the at least two structural regions can engage with each other in a form-fitting manner (for example in the manner of a latching, snap-fit ​​or clamping connection).

[0013] At least two auxiliary bodies can be mounted in or on the main body so as to be particularly only linearly movable. In other words, the auxiliary bodies are movably mounted in or on the main body so that they are at least partially, preferably mostly, and particularly preferably completely linearly movable on their moving path. After the wall bracket is mounted on the wall as expected, in particular after the main body is mounted on the wall, the linear movement of the auxiliary bodies may be parallel to the horizontal direction. The main body may, for example, include a guide device, which in particular only allows the auxiliary body to move linearly relative to the main body. For this purpose, the main body, for example, includes a guide rail for linearly movable mounting of the auxiliary body. It may prove to be beneficial if, in addition to the guide device, a movement limiting device is also provided, such as a pin moving in a slot, wherein at least one end position of the pin / slot end contact leads to a movement limitation of the auxiliary body relative to the main body. Such a movement limiting device may also selectively have the function of assisting in guiding the auxiliary body and the main body.

[0014] The position and / or orientation of at least one auxiliary body, preferably all auxiliary bodies, relative to the main body can be displayed using a display device. The display device may, for example, include a scale, wherein the display is performed by reading display information or scale information describing the position and / or orientation of at least one auxiliary body relative to the main body. For example, the scale can be read out at a glance with the edge of the housing or a housing mark as a reference point. On the two auxiliary bodies movably mounted on the main body, scales can be formed respectively, so that the two auxiliary bodies can be set to have similar or identical extensions relative to the main body, or to have similar relative positions. This is advantageous if it is necessary to pre-define relative positioning of at least two fixing structures for fixing an object so that they are relative to each other, and a pre-defined setting of at least one fixing point on one side of the main body to a wall is required in order to hang the object.

[0015] At least two auxiliary bodies can be coupled to the main body by a control mechanism, for example, so that at least two auxiliary bodies, during the movement relative to the main body, at least partially, in particular completely, occupy a predetermined position relative to the main body in a constraint-controlled manner. In this case, the constraint control specifies the determined positions of the two auxiliary bodies relative to the main body in a constraint-controlled manner by a mechanism. In other words, the mechanism can implement the constraint control so that during the movement of the auxiliary body relative to the main body, the spacing between the auxiliary body and the points of the main body changes at a predetermined ratio, in particular at a constant ratio or a ratio that changes in a predetermined manner. In this way, it is possible to avoid the generation of a first spacing between the first auxiliary body and the main body, and a second spacing between the second auxiliary body and the main body, which are all undesirable. The constraint control mechanism can prevent the occurrence of an undesirable ratio between the first spacing and the second spacing. This is particularly beneficial when the main body includes at least one fixing point (in particular only one point) for connection to a wall, so that, through the constraint control, despite the change in the spacing between the auxiliary body and the fixing point of the wall bracket on the wall, and therefore despite the change in the spacing between the fixing structure and the fixing point, balance can still be maintained at the fixing point. This thus makes it possible to vary the adjustment of the spacing between the holding structure and the fixing point of the body to the wall in a simple manner and at the same time maintain or achieve a balanced action of the force of the object on the wall bracket or the fixing point of the body to the wall.

[0016] The control mechanism can control the mobility of the auxiliary body relative to the main body, for example, so that the center of gravity of the wall mount changes by at most 15%, preferably at most 10%, particularly preferably at most 5%, and most preferably does not change relative to the longitudinal extension of the wall mount. In this way, even if the spacing of the fixing structure relative to the main body changes, the position change of the center of gravity along the longitudinal extension can be prevented or controlled within a certain range.

[0017] At least one counterweight can be fixed in a variable manner in position and / or orientation on the wall mount. The counterweight can be, for example, an inertial mass fixed to the auxiliary body and / or to the main body, so as to compensate for the possible imbalance of the assembly formed by the object to be suspended and the wall mount relative to at least one fixing point, in particular a single fixing point, which preferably fixes the wall mount to the wall by force fit and / or form fit connection. The counterweight can be connected to or in the wall mount, and / or to or in the object to be suspended, for example, by force fit and / or form fit and / or integral connection. The counterweight can be selected, for example, from a group of counterweights of different masses. The scale information about the positioning of at least one auxiliary body relative to the main body that can be read on the wall mount can be associated with the selection information in order to select a prescribed counterweight for installation on the wall mount and / or on the object carried by the wall mount. Therefore, the scale information can show which counterweight of the group of counterweights of different masses should be fixed to the wall mount and / or which position on the wall mount is configured.

[0018] The control mechanism may, for example, include a toothed surface on each auxiliary body, and a gear meshing with the toothed surface of the auxiliary body and rotatably mounted on the main body. Since the gear (in particular, the gear specifically rotatably mounted relative to the main body) meshes with the toothed surface of the auxiliary body, a predetermined mobility of the auxiliary mechanism relative to the main body can be achieved by designing the structure of the gear and the toothed surface. The toothed surface formed or arranged on one side of the auxiliary body may, for example, be configured as a rack-type element and therefore have a straight main extension axis. Preferably, the first main extension axis of the toothed surface of the first auxiliary body is oriented parallel to the second main extension axis of the toothed surface of the second auxiliary body. In this case, the serrated (upper) surface refers to a toothed surface formed by a plurality of teeth. The gear and / or at least one toothed surface may be configured as an involute or cycloidal or helical tooth profile.

[0019] The fixing structure can be configured as an interface for fixing the wall mount to the wall, for example, by a fixing device, in particular by a nail or a screw. In this case, the fixing structure can, for example, form a receiving channel or a lug for passing a fixing device, such as a nail or a screw, to fix the wall mount to the wall. Typically, the fixing structure on one side of the wall mount can allow the wall mount to be fixed to the wall force-fitted and / or form-fitted and / or integrally. Therefore, the fixing structure can include a magnet or a magnetizable device, by which the wall mount can be fixed to the wall using magnetic force. Alternatively or additionally, the fixing structure on one side of the wall mount can be configured as a suction device, such as a suction cup, so that the wall mount can be pressed or fixed to a smooth surface using negative pressure. This makes it possible to fix the main body to a smooth tile of the wall by a suction cup, wherein the wall mount can map two fixing points on the object side to a single fixing point on the wall, in particular one suction cup of the main body and a fixing point of the wall.

[0020] Alternatively or additionally, the body may be fixed or secured by a hook and loop connection, ie engagement of a hook and loop connection element (eg a barb element) with a wall comprising a hook and loop connection mating component (eg a loop mating element).

[0021] The fixing structure can, for example, be (a) arranged and / or configured as an interface that is centrally arranged or formed (in particular, specifically arranged or formed) on the longitudinal extension of the main body, and / or (b) can be arranged or configured (in particular, specifically) as an interface that is on both sides of the center of the longitudinal extension of the main body and at the same distance from the center. The fixing structure of the main body can be configured so that it is arranged or configured relative to the center of gravity of the main body and / or at the center of gravity of the assembly including the main body and the auxiliary body, or arranged or configured symmetrically to the center of gravity. The configuration arranged centrally relative to the longitudinal extension allows, in the case of an interface comprising multiple fixing points, the fixing points to extend in a vertical line so that, for example, in the case of fixing the wall mount to a tiled wall, these vertically extending fixing points can be oriented to align with the gaps in the tiles.

[0022] A clamping and / or latching device can be provided, which acts in a clamping or latching manner on a movement of at least one auxiliary body relative to the main body, in particular on a movement of all auxiliary bodies relative to the main body. In this case, the latching mechanism can be configured, in particular specifically configured, as a mechanism that acts directly between two auxiliary bodies. For example, a latch finger formed on a first auxiliary body engages directly with a matching latching structure formed on a second auxiliary body. Alternatively or additionally, in order to form the clamping and / or latching device, the latch finger of the first auxiliary body can engage or act, in particular directly, on a tooth flank of the second auxiliary body and / or on a sprocket arranged between the two auxiliary bodies. In this way, in the case of the latch finger engaging in the tooth flank, the tooth flank can assume a dual function, on the one hand as part of the latching device and on the other hand as part of the positive displacement mechanism.

[0023] In addition to the method, the present invention also relates to a device comprising a wall mount as described herein and a leveling device as described herein. In this case, the leveling device may include a connection interface, through which the leveling device can be connected to the wall mount in a predetermined position and orientation relative to the wall mount, in particular connected to the wall mount in a force-fit and / or form-fit manner. The connection between the connection interface on one side of the leveling device and the wall mount can preferably be configured to at least withstand the dead weight of the wall mount. In other words, the wall mount can be supported or held by holding the leveling device. Thus, by holding the leveling device, the wall mount can be positioned and oriented on the wall in a comfortable manner, and optionally held during the fixing step of fixing the wall mount to the wall. After the wall mount is oriented and / or fixed to the wall (for example, after it is screwed to the wall), the connection between the wall mount and the leveling device can be separated. Thus, the leveling device can be used to fix another wall mount as described herein.

[0024] In this case, since the leveling device includes a handle protruding perpendicularly to its main extension plane, operability can be improved. By fixing the leveling device to this handle, the leveling device can be comfortably positioned on the wall and the direction of the leveling device and the wall mount can be adjusted in a state connected to the wall mount. In particular, holding the wall mount and the leveling device with one hand enables the other hand to orient it and draw marks on the wall (for example, using a pen), and / or the other hand to insert the fixing device into the wall to fix the wall mount to the wall. The leveling device can, for example, include a spirit level arranged or formed in or on the leveling device in a detachable or non-detachable manner.

[0025] The invention also relates to a method of mounting an object on a wall using the wall mount described herein and / or using the device described herein.

[0026] The main body can, for example, have a cuboid basic shape. The main extension axis of the main body can, for example, extend or be oriented parallel to the main extension axis of at least one, in particular two, auxiliary bodies. The main body can, for example, describe or define a volume, wherein the auxiliary bodies are arranged in the retracted state with their longitudinal extension, which is at least partially, preferably mostly, particularly preferably completely located within the volume of the main body. The main body can, for example, be configured as a structure with at least one at least partially, in particular completely, closed wall, or as a structure with at least one at least partially, preferably completely, grid-like wall. Preferably, all walls of the main body are configured as closed walls or grid-like walls.

[0027] The end section on one side of the auxiliary body can have a flush transition with the main body in the retracted state at least on one surface, preferably on all surfaces.

[0028] The main body may define a receiving space in which the auxiliary body is at least partially, preferably mainly, received. The main body may be in the shape of an elongated cube, wherein the first auxiliary body is arranged at a first end face of the main body and the second auxiliary body is arranged at an end face of the main body opposite to the first end face of the main body. The auxiliary body can preferably be moved into or out of the receiving space of the main body through an opening of the receiving space associated with the respective end face. The end face of the main body is, for example, a short side surface which is oriented perpendicular to the wall during the intended fixing of the main body to the wall.

[0029] The main body and / or the auxiliary body may, for example, have a rectangular cross-sectional shape. The wall mount may, for example, be configured or intended to be mounted on a substantially vertically oriented wall. The axes of motion of the first auxiliary body and the second auxiliary body may be oriented parallel to each other. Preferably, the axes of motion of at least two auxiliary bodies coincide in their projection. It is also possible that the axes of motion of at least two auxiliary bodies may coincide in space (i.e. from a three-dimensional perspective).

[0030] The connecting portion on the retaining structure side of at least one retaining structure side can be configured to be inserted into the receiving portion on the auxiliary body side only in a predetermined orientation. For this purpose, the connecting portion to be received in the receiving portion can be conical or tapered towards its end facing the receiving portion. For example, the connecting portion on the retaining structure side is configured to be wedge-shaped or wedge-shaped. The receiving portion can include openings on both sides, such as a first side opening for introducing the connecting portion on the retaining structure side, wherein the second opening (second side opening) extends laterally to the moving path for introducing the connecting portion on the retaining structure side, the connecting portion on the retaining structure side being used to receive a hook element arranged or formed on the connecting portion. In this case, the hook element is engaged through the second side opening during the movement of the retaining structure to the receiving portion on the auxiliary body side.

[0031] The hook element on the side of the holding structure can be configured to be variable, in particular so that it can be arranged in its extension direction perpendicular to the main extension direction of the wall mount. Thus, the hook element can be configured according to the configuration of the object or in a manner adapted to the configuration of the object and is thus variable in length at least perpendicular to the main extension plane of the wall mount and / or perpendicular to the main extension plane of the wall when the wall mount is arranged as intended on the wall. For example, different widths of picture frames (e.g., picture frames) can be adjusted.

[0032] The fixing structure may comprise a single interface, in particular a single fixing point, for fixing the wall mount to the wall. This achieves the advantage that only one fixing to the wall is required. For example, if the wall is tiled, drilling a hole only once at the intersection of the tile gaps is sufficient to fix the object to the wall via the wall mount. Thus, the wall mount can be connected or fixed to the wall via a single fixing device, such as a screw and / or a nail and / or a suction cup.

[0033] The fixing structure preferably comprises a single interface, in particular a single fixing point, for fixing the wall mount to the wall in a force-fit and / or form-fit manner. That is to say, for example, that the wall mount is fixed to the wall mount by a single force-fit and / or form-fit connection or by a single fixing point forming a force-fit and / or form-fit connection. Optionally, in addition to the single force-fit and / or form-fit connection, a further connection can be provided by an integral connection (for example by means of an adhesive). Thus, the wall mount can be pre-fixed and / or anti-rotationally fixed by means of an integral connection or an adhesive, and a more load-bearing connection of the wall mount to the wall can be achieved by means of, in particular, a single force-fit and / or integral connection.

[0034] In addition to a single fixing point, for example, a fixing structure can be provided comprising at least two fixing points or two fixing interfaces for fixing the wall mount to the wall, wherein the at least two fixing points are located on a common straight line, wherein the direction of the straight line is perpendicular to the main extension axis of the wall mount and / or the main body and / or at least one auxiliary body. Typically, a tile wall surface comprises gaps between the individual tiles, which gaps form a rectilinear grid. In this case, the gaps extend horizontally and vertically. An optional configuration of the wall mount is to comprise at least two fixing points extending in a straight line, which means that the fixing points can be fixed to the wall so as to be aligned with the gaps extending in a straight line. Optionally, in the final installed state, the straight line of the at least two fixing points is oriented vertically so that the main extension axis of the wall mount and / or the main body and / or at least one auxiliary body has a horizontal orientation.

[0035] The wall mount can, for example, comprise an adapter, wherein the adapter comprises a receiving portion for receiving the body in a force-fit and / or form-fit and / or integral manner, and a fixing portion. The fixing portion is used to fix the adapter to the wall in a force-fit and / or form-fit and / or integral manner. The body is preferably connected or fixed to the wall or can be fixed to the wall only via the adapter. The adapter can be connectable to the wall by a particularly single force-fit or form-fit connection. Optionally, in addition to the particularly single force-fit or form-fit connection, the adapter can be connectable to the wall or connected to the wall by an integral connection, for example using an adhesive.

[0036] All advantages, details, embodiments and / or features of the wall mounting according to the invention can be transferred or applied to the device according to the invention and the method according to the invention and vice versa. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] The present invention will be described in more detail with reference to the embodiments in the accompanying drawings, in which:

[0038] Figure 1 is a schematic diagram of a wall-mounted bracket in a pushed-in state according to an embodiment;

[0039] Figure 2 is a schematic diagram of a wall-mounted bracket in an extended state according to an embodiment;

[0040] Figure 3 is a schematic exploded view of an object fixed to a wall by a wall mount;

[0041] Figure 4 is a schematic diagram of an object fixed to a wall by a wall mount;

[0042] Figure 5 is based on Figure 2 A schematic full cross-sectional view of the wall bracket cut along the section line VV in FIG.

[0043] Figure 6 is based on Figure 2 A schematic detail diagram of detail A in FIG.

[0044] Figure 7 is based on Figure 6 A schematic detail diagram of detail B in FIG.

[0045] Figure 8 is a schematic perspective view of a holding structure according to an embodiment;

[0046] Fig. 9 is based on Fig.10 A left schematic side view of an arrangement including a wall mount and a leveling device;

[0047] Fig.10is a schematic front view of an arrangement including a wall mount and a leveling device according to an embodiment;

[0048] Figures 11 to 13 are schematic perspective views of retaining structures of different embodiments;

[0049] Fig.14 is a schematic perspective view of an adapter including two fixing ears for receiving a main body according to an embodiment;

[0050] Fig.15 is a schematic perspective view of an adapter including one (single) fixing ear for receiving a main body according to an embodiment;

[0051] Fig.16 is based on Fig.15 A schematic side view of an adapter;

[0052] Fig.17 is based on Fig.15 A schematic front view of an adapter;

[0053] Fig.18 is a schematic perspective view of an adapter according to an embodiment, the adapter including a securing pin for receiving a main body;

[0054] Fig.19 is to include a leveling device and have a Fig. 20 A left schematic side view of an exploded arrangement of a wall mount bracket of an adapter of the main body;

[0055] Fig. 20 is a schematic front view of an assembled arrangement including a leveling device and a wall mount bracket having an adapter for receiving a main body according to an embodiment;

[0056] Fig.21 is to include a leveling device and have a Fig. 22 A left schematic side view of an exploded arrangement of a wall mount bracket of an adapter of the main body;

[0057] Fig. 22 is a schematic front view of an assembly device including a leveling device and an adapter for receiving a main body according to an embodiment;

[0058] Fig.23 is a schematic plan view of a holding device provided with a holding structure;

[0059] Fig.24 is a schematic side view of an object secured to a wall via a wall mount. DETAILED DESCRIPTION

[0060] The drawings show a wall mount 1 for holding an object 2 on a wall 3, which comprises (a) a body 4 having at least one fixing structure 5 for fixing the wall mount 1 to the wall 3. In this case, the fixing structure can be configured in the form of a receiving portion for receiving a fixing device 18, for example as a hanging ear 30 or a groove.

[0061] The wall bracket 1 further comprises at least two auxiliary bodies 6, 7, which are movably mounted on the main body 4, and each auxiliary body has at least one holding structure 8, 9 for holding the object 2 on the wall bracket 1, wherein at least two holding structures 8, 9 are mounted on the main body 4 via the auxiliary bodies 6, 7 so that each holding structure 8, 9 can move relative to the fixed structure 5. Figure 1 In the embodiment, the auxiliary bodies 6 and 7 are in the inserted state, and in Figure 2 In each state, the main body 4 is in the maximum extension state. Figure 1 shown in Figure 2 In the figure, the main body 4 is only schematically represented by dot-dash lines so that the elements and structures arranged inside the main body 4 can be clearly seen.

[0062] It can be seen that the main body 4 has a recess configured as an elongated slot 25 or as a longitudinal groove (not shown) for receiving a mating element (such as a pin 26) formed or arranged on at least one auxiliary body 6, 7. Figure 1 and Figure 2 As shown, the elongated slot 25 and the pin 26 serve as movement limitations, in particular as end position limitations, for the movement 14 of the auxiliary bodies 6, 7 relative to each other and / or for the movement 14 of at least one auxiliary body 6, 7, in particular all auxiliary bodies 6, 7 of the wall bracket 1, relative to the main body 4.

[0063] At least one holding structure 8 , 9 , in particular all holding structures 8 , 9 of the wall mounting 1 may be connected or connectable to the object 2 by force fit and / or form fit and / or integral connection. Figure 3 and Figure 4 It is shown how an object 2 is connected to a wall mount 1 by means of a fastener configured as a hook device 10 and how the wall mount 1 is fixed to a wall 3 by means of a fixing device 18. For this purpose, the fixing device 18 can be configured, for example, as a screw which is screwed into the wall 3 provided with an expansion plug (not shown), wherein the screw is guided through a hook ear 30 on the side of the wall mount.

[0064] At least one holding structure 8 , 9 , in particular all holding structures 8 , 9 of the wall mounting 1 can be configured as a hook device 10 for hooking into at least one hook receptacle 11 of the object 2 .

[0065] At least one holding structure 8, 9, in particular all holding structures 8, 9 of the wall bracket 1 can be detachably fixed in the auxiliary body 6, 7 or fixed on the auxiliary body 6, 7. Figure 8 As shown in the example in, the auxiliary body 6, 7 may include a receiving portion 31, into which the retaining structure 8, 9 may be inserted. For example, the retaining structure 8, 9 includes a retaining or hook portion 28 (including a hook), and a connecting portion 27 for receiving in the receiving portion 31 on the auxiliary body side. The connecting portion 27 of the retaining structure 8, 9 may have a shape that tapers toward the bottom end, so that, for example, a clamping connection can be achieved. The conical shape of the connecting portion 27 of the retaining structure 8, 9 may also interact in a centered manner with the corresponding shape of the receiving portion 31 on the auxiliary body side, while they move together and / or in a clamping manner at least in the end position.

[0066] See also Figure 1 , Figure 2 and Figure 5 , at least two auxiliary bodies 6, 7 can be mounted in or on the main body 4 so that the at least two auxiliary bodies 6, 7 are, for example, only linearly movable. It can be seen that the auxiliary bodies 7, 8 are mounted in the main body 8 in a linearly movable manner via a rail-like guide portion of the main body 4. In this case, the main body 4 is viewed in cross section (see Figure 5 ), the main body 4 defines or delimits an inner space, in which the two auxiliary bodies 7, 8 are at least partially (preferably mostly) received. In addition, the gear 17 is rotatably mounted in the inner space, in particular on the main body 4. At least one auxiliary body 7, 8, preferably both auxiliary bodies 7, 8 can present an L-shaped cross section, wherein the second auxiliary body 8 and / or the gear 17 is arranged or can be arranged in a surface portion of the first auxiliary body 7 defined by the two L-shaped sides in the cross section. See Figure 5 , the second auxiliary body 8 can receive the gear 17 at least partially in a surface portion defined by two L-shaped sides in its cross section. Figure 5 The gear 17 may, for example, include a bearing journal which is formed integrally with the gear 17 and which is rotatably received in a bearing recess of the body 4 .

[0067] The position and / or orientation of at least one auxiliary body 6, 7, preferably all auxiliary bodies 6, 7 relative to the main body 4 can be displayed using the display device 12. Thus, the display device 12 can provide information to the user of the wall bracket 1, for example via the scale 32, which information is related to the position and / or orientation of at least one auxiliary body 6, 7 relative to the main body 4. Fig.10, for example, a scale 32 is arranged or formed in the region of the elongated slot 25, wherein the relative position of the pin 26 relative to the scale 32 can indicate the extent to which at least one auxiliary body 6, 7 is pulled out. Since in the illustrated embodiment, both auxiliary bodies 6, 7 are coupled in a movable manner relative to the main body 4 by a constraint mechanism (Zwangsmechanismus), reading the scale value related to the position of the pin 26 (the pin 26 is only fixed to a single auxiliary body 6 or is associated with a single auxiliary body 6) can also provide instructions related to the relative position of the second auxiliary body 7 relative to the main body 4 and / or relative to the first auxiliary body 6. The scale 32 can be associated with a numerical value, such as a spacing value. Alternatively or additionally, the scale value can indicate the type and / or quality of the object 2 to be fixed using the wall bracket 1 and / or the object 2 to be fixed. Therefore, the user of the wall bracket 1 can implement the wall bracket 1 by a limited movement of one or more auxiliary bodies 6, 7 relative to the main body 4 according to the object 2 to be held and / or the quality of the object, and the limited movement is visually assisted by the scale 32 or marking.

[0068] The at least two auxiliary bodies 6, 7 can be coupled to the main body 4 via a control mechanism 13, for example, so that the at least two auxiliary bodies 6, 7, during a movement 14 relative to the main body 4, at least partially, in particular completely, assume a predetermined position relative to the main body 4 in a constrained manner. In other words, the control mechanism 13 makes it possible for the at least two auxiliary bodies 6, 7 to assume only a predetermined distance ratio relative to the main body 4.

[0069] In this case, the control mechanism 13 can, for example, control the mobility or movement 14 of the auxiliary bodies 6, 7 relative to the main body 4, so that as long as the auxiliary bodies 6, 7 are displaced, pulled out or moved relative to the main body 4, the center of gravity of the wall bracket 1 changes by a maximum of 15%, preferably by a maximum of 10%, particularly preferably by a maximum of 5%, and most preferably does not change relative to the direction of the longitudinal extension of the wall bracket 1.

[0070] Alternatively or additionally, the control mechanism 13 may include toothed surfaces 15, 16 located on each auxiliary body 6, 7, and a gear 17 meshing with the toothed surfaces 15, 16 of the auxiliary bodies 6, 7 and rotatably mounted on the main body 4. Figure 2 In the embodiment shown, the meshing of the gear 17 with the toothed surfaces 15 , 16 and the mounting of the gear 17 in or on the body 4 result in a constrained control of the movement of the auxiliary bodies 6 , 7 relative to the body 4 .

[0071] The fixing structure 5 can be configured as an interface for fixing the wall bracket 1 to the wall 3 by a fixing device 18 (especially by a nail or a screw). The fixing structure 5 can be used as a through-hole member (such as a hanging ear 30), which is arranged or formed in the center 19 of the main body 4 and is used to receive the fixing device 18 (such as a screw).

[0072] The fixing structure 5 can be, for example, (a) arranged and / or configured as an interface arranged or formed in the middle of the longitudinal extension of the main body 4, and / or (b) arranged or configured as an interface (not shown) on both sides of the center 19 of the longitudinal extension of the main body 4 and at the same distance from the center 19. In other words, the interface (i.e., the lug 30) can be arranged or formed, for example, to be mirror-symmetrical, in particular to be mirror-symmetrical relative to the center 19 of the main body 4. Therefore, the main body 4 can be fixed to the wall 3 by a plurality of fixing devices 18.

[0073] like Figure 2 and Figure 6 As shown, for example, a clamping and / or latching device 22 can be provided, which acts in a clamping or latching manner on the movement 14 of at least one auxiliary body 6, 7 relative to the main body 4. Thus, the clamping and / or latching device 22 can respectively latch the mobility of at least one auxiliary body 6, 7 relative to the main body 4, or only allow its movement after overcoming a predetermined holding force. For this purpose, the latch finger 20 can protrude into the intermediate space of the toothed surface 15, 16 of the auxiliary body 6, 7 in a latching manner.

[0074] For example, a latch finger 20 is associated with the first auxiliary body 6, the latch finger 20 being in particular configured as an integral component of the material of the first auxiliary body 6. In this case, the latch finger 20 can interact with the toothed surface 16 of the second auxiliary body 7 or engage in the intermediate space thereof. Thus, the toothed surface 16 of the second auxiliary body 7 can assume a dual function: (a) a function of meshing with the gear 17, and (b) a function of interacting with the latch finger 20.

[0075] Fig. 9 and Fig.10A device comprising a wall mount 1 as described herein and a leveling device 23 is shown. The leveling device 23 may include a connection interface 24, by which the leveling device 23 can be connected to the wall mount 1 in a predetermined position and orientation relative to the wall mount 1, in particular in a force-fit and / or form-fit manner. For this purpose, the wall mount 1 may include a mating connection interface 21, which corresponds to the connection interface 24 of the leveling device 23. In the connected state of the connection interface 23 and the mating connection interface 21, this connection can be configured to support the wall mount 1 by holding the leveling device 23. In other words, the connection between the leveling device 23 and the wall mount 1 is configured to withstand at least the dead weight of the wall mount 1 without causing the connection to loosen. For example, this can be achieved by a force-fit and / or form-fit connection (e.g. a snap-on connection). The leveling device 23 may, for example, include a spirit level 33, which is detachably or non-detachably fixed to the main bracket of the leveling device 23. The connection interface between the wall mount 1 and the leveling device 23 can be configured, for example, so that the wall mount 1 and the leveling device 23 can only be placed together relative to each other in a single, determined orientation. Preferably, the leveling device 23 and the wall mount 1 can be placed together, in particular, specifically placed together, so that the longitudinal axis of the level 33 on one side of the leveling device and the longitudinal axis of at least one auxiliary body 6, 7 and / or at least one main body 4 are oriented parallel to each other.

[0076] The invention also relates to a method for mounting an object 2 on a wall 3 using a wall mount 1 as described herein and / or using a device as described herein. In this case, the method can, for example, provide that in a first method step, a leveling device 23 is connected to the wall mount 1. The wall mount 1 can then be positioned or placed together with the leveling device 23 on the wall 3. In this case, it may prove to be advantageous if the leveling device 23 comprises a handle 29, by means of which the leveling device 23 and in particular the wall mount 1 connected to the leveling device 23 can be carried or handled. After positioning the leveling device 23 and the wall mount 1 on the wall 3 and leveling the wall mount 1, the wall mount 1 can be fixed by means of fixing means 18, for example screws, which are guided through the lugs 30 and connected to the wall 3. After the wall mount 1 has been fixed to the wall 3 by means of the fixing means 18, the leveling device 23 can be removed from the wall mount 1. Finally, at least one auxiliary body 6, 7 (in particular, two auxiliary bodies 6, 7) can be moved relative to the main body 4 in order to adjust the spacing of the first and second holding structures 8, 9 (in particular, the hook device 10) relative to each other to meet the requirements for connecting the object 2 to the wall bracket 1. The movement or adjustment of the auxiliary bodies 6, 7 relative to the main body 4 can be carried out before and / or during and / or after the wall bracket 1 is fixed to the wall 3.

[0077] See also Figures 1 to 4 , Fig. 9 , Figures 15 to 17 Preferably, the fixing structure 5 of the wall-mounted bracket 1 includes a single interface or a single fixing point for fixing the wall-mounted bracket 1 to the wall 3. The single interface or the single fixing point is configured as a hanging ear 30.

[0078] Figures 11 to 13 A further alternative embodiment of the retaining structure 8, 9 is shown. Fig.11 The holding structure 8 shown in , comprises a positioning portion 34, which is particularly configured as a positioning surface. A mating structure of the object 2 to be fixed to the wall bracket 1 can be placed (particularly due to gravity) on the positioning portion 34. In particular, the positioning portion 34 and the mating structure of the object 2 comprise corresponding contact surfaces. The positioning plane of the positioning portion 34 can be oriented, for example, at right angles to the embedding or insertion movement axis of the connecting portion 27 of the auxiliary body 6, 7, which is associated with the positioning portion 34.

[0079] At least one holding structure 8, 9 can be configured to establish a connection with the object 2 by magnetic force. For this purpose, at least one holding structure 8, 9 can be equipped with or include at least one magnet. In this case, the holding structure 8, 9 can, for example, hold the object 3 only by magnetic force. Alternatively, the holding structure 8, 9 can hold the object 3 by magnetic force and also by a form-fit connection.

[0080] exist Fig.12 In the embodiment, the retaining structure 8, 9 comprises a hook device 10 having a mushroom head shape. In particular, in the state where the fixing structure 8, 9 is finally mounted on the auxiliary body 6, 7, the central axis and / or the symmetry axis of the hook device 10 is perpendicular to the central longitudinal axis and / or the main extension axis of the wall bracket 1 and / or the main body 4 and / or the auxiliary body 6, 7.

[0081] See also Fig.13 At least one retaining structure 8, 9 can be configured as a groove or at least one retaining structure 8, 9 includes at least one such groove, and at least one retaining structure 8, 9 is configured to receive an engaging device on the object side, wherein the engaging device is indirectly or directly fixed to the object 2, which will be fixed to the wall 3 via the wall mounting bracket 1.

[0082] A holding device 36 can be fixed in the receiving portion 31 of the auxiliary body 6, 7, wherein the holding device 36 comprises at least two holding structures 8, 9. Preferably, the spacing of the holding structures 8, 9 of the holding device 36 is constant or variable. In the final installation state of the holding device 38, at least two holding structures 8, 9 arranged on one side of the holding device are positioned or received in the receiving portion 31 of the auxiliary body 6, 7. The holding device 36 can, for example, include a receiving groove 37, in which an object 2 to be fixed to the wall 3 by the wall bracket 1 can be fixed. For example, the object is a flower pot (not shown), wherein the size of the receiving groove 37 is such that the flower pot can be received or held therein in a form-fitting manner. The main extension plane of the groove 37 can, for example, be oriented so as to be at right angles to the main extension plane of the wall 3 and / or the wall bracket 1 in the final installation state.

[0083] Figures 14 to 18 Adapters 38 are shown, each of which comprises a receiving portion 48, into which or with which the body 4 can be connected in a force-fitting and / or form-fitting manner, in particular the body 4 can be detachably or non-detachably connected to the adapter 38. For example, the receiving portion 48 at least partially surrounds at least two sides of the body 4, preferably at least partially surrounds at least three sides of the body 4. The surface of the adapter 38 defining the receiving portion 48 can, for example, be provided with a latch for latching to a corresponding structure of the body 4. At least partially surrounding the body 4 is preferably to ensure a clear orientation of the body 4 and the adapter 38. Centering and / or orientation structures can be integrally or additionally present or configured on the body 4 and the adapter 38, which structure specifies a predetermined orientation and positioning of the body 4 and the adapter 38 when the body 4 and the adapter 38 are placed together. The fixing of the body 4 and the adapter 38 can be carried out, for example, by bonding and / or snap connections.

[0084] In addition, the adapter 38 may include at least one fixing lug 39 for guiding the passing of the fixing device 18. Fig.14In the embodiment, the adapter 38 comprises two fixing ears 39, 39', preferably, at least two fixing ears 39, 39' are oriented perpendicularly to the main extension axis of the wall bracket 1 and / or the main body 4 and / or the first and / or second auxiliary body 6, 7. When the wall bracket 1 is used as intended, the fixing ears 39, 39' can be located on a vertical extension line, so that when the wall bracket 1 is fixed to wall tiles, the fixing device 18 guided through the fixing ears 39, 39' can be fixed at the gaps of the wall tiles in the wall 3 respectively. In other words, the fixing structure 5 can, for example, include at least two fixing points or two fixing interfaces for fixing the wall bracket 1 to the wall 3, wherein at least two fixing points are located on a common straight line 52, wherein the straight line 52 is oriented perpendicularly to the main extension axis of the wall bracket 1 and / or the main body 4 and / or at least one auxiliary body 6, 7, see Fig.14 .

[0085] In addition, from Fig.14 An adhesive receiving space 40 can also be seen. The adhesive receiving space 40 is, for example, arranged or formed on the side of the adapter 38 facing the wall 3 (particularly the main extension surface). An adhesive (not shown) can be arranged in the adhesive receiving space 40, by means of which the adapter 38 can be integrally connected to the wall 3. The adhesive receiving space 40 may include at least one through hole 41, 41, which provides a fluid transmission connection between the adhesive receiving space 40 and the main body 4 and / or between the adhesive receiving space 40 and the surface of the adapter 38 located at the top, bottom and / or side. For example, at least one through hole 41, 41' leads to a surface of the adapter 38, which surface is at least partially, preferably mostly, and particularly preferably completely covered and / or contacted by the main body 4 in the final installed state. The surface of the adapter 38 is Fig.17 Visible in.

[0086] The adapter 38 comprises a fixing portion 53 for fixing the adapter 38 to the wall 3 , in which case the fixing portion 53 can be configured as an adhesive receiving space 40 and / or at least one fixing lug 39 , 39 ′.

[0087] The adapter 38 may comprise an anti-twist device (not shown) on its surface facing the wall 3. The anti-twist device may, for example, comprise at least one spike or at least one point, wherein, in the final mounted state of the adapter, the spike and / or point rests against the wall surface or penetrates into the wall surface, thereby forming an anti-twist protection of the adapter on the wall surface. The actual fixing of the adapter 38 may, for example, be carried out by means of the fixing device 18 and / or by means of an adhesive, wherein for this purpose the anti-twist device forms a structure between the adapter 38 and the wall 3 that essentially ensures the anti-twist protection.

[0088] For example, at least two through holes 41, 41' are provided so that the first through hole 41 can be used to introduce adhesive from the outside into the adhesive receiving space 40, while the second through hole 41' can be used as a pressure compensation opening. The second through hole 41' can also indicate the state of sufficient adhesive introduced into the adhesive receiving space 40 through the first through hole 41, because excess adhesive is visible and / or excess adhesive can flow out through the second through hole 41'.

[0089] Optionally, the adhesive receiving space 40 has different volumes or different cross-sectional areas in its longitudinal extension direction. In particular, the cross-sectional area of ​​the adhesive receiving space 40 may expand the channel surface along its longitudinal extension direction from the first through hole 41 to the second through hole 41', see arrow 42. Further preferably, starting from the expanded portion of the channel surface (see arrow 42), the channel surface may be reduced in the process of continuing to extend toward the second through hole 41' along the longitudinal extension direction, see arrow 43. Fig.15 .

[0090] In accordance with Fig.15 In the embodiment of the present invention, both the adapter 38 and the main body 4 include hanging ears (i.e., the hanging ears 30 or the fixing hanging ears 39, 39'). The fixing device 18 can be guided through or engaged through these two hanging ears so as to fix the wall bracket 1 to the wall 3. In addition, the adapter 38 can be provided with an adhesive surface (not shown) on its side facing the wall, so that the anti-rotation protection of the wall bracket 1 on the wall can be achieved by the adapter 38.

[0091] Fig.18 An adapter 38 is shown, which instead of comprising a fixing lug 39, 39' comprises a fixing projection, in particular a fixing pin 43, wherein the fixing projection or the fixing pin 43 can at least be used to engage with a fixing structure 5 on the body side, for example with a lug 30 of the body, which lug 30 can optionally be used to guide the fixing device 19 through in order to fix the body 4 (without the adapter 38) to the wall 3. The lug 30 of the body 4 can thus fulfil a dual function, on the one hand, it can be used as a receiving lug for the fixing device 19 when the body 4 is directly fixed to the wall 3 by means of the fixing device 19; on the other hand, said receiving lug of the body 4 can be used to receive the fixing pin 43 when the body 4 is fixed to the wall 3 by means of the adapter 38.

[0092] If the adapter 38 includes a fixing protrusion (e.g., a fixing pin 43), at least two arrangements or usages of the leveling device 23 are possible. For example, the leveling device 23 includes at least one fixing area 44, which is particularly configured to receive the openings 45, 45' for temporarily fixing the leveling device 23 to the main body 4 and / or the adapter 38. In the fixed state of the leveling device 23 and the main body 4 and / or the adapter 38, the spirit level 33 can be used to horizontally align the main body 4 or the adapter 38.

[0093] exist Figures 19 to 22 In the embodiment shown, the leveling device 23 comprises a base body 49 having a first receiving opening 45 and a further receiving opening 45'. Fig. 20 As shown, the first receiving opening 45 can be configured to at least partially surround the fixing structure 5 of the main body 4. The receiving opening 45 on the base body side serves together with a part of the main body 4 (in particular with a structure of the main body 4 that defines the fixing structure 5 from the outside) as a centering device and / or guide, and optionally additionally for force-fitting and / or form-fitting fixing of the base body 49 and the main body 4. For this purpose, as Fig. 20 As shown, the leveling device 23 may be arranged in a first position relative to the adapter 38 .

[0094] exist Fig. 22 In the figure, the second position of the leveling device 23 relative to the adapter 38 can be seen; for this purpose, another interface of the adapter 38 (for example another receiving opening 45') is connected to a fixing protrusion on the adapter side, in particular to a fixing pin 43 of the adapter 38. Such a connection can, for example, prevent relative rotation when the leveling device 23 and the adapter 38 are in the assembled state. For this purpose, for example, at least one contact portion 46, 46' which at least partially restricts the first receiving opening 45 and / or at least one contact portion 46, 46' adjacent to the first receiving opening 45 can come into contact with a mating contact portion 50, 50' of the adapter 38. According to Fig. 22 In the illustrated embodiment, the base 49 includes two contact portions 46 , 46 ′ which are spaced apart from each other and which, in the assembled state of the leveling device 23 and the adapter 38 , are in contact with two mating contact portions 50 , 50 ′ of the adapter 38 to prevent relative rotation of the leveling device 23 and the adapter 38 .

[0095] A connecting groove 51 in the base body 49, which extends in particular in a straight line, can extend at least from the first receiving opening 45 to the second receiving opening 45'. The connecting groove 51 can establish or support the elastic behavior of at least one region defining the receiving openings 45, 45'. In particular, the connecting groove can realize a clamping function for the receiving openings 45, 45' by weakening the structure of the base body 49 in a targeted manner.

[0096] Fig.24 , a fixing device 47 is shown, which fixes the object 2 to be fixed to the wall 3 by the wall bracket 1 in a way that prevents it from being lost or accidentally falling off. In other words, the fixing device 47 allows the object 2 to be fixed to the main body 4 and / or at least one auxiliary body 6, 7 and / or at least one adapter 38 by form fit and / or force fit, so that the object 2 cannot be separated without exerting influence on the fixing device 47. For example, one end of the fixing device 47 is in contact with the main body 4 and / or at least one auxiliary body 6, 7 and / or at least one adapter 38, and the other end is in contact with the object 2 to be fixed. The fixing device 47 may include a pre-tightening device (not shown) and / or be configured to be elastically deformable so that the fixing device 47 applies pressure to the object. Alternatively or additionally, the fixing device 47 is configured so that the fixing device 47, together with the retaining structure 8, 9, surrounds the object 2 to be fixed on at least three sides. Optionally, the fixing device 47 can be fixed to the main body 4 and / or the at least one auxiliary body 6 , 7 and / or the at least one holding structure 8 , 9 in a detachable (ie non-destructively detachable) manner.

[0097] Reference numerals

[0098] 1 Wall bracket

[0099] 2 Objects

[0100] 3 Walls

[0101] 4 Main Body

[0102] 5 Fixed structure

[0103] 6 The first auxiliary body

[0104] 7 Second auxiliary body

[0105] 8. First retaining structure

[0106] 9 Second holding structure

[0107] 10 Hook device

[0108] 11 Hook receiving part

[0109] 12 Display device

[0110] 13 Control Agency

[0111] 14. Mobile

[0112] 15 6 tooth surface

[0113] 16 7 tooth surface

[0114] 17 Gear

[0115] 18 Fixtures

[0116] 19 4 or 1 center

[0117] 20 Latch Finger

[0118] 21 1 matching connection interface

[0119] 22 Latch device

[0120] 23 Leveling device

[0121] 24 23 connection interface

[0122] 25 slots

[0123] 26 Pins

[0124] 27 5 connection part

[0125] 28 5 of the holding part

[0126] 29 23 handle

[0127] 30 Mounting ears

[0128] 31 6, 7 receiving part

[0129] 32 scale

[0130] 33 Level

[0131] 34 Positioning part of 8 and 9

[0132] 35 Jointing device

[0133] 36 Holding device

[0134] 37 Receiving groove

[0135] 38 Adapter

[0136] 39, 39' 38 fixed lugs

[0137] 40 Adhesive receiving space 38

[0138] 41, 41' 38' through hole

[0139] 42 Double arrow (area of ​​the expanded channel surface of 40)

[0140] 43 38 fixing pin

[0141] 44 23 fixed area

[0142] 45, 45' 23 receiving openings

[0143] 46, 46' 23 contact

[0144] 47 Fixtures

[0145] 48 38 receiving part

[0146] 49 23 base

[0147] 50, 50' 38 mating contact part

[0148] 51 38 connection groove

[0149] 52 Straight Line

[0150] 53 38 fixed part

Claims

1. A wall mount (1) for holding an object (2) on a wall (3) (3), the wall mount (1) comprising: - a main body (4) having at least one fixing structure (5) for fixing the wall bracket (1) to the wall (3), and - at least two auxiliary bodies (6, 7), which are movably mounted on the main body (4) and each auxiliary body has at least one holding structure (8, 9) for holding the object (2) on the wall bracket, wherein the at least two holding structures (8, 9) are mounted on the main body (4) via the auxiliary bodies (6, 7) so that each auxiliary body can be moved relative to the fixed structure (5).

2. The wall-mounted bracket (1) according to claim 1, characterized in that: At least one holding structure (8, 9), in particular all holding structures (8, 9) of the wall bracket (1) are connected or connectable to the object (2) by force fit and / or form fit and / or integral connection.

3. The wall-mounted bracket (1) according to claim 1 or 2, characterized in that: At least one holding structure (8, 9), in particular all holding structures (8, 9) of the wall bracket (1) are configured as a hook device (10), and the hook device (10) is used to hook into at least one hook receiving portion (11) of an object (2).

4. A wall bracket (1) according to any one of the preceding claims, characterized in that At least one holding structure (8, 9), in particular all holding structures (8, 9) of the wall bracket (1) are detachably fixed in or on the auxiliary body (6, 7).

5. A wall bracket (1) according to any one of the preceding claims, characterized in that At least two auxiliary bodies (6, 7) are mounted in or on the main body (4) so ​​that the at least two auxiliary bodies (6, 7) are in particular movable only linearly.

6. A wall bracket (1) according to any one of the preceding claims, characterized in that The position and / or orientation of at least one auxiliary body (6, 7), preferably all auxiliary bodies (6, 7) relative to the main body (4) can be displayed using a display device (12).

7. A wall bracket (1) according to any one of the preceding claims, characterized in that At least two auxiliary bodies (6, 7) are coupled to the main body (4) via a control mechanism (13), so that during a movement (14) relative to the main body (4), the at least two auxiliary bodies (6, 7) at least partially, in particular completely, occupy a predetermined position relative to the main body (4) in a constrained controlled manner.

8. The wall-mounted bracket (1) according to claim 7, characterized in that: The control mechanism (13) controls the mobility of the auxiliary bodies (6, 7) relative to the main body (4) so ​​that the center of gravity of the wall-mounted bracket (1) changes by a maximum of 15%, preferably by a maximum of 10%, particularly preferably by a maximum of 5%, and most preferably does not change relative to the longitudinal extension direction of the wall-mounted bracket (1).

9. The wall-mounted bracket (1) according to claim 7 or 8, characterized in that: The control mechanism (13) includes a tooth surface (15, 16) on each auxiliary body (6, 7) and a gear (17) meshing with the tooth surface (15, 16) of the auxiliary body (6, 7) and rotatably mounted on the main body (4).

10. A wall bracket (1) according to any one of the preceding claims, characterized in that The fixing structure (5) is configured as an interface, which is used to fix the wall bracket (1) to the wall (3) by means of a fixing device (18), in particular by means of nails or screws.

11. The wall-mounted bracket (1) according to claim 10, characterized in that: The fixing structure (5): - arranged or configured as an interface arranged or formed in the longitudinal extension direction of the body (4), and / or - Arranged or configured as interfaces on both sides of the center (19) of the longitudinal extension of the body (4), and the interfaces on both sides have the same distance from the center (19).

12. A wall bracket (1) according to any one of the preceding claims, characterized in that The fixing structure (5) is a single interface for fixing the wall bracket (1) to the wall (3), in particular in a force-fitting and / or form-fitting manner.

13. A wall bracket (1) according to any one of the preceding claims, characterized in that The fixing structure (5) comprises at least two fixing points, which are used to fix the wall bracket (1) to the wall (3), in particular to fix the wall bracket (1) to the wall (3) in a force-fitting and / or form-fitting manner, wherein the at least two fixing points are located on a common straight line (52), wherein the straight line is oriented perpendicular to the main extension axis of the wall bracket (1) and / or the main body (4) and / or at least one auxiliary body (6, 7).

14. A wall bracket (1) according to any one of the preceding claims, characterised in that The clamping and / or latching device (22) acts on the movement (14) of at least one auxiliary body (6, 7) relative to the main body (4) in a clamping or latching manner.

15. A wall bracket (1) according to any one of the preceding claims, characterised in that An adapter (38), wherein the adapter (38) comprises a receiving portion (48) and a fixing portion (53), wherein the receiving portion (48) is used to receive the main body (4) in a force-fitting and / or form-fitting and / or integral manner, and the fixing portion (53) allows the adapter (38) to be fixed to the wall (1) in a force-fitting and / or form-fitting and / or integral manner, and the main body (4) is preferably connected to the wall (3) only via the adapter (38).

16. A device comprising a wall mount (1) according to any one of the preceding claims and a leveling device (23), wherein the leveling device (23) comprises a connection interface (24), and the leveling device (23) can be connected to the wall mount (1) in a predetermined position and orientation relative to the wall mount (1) through the connection interface, in particular, connected to the wall mount (1) in a force-fit and / or form-fit manner.

17. A method for mounting an object (2) on a wall (3) using a wall mount (1) according to any one of claims 1 to 15 and / or using a device according to claim 16.

Images