ES2640825T3 - Distribution with a wall structure and one or more elements available there - Google Patents

Abstract

Distribution with a wall structure (10) and one or several elements available there, where the wall structure has a surface and on one side has a multidimensional wavy geometry with repeated shapes, the wavy geometry has one or more fixing means, on which one or more elements may be arranged, and the fixing means as well as the elements are configured in such a way that one of the elements can be fixed in various positions of the wall structure (10) by the face of the corrugated geometry, characterized in that the at least one fixing means is a groove (13, 14), which is configured such that a multitude of different elements can be inserted therein at any position along the groove, where The groove is disposed within a corrugated geometry of the wall structure and extends along the entire width of the corrugated geometry.

Description

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DESCRIPTION

Distribution with a wall structure and one or more elements available there

The present invention relates to a distribution with a wall structure that has a surface and one or more elements there! available. The known kitchens of the current state of the art have a number of lower cabinets, upper cabinets and if necessary, tall cabinets, which are arranged in the kitchen based on the available spatial relationships. In addition, it is known to have various functional elements in the kitchen, such as lamps, shelves, supports for kitchen rolls or spices and fix these, for example, to the kitchen wall or to the aforementioned cabinets, for example, by means of a union threaded Such a system is comparatively inflexible, since the distribution of the cabinets and elements mentioned is essentially predetermined.

The current state of the art is also known to use a supporting frame for kitchens to hang on the wall, to which lower cabinets are attached. The free areas, that is the niches, are covered with wall panels. This system is also unfavorable in this sense, as in the planning there must be a final determination of the position of the lower cabinets fixed to the supporting frame.

In addition, thanks to US 2004/0251227 A1 a distribution is known, which shows all indications of the generic term of revindication 1.

The present invention is therefore based on the object of perfecting a distribution of the type mentioned above, so that it has a high flexibility as regards the elements to be arranged in the wall structure, etc.

This objective is solved by means of a distribution with the characteristics of revindication 1.

According to the invention, a distribution is therefore provided, which allows a spatial configuration particularly of perpendicular surfaces, such as a kitchen wall. The present invention, however, is not limited to the kitchen area, but can be used in principle, for example, in any type of building, both outdoors and indoors, or mobile devices, such as caravans, etc. Ace! It is for example possible to use the distribution also outdoors, for example, in the area of a terrace or another place with outdoor seating. Also surfaces, particularly perpendicular surfaces of furniture elements, may be provided with a distribution according to the invention.

In a possible embodiment of the present invention, the corrugated geometry also has a prismatic structure. In another embodiment of the invention, the wall structure has a surface, on or on which one or more fixing means are arranged, that is slots, on or on which one or more elements are arranged or arranged in the form of panels, where the fixing means, as! Like the panels mentioned, they are configured in such a way that at least one of the panels can be fixed at different points of the wall structure. This wall structure can also have the undulating profile described.

It is essential that in the wall structure one or more panels can be arranged and / or arranged, which can be fixed to various positions of the wall structure. These panels may form flat "wall elements", which preferably extend parallel to the plane of the wall structure and / or the wavy geometry.

The panels are preferably configured as rectangles and / or squares with edges running vertically and horizontally.

The panels preferably have a smooth visible surface and are located in front of the surface of the wall structure and / or the corrugated structure and can be placed at various points of the wall structure. They can be implemented in a movable way, for example in the horizontal direction or also in another direction, preferably in the direction of the valleys and ridges. In addition, they can be fixed in different vertical and / or horizontal positions to the wall structure. In this way it is possible for the user to position at least one panel in the wall structure as desired. In the area not covered by panels, a functional zone can be left free, which can serve the user as a work area and / or functional area. In this area, the user can fix, for example, functional elements, such as lamps, brackets, shelves, etc., to the wall structure, while the other areas have panels. In this work area, the corrugated geometry mentioned above can be exposed, that is to form the visible surface of the wall structure accessible to the user.

Fundamentally the invention also includes the case that the entire surface of the wall structure is formed by the mentioned panels or that no panel is arranged.

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The wall structure can be arranged vertically or also be inclined forward or backward with respect to the vertical. A combination of these distributions is also possible.

The undulating structure and / or the lamellae or the like that form it preferably run in a horizontal direction, although they may also be inclined with respect to the horizontal. The present invention is not limited to an undulating structure extended in the horizontal direction or in essentially horizontal direction. It is also conceivable and the invention comprises an inclined or even vertical distribution and / or orientation of the valleys and ridges.

The "fixing means" can exert a function of supporting the element. The invention also includes the case that the fixing means exert only a certain fixation of the element, such as incorporation into a groove; the true support function of the element is assumed by another piece, such as a support structure. The element can therefore be connected in any way with the fixing means, for example, extending with a partial area through it or being carried by it.

The wall structure of the distribution according to the invention can be constructed in a flat assembly and have a zigzag structure on one or both sides, that is, have a wavy structure in vertical section, where the shape of the waves is not limited to profiles round corrugated in a strict sense, but also includes profiles with corners and / or edges, such as in section a polygonal pattern. In a possible embodiment of the present invention, the corrugated geometry also has a prismatic structure.

The wall structure may be statically configured in such a way that it does not need any other framework, etc., and / or also includes one or more frames or is connected to them.

Characteristic of the wall structure of the distribution according to the invention is a wavy geometry, that is the succession of elevations and gaps, which preferably extend in a horizontal direction, that is to say the "ridges" and "valleys" preferably run in each case. horizontally. The ridges go out to meet the observer, while the valleys move away from it. The structure of fixed wall and adapts through a positive / negative logic. As it has been developed, a divergent distribution of the horizontal alignment is also conceivable, such as an inclined or even vertical alignment of the ridges and valleys.

The distribution according to the invention has one or more fixing means in the form of grooves, in which one or more elements are arranged or can be arranged, where the fixing means, as well! as the elements mentioned are configured in such a way that at least one of the elements can be fixed in various positions of the wavy geometry.

The invention comprises the case that the wavy geometry is provided with these elements, as well! as well as the case that the wavy geometry does not have any of these elements, but is appropriate for its fixation. Depending on in which positions and what elements the corrugated geometry of the mentioned elements is provided, the user can establish, determining, which element will be placed in which position of the corrugated geometry, where the selection of the possibilities of blocking the or of the Element (s) is any. According to the invention, the at least one fixing means is configured as a slot, in which one or more element (s) can be inserted. Preferably, it is provided that the elements inserted in the slot can move along the slot. According to the invention, the groove is arranged in the "valleys", that is to say in the deepest points in each case of the wavy geometry. This brings with it the advantage that the fixing means are clearly less noticeable.

The possibility of arranging the element (s) at various points of the wavy geometry ensures high flexibility. The corrugated geometry and / or the wall structure that presents it is preferably arranged vertically.

In another favorable arrangement of the invention, it is provided that by means of the always repetitive structure in the freely selectable height grid, an individual fixation of the elements to be adapted is possible, where these elements include any body, technical module and other elements. This height grid can be obtained by corrugated structures of different widths, that is to say by a different distance from the valleys or ridges with respect to each other. The height grid can be adjusted alternatively or additionally by selecting the distance of the fixing means, that is, for example, from the grooves.

The elements may include, for example, one or more countertops, shelves, brackets, lamps, cabinets, flat elements, such as panels, refrigerators and / or freezers, ovens, stoves and other heating elements, etc.

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If the height grid has been selected, it is preferably foreseen, that at this level the horizontal position within the corrugated geometry can be freely selected, that is within the zigzag and / or prismatic structure.

The visible surface of the wall structure may be formed by the corrugated geometry and / or by the elements arranged in the fixing means. At the points, where no such element is available, the undulating geometry will be free and will therefore form the visible surface of the wall structure At the points, where one or more of the These elements may form the visible surface, that is, in these areas the wavy geometry will be covered. Accordingly, it is possible, according to the needs, to cover all the corrugated geometry, for example, by cabinets, shelves and panels, which cover the corrugated geometry.

Alternatively it is also possible, not to cover the entire wavy geometry, but to free one or several zones.

In another arrangement of the invention, it is provided that the element (s) be shelf or incorporation element (s), such as shelves, shelves, knives or cupboard supports, supports; or functional elements with at least one technical function, such as lamps, cooling elements or heaters; or objects that have wavy geometry, such as panels.

Ace! it can be adapted worldwide for example the use of lamps, cooling elements and / or heaters or other consumers to individual and / or standardized solutions.

The type and number of elements is not limited. The user can even decide which elements he wishes to place in a transversal position. Ace! It is for example possible, by moving and / or moving one or more elements, to produce a zone, in which the undulating geometry provides the visible zone, where this zone was previously covered by one or more elements, such as panels.

In addition to a static and / or coating function, the wavy geometry can also have one or more additional technical functions. Ace! it is conceivable that one or more supply and / or evacuation lines, such as current, gas or water lines, are provided that are arranged in the corrugated geometry or in front of or behind the corrugated geometry, preferably in or on the opposite side of the visible face of the wavy geometry or are formed by the wavy structure.

It is conceivable, for example, the possibility of consuming current through friction contacts or also transferring various means at this point of contact. It is therefore conceivable, for example, to supply current at a point in the corrugated geometry for the operation of an extractor hood, as! as well as a channel to eliminate the exhaust air, where the point is preferably the point and / or the area, by which the element is fixed to the wall structure. The same is true for the supply of fresh water and the disposal of wastewater.

All these supply and / or evacuation lines can be arranged on or in the corrugated geometry. They can be arranged at one or several points of the wavy geometry or be configured in such a way that they can move to different points of the wavy geometry. Ace! it is, for example, conceivable to condition a power supply or a movable water outlet with respect to the corrugated geometry, so that it can be positioned there! Where it will be used.

The supply and / or evacuation lines can be arranged in such a way that they can be used through an element fixed in the fixing means, particularly in one or more grooves. As it has been developed, it is conceivable that the grooves or other fixing means serve not only for the fixation of the element (s), but also as exchange points for the supply and / or evacuation of any means.

The fixing means, like this! Like the mentioned elements, they can be configured in such a way that the elements can move with respect to the fixing means in the direction of the undulation, preferably in the horizontal direction. The user can thus simply modify the distribution of the elements with respect to the wavy geometry. You can move, for example, a panel wall, so that the area, where the panel wall was before displacement, is now a visible surface of the corrugated geometry, which can be used to incorporate one or more elements.

The surface can be made of all known materials, if necessary, also by coatings and / or cover layers. It is preferably provided that the static support structure is secured by the wall structure. This is possible by appropriate materials, such as metal or plastic. The wall structure can be covered according to the needs, where it is conceivable, that this covering and / or cover layer represents an element, which can be fixed with the fixing means to the corrugated geometry. The invention also comprises a textile lining and / or the use of OLED.

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The wall structure is preferably of metal, preferably of sheet steel.

The wall structure may have at least one coating, arranged on the visible face of the wall structure and / or on the non-visible face of the wall structure and preferably consisting of a coating, cover layer, soundproofing material or material fire retardant It is preferably envisioned that the wall structure is provided by the non-visible face in addition to soundproofing material and / or a flame retardant material. Therefore, architectural requirements, such as fire loads, can be met.

The wall structure may be configured in such a way that it is statically stable and / or that a support structure is provided, connected to the wall structure and that the support and / or support.

The wall structure can be formed by individual panels, arranged in such a way that a corrugated structure is obtained.

The cross section profile of the wavy geometry is any. Any profile with multiple consecutive "crests", ie elongated elevations, and "valleys", ie elongated holes, arranged in each case between two "crests", is considered. It is conceivable to configure the wavy geometry so that it consists of profiles or lamellae, which are arranged in a zigzag pattern, that is to say a profile and / or lamella protrudes in the cross-sectional profile of the wavy geometry from bottom to top. seen forward, that is to the user, the following profile and / or lamella is tilted from the user, that is to say backwards, the next profile and / or lamella is inclined again forward, etc. The angle of the individual profiles and / or lamellae with respect to the horizontal is any. It is preferably in the range between 20 ° and 60 °, however, major or minor angles are also conceivable. It is also possible that some of the profiles and / or lamellae extend in the direction of the horizontal.

It is preferably provided that the structure is configured in such a way that, from the perspective of an observer located in front of the wall structure, a succession of angled or wavy profiles, preferably triangular, whose tips and / or whose crest or vertex occurs in each case they are oriented towards the observer and whose flanks pass in each case there! backward. The wavy geometry thus shows in particular a prismatic structure.

Individual profiles and / or lamellae can be configured flat and particularly smooth. However, the invention also includes curved executions.

The corrugated geometry can be composed of individual profiles / lamellae, which are assembled for the production of the corrugated geometry, or also by elements, composed in turn by several profiles / lamellae and / or consisting of them and then assembled for the wavy geometry production.

It is also conceivable that the wavy geometry has a sawtooth profile or a polygonal profile or a profile without corners. In the latter cases, the profile is expected to consist only of curves, which similarly to a sinusoidal function have consecutive "ridges" and "valleys", where the height of the curves, as! Like its distance from each other, it is any.

In another arrangement of the invention it is provided that at least one of the elements is mobile, preferably movable, and is particularly formed by a movable carriage. One or more of the elements cited may therefore also be mobile. Also these non-stationary (movable) mobile elements can be integrated into the zigzag and / or prismatic structure of the wall structure.

It is conceivable that one or more bearings, particularly roller bearings, are arranged in the individual elements and / or in the fixed wall structure, which makes it possible to move the elements arranged in the wall structure.

These bearings can be implemented, for example, as ball bearings or also as rollers, cylinders or the like. For this purpose it is preferably provided that the wall structure itself has grooves or other areas of incorporation, which preferably fit the grooves between two profile sections. In the areas of incorporation, the aforementioned bearings and / or sliding elements can be arranged.

At least one of the elements, particularly at least one of the movable elements, can have at least one accumulator, particularly for energy in the form of current or heat or food or waste. It is conceivable, for example, that the element has a battery and in a charged state it moves towards the wall structure and contacts it. In this case, the current supply of other elements connected to the corrugated structure can be made by the mobile element.

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This is clearly valid, not only for the current and / or for the supply, but also for all other means, such as water, gas and also for evacuation, such as for the collection of waste, ducts for the extraction of fumes, etc.

The individual elements, particularly the profiles or lamellae, which form the corrugated geometry, can be configured as removable and / or movable, particularly rotating. Ace! it is conceivable that one or more lamellae are rotated or otherwise displaced, so that they form the inlet opening for an extractor hood. Behind the lamellae there may therefore be one or more ducts for extracting a hood.

It is also possible to configure one or several profiles or lamellae as functional elements, for example, as luminous profiles or luminous lamellae.

For coupling the mobile element with the wall structure, suitable coupling elements can be provided. It is also conceivable that the mobile element is coupled to the same fixing means as all other elements, preferably to the grooves mentioned above.

The present invention further comprises a structure comprising at least one distribution according to one of the preceding claims 1 to 11, wherein at least one support structure is provided, to which the wall structure is fixed. The support structure may in turn be connected, for example, to a wall, particularly to a building wall, where a threaded joint is preferably provided for this purpose.

The support structure may consist of vertical and / or horizontal profiles or comprise, where it is preferably provided, that the horizontal profiles are fixed to the vertical profiles and preferably hooked thereon and where the wall structure is fixed exclusively or also to the horizontal profiles

The support structure therefore forms a structure that supports and / or supports the wall structure with the corrugated geometry.

The present invention also relates to a kitchen, a building including the exterior or also a furniture or a mobile device, such as a vehicle, plane, etc., with at least one distribution according to one of claims 1 to 11 or with a structure according to claim 12. The wall structure preferably extends as an element arranged vertically in the kitchen. The wall structure is preferably also arranged or only in the wall area, which extends up the rear edge of the countertop. The wall structure can therefore form the visible surface of the niche and / or area, which preferably extends perpendicular to the worktop and / or work surface of a kitchen along its rear face.

The distribution and / or structure according to the present invention is therefore appropriate, not only for interiors, such as a kitchen, but also for exteriors, such as a terrace, another place with outdoor seating or the like. Particularly in these cases the use of a mobile element is favorable, since it can supply, for example, current, gas, water and can also be used for evacuation, such as for the collection of waste.

The present invention offers the possibility of individualization for life.

Any region of the world can stock up on individual solutions, since the distribution according to the invention - as implemented above - can be equipped flexibly.

Other details and advantages of the invention are further described based on an exemplary embodiment depicted in the design. They show:

Figure 1: a perspective view of a wall structure of a distribution according to the invention

no items there! ready;

Figure 2: a perspective view of a wall structure of a distribution according to the invention

with elements there! arranged in the form of a sink and shelves,

Figure 3: A perspective view of a wall structure of a distribution according to the invention

with elements there! arranged in the form of upper cabinets and shelf;

Figure 4: a perspective view of a wall structure of a distribution according to the invention

with elements there! arranged in the form of tall cabinets, upper cabinets, lower cabinets and a movable element;

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Figure 5: A perspective view of a wall structure of a distribution according to the invention

as a side facade of a furniture element with a movable element there disposed;

Figures 6-9: perspective views of a wall structure of a distribution according to the invention with

elements there arranged in the form of upper and lower cabinets, as well as with panels as additional elements;

Figure 10: Sectional views of corrugated profiles of different configuration;

Figure 11: a side view of the support structure with the wall structure there disposed of the

distribution according to the invention and an element arranged in the wall structure;

Figure 12: Perspective views of wall structures with elements arranged differently;

Figure 13, 14: a perspective view of an element fixed to a wall structure of a distribution according to the invention in the form of a shelf and a top view of the edge area of the wall structure with a panel arranged at the side ,

Figure 15: Different views of a kitchen area with a wall structure of a compliant distribution

to the invention and a panel displaced in different positions,

Figure 16 a top view of a wall structure of a distribution according to the invention with

lower cabinets, panels and other elements arranged there,

Figure 17: A perspective view of the back area of a library,

Figure 18: a sectional view of the wall structure, as well as the library there arranged,

Figure 19: a sectional view of the wall structure and a rack arranged there,

Figure 20: A sectional view of a coat rack,

Figure 21: a sectional view of the wall structure and a panel there disposed,

Figure 22: A perspective view of the distribution according to Figure 21,

Figure 23: A sectional view of a knife holder, as well as the wall structure, which

holds the knife holder,

Figure 24: A perspective view of a wall structure in another mode of operation.

Figure 1 shows with reference symbol 10 a wall structure of a distribution according to the invention. The wall structure is arranged perpendicularly and has an undulating geometry on its front face.

The wall structure is fixed to a support structure 20, connected in turn with a wall of the building 30 and preferably bolted to it.

The support structure consists of vertical bars 22, fixed to the wall of the building 30 by means of the fixing pieces 26, and horizontal bars 24, supported by the vertical bars 22. The horizontal bars 24 are preferably engaged in the vertical bars 22 .

The wall structure 20 is connected to the horizontal bars 24 and is preferably hooked on them. This means that the support structure 20 carries or at least supports the wall structure 10, so that the wall structure 10 is fixed in its vertical position.

A sectional view perpendicular to the plane formed by the wall structure 10 can be seen in Figure 11.

From this Figure it follows that the wall structure 10 presents, by its visible surface pointing to the right according to Figure 11, a wavy geometry, which consists of "valleys" 11 and "ridges" 1.2 consecutive in the vertical direction.

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This wavy geometry is arranged in the exemplary embodiment shown here only unidirectionally, that is to say it is only on the face oriented to the user (according to Figure 11 on the right), while the other face (according to Figure 11, the left face) is smooth. The invention also includes the case that the wavy geometry exists on both sides of the wall structure, that is, on the face oriented to the user and on the face opposite to it.

As this follows in addition to Figure 11, in the undulating geometry there are functional grooves 13, 14. According to the invention at least one groove (grooves 13) is disposed in one breast. Other slots can also be arranged in the "ridges" (slots 14) or also in the intermediate zones. Preferably, it is provided that in each of the "valleys", "ridges" or intermediate areas one or more functional slot (s) 13, 14, that is per unit 15 that forms the wavy geometry, be arranged exactly one or more of a functional slot 13, 14 is preferably provided. Unit is understood to mean a profile element, arranged consecutively in the corrugated geometry, that is, in the present exemplary embodiment, a profile element configured essentially in the form of roof. The various profile elements and / or the units 15 that form the wall structure 10 can be formed by a piece, that is to be components of a piece, or by several units 15 joined together.

The grooves 13, 14 are configured in such a way that a multitude of different elements can be inserted therein, preferably engaged in any position along the groove. According to Figure 11, as panel 100 a panel, a cabinet, a functional element, etc. are provided.

Figure 2 shows an exemplary embodiment, in which a washbasin 110, such as a sink, and a shelf with extension 120 are installed in the corrugated geometry of the wall structure 10.

As indicated by the horizontal lines in Figures 1 and 2, which indicate the grooves 13 or other fixing elements, the elements can be fixed in various vertical positions to the wall structure 10. In the exemplary embodiment shown in the Figures 1 and 2, the slots 13 are arranged in the "valleys". According to the invention, the grooves 13, 14 extend along the entire width of the wall structure 10.

Figure 3 shows an exemplary embodiment, in which the elements are formed by upper cabinets 130 arranged in various height positions and a comparatively long tray 140 and / or countertop, if necessary, with extension, which is arranged in an area lower than upper cabinets 130. All these elements can be arranged according to preferences in different vertical and vertical positions. so that optimal ergonomics are produced for each individual user.

Figure 4 shows an operation mode with elements in the form of two upper cabinets 130, a lower cabinet 150 and a tall cabinet 160, as! as a movable element 170. This shows a frame 174 and an incorporation zone 178 if necessary, as storage space, where the frame 174 can be moved by rollers 176.

It shows power taps 172 on its front face. The movable element 170 receives current from the wall structure 10, which can be implemented with one or more supply lines, such as, for example, power lines, from the rear face opposite to Figure 1. water, gas, etc. For this purpose it shows the movable element 170 on the face, by which it is connected with the wall structure 10, contacts or other connection elements, which are configured in such a way, that the current or other means is conducted from the structure of wall 10 to the movable element 170 and / or the movable element 170 to the wall structure 10. These contacts or connection points, as well! as well as the wall structure, they are preferably formed in such a way that it is sufficient to drive the movable element 170 to the wall structure 10, so that it comes into contact with the wall structure 10. In this connected state, the movable element 170 is in contact with the supply line (s) and / or evacuation of the wall structure 10, preferably, without requiring other measures.

Alternatively or additionally to the current, the movable element can also be used for the supply of other means, such as gas, water, etc., or also for evacuation, such as waste and therefore be implemented with the corresponding lines and / or containers, ace! as the necessary shots for it.

The wall structure 10 can therefore assume not only the fixing function for the elements, but also provide them with the necessary means, such as current, etc. and / or evacuate them, that is, serve for example for the evacuation of wastewater, exhaust air, etc.

Preferably, it is provided that the fixing means, such as grooves, not only serve for the fixing element to the wall structure in the area of the corrugated geometry, but also makes it possible to supply and / or evacuate the fixed element of this mode with one or more media, such as current, water, gas, etc. This supply and / or evacuation can be done through the fixing means. For this purpose, the wall structure itself may have one or more supply and / or evacuation lines, such as channels, conduits, etc. or be

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connected with these, where these are arranged in such a way that a supply of one, preferably of several of the elements fixed in the fixing means, is possible.

The movable module can have an accumulator, such as a battery, which brings with it the advantage that the stored medium, such as current, can be provided at another point, such as outside.

The movable element 170 is implemented in the exemplary embodiment shown here with rollers. It can be fundamentally a mobile element, which is disposed in a movable way with respect to the wall structure.

Figure 5 shows an operation mode, in which the wall structure 10 forms the side wall of a furniture element 200, which, in turn, consists of several cabinets 210 and a countertop 220.

The term "wall structure" is therefore not limited to a wall in the strict sense, but includes any structure (straight or curved) regardless of its orientation (vertical, inclined, horizontal) and size.

Figure 6 shows an operation mode, in which the wall structure 10 is provided with three upper cabinets 130 and three lower cabinets 150, where in this Figure and in the other Figures for clarity the reference symbols of the support structure. In addition, panels 190 are provided as elements, which extend around the cabinets 130, 150 and / or between these and the front face of the corrugated geometry. Figure 7 shows the mode of operation according to Figure 6, where one of the upper cabinets 130 has been removed. In Figure 7 it can be seen that the panels 190 are configured as a flat element, which forms another of the elements, which can be connect with wall structure 10 and in this case serves as a coating. The reference symbol 400 identifies the surface of the lower cabinets and / or the countertop.

In Figures 6 and 7 it can also be seen that the wavy geometry of the wall structure 10 can be exposed, that is to say it can form the visible surface of the wall structure 10. This is the case in the exemplary embodiment shown in the Figures 6 and 7 in zone 300 above countertop 400.

Figure 8 shows an operation mode with only one upper cabinet 130 and three lower cabinets 150. In this Figure it can be seen that laterally and below the upper cabinet 130 there is no panel, that is, in this area there is the free wavy geometry.

In Figure 9 an execution can be seen, in which up to zone 300 all the undulating geometry, also the areas not occupied by cabinets 130, 150, is covered by panels. Zone 300 may be occupied by functional elements, such as shelves, brackets, lamps, etc.

The invention also fundamentally includes the case that all the wavy geometry is covered by elements. In this case, the user cannot see the wavy geometry from the front face.

It is preferably provided that all the elements shown are arranged in slots 13, 14 in a displaceable manner, whereby flexibility in horizontal direction is produced. By means of the contact spacing existing in the vertical direction, stability in the vertical direction is also possible.

Figure 10 shows different possible arrangements of the wavy geometry in each case in cross section. Figure 10 a) shows a sawtooth profile, in which the inclined elements 500 protrude from top to bottom and are connected by horizontal sections 502. Figure 10 b) shows a sawtooth profile, in which the elements 500 protrude from the bottom up and are connected by horizontal sections 502. In Figure 10 c) a profile can be seen, consisting of valleys 504 and alternating ridges 506, which have the same height with respect to the vertical vertical plane and are configured specularly symmetrical with respect to a horizontal plane. Thus a prismatic structure originates particularly.

Figure 10 d) finally shows a corrugated structure, consisting of a curved profile, which has no corner, but is only formed by curves.

In Figure 12 various perspective views of the wall structure 10 can be seen, whose visible front face is formed by a wavy geometry. In each case in the "valleys", indicated in Figure 12 with 11, there are grooves 13 extended along the entire width of the wavy geometry, in which the shelves 180 are arranged laterally movable. The "ridges" 12 are implemented without grooves or other fixing means. The grooves 13 are arranged in such a way that the shelves 180 can be removed from them without the slightest difficulty. It is conceivable, for example, a turning movement etc., by means of which the shelves 180 can be inserted or removed.

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Figure 12 further clarifies that the wall structure 10 can be provided as a rear wall area above the countertop 400, so as to ensure particularly favorable accessibility by a user.

The wavy geometry is formed by panel elements P1, P2 mutually adjacent planes, arranged alternately protruding forward and fleeing backward, so that the wavy geometry represented with "valleys" and "ridges" is produced.

Figure 13 shows in an enlarged representation the functional slot 13, in which the shelf 180 is incorporated with the upper end area of its arm 182 vertical or inclined. The shelf 180 further shows a rear horizontal evacuation zone 184 in the arm 182. The arm 182 preferably fits the panel element P1.

The slot 13 and / or functional slot ensures maximum freedom in the positioning of the elements in a vertical and horizontal direction. The elements are hooked in the functional groove or otherwise fixed and therefore oriented vertically in the grid. They can be placed continuously along the groove 13 and are therefore free in positioning.

Figure 14 shows the edge area of the wall structure 10 with a panel 600 arranged next to it. Thanks to this Figure 14, the distribution of the horizontal grooves 13 is especially clear, that is to say that they run along the axes of the wavy geometry. As it has been developed above, the slots 13 not only serve to fix elements, such as shelves, lamps, etc., but also enable the supply and / or evacuation of various means, particularly the supply of current, for example , to a lamp, if necessary, through friction contacts, etc. This is not only valid for the grooves, but for any fixing means configured, that is, by means of the fixing means or in the position, in which the fixing means are arranged, the supply and / or evacuation of the arranged elements can be made in the wall structure.

Figure 15 finally shows, in schematic view, a kitchen distribution with a multitude of adjacent lower cabinets 150, on whose upper face there is a countertop. In the corner above the countertop, the corrugated geometry of the wall structure 10 can be seen in the area 300, which occupies the entire surface shown in Figure 15. This means that the lower cabinets 150 are also fixed to the structure of wall 10.

With the reference symbol 190 a panel is indicated, which is also fixed through the fixing means of the wall structure 10. As this is deduced from the Figure, the panel 190 is arranged horizontally movable, of so that, depending on the position of the panel 190, in each case another zone 300 is free as a functional zone, that is to say accessible to a user, as evidenced by both lower representations of Figure 15. Panel 190 It can therefore be placed continuously behind the work area, to produce as! 300 individual functional zones. These may be provided, for example, with lamps, brackets, etc. The exemplary embodiment shown refers to fixing means in which they run along and / or parallel to the "ridges" and "valleys".

These elements and / or components, which can be attached to the wall structure 10, are, in the exemplary embodiment according to Figure 16, a knife holder 700, a coat rack 800, a cup tray 810, a spice rack 900, a 1000 bottle rack, ace! as a 1100 bookcase.

Figure 17 shows in a perspective view from behind the bookcase 1100. The bookcase 1100 shows in its rear area, on the one hand, a contour K, configured in such a way, that it is complementary to the wavy profile of the wall structure 10 In addition, the bookcase shows glula elements 1102 as in its lower rear area! as also in the rear area in a top section rollers 1104, which run in each case in grooves or other areas of incorporation of the wall structure 10.

Figure 18 shows in a sectional view the library, as! as the wall structure 10. As this is shown in Figure 18, the wall structure shows grooves and / or areas of incorporation, located in the sine area of the corrugated geometry.

As this is deduced from Figure 18, the corrugated geometry and / or the wall structure is formed by connected individual elements, between which grooves 13 are arranged in each case in the valleys. In the rear zone of these grooves there are incorporation spaces 13 ', in which the glutton elements 1102 and 1104 according to Figure 17 run. As this is deduced from Figure 18, the glula elements 1104 are formed by rollers, preferably rubberized rollers, as! as by ball bearings 1106, where the rollers make a vertical fastening and where the ball bearings, which are also in the area of the lower glutton elements 1102 produce a fastener towards the rear area of the incorporation zone 13 '.

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Figure 19 shows in a sectioned view the fixing of various elements, such as the clothes rack 800, the cup shelf 810, the spice rack 900 as well as the bottle rack 1000 to the wall structure 10. In the example of execution here represented is the distribution of the coat rack 800, which just like the cup shelf 810 has protruding tips inclined upwards to hang objects.

As this is shown in Figure 19, its support distribution is extended in the rear area of the corresponding element, with which it is secured with respect to the wall structure and / or the wavy geometry. In the same element arranged in the wall structure, it shows at least by areas, as evidenced in Figure 19, a complementary form to the corrugated structure, which in the exemplary embodiment shown here engages in a sine of the structure of wall and therefore is also triangular on its face oriented to the wall structure. From the tip of this triangle a loop 802 extends through the slot 13. To this loop 802 the only fixing distribution for fixing the corresponding element to the wall structure is connected. This consists, in the exemplary embodiment shown here, in a first ball bearing 803, which is supported on a face of the incorporation zone 13 'oriented to the element 800, in a second ball bearing 804, which is supported by the wall of the incorporation zone 13 'opposite the element 800, as well as in a bearing roller 805, which runs at the bottom of the profile and / or the incorporation zone 13' and consequently carries out a fastening of the element in a vertical direction.

Figure 20 shows in a sectioned view another arrangement of an element, which is exemplary implemented here as a hanger 800, but can also be formed by any other element. As this is deduced from Figure 20, it is conceivable that the element (s), which must be fixed to the wall structure, has (n) in its area oriented to the bearing wall structure , particularly roller bearings, indicated in Figure 20 with the reference symbol 806. These extend on both inclined wings of the element, with which it rests on the corresponding flanks of the corrugated structure.

Figure 21 shows in a schematic sectional view the wall structure according to the invention. As this is deduced from Figure 21, the wall structure consists of mutually adjacent individual profile elements 2000 that is, such that a groove 13 is left between at least two of these profile elements 2000, which serves for the fastening of elements, such as cabinets, countertops, components, etc. the groove 13 then flows into a zone 13 ', which serves, for example, for the incorporation of support elements for fixing the elements to be fastened to the wall structure. The individual profile elements 2000 are either mutually connected, for example, hooked and / or fixed to a support structure, such as the support panel 3000 represented in Figure 21.

This panel 3000 can then be connected to a support structure, as is evident, for example, in Figure 11, or also be mounted directly on the wall. It is also conceivable that a support panel 3000 is dispensed with and that the individual profile elements 2000 and / or the structure showing the corrugated geometry are connected directly with the support structure, evident in Figure 11, comprising the elements 22 , 24 or indirectly with a building wall.

The exemplary embodiment according to Figure 21 shows a board 1200 as an additional element, which can be connected to the wall structure 10. This board 1200 is implanted as a horizontal panel-shaped element, which can be used for example for archiving. It shows in its rear area a fixing element 1202, which consists of two sections joined through a staggered section and running inclined with respect to the plane of the board. As this follows from Figure 21, the first section 1203 fits the outer face of a profile element and section 1204, which is displaced through a step relative to section 1203, to the inner face, that is, to the face oriented to the incorporation space 13 'of a profile element 2000. In this way, a fastening in shape and / or force of the board 1200 is guaranteed with respect to the profile elements 2000.

As can also be deduced from Figure 21, the individual profile elements consist of a triangular profile zone in cross section oriented to the observer, as well as in rear sections, which limit the incorporation zones 13 'for fixing the elements to be fixed to the wall structure, that is, by the front face facing the right of the wall structure.

Figure 22 shows a perspective representation of the wall structure 10 consisting of individual profile elements 2000, which are preferably joined, as well as the board 1200 disposed there.

From Figure 23, the fixing of a knife holder to the wall structure is deduced in a sectioned view. The knife holder 700 shows an incorporation section that slopes with respect to the vertical wall structure 10 for the incorporation of the knives. In its area oriented to the wall structure 10, the knife holder shows a fixing means, corresponding in its shape to that of the board 1200 according to Figure 21. Therefore, fixing elements 703 and 704 are also provided, that are mutually connected through a stepped section and by means of which they are mutually displaced. As this follows from Figure 23, section 703 rests on the user-oriented face, it is

say on the front face of the profile element 2000 and section 704, on the rear face of the profile element 2000, which limits the incorporation zone 13 '. The stepped section extends as well as according to the exemplary embodiment according to Figure 21 in slot 13.

As this has been developed above, the corrugated geometry of the wall structure according to the invention 5 can consist of individual profile elements, which in each case form an "axis", or also in one or several piece (s) , which extend along several ridges and valleys.

Figure 24 shows in a perspective view a compact structure of a wall structure, consisting of an element, which has a multitude of consecutive valleys and ridges.

Claims (15)

5 10 fifteen twenty 25 30 35 40 Four. Five fifty 1. Distribution with a wall structure (10) and one or several elements available there, where the wall structure has a surface and on one side has a multidimensional wavy geometry with repeated shapes, the wavy geometry has one or more fixing means , on which one or more elements can be arranged, and the fixing means as well! as the elements are configured in such a way, that one of the elements can be fixed in various positions of the wall structure (10) by the face of the corrugated geometry, characterized in that the at least one fixing means is a groove (13 , 14), which is configured in such a way that a multitude of different elements can be inserted in it at any position along the groove, where the groove is arranged within a corrugated geometry of the wall structure and is extends along the entire width of the wavy geometry. 2. Distribution according to revindication 1, where the at least one element has the form of a panel (190) and is configured in such a way that it can be fixed in the groove (13, 14) in different positions of the wall structure (10), and / or the wavy geometry consists of profiles or lamellae. 3. Distribution according to one of the preceding claims, characterized in that the visible surface of the wall structure (10) is formed by the corrugated geometry and / or by elements arranged in the fixing means, and / or the element (s) ) it is a question of tray element (s) or reception elements, such as one or more boards or cabinets, shelves, supports for knives or countertops, or components with at least one technical function, such as lamps, cooling elements or heaters or objects that cover the wavy geometry, such as panels. 4. Distribution according to one of the preceding claims, characterized in that one or more supply and / or elimination lines, such as electric, gas or water lines, which are arranged in the corrugated geometry or before or after the geometry are provided. corrugated, preferably on the opposite side to the visible face of the corrugated geometry or are formed by the corrugated structure, where it is preferably provided that the supply and / or elimination lines are arranged in such a way that they can be used through a fixed element in the fixing means, particularly in one or more grooves (13, 14). 5. Distribution according to one of the preceding claims, characterized in that the fixing means, as well! as the indicated elements are configured in such a way that the elements can move with respect to the fixing means in the direction of the axis, preferably in the horizontal direction, and / or the wall structure (10) has at least one covering, arranged by the visible face of the wall structure (10) and / or the non-visible face of the wall structure (10) and preferably consists of a coating, cover layer, acoustic layer or flame retardant material. 6. Distribution according to one of the preceding claims, characterized in that the wall structure (10) is configured in such a way that it is statically stable and / or a support structure (20) is provided, connected to the wall structure (10) ) and that the carrier and / or support, and / or the wall structure (10) is made of metal, particularly of steel or aluminum sheet, or of plastic or comprises metal, particularly sheet of steel or aluminum, or plastic. 7. Distribution according to one of the preceding claims, characterized in that the wall structure (10) and / or the wavy geometry is formed by profile elements (2000), particularly lamellae, individual mutually connected and / or arranged on a support, or by one or several elements of a single piece, which have a multitude of profile sections that form the wavy geometry. 8. Distribution according to one of the preceding claims, characterized in that one or more of the profiles and / or lamellae can be pivoted and / or extracted and / or configured as functional profiles and / or lamellae, particularly of luminous lamellae or as lamellae, which Be part of a hood. 9. Distribution according to one of the preceding claims, characterized in that the corrugated geometry has a prism, sawtooth, polygon profile or a profile without corners. 10. Distribution according to one of the preceding claims, characterized in that at least one of the elements is mobile, preferably movable and is particularly formed by a movable carriage and / or at least one bearing is provided, preferably at least one roller bearing and / or one or more rollers, which are arranged on the element (s) and / or on the wall structure (10) and by means of which a displacement of the elements with respect to the wall structure (10) is possible . 11. Distribution according to one of the preceding claims, characterized in that at least one of the elements has at least one accumulator, particularly for energy in the form of current or heat or food or other merchandise or waste. 12. Structure comprising at least one distribution according to one of the preceding claims 1 to 10, characterized in that a support structure (20) is provided, to which the wall structure (10) is fixed, where it is preferably provided, that the support structure (20) consists of vertical and / or horizontal bars or comprises, where it is preferably provided, that the horizontal bars are fixed to the vertical bars and are 5 preferably engaged in these and where the wall structure (10) is fixed exclusively or also to the horizontal bars. 13. Kitchen with at least one distribution according to one of claims 1 to 11 or with a structure according to claim 12. 14. Furniture with at least one distribution according to one of claims 1 to 11 or with a structure according to claim 12. 15. Building or mobile device with at least one distribution according to one of claims 1 to 11 or with a structure according to claim 12.