ES2574422T3 - System comprising at least one wall structure and a removable component and / or a furniture element with such a removable component - Google Patents

Abstract

System comprising at least one wall structure (A10) with a surface, the wall structure (A10) presenting on at least one side a multidimensional wavy geometry with repetitive shapes or being formed by it, whose waves extend in the horizontal direction or essentially in the horizontal direction, the corrugated geometry being able to present, in particular, a prismatic structure, and the wavy geometry presenting one or more fixing means, in particular grooves (A13, A14), in which one or more elements are arranged or can be arranged (A100), the fixing means as well as said elements (A100) being configured such that at least one of the elements (A100) can be fixed in different positions of the wall structure (A10) on the side of the wavy geometry , and also comprising at least one removable component (B10) for a furniture element, the removable component (B10) having at least one space or accommodation (B20) to accommodate objects, in particular kitchen utensils, being in the accommodation space (B20) at least one support element (B40), on which the objects can rest, presenting the support element (B40 ) by sections or all its surface at least on one side a wavy profile or being formed by a wavy profile, which has wave sinuses and wave crests arranged alternately, the wavy profile being able to present in particular a prismatic structure and / or a furniture element with at least one removable component (B10) with at least one accommodation space (B20) for accommodating objects, in particular kitchen utensils, at least one support element being in the accommodation space (B20) ( B40), on which the objects can be supported, presenting the support element (B40) by sections or all its surface at least on one side a wavy profile or being formed by a wavy profile, which has breasts d The wave and wave crests arranged alternately, the wavy profile being able to present in particular a prismatic structure and the corrugated geometry of the wall structure (A10) corresponding to the wavy geometry of the removable component (B10) and the structure of wall (A10) and the wavy geometry of the removable component (B10) such that a divider (A1, A2, A3) or functional element that can be housed in the wavy geometry of the removable component (B10) can be fixed to the wall structure (A10) and / or stay in its wavy geometry.

Description

DESCRIPTION

System comprising at least one wall structure and an extralble component and / or a furniture element with such an extralble component.

The present invention relates to a system comprising at least one wall structure as! as at least 5 an extralble component for a furniture element, in particular for a kitchen cabinet with at least one accommodation space to house objects, in particular kitchen utensils, etc. The state of the art has long been known to provide removable components of kitchen furniture with insert elements, which have housings, for example, to store cutlery. These housings are composed, for example, of plastic and have housings that extend in the direction of extraction. Due to the fact that in the known removable components the housings extend in the direction of depth of the removable component, the cutlery or the like dance from one side to the other, which is associated with a noise production and also makes it difficult to maintain an order provided.

Such extractable components are known for example from documents CH 317 063 A, US 1 389 986 A, EP 0 589 172 A2, US 6 129 219 A and GB 1 378 902 A.

15 US 2004/251227 discloses a generic type wall structure.

The present invention is based on the objective of creating a system comprising at least one such wall structure! as at least one extralble component for a furniture element, which is functional and also conveys an attractive visual impression.

This objective is achieved by a system with the characteristics of claim 1.

20 According to this, it is provided that the housing space of the extralble component of the system has at least one support element, on which the objects, such as kitchen utensils, can be supported, presenting the support element by sections or all its surface at least on one side a wavy profile or being formed by a wavy profile, which has wave sinuses and wave crests arranged alternately. In a possible embodiment of the present invention, the corrugated profile has in this respect a prismatic structure. In a preferred configuration of the invention, the support element is realized or introduced in such a way that the wavy profiles or the wave crests and the wave sinuses do not extend in the direction of extraction or in the direction of depth of the component extralble. However, the invention also encompasses a configuration of the invention of this type as well! as well as any oblique provision to the extraction address. It is especially advantageous that the wavy profiles or the wave crests and the wave sinuses extend transversely to the direction of extraction and therefore in the direction in width of the extralble component. Therefore it is feasible to arrange or have kitchen utensils arranged horizontally or across the extralble component on or in the corrugated geometry. It is preferable that the wave sinuses therefore extend parallel to the front of the extralble component or at least in an angular range of ± 10 ° with respect to the plane of the front of the extralble component. These utensils or functional elements can be, for example, cutlery, holders for knives, spiers, paper roll holders, containers, etc. They can be inserted into wave sinuses or also be arranged in such a way that they cover one or several wave crests and / or are arranged or fixed in several wave sinuses.

It is feasible that the support element is partially or entirely formed by at least one element fixedly arranged in the housing space of the removable component. A particularly advantageous configuration of the invention is derived, however, when the support element is made removably, that is, it is composed of one or more elements that can be removed from the housing space of the removable component.

It is feasible that the support element is an integral part of the extralble component. For example, it can form the bottom of the support element. The invention also covers, however, the case in which the support element is placed on the bottom of the removable component.

This enables a particularly flexible configuration of the invention, since the user can introduce support elements configured and / or oriented differently at will into the extralble component. An additional advantage of the capacity of withdrawal derives from the fact that the support element can be cleaned without problems or it can also be completely removed, provided that the user does not need the removable component in question.

As explained above, an advantageous configuration of the invention consists in that the wave sinuses and the wave crests of the wavy profile extend perpendicular to the direction of extraction, that is to say not in the direction of depth, but in the address to the width of the extralble component, although this does not

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It constitutes no mandatory and therefore limiting feature of the invention.

The extralble component itself can be composed of an ace fund! as by walls that limit it by the edges, being able to be treated with regard to the front walls, the back wall and two or more side frames, which extend in the area between the front and the back wall. It is feasible that the support element covers said bottom of the extralble component completely or also only by sections. In a further configuration of the invention it is provided that the removable component has a front and a rear side wall, between which the support element extends and that the support element is supported with a wave crest, that is to say with the highest point or the highest line, on the front and / or on the rear side wall. It is also feasible that the support element be supported with a wave crest on the front and on the rear side wall, although not at the highest point or the highest line of the wave crest, but on a area arranged below.

According to the invention, one or more dividers may be present, which subdivide the support surface, that is the surface of the support element, into at least two sub-zones. The divider (s) can be placed by a User on the Support surface of the support element and preferably they are configured in such a way that it can be arranged in various positions of the support surface. In principle, the invention also covers the case in which the divider (s) are fixedly arranged, so that there is a predefined subdivision of the support element into two or more sub-zones. The invention also encompasses a combination of fixedly arranged dividers and intraducible and / or mobile dividers. Alternatively or additionally to the mentioned dividers, one or more functional elements may be present, which may be arranged on the support element. In this respect, the functional elements and / or the dividers can be arranged in each case in individual wave sinuses or also in an "overlapping" manner, so as to cover several wave sinuses and / or several wave crests.

Preferably the dividers and / or the functional elements are configured in such a way that they are arranged exactly in one wave sine or also in several wave sinuses of the profile and cover the wave ridge (s) located in the middle. The invention also covers the case in which the dividers and / or functional elements are sized in such a way that they are arranged or can be arranged exactly in a sine wave.

In a preferred configuration of the invention it is provided that the divider (s) and / or that at least one functional element be made on its side directed towards the support element with one or several profiles, so that they establish with the wavy profile of the element of support a union by drag of form. This union can be configured, for example, in such a way that the dividers or functional elements cannot move in the state entered in the depth direction with respect to the support element.

It is feasible that one or more dividers are present that subdivide the support surface of the support element into at least two sub-zones, and that extend perpendicularly or at an angle to the wavelength (s) and wave crests. As explained above, it is feasible that the divider (s) are disposed removably and / or movably or fixedly in the support element.

In a further configuration of the invention it is provided that the wavy profile is configured such that the width of a sine wave corresponds to that of a wave crest or differs from it. Therefore, it is possible that the wavy profile is uniformly configured to the extent that the wave sinuses and wave crests are identically sized, although starting from a horizontal central plane they extend in different directions, in particular by a side down and on the other side up.

The invention also includes irregular profiles, in which, for example, relatively short wave crests follow relatively long wave breasts, so that correspondingly large housing areas are formed for kitchen utensils, etc.

The wavy profile can be composed of flat elements, such as panels or sheets, which limit each other in ridges, so that a zigzag pattern or a prismatic structure is formed in section. These panels or sheets can be configured flat or curved. At least some of the panels or sheets may be arranged obliquely in each case, that is to say with respect to the horizontal angle> 0 ° and <90 °, preferably in the range between 20 ° and 70 °. In principle, the invention also encompasses that some of the panels or sheets are perpendicular. Preferably, it is provided that the inclination of two consecutive panels or sheets is alternate in the cross-sectional view such that in a panel or sheet inclined obliquely upwards, it follows one inclined obliquely downwards and again a panel or sheet inclined obliquely. up, etc. It is also feasible a change between panels or sheets arranged obliquely and located in perpendicular.

Corresponding embodiments are valid for configurations consisting of individual panels or sheets, which can be assembled to give rise to the support element, as! as also for embodiments of the support element that can be made in one piece. It is feasible to provide such profiling also for a

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support element configured from a solid material.

It is also feasible that the wavy profile is rounded and that it does not have flat areas, but that it is performed, for example, in a manner analogous to a sinusoidal function, that is to say that it has round wave sinuses and round wave crests.

The wavy profile can be made in one piece or also be composed of several individual parts, which are joined together forming a wavy profile.

The support element may have a first surface, which presents or partially or completely forms the wavy profile, and a second surface, which also has a profile, in particular a wavy profile or that is not profiled, in particular it is made in a manner smooth. The support element can therefore have, for example, a "top side", which has the wavy profile, as! as a "bottom side", which is profiled identically or otherwise or that is not profiled and for example is made smoothly. This allows the user to use the extralble component in a particularly flexible manner. In case you do not need a subdivision by the wavy profile, you can take out, turn around and reinsert the support element, so that the lower side until now forms the visible upper side of the support element.

In this way it is possible for the user to decide what material and / or profile or what surface of the support element forms when the extralble component opens the visible surface of the support element. Ace! it is feasible, for example, that the corrugated profile is composed of a first type of wood and that the other side, that is to say the lower side of the support element, is composed, for example, of a second type of wood or of another material, so that the user himself can decide which visual impression the extralble component must present in the open state.

The support element can be configured as a plate-like part, such as a wooden plate or metal plate, which is made as such in a zigzag shape, so that the wavy profile is obtained. It is also feasible to form the support element from a solid material, such as a wooden block, which on one side presents the corrugated profile according to the invention and which on the other side has a smooth surface or which is configured by both sides with a wavy profile or with other profiles.

In a further configuration of the invention it is provided that the extralble component has a front, a rear wall and at least two side frames, which jointly delimit the housing space of the extralble component, extending the side frames between the front and the rear wall and the support element being configured in such a way that it is preferably made in one piece and covers the entire bottom of the housing space in the inserted state and / or rests with its edges in the front, in the rear wall and in the frames lateral. This is obviously feasible also with a support element in several parts.

In addition, one or more dividers can be provided, which subdivide the support surface, that is, the visible surface of the support element, into at least two sub-zones.

Alternatively or additionally one or more functional elements may be provided, which are placed on the support surface of the support element, it being feasible that the divider and / or functional elements present on its lower side, with which they are in contact with the support surface, a profile that constitutes, in whole or in part, a profile complementary to the corrugated profile of the support element. It is therefore feasible, for example, that the functional divider or elements have on their side directed towards the support element a corrugated profile or profile, which is complementary to the corrugated profile of the support element, so that the divider or the functional elements can be introduced in such a way that they are joined along the entire surface with the corrugated profile of the support element.

Thus, it is feasible, for example, that the divider has a zigzag-shaped bottom side, with which it joins the corrugated profile of the support element, when placed therein. This can be valid analogously to the functional element (s). It is also feasible that the divisor extends only in a wave sine and therefore presents the complementary form to a wave sine.

The furniture element may refer in particular to a kitchen cabinet, which is made with at least one extralble component. The furniture element can be, for example, a low cabinet, which has an extralble component. At this point it should be noted that the term “extralble component” is not limited to an element that can be extracted and introduced from a certain height or useful height. Within this term, therefore, all the removable components, as well as drawers in the strict sense, are included, that is to say elements that can be extracted from a smaller or also of a greater height. The term "extralble component" is therefore not limited to a certain height or other dimensioning of the front or height or other dimensioning of the useful space of the extralble component.

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The present invention relates to a system comprising at least one wall structure with a preferably vertical surface, the wall structure presenting at least one side a multidimensional corrugated geometry with repetitive shapes or being composed thereof, whose waves extend preferably in the horizontal direction or preferably essentially in the horizontal direction, the corrugated geometry in particular having a prismatic structure, and the wavy geometry having one or more fixing means, in particular grooves, in which one or more elements are arranged or can be arranged , the fixing means being configured as! as said elements in such a way that at least one of the elements can be fixed in different positions of the wall structure on the side of the corrugated geometry, and that it also comprises at least one removable component for a furniture element with at least one space of accommodation for housing objects, in particular kitchen utensils, being in the accommodation space at least one support element, on which the objects can be supported, presenting the support element by sections or its entire surface at least on one side a wavy profile or being formed by a wavy profile, which has wave sinuses and wave crests arranged alternately, the wavy profile being able to present in particular a prismatic structure and / or a furniture element with at least one removable component with the less an accommodation space to accommodate objects, in particular kitchen utensils, being in the accommodation space at least one element to support, on which the objects can be supported, presenting the support element in sections or across its entire surface at least on one side a wavy profile or being formed by a wavy profile, which has wave sinuses and arranged wave crests alternatively, the wavy profile being able to present in particular a prismatic structure and the corrugated geometry of the wall structure corresponding to the wavy geometry of the extralble component and / or the wall structure and the extralble component being made such that a divider which can be housed in the corrugated geometry of the extralble component or a functional element arranged inside it can be fixed in the wall structure and / or housed in its corrugated geometry. The system according to the invention therefore comprises at least one such wall structure! as an extralble component or a furniture element with at least one extralble component of this type. According to the invention, the corrugated geometry of the wall structure and the corrugated geometry of the extralble component correspond to each other, so that an element that can be introduced into the corrugated structure of the extralble component can also be placed on the wall structure or can also be attached otherwise to the wall structure. Thus, said fixing means of the wall structure are suitable for fixing an element, which can be housed in the removable component, also to the wall structure. This system allows a user to optionally fix an element in the extralble component or also to the wall structure. Such an element may be, for example, a knife holder, a housing container, a grocer, etc.

According to the invention, a system with a module in the form of a wall structure is provided in this respect, which allows a flexible spatial distribution in particular of perpendicular surfaces, such as the wall of a kitchen. However, the present invention is not limited to the scope of the kitchen, but can be used in principle for example in any other type of building in outdoor areas as well as in indoor areas or also in mobile devices, such as caravans, etc. Thus, it is possible, for example, to use the wall structure also in outdoor areas, for example in terrace areas or other covered shelter. Also surfaces, in particular perpendicular surfaces, of furniture elements can be provided with a wall structure according to the invention.

This system is therefore especially flexible, since the user himself can decide if he wants to fix the functional element in question, such as a knife holder in the wall structure or put it in the extralble component. In this regard, the corrugated structure of the wall structure as well as the corrugated geometry of the removable component are preferably adjusted to each other so that the same functional element can both be housed in the extractable component and fixed to the wall structure.

The functional elements that can be introduced or introduced can be any element that can be housed in an extralble component. In this respect, for example, they may be containers, slides, such as knives, containers such as canning cans, for example for larger objects such as bottles or the like, etc.

Functional elements are also considered, elements that can be used to subdivide the interior space of the extralble component. For example, subdivision elements are feasible, which define accommodation spaces for example for plates or the like, or trays that are made with corresponding subdivision elements, such as with projections like rods or the like.

The following are advantageous features of the system wall structure according to the invention:

In a possible embodiment of the present invention the corrugated geometry of the wall structure has a prismatic structure.

In addition to or within the one or several fixing means of the wall structure that preferably runs vertically, in particular grooves, one or more elements can be arranged in the form of panels, the fixing means being configured as well as said panels in such a way that at least one of

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The panels can be fixed in different positions of the wall structure.

In this embodiment it is essential that one or more panels can be arranged or arranged in the wall structure, which can be fixed in different positions of the wall structure. These panels can form flat "wall elements", which preferably extend parallel to the plane of the wall structure or the wavy geometry.

Preferably the panels are configured as rectangles or squares with edges that run vertically and horizontally.

Preferably the panels have a smooth visible surface and are located in front of the surface of the wall structure or the corrugated structure and can be positioned at different points of the wall structure. For example, they can be carried out in a horizontal direction or in another direction, preferably in the direction of the sinuses and wave crests. They can also be fixed, for example, in different vertical and / or horizontal positions in the wall structure. In this way it is possible for the user to position the at least one panel in the wall structure as he wishes. In the area not covered by panels, a functional zone can be released, which can serve as a work zone or functional zone for the user. In this area the user can fix for example functional elements, such as lamps, slides, shelves, etc. in the wall structure, while the remaining areas present the panels. In this work area, the corrugated geometry mentioned above may be exposed, that is to form the surface of the wall structure visible and accessible to the user.

In principle, the invention also covers the case in which the entire surface of the wall structure is formed by said panels or in which no panel is arranged.

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

The corrugated structure or the sheets or the like that form it preferably run horizontally and may also be inclined with respect to the horizontal. The present invention is not limited to a corrugated structure that extends horizontally or essentially horizontally. It is also feasible and the invention encompasses an oblique or even vertical arrangement or orientation of the sinuses and wave crests.

The "fixing means" can perform a function of supporting the element. The invention also covers, however, the case in which the fixing means only securely fix the element, such as housing in a groove, assuming the support function of the element itself by another construction element, such as a bearing structure The element can therefore be attached in any way to the fixing means, for example extending with a subzone through it or supporting it.

The wall structure can be constructed flat in its entirety and present on one or both sides a zigzag structure, that is to say a wavy structure in vertical section, the shape of the waves being not limited to round wavy profiles in a strict sense, but also It comprises profiles that have corners and / or edges, such as a polygonal pattern in section. In a possible embodiment of the present invention, the corrugated geometry presents in this respect a prismatic structure.

The wall structure may be statically configured such that it does not require any additional supporting frame, etc. and / or also understand one or more supporting frames or be attached to them.

A wavy geometry is characteristic of the wall structure, that is to say the succession of elevations and depressions, which preferably extend in the horizontal direction, that is to say the "wave crests" and the "wave sinuses" preferably run horizontally in each case. Wave crests face the observer, while the wave breasts extend in the opposite direction to the observer. The wall structure is fixed and is adapted by a positive / negative logic. However, as explained, an arrangement that differs from the horizontal orientation, such as an oblique or even vertical orientation of the wave crests and the wave sinuses, is also feasible.

The corrugated geometry can have one or several fixing means, in particular grooves, in which one or more elements are arranged or can be arranged, the fixing means being configured like this! as said elements such that at least one of the elements can be fixed in different positions of the wavy geometry.

The invention covers the case in which the wavy geometry is provided with such elements as! as well as the case in which the wavy geometry does not have any such elements, although it is suitable for fixing them. The user can establish if, in what positions and with what elements the wavy geometry of said elements is endowed, deciding which element it places at which point of the wavy geometry, the choice of the possibilities of blocking of the element or elements being discretionary. It is feasible to hook the element (s) in the fixing means or fix them in another way.

The fixing means can therefore have any form and / or any mode of operation. In a preferred configuration it is a slot, in which one or more can be inserted and / or hooked

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elements. Preferably it is provided that the elements inserted in the slot can move along the slot.

The groove or other fixing means may be arranged in the "wave breasts", that is to say in the deepest points in each case of the wavy geometry. This entails the advantage that the fixing means pass more unnoticed. However, any other arrangement of the fixing means is also possible by the invention, that is also in the "wave crests" or also in intermediate positions.

Thanks to the possibility of arranging the element (s) in different positions of the wavy geometry, great flexibility is guaranteed.

Preferably, the corrugated geometry or the wall structure having the same is arranged vertically.

In an additional advantageous configuration of the invention it is provided that thanks to the recurring structure it is possible in the freely selectable modular dimension to individually fix the elements to be adapted, these elements comprising any body, technical modules and other elements. This modular height can be obtained by corrugated structures of different width, that is to say by a different separation of the wave sinuses or wave crests from each other. The modular height can be adjusted alternatively or additionally by choosing the separation of the fixing means, that is, for example, from the grooves, from each other.

The elements may comprise, for example, one or more worktops, countertops, shelves, slides, lamps, cabinets, flat elements, such as panels, refrigerators or freezers, ovens, hobs and other heating elements, etc.

Once the modular height has been chosen, it is preferably provided that at this level the horizontal position can be freely chosen within the corrugated geometry, that is within the zigzag structure or prismatic structure.

The visible surface of the wall structure may be formed by the corrugated geometry and / or by elements arranged in the fixing means. At the points where no such element is arranged, the undulating geometry is exposed and thus forms the visible surface of the wall structure. At the points where one or more of said elements are arranged, they can form the visible surface, that is, in these areas the wavy geometry is hidden. Therefore, it is possible, depending on the needs, to cover the entire wavy geometry, for example by cabinets, shelves and panels that cover the wavy geometry. Alternatively, it is also possible not to cover the entire wavy geometry, but to expose one or more areas.

As for the element (s), these are support or housing elements, such as shelves, shelves, knife or cabinet holders, slides, or functional elements with at least one technical function, such lamps, cooling or heating elements or of objects that cover the wavy geometry, such as panels. Thus, for example the use of lamps, cooling or heating elements or other consumers can be widely adapted to individual or standardized solutions.

The type and number of elements is not limited. The user himself can decide which elements he wants to have in which position. Thus it is possible, for example, to create, by means of displacement or change of position of one or several elements, an area in which the undulating geometry provides the visible area, this area having been 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 functions. Thus, it is feasible that one or more supply and / or elimination lines, such as electric lines, gas or water lines, which are arranged in the corrugated geometry or in front or behind the corrugated geometry, preferably in or in, are present the opposite side to the visible side of the wavy geometry, or are formed by the wavy structure.

It is feasible, for example, the possibility of receiving electric current through sliding contacts or also delivering various means to these contact points. It is therefore feasible, for example, to provide, at a point in the corrugated geometry, an electric current for the operation of an extractor hood as well as a channel for evacuating the extraction air, the point being preferably the point or the area in which or in the that the element is fixed to the wall structure. This is valid in an analogous way for the feeding of cold water and the evacuation of wastewater.

All these supply and evacuation ducts can be arranged in or within the corrugated geometry. They can be arranged at one or several points of the wavy geometry or be configured such that they can move to different points of the wavy geometry. Thus it is feasible, for example, to configure an electric power supply or a water outlet in a mobile manner with respect to the corrugated geometry, so that it can be located where it is needed.

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The supply and / or elimination lines can be arranged in such a way that they can be used by one element fixed in the fixing means, in particular in one or more grooves. As explained, it is feasible that the grooves or other fixing means not only serve to fix the element (s), but also as delivery points for the supply and / or elimination of any means.

The fixing means as! as said elements can be configured in such a way that the elements can move with respect to the fixing means in the direction of the waves, preferably in the horizontal direction. The user can thus easily modify the arrangement of the elements with respect to the wavy geometry. For example, you can move a panel wall, so that the area in which the panel wall is located before the movement is the visible surface of the wavy geometry, which can be used to accommodate one or more elements.

This surface can be made of any known material, if necessary also by coatings and / or coating layers. Preferably it is provided that the static bearing structure is guaranteed by the wall structure. This is possible by suitable materials, such as metal or plastic. The wall structure can be coated according to the needs, it being feasible that this coating or this coating layer constitutes an element that can be fixed by means of fixing to the corrugated geometry. A textile coating and / or the use of OLED is also possible.

The wall structure is preferably composed of metal, preferably steel sheet. The wall structure may have at least one coating, which is arranged on the visible side of the wall structure and / or on the non-visible side of the wall structure and which is preferably composed of a coating, a coating layer, a soundproofing layer or flame retardant material. Preferably it is provided that the wall structure is provided on the non-visible side additionally with soundproofing material and / or with a flame retardant material. In this way, technical construction requirements can be met, such as fire loads.

The wall structure may be configured in such a way that it is statically stable and / or that a supporting structure is provided, which joins the wall structure and the support and / or support. The wall structure can be formed by individual panels, which are arranged in such a way that a corrugated structure is obtained by them.

The cross-sectional profile of the wavy geometry can be any. Any profiling with multiple consecutive “wave crests”, ie elongated elevations, and “wave sinuses”, that is elongated depressions, which are arranged in each case between two “wave crests” is considered. It is feasible to configure the wavy geometry in such a way that it is composed of profiles or sheets, arranged in a zigzag pattern, that is to say a profile or sheet protrudes in the cross-sectional profile of the wavy geometry seen from the bottom up forward, that is to say towards the user, the next profile or sheet is tilted in the opposite direction to the user, that is to say backwards, the next profile or sheet is tilted forward again, etc. The angle formed by the individual profiles or sheets with respect to the horizontal is discretionary in itself. Preferably it is in the range between 20 ° and 60 °, however larger or smaller angles are also feasible. It is also possible that some of the profiles or sheets extend in the direction of the horizontal. It is preferably provided that the structure is configured in such a way that, from the point of view of an observer standing in front of the wall structure, a succession of pointed or wavy profiles, preferably triangular, whose tips or whose crest or vertices are directed in each case towards the observer and whose flanks run in each case from the same backwards. In particular, the wavy geometry presents as! A prismatic structure.

The individual profiles or sheets may be configured flat and in particular smooth. However, curved embodiments are also possible.

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

It is also feasible that the wavy geometry has a sawtooth profile or a polygonal profile or a profile without corners. In the latter case, it is foreseen that the profile consists only of roundnesses, that in a manner comparable to a sinusoidal function present consecutive “crests” and “breasts”, the height of the roundnesses being discretionary! As your separation from each other.

At least one of the elements can be formed in a mobile way, preferably movable and in particular by means of a movable carriage.

One or more of said elements can therefore also be mobile. Also these portable (movable) portable elements can be integrated into the zigzag structure or prismatic structure of the wall structure.

It is feasible that one or more bearings, in particular bearings, are arranged in the individual elements and / or in the fixed wall structure, which enable a movement of the elements arranged in the wall structure. These bearings can be made, for example, as ball bearings or also as rollers, cylinders or the like. For this, it is preferably provided that the wall structure itself has grooves or other housing areas, which are preferably connected to the grooves between two profile sections. Said bearings or sliding elements may be arranged in the housing areas. At least one of the elements, in particular at least one of the movable elements may have at least one accumulator, in

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Particular for energy in the form of electric current or heat or food or garbage. It is feasible for example that the element has a rechargeable battery and that in the charged state it moves towards the wall structure and joins it. In this case, the electrical supply of other elements attached to the corrugated structure can be carried out by the mobile element.

This is obviously not only valid for the electric current or for the supply, but also for any other means, such as water, gas and also for the disposal of waste, such as for the lodging of garbage, extraction ducts, etc. .

The individual elements, in particular the profiles or sheets, which make up the corrugated geometry, can be configured in a removable and / or mobile manner, in particular pivotally. Ace! it is feasible that one or more sheets move pivotally or otherwise, so that they form the inlet opening for an extractor. Behind the sheets you can therefore find one or more extractor ducts of an extractor. It is also possible to configure one or more profiles or sheets as functional elements, for example as lamp profiles or lamp sheets.

For coupling of the mobile element with the wall structure, coupling elements specifically provided for it can be provided. However, it is also possible that the mobile element is coupled to the same fixing means as all other elements, preferably to the grooves mentioned above.

The wall structure can be fixed to a supporting structure. The bearing structure may in turn be attached, for example, to a wall, in particular to a building wall, a threaded joint preferably being provided for this purpose.

The bearing structure may consist of vertical and / or horizontal profiles or comprise the same, preferably the horizontal profiles being provided to be fixed to the vertical profiles and preferably to be engaged therein and the wall structure being fixed exclusively or also to the profiles horizontal.

The supporting structure thus forms a structure that carries and / or supports the wall structure with the corrugated geometry.

The present invention can also be used for a kitchen, a building including outdoor areas or also for furniture or a mobile device, such as a vehicle, a plane, etc.

Preferably the wall structure extends as an element arranged vertically in the kitchen. Preferably the wall structure is also arranged or only in the wall area that extends upwardly by the rear edge of the countertop. The wall structure can therefore form the visible surface of the niches or the area that preferably extends perpendicular to the work surface or countertop of a kitchen on its rear side.

The wall structure is not only suitable for both indoor areas, such as a kitchen, but also for outdoor areas, such as a terrace, another covered shelter or the like. In particular, in these cases, the use of a mobile element is advantageous, since it can supply, for example, electric current, gas, water and can also be used for the disposal of waste, such as for garbage accommodation.

The present invention offers the possibility of individualization for a lifetime.

Individual solutions can be supplied to any region of the world, since the wall structure - as explained above - can be configured flexibly.

Other particularities and advantages of systems according to the invention will be explained in more detail by means of realization examples represented in the drawings.

They show:

Figure B1:

Figure B2:

Figure B3:

Figure B4: Figure B5:

different views of an extralble component with an insertable support element with wavy geometry,

a schematic cross-sectional visit of the extralble component with support element inserted with corrugated geometry as! as a perspective view of a user symbolically represented with extralble component and support element,

Perspective views of various ace divisors! as a view of the extralble component with support element and dividers placed on its surface,

a top view of the removable component according to figure B3,

perspective views of removable components with support elements and various dividers,

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B6 - B9: feasible corrugated geometries of the support element with a removable component in cross section and in perspective representation,

B10, B11: perspective representations of the extralble component with support element and various functional elements arranged inside,

B12: different views of an extralble component, which can be inserted and removed in a low cabinet

arranged under a countertop,

B13: a perspective view of a tray for use in the extralble component,

B14: a perspective view of a functional element made as a container,

B15: a perspective view of an extralble component with several containers according to the figure

B14 arranged inside,

B16 - B18: perspective views of trays arranged on the wavy profile with subdivision elements arranged therein,

A1: a perspective view of an embodiment of the wall structure of a system

according to the invention without elements arranged therein;

A2: a perspective view of the wall structure with elements arranged therein in

battery shape and support base,

A3: a perspective view of the wall structure with elements arranged therein in

form of wall cabinets and support base;

A4: a perspective view of the wall structure with elements arranged therein in

form of column cabinets, wall cabinets, base cabinets and a movable element;

A5: a perspective view of the wall structure as a side front of an element of

furniture with movable element arranged therein;

A6-9: perspective views of the wall structure with elements arranged therein in shape

of wall cabinets and low ace! as with panels as additional elements;

A10: sectional views of corrugated profiles configured differently;

A11: a side view of the supporting structure with the wall structure arranged therein and a

element arranged in the wall structure;

A12: perspective views of wall structures with elements arranged differently;

A13, A14: a perspective view of an element fixed to the wall structure in the form of a shelf and a top view of the marginal area of the wall structure with a panel arranged next to it,

A15: different views of a kitchen area with wall structure according to the invention and a panel

that has moved to various positions,

A16 a top view of a wall structure with base cabinets, panels and elements

additional arranged in it,

A17: a perspective view of the rear area of a bookcase,

A18: a sectional representation of the wall structure as! as from the bookcase

arranged in it,

A19: a sectional representation of the wall structure and a ribbon with hangers

arranged in it,

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Figure A20: a sectional representation of a ribbon with hangers,

Figure A21: a sectional representation of the wall structure and of a panel disposed therein,

Figure A22: a perspective view of the arrangement according to Figure A21,

Figure A23: a sectional representation of a knife holder as! as of the wall structure,

which carries the knife holder,

Figure A24: a perspective view of the wall structure in another embodiment.

Figure B1a) shows a removable component with reference B10.

The extralble component consists of a front B12, a bottom B13, a rear wall B14 that runs parallel to the front as! as two side frames B15 arranged laterally parallel to each other, extending between the front B12 and the rear wall B14.

The removable component B10 can be inserted and removed, by means of glues or removable slides not shown, in and from a furniture element, and specifically in a direction according to figure B1 to the left or right, that is to say in the depth direction of the removable component B10.

By means of the front B12, the bottom B13, the rear wall B14 and the two side frames B15 a housing space B20 is defined or delimited, in which the support element B40 is inserted as an insertion element. As can be seen from Figure B1, the support element B40 is formed by or has a wavy geometry. In the embodiment shown in this case, the support element B40 is composed of a plate-shaped material, such as wood or metal, and has a zigzag or corrugated structure.

The support element B40 is composed of flat areas B40a, B40b consecutively arranged alternately, which are configured in each case as a ribbon and limit each other by their longitudinal edges. As can be seen from figure B1a), these sections B40a, B40b in the form of a ribbon form in each case an angle h greater than B90 °, so that a zigzag profile is obtained, as can be seen in the figure B1.

The rectangular support element B40 has external dimensions corresponding to the internal dimensions of the space B20, so that it is arranged without play in the housing space B20.

Figure B1 b) shows the arrangement before insertion of the support element B40 and Figure B1c) shows the removable component B10 with the support element B40 inserted in the space B20.

As shown in Figure B2a), the support element B40 is arranged in such a way that the first complete geometric element, which borders the front B12 or the rear wall B14, is a sine of the wavy geometry, that is to say the support element B40 joins on its side facing forward B12 as! as on one side facing the rear wall B14 with a vertex of the wave crest.

From the cross-sectional view according to figure B2a) as! as from the perspective view according to figure B2b) it can be seen that the wave crests B as! as the T wave sinuses run parallel to each other and in particular parallel to the front B12 as! as in parallel to the rear wall B14. This means that kitchen utensils or other elements, which are supported by the T wave sinuses of the wavy profile of the support element B40 also run in a preferred direction parallel to the front B12 and parallel to the rear wall B14 and therefore in perpendicular to the extraction direction R of the extralble component B10.

Kitchen utensils or other elements are therefore arranged horizontally or across the drawer B10 on or in the corrugated geometry of the support element B40.

Figure B3 shows with references A1, A2 and A3 various dividers, which on their lower side have a profile that is complementary to the profile of the wavy geometry of the support element B40.

The A1 as divisor! as the divider A2 has a zigzag profile on its lower side, which is complementary to the profile of the support element B40, that is, as can be seen in the representation of Figure B3, these pieces are housed in the wavy geometry of the bottom of support B40 with drag of form. They are therefore supported with their lower sides all over the surface on the corrugated geometry or on the upper side of the support element B40.

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The divider A3 is made with respect to its lower surface in a triangular manner and specifically in such a way that it fits exactly in a sine T of the corrugated profile or rests there throughout the surface.

Figure B4 shows an arrangement according to Figure B3 seen from above with the dividers A1, A2 and A3 represented. As is clear from the arrows in Figure B4, the possibilities of positioning for the dividers are multiple.

The divider A1 can move laterally, that is according to Figure B4 down and up. This is valid analogously for dividers A2 and A3. Since these dividers, unlike the A1 splitter, do not extend over the entire depth of the support element B40 or the space B20, they can be further displaced in the depth direction, as indicated by the arrows.

This arrangement of dividers allows the user to configure the removable component space flexibly and optimize it at will.

Figure B5 shows other possibilities of arrangement of a simple divisor A3, which is only arranged in a T wave sine and subdivides it into two zones. The central representation according to Figure B5 shows a double splitter A2, which subdivides two T wave sinuses and the right representation a fivefold splitter A3, which extends throughout the depth of the removable component B10 and the support element B40.

The wavy geometry of the support element B40 is not limited to the exemplary embodiments according to the figures described above.

In these figures, the wavy profile is composed of a symmetrically configured pattern, which is composed of individual ribbon-shaped areas, which in turn are made flat. In the embodiments shown above, the T wave sinuses and the B wave crests are sized equally.

Figure B6 shows another example of embodiment of the wavy geometry in section (figure B6a)) and in perspective view (figure B6b)). In this wavy geometry, the T-wave sinuses have a flat base and are separated from each other by projections or B-wave crests. The B-wave crests have two flanks directed towards each other, whose upper edges are joined together. through a horizontal section.

Figure B7a) and B7b) shows a profile in cross-section and in perspective view, which as regards the surface corresponds to that of the embodiment according to Figure B1.

In contrast to the embodiments described above, in this case, however, the support element B40 is formed by a solid material V or by a sandwich construction. As can be seen from figure B7a), the lower side of the support element B40 is made smooth. If the user does not want to have any wavy profile on the visible upper side, he has the possibility to remove the support element B40 from the removable component, turn it over and reinsert it. In this case, the lower surface of the support element B40 according to Figure B7a) is therefore located above and serves as a flat surface.

Figure B8 shows a wavy profile, in which the T wave sinuses and the B wave ridges are sized equally. The flat surfaces of the B-wave peaks correspond in their length to the flat areas of the T-wave sinuses. Unlike this, the embodiment according to Figure B1 does not present any flat wave sinus or any flat wave crest. , but end up on end.

Figure B9 shows a wavy profile, which has no corners or edges and only consists of roundnesses, which are arranged consecutively. The T-wave sinuses and the B-wave crests correspond in their dimensioning and extend from the same central plane up and down.

Figure B10 shows in a perspective view a removable component B10 with a wooden support element B40 that is inside. As shown in Figure B10, various functional elements are found in the T-wave sinuses, in this case in the form, for example, of a container B110 or of a housing B100.

Figure B11 finally shows with reference B120 a knife holder. It has, like the housing B100 and the container B110 according to Figure B10, a lower side, with which it rests all over the surface on the upper side of the corrugated geometry of the support element B40.

This not only has the advantage that the functional elements are securely housed in the wavy profile. An additional advantage is that the corrugated profile preferably extends perpendicular to the direction of movement of the removable component, so that opening and closing does not produce an unwanted flow of the functional element (s) or of the dividers represented above.

From Fig. B12a) a removable component B10 can be seen taken from a cabinet under B300. The support element B40 is not yet inserted in this case in the housing space B20 of the component

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extralble B10. Figure B12b) shows the section of the insertion of the support element B40 in the housing space B20 of the removable component B10 and Figure B12c) the removable component B10 taken out of the cabinet under B300, in which housing space B20 is now the B40 support element. This covers the entire bottom area of the extralble component and thus constitutes the support surface of the extralble component B10. From figure B12d) a perspective view of the extralble component and the support element B40 can be seen. Also in this view, various A3 and A1 dividers are arranged, which subdivide the extralble component in its entirety or only one or several wave sinuses in the lateral direction.

The divider (s) can be secured by means of suitable fixing means against unwanted displacement, such as by means of a magnetic union with the support element B40.

The B12 front can be made without a handle. In this case, the opening can be opened for example by means of an automatic hardware (touch-latch) or also by means of a drive element, which is activated, for example, through a sensor on the front side. The front B12 can, however, also be configured with a handle, as can be seen from Figure B12b) and B12c).

The side frames B15 and / or the front B12 and / or the rear wall B14 and / or the bottom B13 and / or the support element B40 may be composed of wood and / or metal and / or plastic.

Preferably it is provided that the side frames B15 as! as the rear wall B14 are made of metal and the front B12 is made of wood. The bottom B13 can also be made of metal or wood. In principle, other combinations of materials are also possible, such as the one that all the extralble component including the support element B40 is composed of metal or wood or plastic.

Figure B13 shows in perspective view a tray, which can be made of wood, for example, and on its lower side it has two guide elements spaced apart from each other, which protrude from the tray B200 downwards and have a complementary shape to the wavy profile. of the support element B40. This means that the tray with its guide elements B210 protruding downwards, which extend along its length, can rest on the support element B40. Depending on the size of the tray B200, it can be arranged displaceably with respect to the support element B40 along the waves.

Figure B14 shows with reference B300 a container, which has a bottom, two side walls and a long front and rear wall with respect thereto. Handles extend in the upper part of the side walls.

As can be seen from figure B14, in a manner comparable to the tray according to figure B13 below the bottom plate of the container B300 there are housing or guiding elements B310, which can extend for example over the entire length of the container or for its entire width or also only for a partial area of the length or width of the B300 container. This is valid analogously for other functional elements.

Also for the case of the container B300 according to Figure B14 it is valid that the contour of the elements B310 is complementary to the contour of the wavy profile of the support element B40. This means that the elements B310 can be housed in the wave sinuses of the support element B40, being provided as in other functional elements preferably that the walls of the elements B310 run parallel to those of the support element or rest on the same, so that the functional element (s) can be accommodated without play in the wavy profile.

Figure B15 shows in perspective view a removable component B10, with a front B12, side walls B15 and a rear wall B14. The bottom of the extralble component B10 is formed by the support element B40, which has a corrugated structure. As can be seen from Figure B15, the containers B300 are sized in this case such that several of the containers B300 can be accommodated in the space B20 of the removable component B10. A combination of different functional elements is also feasible in the housing area B20 of the removable component B10.

As can be seen from Fig. B15, the containers B300 are sized in such a way that they are arranged displaceably along the corrugated profile of the support element B40. They are fixed in the direction of depth, that is to say in the direction of extraction of the extractable component B10, with dragging by means of the corrugated structure that runs transversely to the direction of extraction and the elements B310 that interact with it.

The container B300 can be sized in such a way that for each extractable component B10 only one such container can be accommodated.

Figure B16 shows as another feasible functional element a tray B400, which also has guidance elements B410 on the lower side, which, as can be seen from Figure B16, are arranged in the wave sinuses of the support element.

The tray B400 has a plurality of depressions, which are configured in the form of a groove and which serve to accommodate projections by way of B420 rods or other furniture elements, which can be moved with respect to the tray B400 or can be arranged in different positions of the B400 tray. Among the slots one is identified in Figure B16 with reference B430. Thanks to the B420 elements, a largely discretionary subdivision of the surface or area above the B400 tray into housing areas is feasible. In figure B17 three of the projections are provided as a rod or subdivision elements B425, which form a triangle, which can serve for example to accommodate dishes, pots or the like.

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Figure B18 shows a divider B440 configured in the form of a wall, which has standing sections B450, which are anchored to the slots B430 of the tray B400. These B450 foot parts can be fixed to different slots as! as also encompassing several slots, so that an oblique arrangement of the subdivision element B440 in the form of a wall is also feasible.

The elements B420, B425, B450 that can be fixed in the grooves or other retention elements as! as the tray B400 can be configured in such a way that they can be moved and / or locked with respect to the slots.

Figure A1 shows with reference A10 a wall structure, such as that which can be used in a system according to the present invention together with a removable component. The wall structure is arranged perpendicularly and has an undulating geometry on its front side facing the observer.

The corrugated geometry of the wall structure corresponds in this respect to the corrugated geometry of the extralble component and / or the wall structure and the extralble component are configured such that a divider that can be housed in the corrugated geometry of the extralble component or a Functional element arranged inside it can be fixed to the wall structure and / or housed in its corrugated geometry.

The wall structure is fixed to a bearing structure A20, which in turn is attached to a building wall A30 and preferably bolted to it. The supporting structure is composed of vertical slats A22, which are fixed to the wall of the building A30 by means of the fixing pieces A26 and horizontal slats A24, carried by the vertical slats A22. Preferably the horizontal slats a24 are engaged in the vertical slats A22.

The wall structure A20 is attached to the horizontal slats A24 and preferably hooked thereon. This means that the bearing structure A20 carries the wall structure A10 or at least supports it, so that the wall structure A10 is fixed in its vertical position.

A sectional view perpendicular to the plane formed by the wall structure A10 can be seen from Figure A11.

From this figure it follows that the wall structure A10 presents on its visible surface, which points according to Figure A11 to the right, a wavy geometry that is composed of "wave sinuses" A11 and "consecutive wave crests" A12 in vertical direction.

This wavy geometry is arranged only on one side in the example of realization represented in this case, that is, it is only on the side directed towards the user (according to figure A11 on the right side), while the other side (according to figure A11 left side) is set smooth. The invention also covers, however, the case in which the corrugated geometry is on both sides of the wall structure, that is on the side directed towards the user and on the side directed in the opposite direction to the user.

As is further apparent from Figure A11, functional grooves A13, A14 are found in the undulating geometry, which may be arranged for example in the "wave sinuses" (slots A13), or also in the "wave crests ”(Slots A14) or also in intermediate areas.

Preferably it is provided that in each of the "wave sinuses", the "wave crests" or the intermediate zones are arranged respectively one or several functional grooves A13, A14, that is to say for each unit A15 that forms the wavy geometry are provided preferably exactly one or more of a functional slot A13, A14. A unit is understood to mean a profile element, which is arranged in the wavy geometry consecutively, that is to say in the present exemplary embodiment a profile element configured essentially in the form of an eave. The various profile elements that form the wall structure A10 or the units A15 can be formed in one piece, that is to say they are a component part of a construction element or be formed by several units A15 joined together.

Instead of functional slots A13, A14, that is slots that assume at least one function, such as fixing, power supply, etc. of the elements, any other fixing means may also be provided.

The grooves A13, A14 are configured in such a way that a plurality of different elements can be introduced into them, preferably, and specifically in any position along the groove. According to figure A11 as element A100 a panel, a cabinet, a functional element etc. is provided.

Figure A2 shows an exemplary embodiment, in which a stack A110, such as a sink, and a support base with removable component A120 are inserted in the corrugated geometry of the wall structure A10.

As identified by the horizontal lines in Figures A1 and A2, which mark the grooves A13 or other fixing elements, the elements can be fixed in different vertical positions to the wall structure A10. In the exemplary embodiment shown in Figures A1 and A2, slots A13 are arranged in the "wave breasts".

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The slots A13, A14 preferably extend over the entire width of the wall structure A10.

Figure A3 shows an example of embodiment, in which the elements are formed by wall cabinets A130 arranged in different positions in height and a relatively long support base A140 or kitchen countertop, if necessary, with removable component, which is arranged in a area below the A130 wall cabinets. All these elements can be arranged at will in different vertical and vertical positions, so that an optimal ergonomics for the user is obtained individually.

Figure A4 shows an embodiment with elements in the form of two A130 wall cabinets, a cabinet under A150 and a column cabinet A160 as! as an A170 scrollable element. This has a frame A174 and a housing area A178, as the case may be, as storage space, the frame A174 being able to be moved by means of A176 swivel castors.

On its front side it has A172 plug sockets. The movable element A170 receives electric current from the wall structure A10, which on the rear side directed in the opposite direction to that of Figure A1 can be made with one or more supply lines, such as electricity lines, water pipes, gas, etc. for this, the movable element A170 has on the side where it joins the wall structure A10, contacts or other connection elements, which are configured such that electrical current or other means are conducted from the wall structure A10 to the sliding element A170 and / or from the sliding element A170 to the wall structure A10. Preferably these contacts or connection points as! as well as the wall structure they are configured in such a way that it is enough to move the movable element A170 next to the wall structure A10, so that it comes into contact with the wall structure A10. In this connected state, the movable element A170 joins the supply or / or elimination lines or lines of the wall structure A10, preferably without the need for additional measures.

Alternatively or additionally to the electric current, the movable element can also serve to provide other means, such as gas, water, etc. or also for the elimination, such as waste, and therefore be made with corresponding lines and / or deposits as! as the necessary connections for them.

The wall structure A10 can therefore adopt not only the fixing function for the elements, but also provides them with the necessary means, such as electric current, etc. and / or eliminate them, that is, for example, they are used for the evacuation of wastewater, exhaust air, etc.

It is preferably provided that the fixing means, such as grooves, not only serve to fix the element to the wall structure in the area of the corrugated geometry, but also make it possible to supply and / or eliminate one or more means, such as electric current, water, gas, etc. to the element fixed in this way. This supply and / or disposal can be done through the fixing means. For this, the wall structure itself can have one or more supply and / or elimination lines, such as channels, ducts, etc. or joining them, these being arranged in such a way that a supply of one is possible, preferably several of the elements fixed in the fixing means.

The scrollable module can have an accumulator, such as a rechargeable battery, which entails the advantage that the accumulated medium, such as electric current can be made available at another point, such as in outdoor areas.

The movable element A170 is made in the exemplary embodiment shown here with rotating casters. In principle it can be a mobile element, which is arranged so that it can move with respect to the wall structure.

Figure A5 shows an embodiment, in which the wall structure A10 forms the side wall of a furniture element A200, which in turn is composed of several cabinets A210 and a work surface A220.

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

Figure A6 shows an embodiment, in which the wall structure A10 is provided with three A130 wall cabinets and three A150 base cabinets, having omitted in this figure and in the other figures for reasons of clarity the references of the structure bearing Likewise, elements A190 panels that extend around the cabinets A130, A150 and / or between them and the front side of the corrugated geometry are provided. Figure A7 shows the embodiment according to Figure A6, in which one of the wall cabinets A130 has been removed.

From Figure A7 it can be seen that the panels A190 are configured as a flat element, which constitutes another of the elements that can be attached to the wall structure A10 and which in this case serves as a coating. Reference A400 identifies the upper surface of the base cabinets or countertop.

From figures A6 and A7 it can also be seen that the undulating geometry of the wall structure A10 5 can be exposed, that is, it can constitute the visible surface of the wall structure A10. This is the case in the embodiment shown in Figures A6 and A7 in the area A300 above the work surface a400.

Figure A8 shows an embodiment with only one A130 wall cabinet and three A150 base cabinets. From this figure it can be seen that laterally and below the wall cabinet A130 no panels are arranged, that is to say in this area the undulating geometry is exposed.

From Figure A9 you can see an embodiment in which, except for the A300 zone, all the wavy geometry, also the areas not covered by cabinets A130, A150, is covered by panels. The A300 zone can be covered by functional elements, such as shelves, slides, lamps, etc.

In principle, the entire wavy geometry can also be covered with elements. In this case the wavy geometry 15 is not visible by the user from the front side.

Preferably it is provided that all the elements shown are arranged in slots A13, A14 in a displaceable manner, whereby a flexibility in the horizontal direction is obtained. By means of the existing modular dimension in the vertical direction it is also possible a variability in the vertical direction.

Figure A10 shows different possible configurations of the wavy geometry in each case in cross section 20. Figure A10 a) shows a sawtooth profile, in which the A500 elements arranged

obliquely protrude from top to bottom and are joined by horizontal sections A502. Figure A10 b) shows a sawtooth profile, in which the A500 elements arranged obliquely protrude from bottom to top and are joined by horizontal sections A502. From Figure A10 c) a profile can be seen, which is composed of alternate A504 breasts and consecutive A506 ridges, which have the same height in reference to the central plane arranged vertically and are configured with specular symmetry in reference to a horizontal plane.

Figure A10 d) finally shows a wavy structure, which is composed of an oscillating profile, which does not have corners, but is formed exclusively by roundnesses.

From Fig. A12 different perspective views of the wall structure A10 can be seen, whose visible front side 30 is formed by a wavy geometry. In each case in the “wave sinuses”, which in figure A12

are identified with A11, there are grooves A13 that extend over the entire width of the corrugated geometry, in which the shelves A180 are arranged in a laterally movable way. The "wave crests" A12 are made without grooves or other fixing means. The slots A13 are arranged in such a way that the A180 shelves can be removed without more of them. It is feasible, for example, a pivoting movement, etc., 35 by which the A180 shelves can be placed or removed.

Figure A12 further illustrates that the wall structure A10 can be provided as a rear wall area above the countertop A400, so that a particularly favorable accessibility by a user is guaranteed.

The corrugated geometry is formed by panel elements P1, P2 arranged consecutively, which are made flat and arranged alternately protruding forward and backward, so that the corrugated geometry represented by "wave breasts" is obtained and "Wave crests".

Figure A13 shows in an enlarged representation the functional slot A13, in which the shelf A180 is housed with the front end area of its wing A182 vertically or running obliquely. The A180 shelf also has a horizontal support area A184 that connects to the A182 wing. Preferably the wing A182 rests on the panel element P1.

45 The A13 slot or functional slot guarantees maximum freedom in the positioning of the elements in a vertical and horizontal direction. The elements are hooked or otherwise fixed in the functional groove and therefore are oriented vertically in the grid. They can be placed without steps along the A13 slot and therefore can be freely positioned.

Figure A14 shows the marginal area of the wall structure A10 with an A600 panel arranged next to it. From 50 of this figure A14 the arrangement of the grooves A13 running horizontally, that is to say along the waves of the wavy geometry, is particularly clear. As explained above, the slots A13 not only serve to fix elements, such as shelves, lamps, etc., but also enable the feeding and / or evacuation of various means, in particular the supply of electric current for example to a lamp, if necessary through sliding contacts, etc. This is valid not only for grooves, but for fixing means 55 configured in any way, that is to say by means of fixing or at the points where the fixing means are arranged, the supply and / or elimination can be made with respect to to the elements arranged in the wall structure.

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Figure A15 finally shows in a schematic view a kitchen arrangement with a plurality of A150 low cabinets arranged next to each other, on whose upper side is a work surface. In the niches above the work surface, the corrugated geometry of the wall structure A10 can be observed in the area A300, which occupies the entire surface represented in Figure A15. This means that also the A150 base cabinets are fixed to the wall structure A10.

With reference A190 a panel is identified which is also fixed by means of the fixing means of the wall structure A10. As can be seen from the figure, panel A190 is arranged in a horizontally displaceable manner, so that depending on the position of panel A190, a different A300 zone is discovered in each case as a functional zone, that is, accessible to a user, as can be seen from the two lower representations in Figure A15. The A190 panel can therefore be placed behind the work area without steps, to create as! Individual A300 functional zones. These can be provided, for example, with lamps, slides, etc.

The exemplified embodiment refers to fixing means in the form of grooves that run along or in parallel to the "wave crests" and the "wave breasts". It should be noted that in this respect it is only an example and that the invention covers any means of fixing, such as interlocks, etc.

These functional elements or elements, which can be attached to the wall structure A10, are in the exemplary embodiment according to figure A16 an A700 knife holder, a lath with hangers A800, a shelf for A810 cups, an A900 spice rack, a shelf for A1000 ace bottles! like a bookshelf for A1100 books.

Figure A17 shows in a perspective view from behind the A1100 bookcase. The bookcase A1100 has a contour K in its rear area, which is configured in such a way that it is complementary to the wavy profile of the wall structure A10. In addition, the bookcase features guided elements A1102 as in its lower back area! as also in the rear area in an upper section rotating casters A1104, which in each case run through grooves or other housing areas of the wall structure A10.

Figure A18 shows in a sectional representation the bookshelf for books like this! as the wall structure A10. As shown in Figure A18, the wall structure has grooves or housing areas, which are located in the sine areas of the corrugated geometry.

As can be seen from Figure A18, the wavy geometry or the wall structure is formed by individual elements joined together, between which slots A13 are arranged in each case in the wave sinuses. In the rear area of these slots there are accommodation spaces A13 ', in which guide elements A1102 and A1104 run according to figure A17. As shown in Figure A18, the guide elements A1104 are formed by rotating casters, preferably by rubber swivel casters as! as for ball bearings A1106, the rotating wheels making a vertical support and causing the ball bearings, which are also in the area of the lower guide elements A1102 a support against the rear area of the housing areas A13 '.

Figure A19 shows in a sectional representation the fixation of different elements, such as the slat with hangers A800, the cup shelf A810, the shelf for spices A900 as! such as the A1000 bottle rack to the A10 wall structure. In the embodiment shown here, the arrangement of the slat with hangers A800 is shown, which, like the A810 cup shelf, has spikes that project obliquely upwards to hang objects.

As shown in Figure A19, its support arrangement is extended in the rear of the corresponding element, with which it is supported with respect to the wall structure or the wavy geometry. The element itself disposed in the wall structure has at least areas, as can be seen from Figure A19, a complementary form to the corrugated structure, which in the embodiment shown here engages in a wave sine of the wall structure and therefore is configured on its side directed towards the triangular shaped wall structure. From the peak of this triangle an A802 soul extends through the A13 slot. To this soul A802 the fixing arrangement itself is connected for fixing the corresponding element to the wall structure. In the embodiment shown here, it consists of a first ball bearing A803, which is supported on one side of the housing area A13 'directed towards the element A800, on a second ball bearing A804, which is supported on the wall of the accommodation area A13 'directed in the opposite direction to the element A800 as! as in a roller A805, which runs along the base of the profile or of the housing area A13 'and therefore makes a support of the element in the vertical direction.

Figure A20 shows in a sectional view another configuration of an element, which in this case is made by way of example as a lath with hangers A800 but which can also be formed by any other element. As can be seen from Figure A20, it is feasible that the element (s) to be fixed to the wall structure have bearings, in particular bearings, in their area directed towards the wall structure.

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which in figure A20 are identified with reference A806. These extend on the two oblique wings of the element, with which it rests on the corresponding flanks of the corrugated structure.

Figure A21 shows in a schematic section view the wall structure. As shown in Figure A21, the wall structure is composed of individual A2000 profile elements, which are arranged adjacent to each other and specifically in such a way that a slot A13 is left between at least two of these A2000 profile elements. , which serves to fix elements, such as cabinets, countertops, functional elements, etc. The slot A13 then flows into an area A13 ', which serves for example to accommodate support elements to fix the elements to be fixed to the wall structure. The individual profile elements A2000 are either connected to each other, for example interlocked and / or fixed to a supporting structure, such as the bearing plate A3000 shown in Figure A21.

This A3000 plate can then be connected to a supporting structure, as can be seen, for example, from Figure A11 or also mounted directly on the wall. It is also feasible to dispense with a bearing plate A3000 and that the individual profile elements A2000 or the structure that has the corrugated geometry join directly with the bearing structure that can be seen in Figure A11 and which comprises the elements A22, A24 or directly with A building wall.

The embodiment according to Figure A21 shows a tray A1200 as another element that can be attached to the wall structure A10. This tray A1200 is made as a horizontal element in the form of a plate, which for example can serve to support things. It has in its rear area an A1202 fixing element, consisting of two sections joined together by a step-shaped section and running obliquely with respect to the tray plane. As can be seen from Figure A21, the first section A1203 rests on the outer side of a profile element and section A1204, which is displaced by a step with respect to section A1203 rests on the inner side, that is to say on the side of an A2000 profile element directed towards the accommodation space A13 '. This ensures a fixation by dragging of form or force of the tray A1200 with respect to the profile elements A2000.

As is further apparent from Figure A21, the individual profile elements are composed of a triangular profile area in cross section directed towards the observer, as well! as by rear sections, which delimit the housing areas A13 'for fixing the elements to be fixed to the wall structure, and specifically on the front side of the wall structure directed to the right.

Figure A22 shows a perspective representation of the wall structure A10 composed of individual A2000 profile elements, which are preferably joined together, like this! as the tray A1200 arranged in it.

Figure A23 shows in a sectional view the fixing of a knife holder to the wall structure. The knife holder A700 has a housing section that runs obliquely with respect to the wall structure A10 located vertically for the knife housing. In its area directed towards the wall structure A10, the knife holder has a fixing means, corresponding in its shape with that of the tray A1200 according to Figure A21. Therefore, fixing elements A703 and A704 are also provided, which are connected to each other by a step-shaped section and which are arranged offset from one another by the same. As can be seen from Figure A23, section A703 is supported on the side directed towards the user, that is, the front side of the profile element A2000, and section A704 on the rear side of the profile element A2000, which delimits the accommodation area A13 '. The step-shaped section extends as in the example of embodiment according to Figure A21 in slot A13.

As explained above, the wavy geometry of the wall structure can consist of individual profile elements that in each case form a “wave” or also a piza or several pieces, if they extend along several wave crests and several breasts cool.

Figure A24 shows in a perspective view a compact structure of a wall structure, consisting of an element that has a plurality of consecutive wave sinuses and wave crests.

The embodiments, shown above with reference to the drawings, of the wall structure and the removable component of a system according to the invention are preferably configured so that the functional elements or elements described for the respective embodiments can be fixed in each optionally in the extralble component or also to the wall structure.

This system is therefore particularly flexible, since the user himself can decide if he wants to fix the functional element in question, such as a knife holder, to the wall structure or put it in the extralble component. In this respect the corrugated structure of the wall structure as! as the corrugated geometry of the extralble component is preferably adjusted to each other so that the same functional element can both be housed in the extralble component and be fixed to the wall structure.

The functional elements to be introduced or introduced may in particular be any element that has been described above with reference to the examples of embodiment of the extralble component and which can be housed in an extralble component. In this respect, for example, they may be containers, slides, such as

for example for knives, containers such as canning cans, for example for larger objects such as bottles or the like, etc.

Functional elements can also be considered, elements that serve as described above to subdivide the interior space of the removable component. For example, subdivision elements that define housing spaces for example for plates or the like or trays that are made with corresponding subdivision elements are feasible, such as with projections like rods or the like.

Claims (13)

1. System comprising at least one wall structure (A10) with a surface, the wall structure (A10) presenting at least one side a multidimensional corrugated geometry with repetitive shapes or being formed by it, whose waves extend in horizontal direction or essentially in horizontal direction, being able to 5 presenting the corrugated geometry in particular a prismatic structure, and presenting the corrugated geometry one or more fixing means, in particular grooves (A13, A14), in which one or more elements (A100) are arranged or can be arranged, being configured the fixing means as! as said elements (A100) such that at least one of the elements (A100) can be fixed in different positions of the wall structure (A10) on the side of the corrugated geometry, and also comprising at least one removable component ( B10) 10 for a furniture element, the extralble component (B10) presenting at least one accommodation space (B20) for accommodating objects, in particular kitchen utensils, at least one support element (B40) being found in the housing space (B20), on which the objects can be supported, the support element (B40) being presented in sections or across its entire surface at least on one side a wavy profile or being formed by a wavy profile, which has wave sinuses and wave crests 15 arranged alternately, the wavy profile being able to present in particular a prismatic structure and / or a furniture element with at least one removable component (B10) with at least one accommodation space (B20) for accommodating objects, in particular kitchen utensils, at least one support element (B40) being found in the accommodation space (B40), on which the objects can be supported, presenting the element of support (B40) by sections or all its surface at least on one side a wavy profile or being formed by a wavy profile, 20 having wave sinuses and wave crests arranged alternately, being able to present the p wavy profile in particular a prismatic structure and the corrugated geometry of the wall structure (A10) corresponding to the corrugated geometry of the extralble component (B10) and the wall structure (A10) and the corrugated geometry of the extralble component (B10) being made such that a divider (A1 , A2, A3) or functional element that can be housed in the corrugated geometry 25 of the removable component (B10) can be fixed to the wall structure (A10) and / or housed in its corrugated geometry. 2. System according to claim 1, characterized in that the wave sinuses and the wave crests do not extend in part or in full in the direction of extraction of the extralble component (B10). 3. System according to claim 1 or 2, characterized in that the support element (B40) is partially or completely formed by at least one element fixedly arranged in the housing space 30 (B20) of the removable component (B10) or by at least one element that can be removed from the housing space (B20). System according to one of the preceding claims, characterized in that the support element (B40) partially or completely forms the bottom (B13) of the removable component (B10) and / or forms an integral part of the extralble component (B10). System according to one of the preceding claims, characterized in that the wave sinuses and the crests of Wavy profile wave extends perpendicular to the direction of extraction obliquely to the direction of extraction or in the direction of extraction of the extralble component (B10). 6. System according to one of the preceding claims, characterized in that the extralble component (B10) it presents a fund (B13) and because the fund (B13) is completely or in sections covered by the element of 40 support (B40). 7. System according to one of the preceding claims, characterized in that the removable component (B10) it has a front (B12) and a rear side wall, between which the support element (B40) extends, and because the support element (B40) is supported with a wave crest on the front (B12) and / or on the rear side wall. System according to one of the preceding claims, characterized in that one or several are present. dividers (A1, A2, A3), which subdivide the surface of the support element (B40) into at least two sub-zones, and / or because one or more functional elements are present, the dividers (A1, A2, A3) being configured and / or the functional elements preferably in such a way that they are arranged or can be arranged exactly in one wave sine or in several wave sinuses of the profile and / or in such a way that between the divider (s, A1, A2, A3) or 50 Functional elements and the surface of the support element (B40) is established by a drag-in joint. 9. System according to one of the preceding claims, characterized in that one or more dividers (A1, A2, A3) are present, which subdivide the surface of the support element (B40) into at least two sub-zones, and which extend perpendicularly or at an angle with respect to the wavelength (s) and the wavelengths and / or because the divider (A1, A2, A3) are disposed removably and / or movably or fixedly in the element of support (B40). 5 10 fifteen twenty 25 System according to one of the preceding claims, characterized in that the wavy profile is configured in such a way that the width of a sine wave corresponds to that of a wave crest or differs from it and / or because the wavy profile is composed by flat elements, which limit each other in ridges, so that the wavy profile forms a prismatic structure, or is formed by a rounded profile. System according to one of the preceding claims, characterized in that the support element (B40) has a first surface, which partially or completely presents the corrugated profile, and has a second surface, which also has a profile, in particular a profile wavy or not profiled, in particular it is made smoothly. System according to one of the preceding claims, characterized in that the support element (B40) is configured as a plate-like part or is composed of a solid material and / or because the support element (B40) is configured as part of One piece or is composed of several parts. 13. System according to one of the preceding claims, characterized in that the removable component (B10) has a front (B12), a rear wall and at least two side frames, which jointly delimit the housing space (B20), extending the side frames in the area between the front (B12) and the rear wall (B14) and the support element (B40) being configured in such a way that it is preferably made of a single piece and in the inserted state covers the entire bottom (B13) of the accommodation space (B20) and / or supported with its surrounding edges in the front (B12), in the rear wall (B14) and in the side frames (B15). 14. System according to one of the preceding claims, characterized in that one or more dividers (A1, A2, A3) are present, which subdivide the surface of the support element (B40) into at least two sub-zones, and / or because one is present or several functional elements, which are placed on the surface of the support element (B40), presenting the divider (A1, A2, A3) and / or functional elements on its lower side, with which they are in contact with the surface of the support element (B40), a profile that constitutes, in whole or in part, a profile complementary to the corrugated profile of the support element (B40). 15. System according to one of the preceding claims, characterized in that the surface of the wall structure (A10) is vertical.