WO2013149835A1

WO2013149835A1 - Mounting system, especially to be mounted on a wall provided with a mineral surface cover, method for mounting a mounting system, and method for retrofitting a socket fastening element

Info

Publication number: WO2013149835A1
Application number: PCT/EP2013/055847
Authority: WO
Inventors: Günter Eulen
Original assignee: Dural Gmbh & Co. Kg
Priority date: 2012-04-05
Filing date: 2013-03-20
Publication date: 2013-10-10
Also published as: DE102012006915A1

Abstract

Disclosed is a mounting system, especially to be mounted on a wall provided with a mineral surface cover (70, 71), comprising a structural element (10) for receiving a longitudinally extending socket fastening element (50). Said structural element has a contact surface on the rear to mount the structural element and extends longitudinally along a direction of installation (21) running parallel to the contact surface. The structural element further has a reception zone (30) for receiving the socket fastening element, said reception zone also running parallel to the direction of installation and being arranged in a central region of the structural element, along a transverse direction (22) that runs parallel to the contact surface and perpendicular to the direction of installation. The dimension of the reception zone in the transverse direction is adapted to a given mounting width of the socket fastening element perpendicular to the longitudinal extension of the socket fastening element. Parallel to the reception zone, the structural element has a first fastening zone (41) and a second fastening zone (42), both of which extend along the direction of installation. The first fastening zone protrudes from the reception zone in the transverse direction and parallel to the contact surface on a first side, while the second fastening zone protrudes from the reception zone in the transverse direction and parallel to the contact surface on a second side. The mounting system includes at least a first covering element (61) and a second covering element (62), the first covering element being designed to partially cover the first fastening zone and the second covering element being designed to partially cover the second fastening zone.

Description

DESCRIPTION

title

Mounting system, in particular for mounting on a mineral

Surface cladding provided wall, method of mounting a mounting system and method of retrofitting a socket fastener

State of the art

The invention relates to a mounting system, in particular for mounting on a provided with a mineral surface clothing wall, comprising a structural element, wherein the structural element is provided for receiving a longitudinally extended socket fastening element.

Furthermore, the invention relates to a method for mounting a mounting system,

in particular for mounting on a wall provided with a mineral surface covering, wherein the mounting system has a structural element for receiving a longitudinally extending socket fastening element.

Furthermore, the invention relates to a method for retrofitting a socket fastening element, in particular on a provided with a mineral surface clothing wall.

From the prior art, for example from the document DE 10 2005 022 441 A1, socket fastening elements are well known. Such socket fastening elements are generally elongated, in particular rail-like, formed and have at least two, but preferably at least three, electrically insulated from each other lines, by means of the connection of sockets in a simple and modular way is possible.

The main advantage of such socket-fastener is that at the time of installation of the socket-fastener no decision must be made at what point exactly (along the longitudinal extent of the

Socket fastener) a socket or a plurality of

Sockets should be positioned or should. Thus, the use of such socket-fastening elements, initially only to install the socket-mounting elements in a room and only when you use the room to decide where exactly a socket or a plurality is to be positioned. This allows a greater flexibility in the use of the electrical installation of the room and also allows to make a simple, fast and cost-effective change in the location of sockets in case of a change of use.

A disadvantage of known socket fasteners, however, that at the time of installation of such elements is often not known or can not be decided or should, on which walls or in which areas or wall areas such socket-fasteners are ever necessary or useful. Against this background, it is disadvantageous that the complete or quasi-complete

Equipping a room or multiple rooms of a building with the socket fastening elements is typically relatively expensive. A

Retrofitting the equipment with socket-fastener is not given with known systems and especially for the case of attachment to a provided with a mineral surface clothing, especially tiles, wall comparatively expensive.

Disclosure of the invention

The invention has for its object to provide a mounting system, in particular for mounting on a provided with a mineral surface clothing wall, a method for mounting a mounting system and a method for retrofitting a socket fastener indicate that does not have the disadvantages of the prior art and a simple, fast and safe installation of the mounting system - especially on a provided with a mineral surface clothing, such as a tile covering, wall - with a simple and cost-effective retrofitting of

To connect socket fastening elements.

This object is achieved by a mounting system, in particular for mounting on a provided with a mineral surface clothing wall, comprising a structural element, wherein the structural element is provided for receiving a longitudinally extending socket-fastening element, wherein the structural element

~ has a rear side provided for mounting the structural element bearing surface and

is formed longitudinally along a direction of installation extending parallel to the installation surface,

wherein the structural element is also a parallel to the installation direction extending receiving portion for receiving the socket-fastening element, wherein the receiving area along a direction parallel to the contact surface and perpendicular to the installation direction transverse direction in a central region of

Structural element is arranged, wherein the extension of the receiving area in

Transverse direction is adapted to a predetermined mounting width of the socket-fastening element perpendicular to the longitudinal extent thereof, wherein the structural element parallel to the receiving region has a first attachment region and a second attachment region, wherein both the first and the second

Fastening area are formed running along the installation direction, wherein the first attachment portion of the receiving area in the transverse direction and parallel to

Contact surface on a first side and the second attachment area the

Receiving area in the transverse direction and parallel to the contact surface on a second side dominated, wherein the mounting system has at least a first cover and a second cover, wherein the first cover is formed for partial overlap of the first mounting portion and wherein the second cover for partially covering the second mounting portion formed is.

It is thus possible in accordance with the present invention in an advantageous manner that in a modular way a covering of the edge region of the mineral

Surface clothing at the side of the mounting system, i. especially above the

Mounting system or below the mounting system (with horizontally extending

Installation direction or attachment of the mounting system), is given by the first and second cover. It can thereby be made in particular by a visually and aesthetically pleasing design of this edge region of the mineral surface clothing by designing the first and second cover member. For example, it is advantageously possible according to the invention that the first and second cover element is provided with a surface coating, for example a film-like surface coating, and thus can be adapted in terms of its visible side to a very wide variety of requirements in a comparatively simple manner.

According to a preferred embodiment of the mounting system according to the invention, it is provided that the receiving area is designed for selectively receiving the socket fastening element or for fastening a third cover.

This makes it possible according to the invention in a particularly advantageous manner that in a simple manner after installation of the structural element adaptability, flexibility and variability not only in the edge region of the mineral surface clothing, but also in terms of occupancy or placement of the receiving area of the structural element of the mounting system is given , According to the invention, the receiving area can optionally be equipped with the socket-mounting element or equipped with the third cover. According to the invention, this optional loading is also possible in sections, ie in a first subregion (along the installation direction of the structural element) the receiving region of the structural element is equipped with the socket fastening element and in a second subregion (along the

Installation direction of the structural element), the receiving area of the structural element is equipped with the third cover. According to the invention, it is also particularly advantageous that a simple way of changing the placement of the

Receiving area of the structural element or a change in the placement of the receiving area of the structural element in a partial area (along the

Installation direction) of the structural element is possible. This means that equipping the receiving region of the structural element or equipping the receiving region of the structural element in a partial region (along the direction of installation) of

Structural element, which is first carried out with the socket-fixing element, then can be done with the third cover and vice versa, a placement of the receiving area of the structural element or a placement of the receiving area of the structural element in a partial area (along the installation direction) of

Structural element, which is initially carried out with the third cover, in time

can then be done with the socket-fastener. In such a case, it may be necessary that in the receiving area of a portion of the structural element, wherein the receiving area is covered with the third cover, a current-carrying connection or a power connection option - for example in the form of a simple connection cable - up to another portion of the

Structural element is provided, in which the receiving area is equipped with the socket fastening element. According to the invention is also particularly advantageous that below the first cover an additional cable (or more additional cable) and / or below the second cover another

additional cable (or more additional cables) and / or below the third cover element (s) another additional cable (or more additional cables) is performed, ie that the additional cable (s) and / or the additional additional cable (the other additional cables) are of a different type than the power supply cable of the socket-mounting element (or of the same kind, but also as a power cable for a socket fastener). For example, the additional cable and the additional additional cable may be Ethernet network cables or telephone cables, or also cables for transmitting audio signals (for example for connecting loudspeakers or the like). According to the invention, it is further preferred that the structural element is provided for attachment to the wall by means of the first and second attachment region such that the first and second attachment region respectively between the wall and the mineral surface clothing by means of mortar material for attachment of the mineral

Surface clothing is attached. For this purpose, both the first attachment region and the second attachment region preferably have recesses, in particular in the form of apertures. Through the recesses or through the openings penetrates the mortar material during assembly of the mineral surface clothing and the

Structural element, i. at a time when the mortar material is still malleable, so that after curing of the mortar material stable attachment of both the mineral surface clothing and the structural element (by means of

Attachment area) results. According to the invention, it is thereby possible with particular advantage that an aesthetically pleasing design of the visible side of the edge region of the mineral surface clothing is possible.

It is further preferred that the mounting system faces away from the contact surface

Visible side, wherein a part of the visible side is formed by a front which is arranged parallel to the contact surface, wherein the front through at least part of the visible side facing surface of the first cover member, through at least part of the visible side facing surface of the second cover member and is formed by a part of the visible side facing surface of either the socket fastening element or the third cover. In particular, it is thereby advantageously possible according to the invention that - in the mounted state of the first, second and third cover element - no or only comparatively small gaps between the first cover and the third cover and between the third and second cover are provided and that at least partially in the transverse direction (ie in a typical installation situation of the mounting system on a substantially vertically extending wall surface in the vertical direction) over the area at least of the receiving area and of parts of the first and second

Mounting area one (except for small gap between the first and third

Covering and the third and second cover) flat and aesthetically pleasing surface is guaranteed.

According to the invention, it is particularly preferred if the depth (in the mounted position), ie the distance between the contact surface and the front side of the cover elements is about 20 mm, in particular 19 mm or 19, 5 mm or 20 mm or 20.5 mm or 21 mm. It is thereby advantageously possible to carry out an integration of existing socket fastening elements in the receiving area. This makes it possible in a particularly advantageous manner that the effective height of the visible side of the mounting system (ie the height above the surface of the mineral surface clothing) is comparatively low, for example 8 to 12 mm.

According to a first embodiment of the present invention, it is preferred that the first cover member and the second cover member is part of the structural member.

With such an embodiment according to the first embodiment of the present invention, it is possible in a simple manner, the structural element and thus the

Mounting system simple, robust and inexpensive to manufacture.

According to a second embodiment of the present invention, it is preferred that the first cover member and the second cover member are formed as separate from the structural element elements.

With such an embodiment according to the second embodiment of the

It is advantageously possible for the present invention (in the case of a different type of first and second cover element) to be identical (and preferably made of one

cost-effective material) structural element that the first and second

To vary cover and provide depending on the desired appearance. Furthermore, it is also advantageously possible according to the invention to tune the first and second cover element to different heights (or depths) of the mineral surface clothing.

According to the invention, it is furthermore preferred according to the second embodiment variant of the present invention that the structural element has a first fastening element and a second fastening element, wherein the first covering element is a third

Fastening element and the second cover a second

Fastening element, wherein the first cover is attached to the structural element by means of the first and third fastening elements and wherein the second

Covering element is attached to the structural element by means of the second and fourth fastening elements.

As a result, it is particularly preferably possible according to the invention for the first and third fastening elements to form a first clip connection in the assembled state and for the second and fourth fastening elements to form a second clip connection in the assembled state.

It is thereby possible in a particularly simple and secure manner to connect the first and second cover member with the structural element and yet a large variability and to provide flexibility in the appearance of the visible side of the mounting system and easy retrofit capability.

According to the invention it is further preferred that the structural element on the one hand and at least the first cover member and / or the second cover member and / or the third cover member on the other hand are made of different materials.

This makes it advantageously possible according to the invention, in particular the first, second, and / or third cover made of a material with a high-quality or high-quality surface, so that the visible side of the mounting system is high-quality or high-quality for a viewer.

Furthermore, it is preferred according to the invention for a connection unit to be mounted in a partial area of the reception area along the installation direction, in particular a connection unit for connecting Ethernet network components.

Furthermore, it is preferably provided that the first cover element and / or the second cover element are formed rounded with respect to their visible side to the mineral surface clothing.

This makes it advantageously possible according to the invention, a particularly aesthetic

Appearance of the mounting system in mounted condition.

The present invention also relates to a method for assembling a

Mounting system, in particular on a wall provided with a mineral surface clothing, wherein the mounting system has a structural element for receiving a longitudinally extending socket-fastening element, wherein the structural element ~ has a back provided for mounting the structural element bearing surface and

wherein the structural element is also a parallel to the installation direction

extending receiving portion for receiving the socket-fastening element, wherein the receiving area along a direction parallel to the contact surface and perpendicular to the installation direction transverse direction in a central region of

Structural element is arranged, wherein the extension of the receiving area in

Transverse direction is adapted to a predetermined mounting width of the socket-fastening element perpendicular to the longitudinal extent thereof, wherein the structural element has a first attachment region and a second attachment region, wherein both the first and the second attachment region along the installation direction are formed extending, wherein the first mounting portion of the receiving area in the transverse direction and parallel to the contact surface on a first side and the second

Mounting area projects beyond the receiving area in the transverse direction and parallel to the contact surface on a second side, wherein for mounting the mounting system in a first method step, the structural element by means of the first and second

Attachment area is attached.

According to the invention, it is particularly preferred that, in a second method step, a first cover element for covering a part of the first fastening region and a second cover element for covering a part of the second fastening region are fastened to the structural element.

According to the invention, it is further particularly preferred that in a third

Step of the receiving area is optionally connected to the socket-fixing element or covered with a third cover.

Furthermore, the present invention also relates to a method for retrofitting a socket-fastening element, in particular on a wall, wherein in one

preparatory process step

the method according to the invention for the assembly is carried out with the first and the second method step, and

~ The receiving area is covered with a third cover, wherein in a retrofitting process step, the third cover removed and the socket fixing element is fixed instead of the third cover on the receiving area.

Further details, features and advantages of the invention will become apparent from the

Drawings and from the following description of preferred

Embodiments with reference to the drawings. The drawings illustrate only exemplary embodiments of the invention, which the essential

Do not limit the idea of the invention.

Brief description of the drawings

Figure 1 shows schematically an example of the mounting system in a perspective view, wherein the receiving area in sections with the third cover and partially equipped with the socket-mounting element.

FIG. 2 shows schematically an example of a device according to the invention

Mounting system in a sectional view perpendicular to the installation direction of the structural element, wherein the

Receiving area is equipped with the third cover.

Figure 3 shows schematically another example of the mounting system in a sectional view perpendicular to the installation direction of the structural element, wherein the receiving area is equipped with a socket-fastening element.

FIG. 4 shows schematically a representation of a partial region of the

Mounting system with a connection unit.

Embodiments of the invention

In the various figures, the same parts are always provided with the same reference numerals and are therefore usually named or mentioned only once in each case.

1 shows a mounting system according to the invention is shown in a perspective view. The mounting system comprises, in addition to a structural element 10, at least a first (upper) cover element 61 and a second (lower) cover element 62. The structural element 10 is used to receive an elongated socket fastening element 50. The structural element 10 has a recess for receiving the socket outlet fastening element 50 Recording area 30 on. In Figure 1, the receiving portion 30 is partially equipped with the third cover 63 and partially with the socket-fixing element 50. The mounting system is intended for mounting on in particular a wall and in particular in the interior of a room, wherein the wall is - at least partially and at least on one side of the mounting system according to the invention covered with a mineral surface clothing. The mineral surface clothing according to the invention is in particular tiles or stoneware or porcelain stoneware or other ceramic materials. The mineral surface clothing is in Figure 1 above the mounting system (ie on one side of the mounting system parallel to the installation direction 21, along which the Socket fastener 50 and the structural element 10 extends) with the

Reference numeral 70 designates and below the mounting system (i.e., on the other side of the mounting system parallel to the installation direction 21) denoted by the reference numeral 71.

FIG. 2 shows an example of a mounting system according to the invention in one

Sectional view shown perpendicular to the installation direction 21 of the structural element 10, wherein the receiving area 30 is equipped with the third cover 63.

FIG. 3 shows a further example of the mounting system in a sectional view perpendicular to the installation direction 21 of the structural element 10, the receiving area 30 being equipped with a socket fastening element 50.

According to the invention, a first embodiment shown in FIGS. 1 and 2 and a second embodiment variant shown in FIG. 3 are provided for realizing the first and second cover elements 61, 62. In the first embodiment according to Figure 1 and 2, the first and second cover 61, 62 integral with the

Structural element 10 is provided, i. the structural element 10 is provided in one piece and comprises the first and second cover element. The assembly of the mounting system therefore requires only the assembly of the structural element 10 (which in the first embodiment comprises the first and second cover member) and the arrangement optionally either the socket-fastening element 50 or the third cover member 63 in the receiving area 30 of the structural element 10. In the second embodiment variant according to Figure 3, the first and second cover member 61, 62 is not provided integrally with the structural element 10, ie the structural element 10 and the first and second cover elements 61, 62 are designed as separate elements or components, so that also different combinations, in particular for the variation of the shaping or the rounding and the surface of the visible side of the cover elements or for varying the overall height ( in particular for adaptation of the cover elements 61, 62 or the mounting system to different high (ie, a different thickness having mineral surface coverings) are possible. The assembly of the

Mounting system therefore requires the assembly of the structural element 10, then the assembly of the first and second cover 61, 62 and further the arrangement optionally either the socket-mounting element 50 or the third cover 63 in the receiving area 30 of the structural element 10th

According to both embodiments, the structural element 10 comprises a bearing surface 20 provided on the rear side for mounting the structural element 10. Furthermore, that is

Structural element 10 along the parallel to the contact surface 20 extending Installation direction 21 (in Figures 2 and 3 perpendicular to the plane, see also Figure 1) extends longitudinally formed. The receiving region 30 also extends parallel to the installation direction 21 and optionally serves to receive the socket fastening element 50 or the third cover element 63. The receiving region 30 is along a transverse to the contact surface 20 and perpendicular to the installation direction 21 transverse direction 22 in a central region of the structural element 10, wherein the extension of the receiving area 30 in the transverse direction 22 is adapted to a predetermined mounting width of the socket-fastening element 50 perpendicular to its longitudinal extent. The structural element 10 also has a first one

Fastening region 41 and a second fastening region 42, wherein both the first fastening region 41 and the second fastening region 42 are designed to extend along the installation direction 21, wherein the first fastening region 41 extends the receiving region 30 in the transverse direction 22 and parallel to the contact surface 20 on a first side (FIG. namely according to all embodiments consistently above, ie above the receiving area 30) and the second mounting portion 42, the receiving portion 30 in the transverse direction 22 and parallel to the contact surface 20 on a second side (namely according to all embodiments consistently below, ie below the receiving area 30) surmounted. The first cover 61 now serves to cover a portion of the first mounting portion 41, in which the edge region of the mineral

Surface clothing 70 is located above the mounting system, and the second

Cover element 62 serves to cover part of the second attachment region 42, in which the edge region of the mineral surface clothing 71 is located below the mounting system.

According to the invention, it is particularly advantageously possible that the receiving area 30 can be optionally provided with the socket-fastening element 50 or can be covered with the third cover 63. Thus, it is possible according to the invention that first the structural element 10 is mounted (according to the first

Embodiment variant with the first and second cover 61, 62 and in the second embodiment, then performing a further mounting step for mounting the first and second cover 61, 62), wherein subsequently in such wall sections (the wall, on or on the mounting system mounted), in which with certainty or with high probability sockets are needed, the socket-fastening element 50 is fixed in the receiving area 30 of the structural element 10 and in such wall sections, in which only with a lesser

Probability sockets are needed (but it is also not excluded that sockets are needed), initially only the third cover 63 is mounted, so that the initial installation costs can be kept lower than equipping all wall sections with the socket-fastening element 50.

In all embodiments, it is provided according to the invention that the

Cover elements (ie the third cover 63 and in the second embodiment, the first cover 61 and the second cover 62) and the structural element 10 cooperate such that a stable attachment of the cover 61, 62, 63 results in the structural element 10, however, both a simple installation and a simple removability, ie a simple disassembly option exists. These are the

Structural element 10 and the third cover 63 (and in the case of the second

Embodiment variant, the structural element 10 and the first and second cover 61, 62 with projections and recesses formed such that it in the assembled state of the cover 61, 62, 63 to a slight mutual deformation and thus to a state of stress between the structural element 10 and the cover 61st , 62, 63 is coming.

With regard to the attachment of the third cover element 63 to the structural element 10, a fastening region 104 is formed on the structural element 10 (in the receiving region 30). The fastening region 104 has a recess or a receptacle in the cross section of the structural element 10 (in the lower region of the receiving region 30) and a bulge or projection (in the upper region of the receiving region 30) into which a fastening region 631 of the third covering element 63 engages or cooperates. The attachment region 631 of the third cover element 63 has (in the cross section of the third cover element 63) a projection or bulge (for arrangement in the lower region of the receiving region 30) and a recess or a receptacle (for arrangement in the upper region of the receiving region 30) , wherein the attachment by means of bias between the respective operatively connected surfaces of the

Mounting portion 104 and the mounting portion 631 of the third cover 63 is carried out.

As is schematically indicated in FIG. 2 with reference to an element 66 arranged in the receiving region 30, it is possible according to the invention to guide one or more additional cables in the receiving region 30.

According to the second embodiment (Figure 3), the first and second cover members 61, 62 are mounted on the structural member 10 (i.e., in opposition to the first

Variant not connected in one piece). For this purpose, the structural element 10 has a first fastening element 101 and a second fastening element 102, the first covering element 61 having a third fastening element 61 1 and the second Cover 62 has a fourth fastener 621, wherein the first

Covering element 61 on the structural element 10 by means of the first and third

Fastening elements 101, 61 1 is attached and wherein the second cover member 62 is fixed to the structural element 10 by means of the second and fourth fastening elements 102, 621. In the left part of Figure 3 is an example of a part of the structural element 10 with the first fastener 101 and the first cover 61 with the third

Fastener 61 1 shown in an enlarged view. In the exemplary embodiment of the second embodiment according to FIG. 3, the first one is

Fixing element 101 and the second fastening element 102 each in the form of two in cross-section (perpendicular to the installation direction 21) of the contact surface 20 perpendicular to this projecting cheek-shaped legs, which have a distance from each other in the transverse direction 22 and thereby define a gap. In the exemplary embodiment of the second embodiment according to FIG. 3, the third fastening element 61 1 and the fourth fastening element 621 are each in the form of a cross section (perpendicular to the installation direction 21) from the visible side of the first or the first fastening element 621.

second cover member 61, 62 projecting and in the direction of the contact surface 20 directed towards leg formed, which is intended to engage in the space between the respective legs of the first and second fastener 101, 102. One of the two limbs of the first and second fastening elements 101, 102 (in the present example of FIG. 3, the outer limb, ie, away from the receiving region 30) has at its end remote from the contact surface 20 the space between the limbs of the first and second fastening element 101, 102 reducing projection (in particular in the form of a thickening) on. With this first projection, a second projection cooperates, which is at the third and fourth fastening element 61 1, 621 so slightly spaced from the visible side of the first and second cover member 61, 62, that it at full insertion of the leg of the third or fourth fastening element 61 1, 621 in the intermediate space between the legs of the first and second fastening element 101, 102 to a clamping action and thus an attachment of the first and second cover member 61, 62 on the structural element 10 comes. In addition to the second projection on the third or fourth fastening element 61 1, 621, the third or fourth fastening element 61 1, 621 can also be an insertion aid, for example in the form of a bevel (possibly with a further projection) at the end (ie the visible side of the first and second cover member 61, 62 facing away) of the leg of the third and fourth fastening element 61 1, 621 have.

It is inventively possible, below the first cover an additional cable and / or to guide below the second cover another additional cable. This is shown schematically in FIG. 4: In a partial region of the Receiving portion 30 is mounted along the installation direction 21, a terminal unit 80, which is provided in the illustrated example in the form of a connection unit 80 for connecting Ethernet network components. This will be below the first

Covering element and / or below the second cover a corresponding cable (in the illustrated case, a network cable or a telephone cable) laid as an additional cable or as another additional cable and connected at the location of the connection unit 80 (along the installation direction 21) with the connection unit 80.

Claims

1 . Mounting system, in particular for mounting on a mineral

Surface covering (70, 71) provided wall, comprising a structural element (10), wherein the structural element (10) for receiving an elongated socket fastening element (50) is provided, characterized in that the structural element (10)

~ a rear surface for mounting the structural element (10) provided contact surface

(20) and

~ along a direction parallel to the contact surface (20) extending installation direction

(21) is formed longitudinally extending,

wherein the structural element (10) is also parallel to the direction of installation

(21) receiving receiving portion (30) for receiving the socket fastening element (50), wherein the receiving area (30) along a parallel to the contact surface (20) and perpendicular to the installation direction (21)

extending transverse direction (22) in a central region of the structural element (10) is arranged, wherein the extension of the receiving region (30) in the transverse direction

(22) is adapted to a predetermined mounting width of the socket-fastening element (50) perpendicular to its longitudinal extent, wherein the structural element (10) parallel to the receiving area (30) has a first mounting portion (41) and a second mounting portion (42), both the first and the second attachment region (41, 42) are formed running along the installation direction (21), wherein the first attachment region (41) the

Receiving area (30) in the transverse direction (22) and parallel to the contact surface (20) on a first side and the second mounting portion (42) projects beyond the receiving area (30) in the transverse direction (22) and parallel to the contact surface (20) on a second side, the mounting system comprising at least a first cover member (61) and a second cover member (62), the first cover member (61) being formed to partially cover the first attachment portion (41), and the second cover member (62) partially covering the second cover member (62) Mounting region (42) is formed.

2. Mounting system according to claim 1, characterized in that the

Receiving area (30) for selectively receiving the socket fastening element (50) or for fixing a third cover member (63) is formed.

3. Mounting system according to one of the preceding claims, characterized in that the structural element (10) for attachment to the wall by means of the first and second mounting portion (41, 42) is provided such that the first and second mounting portion (41, 42) respectively between the wall and the mineral surface clothing (70, 71) by means of mortar material for fixing the mineral surface clothing (70, 71) is attached.

4. Mounting system according to one of the preceding claims, characterized

in that the first cover element (61) and the second cover element (62) are part of the structural element (10).

5. Mounting system according to one of the preceding claims, characterized

in that the first cover element (61) and the second cover element (62) are formed as elements separate from the structural element (10).

6. Mounting system according to one of the preceding claims, characterized

characterized in that the structural element (10) has a first fastening element (101) and a second fastening element (102), wherein the first covering element

(61) has a third fastening element (61 1) and the second cover element

(62) has a fourth fastening element (621), wherein the first cover (61) on the structural element (10) by means of the first and third fastening elements (101, 61 1) is fixed and wherein the second cover (62) on

Structural element (10) by means of the second and fourth fastening elements (102, 621) is attached.

7. Mounting system according to one of the preceding claims, characterized

characterized in that the first and third fastening elements (101, 61 1) in the assembled state form a first clip connection, and in that the second and fourth fastening elements (102, 621) form a second clip connection in the assembled state.

8. Mounting system according to one of the preceding claims, characterized

in that the structural element (10) on the one hand and at least the first cover element (61) and / or the second cover element (62) and / or the third cover element (63), on the other hand, are made of different materials.

9. Mounting system according to one of the preceding claims, characterized in that in a partial region of the receiving area (30) along the installation direction (21) a connection unit (80) is mounted, in particular a connection unit (80) for connecting Ethernet network components.

10. Mounting system according to one of the preceding claims, characterized

in that the first cover element (61) and / or the second

Covering element (62) with respect to its visible side to the mineral

Surface clothing are rounded towards formed.

1 1. Method for mounting a mounting system, in particular on one with a

mineral surface clothing (70, 71) provided wall, wherein the

Assembly system has a structural element (10) for receiving an elongated socket fastening element (50), wherein the structural element (10)

(20) and

(21) is formed longitudinally extending,

(22) is adapted to a predetermined mounting width of the socket-fastening element (50) perpendicular to its longitudinal extension, wherein the structural element (10) has a first fastening region (41) and a second fastening region (42), wherein both the first and the second Mounting region (41, 42) along the direction of installation are formed, wherein the first attachment portion (41) the receiving area (30) in the transverse direction (22) and parallel to the contact surface (20) on a first side and the second mounting portion (42) the receiving area (30) in the transverse direction (22) and projecting parallel to the contact surface (20) on a second side, wherein for mounting the mounting system in a first method step, the structural element (10) by means of its first and second attachment portion (41, 42) is attached.

12. The method according to claim 1 1, characterized in that in a second method step, a first cover member (61) for covering a part of the first attachment portion (41) and a second cover member (62) for

Cover a portion of the second mounting portion (42) on the structural element (10) are attached.

13. The method of claim 1 1 or 12, characterized in that in a third method step, the receiving area (30) is selectively connected to the socket fastening element (50) or covered with a third cover (63).

14. A method of retrofitting a socket fastener (50),

in particular on a wall provided with a mineral surface covering (70, 71), wherein in a preparatory method step

the method of assembly according to claim 10 is carried out, and

~ The receiving area (30) is covered with a third cover (63), wherein in a retrofitting process step, the third cover (63) removed and the socket-mounting element (50) instead of the third

Covering element (63) is attached to the receiving area (30).