EP2561157A1

EP2561157A1 - Built-in closet assembly

Info

Publication number: EP2561157A1
Application number: EP11715526A
Authority: EP
Inventors: Heinrich Amlang
Original assignee: TREL Systems AG
Current assignee: TREL Systems AG
Priority date: 2010-04-20
Filing date: 2011-04-18
Publication date: 2013-02-27
Anticipated expiration: 2031-04-18
Also published as: US20140292169A1; EP2561157B1; WO2011131641A1

Abstract

The invention relates to a built-in closet assembly (1), comprising at least one closet element (2) and at least one facing element (3), which adjoins the closet element (2). In order to create a flexible built-in closet assembly, the facing element (3) is fastened to the closet element (2) and aligned with respect to the closet element (2) by means of fastening to the closet element (2).

Description

Built-in wardrobe arrangement

The invention relates to a built-in wardrobe arrangement, a built-in cabinet arrangement with at least one cabinet element and at least one

A clothing element, which adjoins the cabinet element.

A wall / cabinet assembly is already known from the European patent EP 1 870 529 B1, which consists of a combination of a drywall and a living piece of furniture such as a cupboard or a shelf. The wall / cabinet assembly is used as a room divider. Their drywall is constructed in the usual way of horizontal frame profiles, in particular standardized UW profiles, and vertical upright profiles, which are planked with plasterboard. Here are each a stand profile and a side wall element of a

Cabinet or shelves combined into one component.

Furthermore, generally built-in wardrobes are known, which are custom-fit in room niches. This fitting makes the built-in wardrobes a building component. Also, traditional wardrobes require high costs for customization. A tenant will therefore rather not choose a built-in closet. There is also a built-in one

Built-in closet usually not reusable other place, unless a carpentry company disassembled the built-in closet and adapts it to the conditions of a new installation site. On this basis, the present invention seeks to provide a flexible built-in wardrobe arrangement.

This object is achieved by a built-in cabinet arrangement with the features of claim 1. Advantageous embodiments of the mounting arrangement are specified in claims 2 to 15.

According to the invention, a flexible built-in wardrobe arrangement with at least one cabinet element and at least one lining element adjoining the cabinet element is provided by fastening the lining element to the cabinet element and by attaching it to the cabinet element is aligned with the cabinet element. This makes it particularly easy after a successful installation and alignment of the cabinet element or a grouped together to a group of cabinet elements starting from the

Cabinet element, the lining of a gap or the connection of a wall are made. Here, the cabinet elements are designed so that a precise alignment of the lining elements is done to the cabinet elements alone on their attachment. For this purpose, appropriate attachment locations are already provided on the cabinet elements. Since cabinet elements are used in standard dimensions, this type of cabinet is cheaper than known systems and also easier to reuse on other sites, since only the lining elements must be readjusted. Here, the dimensions of the cabinet elements in height and width are to be selected so that they can be used in as many cases unabridged between floor and ceiling at the place of installation. The lining element is customary set of several plate-shaped lining elements together.

In a preferred embodiment, it is provided that the lining element covers a gap between the cabinet element and a wall, a floor and / or a ceiling. This is the case, for example, if that

Cabinet element is placed in an existing wall niche. This

Gap space could also be covered only partially, so that a free standing in the room cabinet element in the room with one or more subsequent short stub walls or a one-sided connected cabinet element in the manner of a room divider also fall hereunder. A not connected to the ceiling

Cabinet element is also conceivable.

Another advantage is the fact that the cabinet element the

Wearing a clothing element. Here, the cabinet element is self-standing stably and can wear the garment element. By wearing is to be understood here that at least a part, in particular a predominant part, of the weight of the

Einkleidungselementes is passed over the cabinet element in the ground. Since the lower ends of the clothing elements are supported on a lower frame profile in the lateral region, certainly a part of the weight of the

Einkleidungselementes introduced directly into the ground. In this case, the lower frame profile is loosely on the ground, as its orientation solely by applying takes place on the cabinet element. Carrying in the sense of this feature means for the garment element that it stands upright on the cabinet element and the floor and in both horizontal directions by a

Attachment is held on the cabinet element. The wider the lateral

Clothing elements are the more the lower frame profile or the floor will wear the clothing elements. Compared to the wall, the ceiling and the floor is a compound only for aesthetic reasons, to cover a gap. This is done using putty or sealants. It is particularly advantageous that seen from the front of the cabinet element, the garment element is formed on all sides circumferentially. Thus, a fit in wall niches in the manner of a built-in wardrobe can be done very easily, especially when walls are not vertical and ceilings or floors are not horizontal.

In a particular embodiment it is provided that the cabinet element has a right and a left side wall, which are interconnected via an upper and a lower construction floor, and on the outer walls of the right and left side walls and the outer wall of the upper

Construction floor investment profiles are attached to which the garment element is attached. About the use of investment profiles are particularly easy to create attachment points for the lining elements on the cabinet element.

It is also advantageous that in each case a groove is arranged in the outer walls of the right and left side walls and the outer wall of the upper construction floor, in which the investment profile is inserted. In the manner of a construction kit, the investment profiles can thus be easily mounted. Instead of the groove, other systems such as strips or holes for pins can be provided on the investment profiles. About the grooves, the investment profiles are advantageously aligned with respect to the front longitudinal edges of the cabinet element. Thus, solely by the installation of the investment profiles and the subsequent attachment of the

Garment elements a millimeter accurate alignment of the front visible surface of the lining elements to the front longitudinal edges of the

Cabinet element achieved. Preferably, the garment member is attached to the right and left side walls and the upper construction floor in such a manner that a front one

Longitudinal edge protrudes by a distance against the clothing element. Thus, the transition between the front longitudinal edge and the lining element can be easily designed visually pleasing. This distance is 0 to 15mm, preferably 0 to 4mm. At a distance of 0mm there is a smooth transition between the front longitudinal edge and the lining element. Alignment and attachment of the upper and lower trim members is accomplished simply by projecting the abutment profiles upwardly with an upper end above the upper structural floor toward a ceiling and projecting downwardly beyond the lower structural floor towards a lower end floor. the lower end engages in a lower frame profile, which lies on the floor, and on the upper ends of the investment profiles, an upper frame profile is attached.

A particularly simple alignment of the lower frame profile to the front longitudinal edges of the cabinet element via on the cabinet element

arranged alignment surfaces.

Preferably, the lining elements are designed as plasterboard and the investment profiles and the frame profiles as drywall typical frame profiles. Thus, with respect to the cladding of the cabinet element, commercially available materials can be used. In an alternative embodiment, the investment profiles and the frame profiles are designed as wood-based material profiles. Since gypsum plasterboard is used as lining elements and thus not as usual the linings made of cabinet-like materials. Here, the same materials are used for the lining elements. Thus, the usual installation options according to DIN in the plasterboard are possible show, such as the use of standard switch boxes for

Light switches or sockets. Also eliminated by the prefabricated

Cabinet elements and plasterboard another woodworking during assembly. The cabinet elements are in the usual way of wood or wood materials. It is particularly advantageous that the lining elements rest on impact from the outside on the right and left side walls and the upper and lower construction floors. This saves a further processing step, such as troweling.

Also, the cabinet element is subsequently easily removable without destroying the clothing formed from the one or more garment elements. For this purpose, in a first step, the investment profiles are loosened from the inside of the cabinet space, the upper and lower construction shelves are loosened from inside the cabinet space and taken out. Then the right and left side walls are removed from the inside of the cabinet space, leaving the investment profiles on the garment element. It may also initially only the investment profiles of the upper and lower construction floors are released and only after removal of the upper and lower construction floors, the investment profiles of the side walls.

It is particularly advantageous that the cabinet element is on a floor. Thus, the garment element can be grown starting from an inherently stable and space-oriented cabinet element. The purpose of the present invention is the simple integration of cabinet elements in standardized drywall. Here drywall is also understood to be created clothing, which is to dress when installing a cabinet in a wall niche. The course of such

Drywall walls are basically defined by frame profiles mounted under the ceilings and on the floor and in particular designed as U - profiles. With these frame profiles on the floor and under the ceiling in particular plug-in vertical profiles are connected and form the

Substructure of a drywall. The invention will be explained in more detail with reference to an embodiment shown in a drawing. Show it:

Figure 1 is a perspective view of an upper portion of a

Built-in wardrobe arrangement,

FIG. 2 shows a view of FIG. 1 on a right side wall according to FIG. 1, FIG. 3 shows a view of a side wall according to FIG. 2,

FIG. 4 shows an enlarged detail of FIG. 2 from the lower region of FIG

Side wall,

FIG. 5 shows a view according to FIG. 4 in an alternative embodiment,

6 shows a view from above of a part of a built-in wardrobe arrangement, and FIG. 7 shows a view according to FIG. 4 in an alternative embodiment.

1 shows a perspective view of an upper portion of a built-in wardrobe arrangement 1, which consists essentially of a cabinet element 2 and an encasing element 3 enclosing it. The

Cabinet element 2 is formed in a conventional manner as a forwardly open and cuboid cabinet body having a right side wall 2a and a parallel thereto and spaced left side wall 2b, the top of an upper construction floor 2c and bottom of a lower construction floor 2d (see Figure 4 ) are interconnected. Here are the top

Construction bottom 2c and the lower construction floor 2d also spaced from each other and arranged parallel to each other. Also, the upper closes

Construction bottom 2c in the region of its upper sides flush with the upper ends of the right and left side wall 2a, 2b from. The right side wall 2a, the left side wall 2b, the upper construction floor 2c and the lower construction floor 2d define a cuboid cabinet space 2e, which can be used in the usual way for the storage of residential objects. To the rear of this cabinet space 2e is completed with a rear wall 2f. If required, this rear wall 2f could also be left out or only partially provided on the rear side of the cabinet element 2.

Furthermore, it can be seen from FIG. 1 that, in a known manner, in the region of the front longitudinal edge 2g of the right-hand side wall 2a and the left-hand side wall 2b and of the respective rear longitudinal edge, a row of plates extending in the longitudinal direction of the right-hand and left-hand side walls 2a, 2b, respectively, are spaced from one another Holes 4 runs. These holes 4 are used to hold carriers, not shown, for shelves 5 or the cultivation of not

shown cabinet doors for closing the cabinet space 2e of

Cabinet element 2. In order to connect these cabinet elements 2 in the sense of a built-in closet flush with a wall, a floor and / or a ceiling, lining elements 3 are provided. In the figure 1, the wall, the ceiling and the floor have not been shown for reasons of clarity. The usage of

Clothing elements 3, which have the function of diaphragms, has the advantage that cabinet elements 2 are used in standard dimensions and the adaptation to the respective installation wardrobe situation takes place via the lining elements 3. An elaborate adjustment of the height and / or the width of the

Cabinet elements 2 deleted. Thus, the cabinet elements 2 can be easily used again at other locations, since only the lining elements 3 must be adapted to the new installation situation.

These clothing elements 3 are preferably made of plasterboard. It can also be other materials such as gypsum fiber boards, wood panels, plastic panels, plastic-coated panels or panels

Wood materials are used. In order to be able to fasten the clothing elements 3 between the floor, the wall or the ceiling, grooves 6 are arranged in the outer walls 2h of the respective right side wall 2a, left side wall 2b or upper construction floor 2c facing a wall or a ceiling. The grooves 6 have a flat and rectangular cross-section, extending in the longitudinal direction of the side walls 2a, 2b and the upper

Construction floors 2c and form a front boundary edge 6a and a rear boundary edge 6b. The front and rear boundary edges 6a, 6b are aligned at right angles to the respective outer wall 2h. Also, this groove 6 in the region of the front longitudinal edge 2g of the side walls 2a, 2b and the upper

Construction floor 2c arranged. The groove 6 has a width b of about 75mm and extends over the entire length of the side walls 2a, 2b and the upper

Construction floor 2c. Here, the distance a between the front

Boundary edge 6a and the front longitudinal edge 2g equal or slightly larger than the thickness d of the cladding element 3 is formed, so that the cladding element 3 is either aligned flush with the front longitudinal edge 2g or few

Millimeter preferably in the range of 1 mm to 4mm springs back.

For the cladding, in each case a contact profile 7 is inserted into the grooves 6 and with the side walls 2a, 2b or the upper construction floors 2c screwed. The screwing can be done from inside or outside. Also clamping attachments are conceivable. The investment profile 7 has the shape of a cuboid bar with a front bearing side 7a, which protrudes from the side walls 2a, 2b and the upper construction floors 2c and is directed forward. The garment element 3 is cut to the dimensions of the intermediate space 8 to be covered between the floor, the wall or the ceiling and the side walls 2a, 2b and the upper construction floor 2c prior to attachment to the investment profile 7. In the area of the ceiling

or the wall, a frame profile 9, in particular a standardized UW-profile made of sheet metal, attached to the ceiling or the wall, the distance and in the present case a horizontal ceiling and an upper horizontal construction floor 2c parallel to the investment profile 7 at the facing Side wall 2a, 2b and the upper construction floor 2c is aligned. The investment profile 7 is preferably formed as a standardized and known from the drywall CW profile made of sheet metal. The CW profile can be particularly easily secured from the inside with the applicant known u-shaped brackets. The CW profile dips here with his legs in the groove 6 and arranged at the lower ends of the legs and inwardly projecting webs are pressed by the clip in the groove bottom. Over a

Threaded screw can be pulled from the inside of the cabinet space 2e from the clip into the groove 6.

In the figure 1 is a detail of a garment element 3 in the form of a

Plasterboard shown at the bottom of the front bearing side 7a of the

Investment profile 7 and the top of the U-shaped frame section 9, in particular its front profile side 9a, is screwed and thus covers the gap 8. A corresponding frame profile 9 on the right wall and another

Although lining element 3 are not shown, they are provided to complete the lining. From the right cladding only one inserted into the groove 6 of the right side wall 2a and fixed there investment profile 7 is shown. It should be emphasized that this investment profile 7 projects beyond the right side wall 2a, the upper gap 8 bridged and inserted into the frame profile 9. This increases the stability in the area of the clothing. It is quite possible, the right investment profile 7 end at the upper end of the right side wall 2a. It is also shown in FIG. 1 that the left side wall 2b is a middle wall and thus also a right side wall 2a is for a second cabinet element 2 adjoining on the left, of which only an upper construction floor 2c is shown.

FIG. 2 shows a view of the right side wall 2a of FIG. 1. In order to show the upper and lower portions of the right side wall 2a in a figure, a middle part of the right side wall 2a is not shown. It is shown in the groove 6 of the right side wall 2a inserted and fixed there investment profile 7 that is inserted with its upper end 7b in the upper frame section 9. The upper end 7b is thus guided in the upper frame profile 9 and lies precisely on the inner surfaces of the legs of the upper frame profile 9. In one embodiment, the upper frame profile 9 can be screwed to the ceiling 1 1. Alternatively, it is possible to cut the investment profile 7 accurately and hang the upper frame section 9 on the upper end 7b of the investment profile 7 and fasten there.

In the lower region of the cupboard element 2 and its right side wall 2a, the casing is formed with a lining element 3 comparable to the upper region of the cupboard element 2 and its right side wall 2a. Also in the lower part of the investment profile 7 is extended with a lower end 7c on the lower construction floors 2d out direction of the bottom 12 addition. On the floor 12, a lower U-shaped frame profile 10 is placed transversely to the cabinet element 2 and fixed to the floor 12. With its lower end 7c, the contact profile 7 projects into the frame profile 2 and is parked there. The lower

Frame profile 10 is hereby aligned with the cabinet element 2, in particular its side walls 2a, 2b. For this purpose, at each cabinet element 2 and below the lower construction floor 2d is a forward facing

Aligned surface 14, whose distance b from the front longitudinal edge 2g of the side walls 2a, 2b at least the width of the lower frame profile 10 and the thickness d of the mounting element 3 corresponds. Then, the installation element 3 and the front longitudinal edge 2g form a plane plane or are flush. In the event that the front longitudinal edge 2g is to protrude from the mounting element 3, the distance b is to be selected correspondingly larger. The alignment surfaces 14 may in one embodiment be formed by the sidewalls 2a, 2b. For this purpose, on the one hand, the side walls 2a, 2b protrude down beyond the lower construction floor 2d and in the region of the front longitudinal edge 2g a rectangular recess 15 is provided, so that a parallel to the front longitudinal edge 2g extending and in relation to this jumping back alignment surface 14 for the lower Frame profile 10 is formed. The lower ends of the side walls 2 a, 2 b can also serve as a footprint for the cabinet elements 2. Alternatively, height adjustable feet 16 may be attached to the underside of the lower structural floor 2d such that in the erected and aligned condition, the lower ends of the side walls 2a, 2b are a short distance from the floor 12.

FIG. 2 shows the installed state of the built-in wardrobe arrangement 1. In the course of installation of the built-in cabinet assembly 1, the cabinet elements 2 are built together and placed in the desired installation position in a first step.

Subsequently, in the embodiment with attached to the ceiling 1 1, the bottom 12 and the walls 13 screwed upper and lower frame sections 9 and 10 and side frame profiles, the frame profiles and this limit the installation space 8 on one side. An alignment of the lower frame profile 9 takes place in that the rear profile side 10 b is applied to the alignment surface 14 of the cabinet element 2. The upper frame profile 9 can be aligned by in the lateral grooves 6 of the side walls 2a, 2b. Any lateral frame profile can be aligned on the basis of the upper and lower frame profiles 9, 10. Subsequently, the investment profiles 7 are inserted into the upper and lateral grooves 6. The investment profiles 7 find in the grooves 6 a clamping stop or there are screwed to the side walls 2a, 2b or the upper construction floor 2c, 2d. Here, the investment profiles 7 are pulled into the groove 6. Here, the lateral investment profiles 7 are inserted at the top and bottom in the U-shaped frame 9, 10 and also fastened there if necessary. Subsequently, the now limited by the frame sections 9, 10 and the investment profiles 7 gap 8 is closed with clothing elements 3. In the embodiment in which the cabinet element 2 or the Cabinet elements 2 wear the cladding with the lining elements 3, the lower frame section 10 is applied with its rear profile side 10b to the alignment surface 14 of the cabinet element 2 in one step. Then the lateral bearing profiles 7 are placed with their lower Eden 7c in the lower frame section 10, the upper frame section 9 placed on the upper ends 7b lateral investment profiles 7 and the lateral investment profiles 7 in the lateral grooves 6 of the cabinet elements 2 moves. In particular, for this purpose, the investment profiles 7 are cut slightly shorter (about 10mm shorter than the clear distance between the ceiling 1 1 and bottom 12), so that the upper frame section 9 can be placed more easily. Then the investment profiles 7 are pushed in the grooves 6 up until the upper frame section 9 comes to the ceiling 1 1 to the plant. Then the investment profiles 7 are attached. Subsequently, the investment profiles 7 are inserted into the upper grooves 6. The

Investment profiles 7 find in the grooves 6 a clamping stop or there are screwed to the side walls 2a, 2b or the upper construction floor 2c, 2d. Here, the investment profiles 7 are pulled into the groove 6. Also, the lateral bearing profiles 7 can be additionally attached to the U-shaped frame 9, 10.

Subsequently, the now limited by the frame sections 9, 10 and the investment profiles 7 gap 8 is closed with clothing elements 3. The

Cabinet element 2 or the cabinet elements 2 cabinet thus transmit their orientation to the clothing elements 3 connected thereto.

In the event that the upper lining elements 3 should not reach the ceiling 1 1 and thus no room height, the upper frame profile 9 is over the

slidable vertical investment profiles 7 to align horizontally. It is also advantageous that the front longitudinal longitudinal edges 2g of the side walls 2a, 2b do not extend to the bottom 13 because of the recess 15. Imbalances of the bottom 13 are thus optically imperceptible.

Also in the figure 2, the upper lining element 3 and the lower

Clothing element 3 not shown or not yet mounted.

FIG. 3 shows a single side wall 2a, 2b in a view from the right or left. From this figure, especially the shape and position of the recess 15 can be seen, which is largely hidden in the Figure 2 of the investment profile 7. FIG. 4 shows an enlarged detail of FIG. 2 from the lower region of the side wall 2a, 2b, which is shown only partially. It can be seen that the distance c at which the side wall 2a, 2b projects beyond the lining element 3 is determined by the distance e, which relates to the depth of the recess 15, the thickness d of the lining element 3 and the width b of the lower frame profile 10 is. In addition, it is shown that the rear profile side 10b of the lower frame profile 10 rests with its outside on the alignment surface 14 formed by the side wall 2a, 2b. The existing gap is just a drawing

Inaccuracy. It can also be seen that the lower end 7c of the contact profile 7 is positively connected between the front and rear legs of the lower

Frame profile 10 is inserted and rests against the inner sides of the opposite legs.

FIG. 5 shows a view according to FIG. 4 in an alternative embodiment. According to this embodiment, the right and left side walls 2a, 2b terminate flush with the underside of the lower construction floor 2d. The cabinet element 2 is supported by height-adjustable feet 16 on the floor 12. The preferably two front feet 16 are in this case arranged so that their front surfaces form the alignment surfaces 14 for conditioning the lower frame profile 10 and the required distance e is maintained. The further embodiment is consistent with that of Figure 4, so that reference is made to the description there.

FIG. 6 shows a top view of part of a built-in wardrobe arrangement. For clarity, the ceiling 1 1, the upper

Frame profile 9 and the upper construction floor 2c omitted. In particular, this figure shows that the gap 8 between the walls 13 and the cupboard element 2 is of a lining element 3, that is supported at the bottom on the lower frame profile 10 and laterally on the contact profile 7. It is also shown that the front longitudinal edge 2g projects forward by a distance c from the clothing element 3.

FIG. 7 shows a view according to FIG. 4 in an alternative embodiment. Instead of forming the upper and lower frame profiles 9 and 10 as standardized UW profiles and the investment profiles 7 as standardized CW profiles profiles made of wood or wood materials are provided. The investment profile 7 has a rectangular cross-section and is provided at the upper and lower ends 7b, 7c with a rectangular pin 17a. The frame profiles 9, 10 are formed as profiles with a rectangular cross-section and a pin groove 17b in order to be able to receive the pin 17a of the contact profile 7 in a form-fitting manner.

From the above figures 1 to 7 it follows that due to the use of one or more cabinet elements 3 in standard dimensions to form a built-in cabinet assembly 1, a circumferential gap 8 is formed to the adjacent walls, the ceiling and the floor. The gap 8 is with

Covered covering elements 3, so that a surrounding the cabinet elements 2 cladding arises. It is particularly advantageous that in an alternative embodiment, the cabinet elements 2 wear the clothing elements 3 and a contact with the walls, the ceiling, the walls and the floor consists only of a filler or sealing joint. It is preferred a seal of mineral materials. The frame profiles used 9 are then not bolted to the floor or ceiling. The lower frame section 9 is only loosely on the ground and the upper frame section 9 is supported on the upper ends 7b of the two investment profiles 7 from. Lateral frame profiles 9 are not present or are screwed to the cabinet elements 2 facing away from the edges of the lining elements 3 for its reinforcement. The right and left lining element 3 are each supported at the top on the upper frame profile 9, at the bottom of the lower frame section 10 and right and left on the investment profile 7 from. The lower lining element 3, which usually only has a height of 50 mm to 150 mm, is fastened only to the lower frame profile 10. If the distance from the walls 13 to the side walls is more than 80 mm, a further contact profile 7 can be set vertically without measuring operation in the precisely positioned upper and lower frame profile 9, 10 as the wall connection.

Also, the cabinet element 2 is subsequently easily removable without destroying the clothing formed from the one or more garment elements 3. The

Cabinet element 2 can thus be easily used at a different location. For this purpose, the investment profiles 7 are released from the inside of the cabinet space 2e in a first step, the upper and lower structural floors 2c, 2d dissolved from inside the cabinet space 2e and taken out. Then, the right and left side walls 2a, 2b are left inside from the cabinet space 2e, leaving the investment profiles 7 taken on the lining element 3. It may also be initially only the investment profiles 7 of the upper and lower construction floors 2c, 2d are released and only after removal of the upper and lower

Construction floors 2c, 2d the investment profiles 7 of the side walls 2a, 2b.

Between the lining elements 3, preferably plasterboard or

Gypsum fiber boards are, and the outsides of the upper and lower

Construction floors 2c, 2d and the right and left side walls 2a, 2b is made a butt joint. Thus, an additional filling between the cabinet elements 2 made of wood or wood materials and the plasterboard or gypsum fiber boards is avoided. In order to bring these plasterboard or gypsum fiber boards particularly close to the construction floors 2c, 2d and side walls 2a, 2b for conditioning, the investment profiles 7 are easily solved before screwing the plasterboard or gypsum fiber boards to the investment profiles 7, then the plasterboard or gypsum fiber boards screwed the investment profiles 7 and then the

Investment profile 7 pulled back into the groove 6 by means of the screw.

The above embodiments describe the arrangement of a

Schrankelementes 2 in a wall niche in the manner of a built-in wardrobe. In the context of the invention, however, it is also possible to provide a cabinet element in a drywall to be newly constructed. The lining elements 3 are then the plates of the drywall. Even such a drywall can then cover a gap in the sense of connecting the cabinet element to a wall or a ceiling. The space to be disguised would then arise only with the installation of the cabinet element 2.

LIST OF REFERENCE NUMBERS

1 built-in wardrobe arrangement

2 cabinet element

2a right side wall

2b left side wall

2c upper construction floor 2d lower construction floor 2e cabinet space

2f back wall

2g front long edge 2h outer wall

3 clothing element

4 holes

5 shelves

6 groove

6a front boundary edge 6b rear boundary edge

7 Investment profile

7a investment page

7b upper end

7c lower end

8 space

9 upper frame profile 9a front profile side

10 lower frame profile 10a front profile side 10b rear profile side

1 1 blanket

12 floor

13 wall

14 alignment surface

15 recess

16 feet

17a cones

17b pin groove a distance b width c distance d thickness e distance

Claims

claims

1 . Built-in wardrobe arrangement (1) with at least one cabinet element (2) and with at least one lining element (3), which adjoins the cabinet element (2), characterized in that the lining element (3) attached to the cabinet element (2) and through the attachment is aligned with the cabinet element (2) to the cabinet element (2).

2. Built-in cabinet arrangement according to claim 1, characterized in that the lining element (3) covers a gap (8) between the cabinet element (2) and a wall (13), a floor (12) and / or a ceiling (1 1).

3. built-in cabinet arrangement according to claim 1 or 2, characterized in that the cabinet element (2) carries the garment element (3).

4. built-in cabinet arrangement according to one of claims 1 to 3, characterized

characterized in that seen from the front of the cabinet element (2) the

Housing element (3) is formed on all sides circumferentially.

5. built-in cabinet assembly according to one of claims 1 to 4, characterized in that the cabinet element (2) of a right and a left side wall (2 a, 2 b), which are interconnected via an upper and a lower construction floor (2 c, 2 d), and on the outer walls (2h) of the right and left side walls (2a, 2b) and the outer wall (2h) of the upper construction floor (2c) investment profiles (7) are attached to which the garment element (3) is attached.

6. built-in cabinet assembly according to claim 5, characterized in that in the outer walls (2h) of the right and left side walls (2a, 2b) and the outer wall (2h) of the upper construction floor (2c) each have a groove (6) is arranged in the the system profile (7) is inserted.

7. Built-in cabinet arrangement according to claim 6, characterized in that the abutment profiles (10) with respect to the front longitudinal edges (2g) of the cabinet element (2) via which the grooves (6) is aligned.

A built-in cabinet assembly according to claim 6 or 7, characterized in that the garment member (3) is fixed to the right and left side walls (2a, 2b) and the upper construction floor (2c) in such a manner that a front one

Longitudinal edge (2g) protrudes by a distance (e) against the clothing element (3).

9. Einbauschrankanordnung according to any one of claims 6 to 8, characterized in that the investment profiles (7) upwardly with an upper end (7 b) on the upper construction floor (2 c) in the direction of a ceiling (1 1) protrude and down over the lower construction floor (2 d) in the direction of a bottom (1 1) with a lower end (7 c) out, the lower end (7 c) engages in a lower frame profile (10) which lies on the bottom (13), and on the upper ends (7b) of the investment profiles (7) an upper frame profile (9) is attached.

10. Built-in cabinet assembly according to claim 9, characterized in that the lower frame profile (10) with respect to the front longitudinal edges (2g) of the

Cabinet element (2) is aligned on the cabinet element (2) arranged alignment surfaces (14).

1 1. Built-in cabinet arrangement according to one of claims 1 to 10, characterized

in that the lining elements (3) are designed as gypsum plaster boards and the contact profiles (7) and the frame profiles (9, 10) as drywall-typical frame profiles.

12. built-in cabinet arrangement according to one claims 1 to 10, characterized

in that the lining elements (3) are designed as gypsum plaster boards and the abutment profiles (7) and the frame profiles (9, 10) are formed as wood-material profiles.

13. Built-in cabinet assembly according to claim 1 1 or 12 to 10, characterized

in that the lining elements (3) abut against the right and left side walls (2a, 2b) as well as the upper and lower structural bottoms (2c, 2d).

14. Einbauschrankanordnung according to one claims 1 to 13, characterized characterized in that for an expansion of the cabinet element (2) from the cladding element (3) the abutment profiles (7) from the inside of the cabinet space (2e) are detachable, the upper and lower structural floors (2c, 2d) from the inside of the cabinet space (2e ) are detachable and removable and the right and left side walls (2a, 2b) from the inside of the cabinet space (2e) while leaving the investment profiles on the garment element (3) are removable.

15. Built-in cabinet arrangement according to one claims 1 to 14, characterized

in that the cabinet element (2) stands on a floor (12).