EP4039907A2 - Floor arrangement, elongated floor profiles, end profiles and fascia profiles - Google Patents

Abstract

The present invention relates to a floor arrangement (1), in particular a self-supporting balcony floor, with a plurality of elongate floor profiles (2) which are positioned parallel to one another in their longitudinal direction (L) and are detachably connected to one another on their mutually facing longitudinal sides, the floor profiles (2) each have a lower base plate (3) and an upper cover plate (4), which are connected to one another by connecting webs (5), and have engagement means on their mutually facing longitudinal sides, via which adjacent floor profiles (2) are detachably connected to one another. The invention also relates an elongated bottom profile (2), and an end profile (36, 37) and a facing profile (41).

Description

The present invention relates to a floor arrangement, in particular a self-supporting balcony floor, with a plurality of elongate floor profiles which are positioned parallel to one another in their longitudinal direction and are detachably connected to one another on their mutually facing longitudinal sides, the floor profiles each having a lower base plate and an upper cover plate which are connecting webs are connected to one another and have engagement means on their mutually facing longitudinal sides, via which adjacent floor profiles are detachably connected to one another, the engagement means having an engagement contour which is provided on the longitudinal side of one of two floor profiles connected to one another and is formed on an outer connecting web of the floor profile , and a counter-contour which engages with the engagement contour and which is provided on the adjacent longitudinal side of the other floor profile and on an external connecting web of the other soil profile is formed.

The invention also relates to an elongate floor profile with a lower base plate and an upper cover plate, which are connected to one another by connecting webs, engagement means being provided in order to detachably connect the floor profile to a floor profile adjacent on the longitudinal side, the engagement means having an engagement contour which is on one longitudinal side of the floor profile is provided and is formed on an outer connecting web, wherein the engagement contour can be brought into engagement with a corresponding counter-contour of an adjacent floor profile in order to connect the floor profile to a longitudinally adjacent floor profile, and/or a counter-contour, which is provided on a longitudinal side of the floor profile and is formed on an external connecting web, wherein the counter-contour can be brought into engagement with a corresponding engagement contour of an adjacent floor profile in order to connect the floor profile to a longitudinally adjacent floor profile.

Furthermore, the present invention relates to an elongate end profile with engagement means provided on an inner longitudinal side, which are designed and suitable for detachably connecting the end profile to a longitudinally adjacent floor profile, the engagement means having an engagement contour which engages with a corresponding counter-contour of an adjacent floor profile can be brought to connect the end profile to a longitudinally adjacent floor profile, or comprise a counter-contour which can be brought into engagement with a corresponding engagement contour of an adjacent floor profile in order to connect the end profile to a longitudinally adjacent floor profile, and to the other, outer Long side provided fasteners for attaching a facing profile.

Furthermore, the present invention relates to a facing profile for the lateral facing of a floor arrangement, in particular for attachment to an end profile.

Floor arrangements, which consist of several profiles next to one another and connected to one another on their long sides, are used in many areas in the context of house construction. For example, such arrangements are used in the roofing of terraces or balconies, and as floor coverings for terraces or balconies.

In principle, such arrangements comprise a plurality of elongate floor profiles which run parallel next to one another and are detachably connected to one another on their mutually facing longitudinal sides. Most of these profiles are designed as extruded plastic profiles or aluminum profiles and provided with a decorative finish. Since such arrangements should have an at least essentially flat surface, each floor profile usually has a lower base plate and an upper cover plate, which are connected to one another by connecting webs. A high mechanical stability and rigidity is achieved by such a multi-layer structure.

For the particularly detachable connection of two mutually adjacent floor profiles, engagement means can be provided on the longitudinal side. These include an engagement contour, which is formed on the longitudinal side of one of the two adjacent floor profiles, and a corresponding counter-contour, which is formed on the longitudinal side of the other of the adjacent floor profiles. The engagement contour and the counter-contour can be brought into engagement with one another in order to releasably connect the two floor profiles to one another along their longitudinal side.

Such an arrangement with two adjacent and along their longitudinal sides connected floor profiles is from DE 10 2014 011 722 B4 previously known. The two adjacent floor profiles each have an overlapping tongue and a clamping tongue on their mutually facing longitudinal sides, which protrude laterally from an outer connecting web. In the mounted state, the two opposite clamping tongues and the two overlapping tongues rest against one another, so that the two profiles are clearly positioned relative to one another in the height direction.

Even if such an arrangement has proven itself in principle, it is sometimes considered disadvantageous that the clamping tongues and overlapping tongues are filigree and due to the merely linear support the connection is not able to withstand high stresses, such as bending moments.

The object of the present invention is therefore to create an alternative floor arrangement and alternative floor profiles, as well as corresponding end profiles and facing profiles, which avoid the aforementioned disadvantages and at the same time are easy to assemble with high mechanical robustness.

This object is achieved with a floor arrangement of the type mentioned at the outset in that the engagement contour has an upward-pointing horizontal contact surface, on which a downward-pointing horizontal counter-surface of the counter-contour rests, and below this a downward-pointing horizontal contact surface, which rests on a rests on the top-facing horizontal support surface of the counter-contour in order to connect the adjacent floor profiles to one another in a bending moment-resistant manner.

In the case of an elongated floor profile of the type mentioned at the outset, the object is achieved in that the engagement contour has an upward-pointing horizontal contact surface for supporting a corresponding counter-surface of a counter-contour and below this a downward-pointing horizontal contact surface for contact with a corresponding support surface of a counter-contour, in order to connect the floor profile to a corresponding counter-contour of an adjacent floor profile in a bending moment-resistant manner and/or that the counter-contour has a downward-pointing horizontal counter-surface for resting on a corresponding contact surface an engagement contour and below this an upward-pointing horizontal Having a support surface for supporting a corresponding contact surface of an engagement contour in order to connect the floor profile to a corresponding engagement contour of an adjacent floor profile in a bending moment-resistant manner.

The invention is based on the fundamental idea of realizing a stable connection between two floor profiles that are adjacent to one another by means of two flat contacts that are offset from one another in the height direction. With a flat support, high forces and moments can be transferred to the neighboring profiles. As a result, such floor profiles or floor arrangements are particularly suitable for use as self-supporting balcony floors, so that the floor profiles form both the basic structure of the floor and the decorative surface. An additional floor covering is no longer necessary.

At the same time, the horizontal alignment of the surfaces that are in contact with one another allows the profiles to move laterally relative to one another, for example to be able to compensate for thermal expansion or assembly inaccuracies. Since the counter-surface and the support surface of the counter-contour face each other and thus enclose the contact surface and the contact surface of the engagement contour, the two floor profiles connected to one another are clearly positioned relative to one another in the height direction.

The floor profile can be designed in such a way that it has an engagement contour on one longitudinal side and a counter-contour on the other longitudinal side. Such a configuration is particularly useful in the case of inner floor profiles which are connected to adjacent floor profiles on both longitudinal sides. Provision can be made for end profiles which delimit the floor arrangement in the lateral direction so that they only have an engagement contour on one side and one on the other side form a decorative finish, for example an end plate or fasteners for a facing profile. In the same way, such end profiles can also only have a counter-contour. The configurations described below, in particular with regard to the engagement contour and the counter-contour, relate to the floor arrangement according to the invention with a plurality of floor profiles and to the floor profiles, as well as to an end profile.

In a specific embodiment, the engagement contour can have a projection that protrudes laterally beyond the cover plate and in particular protrudes from the outer connecting web, the upper side of which forms the bearing surface. The projection can protrude directly from the outer connecting web and/or be designed in one piece with it.

The bearing surface of the engagement contour is preferably provided with a coating, in particular with a coating that extends continuously over the bearing surface and the upper side of the cover plate. The coating can consist of a wood-plastic composite material, in particular a bamboo-plastic composite material. A continuous coating of the top of the cover plate and the supporting surface led to an attractive decorative appearance. At the same time, the elasticity in the area of the contact surface is increased, so that the coating can easily deform elastically under high mechanical stress. By choosing a wood-plastic composite material, a wood-like visual appearance is achieved, although the surface requires less care than a pure wood surface.

According to a further embodiment of the invention, the contact surface of the engagement contour is formed by a formation in the outer connecting web educated. This means that the outer connecting web bends horizontally in a lower section and the downward-pointing surface of the connecting web forms the contact surface.

Furthermore, the base plate can protrude laterally from the outer connecting web below the formation, so that it covers part of the contact surface on the underside and a recess with a substantially rectangular cross section is formed between the base plate and the contact surface. This ensures that only a small gap remains between the base plates of two adjacent floor profiles.

In a further embodiment of the invention, the counter-contour can be designed in such a way that the counter-surface of the counter-contour is formed by a free overlapping section of the cover plate protruding laterally from the external connecting web. In other words, the cover plate protrudes from the external connecting web and thus at least partially covers the bearing surface of the engagement contour. In order to be able to transfer higher mechanical loads between two floor profiles that are adjacent to one another, the cover plate can be reinforced in the region of its overlapping section compared to a middle section that extends between two connecting webs.

The counter-contour preferably has a free end section of the base plate which protrudes laterally from the external connecting web and whose upper side forms the support surface. The base plate can be reinforced in its free end section compared to a central section extending between two connecting webs. This takes account of the problem that a lower material thickness is required in an area between two connecting webs than in the area of the support surface, since higher forces and moments are transmitted there have to. A mounting bevel can be formed below the support surface toward the free end.

The supporting surface of the counter-contour can be provided with a coating, in particular made of a wood-plastic composite material, preferably made of a bamboo-plastic composite material.

In order to fasten the floor profile to a carrier, in particular to screw it to a carrier, a longitudinally extending groove can be formed in a free end section of the base plate, which groove has in particular obliquely inclined walls. This simplifies driving screws through the profile. In order to be able to position screws more easily for screwing to a carrier, two longitudinal grooves which are offset relative to one another and which in particular have a V-shaped cross section can be formed in the groove. In other words, longitudinal grooves are provided in the area of the slot groove, through which screws can be easily positioned and then screwed in. In particular, these can be screws that can be driven in without a pilot hole and have a self-tapping thread. A longitudinal groove can preferably be formed in an edge of the groove channel, so that a screw can also be inserted at an angle. This allows for a more stable connection to an underlying beam. A longitudinal groove can be arranged in the middle of the slot groove, so that a screw can be driven in preferably vertically.

In a further embodiment, the contact surface and the contact surface of the engagement contour can be arranged laterally offset from one another and in particular the contact surface can lie laterally outside the contact surface. In other words, a two-surface support is realized not only in the vertical direction; rather, the two contact areas are also laterally offset from one another arranged, whereby a high tilting rigidity is made possible when two adjacent floor profiles are connected to each other.

The object on which the invention is based is also achieved by a floor arrangement of the type mentioned at the beginning, in which the engagement contour of a latching rail and the counter-contour comprises a corresponding latching projection, so that the latching rail engages behind the latching projection in the lateral direction in order to fix the two floor profiles that are adjacent to one another, solved in that the latching rail is connected to a connecting web via an elastically deformable web, so that lateral movements of the two adjacent floor profiles relative to one another can be compensated for by the deformation of the web.

In the same way, the object on which the invention is based is in the case of an elongate floor profile of the type mentioned at the beginning, in which the engagement contour comprises a latching rail, so that the latching rail can engage behind a latching projection formed in a counter-contour in the lateral direction in order to close the two floor profiles that are adjacent to one another fix, solved in that the latching rail is connected to the outer connecting web via an elastically deformable web, so that lateral movements can be compensated for relative to an adjacent floor profile by the deformation of the web.

Accordingly, in a floor profile of the type mentioned at the outset, in which the engagement means comprise a counter-contour, it can be provided that the counter-contour has a latching projection, which can be engaged behind an engagement contour by a latching rail in order to fix the two adjacent floor profiles to one another.

This configuration is based on the idea of using the latching rail, which engages behind the corresponding latching projection of the counter-contour, to fix the two adjacent, interconnected floor profiles to one another in the lateral direction. At the same time, due to the deformability of the web, movements of the floor profiles relative to one another, for example due to thermal expansion, can be compensated for without any problems.

The installation is also simplified by such a latching rail, which engages behind a latching projection, since a floor profile with an engagement contour can be connected to the adjacent floor profile, which has a counter-contour, by a pivoting movement. For this purpose, the floor profile with the engagement contour is positioned in relation to the floor profile with the corresponding counter-contour in such a way that the latching rail engages behind the latching projection. The floor profiles are then pivoted relative to one another essentially about the latching rail until the two floor profiles are aligned parallel to one another.

The latching rail preferably has a circular cross-section. As a result, the latching rail can be brought into engagement with the counter-contour behind the latching projection in a simple manner. Furthermore, a circular cross-section has no sharp edges, so that the risk of injury is minimized.

In a specific embodiment, the deformable web can connect the latching rail to a projection protruding laterally from the outer connecting web. In other words, the latching rail is attached to a projection projecting laterally from the outer connecting web via the deformable web, so that the latching rail can be moved relative to the projection by elastic deformation of the deformable web.

In a further refinement of this embodiment, the deformable web can comprise a web section which is inclined outwards in relation to the height direction, adjacent to the latching rail. This means that the latching rail engages behind the latching projection from bottom to top, with the deformable web inclined outwards. This means that when the two adjacent floor profiles move relative to one another, the deformable web is essentially subjected to bending stress.

In concrete terms, the inclined web section can be inclined at an angle of between 5° and 20°, preferably at an angle of 10°, to the vertical direction and/or have a cross-sectional thickness of between 0.3 and 1 mm, preferably around 0.5 mm. Such a dimensioning of the inclined web section has proven to be advantageous in order to ensure sufficient deformability on the one hand and sufficient strength on the other hand.

The floor arrangement according to the invention can be designed in such a way that a horizontal web section is formed between the sloping web section and the projection, so that an upwardly open sealing groove is formed between the sloping web section and the projection, in which a sealing element, in particular a sealing strip, preferably made of EPDM, is introduced, the latching projection pressing against the sealing element from above. Accordingly, in the floor profile according to the invention, a horizontal web section can be formed between the inclined web section and the projection, so that an upwardly open sealing groove is formed between the inclined web section and the projection, in which a sealing element, in particular a sealing strip, preferably made of EPDM, is inserted can be.

Such a configuration with a sealing groove and a sealing element, preferably a sealing strip, means that the floor arrangement forms an essentially watertight surface. Moisture is prevented from penetrating the floor between two adjacent, interconnected floor profiles. This is necessary, for example, for balcony floors. The sealing element is squeezed by the latching projection, which presses against the sealing element from above, so that there is no gap between the sealing element and the engagement contour and between the sealing element and the counter-contour. The sealing tape can have a diameter of about 3 mm.

At the transition between the sloping web section and the horizontal web section, a downwardly protruding water drip web can be provided. This prevents that, even if water penetrates between two adjacent floor profiles, it continues to run down along the outer connecting web and can thus cause corrosion damage.

The counter-contour can have a laterally open central recess with a basic rectangular shape, from the top of which the latching projection protrudes downwards in such a way that a latching groove is formed between the latching projection and the side wall of the recess, into which the latching rail engages from below.

A water drainage web can protrude upwards from the underside of the central recess, so that a water drainage channel is formed between the side wall of the central recess and the water drainage web. Preferably, the corresponding engagement contour is designed such that the Wasserabtropfsteg in the lateral direction between the side wall of the central Recess and the water discharge web is located so that the dripping water is directed into the water discharge channel. Through the water drainage channel, penetrating water can be drained off via a slope in the floor arrangement.

Provision can be made for the bottom profile to consist at least essentially of an extruded aluminum profile. Such an extruded aluminum profile has a constant basic cross-section over its entire length and can be produced in large quantities in a simple manner. In addition, pieces of any length can be cut to achieve desired dimensions of a floor assembly.

The top plate of the floor profile is preferably provided with a coating, in particular made of a wood-plastic composite material, preferably a bamboo-plastic composite material. The thickness of the coating can preferably be about 2 to 4 mm and can be extruded together with the aluminum profile.

Other surfaces of the soil profile can also be provided with a coating. In particular, the base plate can be provided with a coating on the underside, which preferably consists of a wood-plastic composite material, particularly preferably a bamboo-plastic composite material. Advantageously, the coating of the base plate is identical to the coating of the cover plate in order to obtain a uniform appearance from both sides.

The object on which the invention is based is also achieved by an elongated end profile of the type mentioned at the beginning, in which the engagement contour has an upward-pointing horizontal bearing surface for supporting a corresponding counter-surface of a counter-contour and below of this has a downward-pointing horizontal contact surface to rest on a corresponding support surface of a counter-contour in order to connect the end profile with a corresponding counter-contour of an adjacent floor profile in a bending moment-resistant manner, or in which the counter-contour has a downward-pointing horizontal counter-surface to rest on a corresponding support surface of a Has engagement contour and below this an upward-pointing horizontal support surface for supporting a corresponding contact surface of an engagement contour to connect the final profile with a corresponding engagement contour of an adjacent floor profile bending moment.

This configuration is based on the fundamental consideration of creating the possibility of attaching a decorative facing profile on the longitudinal side at the edge of a floor arrangement. For this purpose, a corresponding end profile is provided, which can be attached to the engagement contour or counter-contour of the outermost elongate bottom profile. In other words, as in the case of the floor profiles described above, an engagement contour is brought into engagement with a counter-contour. For this purpose, the end profile can have an engagement contour or a counter-contour as described above in connection with the floor profiles. Fastening means are provided on the other long side of the end profile, to which a facing profile can be attached. As a result, the long side of a floor arrangement can be finished off and covered in a decorative manner.

Accordingly, the facing profile according to the invention has a lateral limb, which is designed to cover an outer longitudinal side of a terminating profile, and an upper limb, which is designed to cover the upper side of a terminating profile, and connecting means for attachment to a terminating profile. This embodiment is based on the consideration of covering not only the open longitudinal side of a closing profile but also its upper side, so that the upper leg of the facing profile protrudes beyond the adjacent, external floor profile. A separate facing profile that can be attached to the ending profile, which completely covers the ending profile to the side and upwards, enables the use of a uniform ending profile, so that only the facing profile has to be adjusted or selected according to the desired visual appearance.

The fastening means of the terminating profile can have a longitudinal groove which is open towards an upper side and into which a corresponding engagement projection of a facing profile can engage. Accordingly, the connecting means of the facing profile can comprise an engagement projection which protrudes downwards from the upper leg and is designed to engage in a corresponding longitudinal groove of an end profile. In other words, a form-fitting engagement from above of the facing profile in a corresponding longitudinal groove of the terminating profile is realized.

Furthermore, the fastening means of the closing profile can comprise a stop surface or stop projections pointing towards the outer longitudinal side, wherein in particular two stop projections spaced apart from one another in the height direction are provided. Correspondingly, the connecting means of the facing profile can include two stop projections, which extend in the longitudinal direction and protrude inward from the lateral leg in order to come into contact with a stop surface or stop projections of a closing profile. In this way, a secure lateral support of the facing profile can be realized on the end profile.

The fastening means of the terminating profile can also have a recess which is open downwards and towards the outer longitudinal side and into which a retaining projection of a facing profile can engage. Accordingly, the connecting means of the facing profile can have a retaining projection projecting inwards from the lateral leg, which is designed to be able to engage in a recess of a closing profile that is open toward the bottom and toward the longitudinal side. This prevents the facing profile from accidentally detaching from the end profile.

In particular, when the engagement projection protruding downwards from the upper leg engages in the longitudinal groove of the end profile, the facing profile can be clipped to the end profile by elastically deforming the holding projection and the two legs until the holding projection engages under the open recess of the end profile. In other words, the facing profile can be attached to the end profile in a form-fitting manner by clipping it in. At the free end of the retaining projection, an upwardly protruding engagement lug can be formed with a cross section in the shape of a segment of a circle. In this way, the free end of the retaining projection is reinforced, whereas the adjacent area is more easily elastically deformable.

If the terminating profile has an engagement contour on the inner longitudinal side, the terminating profile can be designed as a hollow profile. In a further embodiment, the support surface and/or the contact surface of the engagement contour can be formed by gradations in the hollow profile.

To insert a screw for screwing to a carrier, the hollow profile can have an inclined surface which is inclined towards the outer longitudinal side and is provided with at least one longitudinal groove for inserting a screw for connecting to an adjacent floor profile.

Longitudinal grooves of this type, which can be V-shaped in particular, make it easier for screws to be positioned before they are driven into the profile—usually without a pilot hole.

According to a preferred embodiment of the present invention, the hollow profile can comprise two side walls extending parallel to one another. In the two side walls of the hollow profile, a mutually aligned longitudinal groove can be formed for inserting screws in order to be able to screw the end profile to an adjacent floor profile, in particular to a connecting web of this floor profile. In other words, it is provided that the end profile can be fastened to the adjacent floor profile by inserting a screw from the side. The screw can in particular be designed in such a way that it passes through both side walls of the hollow profile and an adjacent connecting web of the floor profile.

In a further embodiment of the engagement contour, a projection can protrude below the contact surface, which projection covers the contact surface on the underside, so that a recess is formed between the contact surface and the projection.

If the engagement means comprise a counter-contour, longitudinal grooves can be provided in a free end section of the counter-contour, which forms the support surface, in order to screw the end profile to carrier elements. This configuration is also based on the consideration of simplifying the placement of a screw for screwing in by providing, in particular, V-shaped longitudinal grooves.

In a similar way to the floor profile according to the invention, the counter-contour can have a laterally open central recess, in particular with a have a substantially rectangular basic shape, from the top of which a latching projection protrudes downwards, so that a latching groove is formed between the latching projection and the side wall of the recess, in which a latching rail can engage from below. A water drainage web can protrude upwards from the underside of the central recess, so that a water drainage channel is formed between the side wall of the central recess and the water drainage web.

The closing profile according to the invention and/or the facing profile according to the invention preferably consists at least essentially of an extruded aluminum profile.

In order to also be able to cover the bottom profile at the front, slot-shaped recesses can be formed in the end profile, which completely penetrate the end profile in the vertical direction. The distance between the slot-shaped recesses preferably corresponds to the distance between the connecting webs of the floor profiles, so that the end profile provided with such slot-shaped recesses can be pushed into a floor profile at the end, with the connecting webs engaging in the slot-shaped recesses.

In concrete terms, such a terminating profile provided with slot-shaped recesses can be provided as a separate part, in particular prefabricated. In particular, the end profile can have a length that corresponds to the width of a floor profile of a floor arrangement. It is also conceivable to manually introduce slit-shaped recesses in an end profile on a construction site after this has been cut to a suitable length.

Furthermore, towards one longitudinal side, the closing profile can have an upper and a lower horizontal boundary surface, the distance between which is preferably slightly smaller than the distance between the base plate and the cover plate of the floor profile. In this way, the end profile can be glued between the base plate and the cover plate of the floor profile.

It can also happen that the desired width of a floor arrangement does not correspond to a multiple of the width of floor profiles. In this case, an external floor profile can be severed in the height direction over its length, so that the end profile provided with corresponding boundary surfaces can also be glued to the open long side of the floor profile to enable the attachment of a decorative facing profile.

Stop means can be provided adjacent to the upper boundary surface and/or the lower boundary surface in order to clearly position the end profile on the floor profile. For this purpose, a stop projection can protrude from the upper boundary surface, which in particular can form a wall of the longitudinal groove. At the free end of the stop projection, a stop lug with a substantially circular cross-section can be formed towards the upper boundary surface. As a result, an at least essentially linear contact can be realized with the end face or with a side surface of a floor profile. In this way it is possible to prevent excess adhesive escaping upwards when gluing the terminating profile to the upper delimiting surface with the cover plate of a floor profile and disturbing the decorative appearance of the upper side of the cover plate.

Figur 1

eine Bodenanordnung gemäß der vorliegenden Erfindung in einer perspektivischen Teilschnittansicht;

Figur 2

ein Bodenprofil der Bodenanordnung aus Figur 1 in einer Querschnittansicht;

Figur 3

den Verbindungsbereich von zwei miteinander verbundenen Bodenprofilen in einer Querschnittansicht;

Figur 4

den Verbindungsbereich aus Figur 3 beim Einklinken zweier benachbarter Bodenprofile in einer Querschnittansicht;

Figur 5

den Verbindungsbereich aus Figur 3 ein einem weiter eingeklinkten Zustand in einer Querschnittansicht;

Figur 6

ein endseitiges Bodenprofil mit einem daran befestigten Abschlussprofil und einem Verblendprofil gemäß der vorliegenden Erfindung in einer Querschnittansicht;

Figur 7

den Randbereich aus Figur 6 in einer Detailschnittansicht;

Figur 8

den Randbereich aus Figur 7 mit eingebrachten Schrauben;

Figur 9

den zu Figur 6 gegenüberliegenden Endbereich einer Bodenanordnung in einer Querschnittansicht;

Figur 10

den Endbereich aus Figur 8 mit einer Verschraubung in einer Querschnittansicht;

Figur 11

den Endbereich aus Figur 10 mit einer alternativen Verschraubung in einer Querschnittansicht;

Figur 12

ein vorkonfektioniertes Abschlussprofil gemäß der vorliegenden Erfindung in einer perspektivischen Ansicht;

Figur 13

einen Längsendbereich einer Bodenanordnung in einer Längsschnittansicht;

Figur 14

den Endbereich aus Figur 12 mit einer eingebrachten Schraube;

Figur 15

den Endbereich aus Figur 14 mit einer schräg eingebrachten Schraube;

Figur 16

einen Randbereich eines mittig durchtrennten Bodenprofils in einer Querschnittansicht;

Figuren 17-19

verschiedene Ausführungsformen eines Verblendprofils gemäß der vorliegenden Erfindung.

With regard to further advantageous refinements of the invention, reference is made to the dependent claims and to the following description of an exemplary embodiment with reference to the attached drawing. Show in the drawing:

figure 1

a floor assembly according to the present invention in a perspective partial sectional view;

figure 2

a bottom profile of the bottom assembly figure 1 in a cross-sectional view;

figure 3

the connection area of two floor profiles connected to one another in a cross-sectional view;

figure 4

the connection area figure 3 when latching two adjacent floor profiles in a cross-sectional view;

figure 5

the connection area figure 3 Fig. 13 shows a further latched state in a cross-sectional view;

figure 6

an end floor profile with an attached end profile and a facing profile according to the present invention in a cross-sectional view;

figure 7

the edge area figure 6 in a detailed sectional view;

figure 8

the edge area figure 7 with introduced screws;

figure 9

which to figure 6 opposite end portion of a floor assembly in a cross-sectional view;

figure 10

the end area figure 8 with a screw connection in a cross-sectional view;

figure 11

the end area figure 10 with an alternative screw connection in a cross-sectional view;

figure 12

a prefabricated end profile according to the present invention in a perspective view;

figure 13

a longitudinal end portion of a floor assembly in a longitudinal sectional view;

figure 14

the end area figure 12 with an inserted screw;

figure 15

the end area figure 14 with a screw inserted at an angle;

figure 16

an edge area of a floor profile severed in the middle in a cross-sectional view;

Figures 17-19

various embodiments of a veneer profile according to the present invention.

the figure 1 Figure 1 shows a floor assembly 1 according to the present invention. This comprises a plurality of identically designed, elongated floor profiles 2 which run parallel next to one another and are each detachably connected to one another on their mutually facing longitudinal sides.

The floor profiles 2 designed as extruded aluminum profiles each have a lower base plate 3 and an upper cover plate 4 which are connected to one another by connecting webs 5 . The cover plate 4 is provided on the top with an approximately 2 mm thick coating 6, which consists of a wood-plastic composite material.

At the in the figure 2 On the longitudinal side of the floor profile 2 arranged on the left, an engagement contour 7 is formed on an outer connecting web 8 and can be brought into engagement with a corresponding counter-contour 9 in order to detachably connect the floor profiles 2 to one another. The engagement contour includes a projection 10 that protrudes laterally beyond the cover plate 4 and protrudes from the outer connecting web 8 , the upper side of which forms an upward-pointing horizontal bearing surface 11 . The coating 6 of the cover plate 8 also extends continuously over the bearing surface 11.

Underneath the support surface 11, a protrusion 12 is formed in the outer connecting web 8, the underside of which forms a horizontal contact surface 13 pointing downwards. The base plate 3 protrudes laterally below the formation 12 from the outer connecting web 8 so that it covers part of the contact surface 13 on the underside and forms a recess 14 with a substantially rectangular cross section between itself and the contact surface 13 .

The engagement contour 7 also includes a latching rail 15 with a circular cross-section. The latching rail 15 is connected to the projection 10 via a deformable web 19 . Adjacent to the latching rail 15, the deformable web 16 comprises a web section 17 inclined outwards to the height direction H. The inclined web section 17 is inclined at an angle of approximately 10° to the height direction H and has a cross-sectional thickness of 0.5 mm.

A horizontal ridge portion 18 is formed between the inclined ridge portion 17 and the projection 10 . In this way, an upwardly open sealing groove 19 is formed between the inclined web portion 17 and the projection 10, into which a sealing tape can be introduced. At the transition between the inclined web section 17 and the horizontal web section 18, a downwardly projecting water draining web 20 is also provided.

At the opposite, in figure 2 On the longitudinal side of the floor profile 2 shown on the right, a counter-contour 9 is formed on an external connecting web 21 . This includes a downward-pointing horizontal counter-surface 22 for resting on a corresponding support surface 11 of an engagement contour 7. The counter-surface 22 is formed by a free overlapping section 23 of the cover plate 4 protruding laterally from the external connecting web 21. In the region of the overlapping section 23, the cover plate 4 is reinforced in comparison to central sections extending between two connecting webs 5.

The counter-contour 9 also includes an upward-pointing horizontal support surface 24 for supporting a corresponding contact surface 12 of an engagement contour 7. This is formed by a free end section 25 of the base plate 3 protruding laterally from the external connecting web 21. In its free end section 25, the base plate 3 is reinforced in relation to central sections extending between connecting webs 5.

In the free end section 25 of the base plate 3 there is a groove 26 which extends in the longitudinal direction L and has inclined walls 27 . In the middle of the groove channel 26 and in the transition to one of the walls 27 is a longitudinal groove 28 is formed with a V-shaped cross section through which screws to be driven can be positioned more easily.

The counter-contour 9 also has a laterally open central recess 29 with a rectangular basic shape. A latching projection 30 protrudes downward from the upper side of the recess 29, so that a latching groove 32 is formed between the latching projection 30 and the side wall 31 of the recess 29, into which a latching rail 15 of an engagement contour 7 can engage from below.

A water drainage web 33 protrudes upwards from the underside of the central recess 29 so that a water drainage channel is formed between the side wall 31 of the central recess 29 and the water drainage web 33 . In this way, water entering the area between two adjacent floor profiles 2 can be drained along the longitudinal direction L of the floor profiles 2 .

In figure 3 the connection area of two floor profiles 2 connected to one another is shown. The floor profile 2 arranged on the right side has an engagement contour 7 on its left longitudinal side, whereas the floor profile 2 shown on the left has a corresponding counter-contour 9 on its side facing the other floor profile 2 . The downward-pointing horizontal mating surface 22 of the mating contour 9 rests flat on the upward-pointing horizontal support surface 11 of the engagement contour 7 . Likewise, the horizontal contact surface 13 pointing downwards rests on the support surface 24 . In this way, a stable two-sided support is realized. At the same time, the counter-surface 22 and the support surface 24 encompass the engagement contour 7, so that the two floor profiles 2 are clearly positioned relative to one another in the vertical direction. Furthermore undercuts the base plate 3 of the floor profile 2 shown on the right below the protrusion 12 the free end section 25 of the counter-contour 9 of the floor profile 2 shown on the left.

Around the two floor profiles 2, which are figure 3 are shown to be fixed laterally to one another, the latching rail 15 engages behind the latching projection 30. The deformable web 16, in particular the inclined web section 17, via which the latching rail 15 is connected to the projection 10, lateral movements of the two floor profiles 2 can be compensated for one another .

In the sealing groove 19 there is a sealing strip 34 with a circular cross-section made of EPDM and having a diameter of 3 mm. The latching projection 30 presses against the sealing strip 34 from above in order to squeeze it and thus prevent the passage of water.

A screw 35 is driven into the longitudinal groove 28 arranged in the transition to the wall 27 of the groove channel 26 for attachment to a carrier (not shown) arranged below the floor profiles 2 .

In the figures 4 and 5 the connection of two longitudinally adjacent floor profiles 2 is shown. For this purpose, the soil profile 2 shown on the right is tilted relative to the soil profile 2 shown on the left. Then the projection 10 of the engagement contour 7 is introduced into the central recess 29 of the counter-contour 9 . The floor profile 2 shown on the right is then tilted relative to the left floor profile 2 in such a way that the latching rail 15 of the engagement contour 7 engages behind the latching projection 30 of the counter-contour 9 . By further pivoting, the horizontal contact surface 11 of the engagement contour 7 comes to the horizontal counter-surface 22 of the Counter-contour 9 in attachment. Furthermore, the contact surface 13 of the engagement contour 9 comes into contact with the support surface 24 of the counter-contour 9 . This creates a stable, bending moment-resistant connection of the two floor profiles 2.

At the same time, the sealing strip 34, which is arranged in the sealing groove 19 of the engagement contour 7, is squeezed by the latching projection 30 during this latching, so that no moisture can penetrate from the top down over the entire length of the floor profiles 2.

The floor assembly 1 also includes end profiles 36, 37 - as in the Figures 6 to 11 is shown. These have engagement means which are designed and suitable for releasably connecting the end profile 36, 37 to a floor profile 2 adjacent on the longitudinal side.

In the in the figure 6 In the end region shown on the left, such an end profile 36 is attached to an outer longitudinal side of a floor profile 2 . The bottom profile 2 has an engagement contour 7 on the left side. Accordingly, the means of engagement of the end profile 36 include a corresponding counter-contour 9 which engages with the engagement contour 7 of the bottom profile 2 . For this purpose, the counter-contour 9 has a downward-pointing horizontal counter-surface 22 and, below this, an upward-pointing horizontal support surface 24 .

Furthermore, the counter-contour 9 has a laterally open central recess 29, from the top of which a latching projection 30 protrudes downward. Thus, a latching groove 32 is formed between the latching projection 30 and the side wall 31 of the central recess 29, in which the corresponding latching rail 15 of the engagement contour 7 of the floor profile 2 engages. Furthermore, a water discharge web 33 is provided in the underside of the central recess 29, so that between the side wall 31 of the central Recess 29 and the water discharge web 33 is formed a water discharge channel.

In the figure 8 two possible arrangements of screws 35 for screwing the end profile 36 to a carrier, not shown, are shown. For this purpose, the screw 35 shown on the right, which extends in the vertical direction, penetrates the longitudinal groove 28 arranged in the middle of the groove 26. The screw 35 shown on the left runs at an angle to the vertical direction and is inserted in the longitudinal groove 28 in the transition between groove 26 and wall 27.

That in the Figures 9 to 11 The end profile 37 shown, arranged opposite, which is designed as a hollow profile, has, in contrast, an engagement contour 7 that is partially complementary to the counter-contour 9 of the bottom profile 2 . This includes an upward-pointing horizontal support surface 11 and below this a downward-pointing horizontal contact surface 13, which are each formed by gradations in the hollow profiles.

Furthermore, the hollow profile has an inclined surface 38, which is inclined towards the outer longitudinal side and is provided with a longitudinal groove 39 for inserting a screw for connecting to an adjacent floor profile 2, as shown in figure 11 is shown.

The hollow profile comprises two side walls 40a, 40b extending parallel to one another, in each of which a longitudinal groove 39 for inserting screws is formed in alignment with one another, in order, as in FIG figure 10 shown to screw the end profile 37 to the external connecting web 21 of the bottom profile 2.

Fastening means for attaching a facing profile 41 are provided on the opposite longitudinal sides of the end profiles 36, 37 in each case. The fastening means comprise a longitudinal groove 42 with a U-shaped cross section, which is open towards an upper side. In the case of the end profile 36, a stop surface pointing to the outer longitudinal side is also provided, whereas the end profile 37 has two stop projections 44 pointing to the outer longitudinal side. Furthermore, the fastening means of both end profiles 36, 37 comprise a recess 45 which is open at the bottom and towards the outer longitudinal side.

The facing profile 41 attached to the end profiles 36, 37 has an L-shaped basic shape, with a side leg 46 being designed to cover an outer longitudinal side of the end profiles 36, 37, and an upper leg 47 being designed to cover the upper side of the end profiles 36 , 37 to cover. The upper limb 47 protrudes beyond the floor profiles 2 .

The facing profile 41 includes connecting means for attachment to the end profiles 36, 37. Specifically, these include an engagement projection 48 which protrudes downward from the upper L leg 47 and engages in the longitudinal groove 42 of the end profiles 36, 37. Also provided are two contact projections 49 which extend in the longitudinal direction L and protrude inwards from the lateral leg 46 and which come into contact with the stop surface 43 or with corresponding stop projections 44 of the end profiles 36, 37. The connecting means of the facing profile 41 also have a holding projection 50 which protrudes inwards at the lower end of the lateral leg 46 and engages in the recess 45 of the end profiles 36, 37. In this way, the facing profile 41 is held in a form-fitting manner on the end profiles 36, 37.

the Figures 13 to 15 show the front attachment of the facing profile 41 to the floor profiles 2. In figure 12 a prefabricated end profile 36 is shown first, with a number of slot-shaped recesses 51 extending into the end profile 36 from the outer longitudinal side. The distances between the slot-shaped recesses 51 correspond exactly to the distances between the connecting webs 5 of the floor profiles 2.

The distance between a lower horizontal boundary surface 52 and an upper horizontal boundary surface 53 on a longitudinal side of the end profile 36 is slightly smaller than the distance between the base plate 3 and the cover plate 4 of the floor profile 2. The end profile 36 can thus figure 12 be pushed into the bottom profile 2 at the front, with the connecting webs 5 engaging in the slot-shaped recesses 51, and then glued between the base plate 3 and the cover plate 4, as shown in FIG figure 13 is shown.

In order to clearly position the end profile 36 introduced at the front side relative to the floor profile 2 , stop means are provided on the end profile 36 . Specifically, a stop projection 54 protrudes upwards from the upper boundary surface 53 and at the same time forms a wall of the longitudinal groove 42 . A stop lug 55 with a circular cross section protrudes from this stop projection 54 towards the upper boundary surface 53 . This prevents excess adhesive escaping upwards when gluing the terminating profile 36 to the upper boundary surface 53 with the cover plate 4 of the floor profile 2 and disturbing the decorative appearance of the upper side of the cover plate 4 .

The stop means also comprise a stop surface 56 adjoining the lower delimitation surface 52 on the underside, which delimits the recess 45 .

The facing profile 41 can be attached on the outside, with the engagement projection 48 engaging in the longitudinal groove 42 . Furthermore, the lateral leg 46 of the facing profile 41 rests against the free end section 25 of the counter-contour 9 of the end profile 36, with the retaining projection 50 engaging behind the counter-contour 9 from below and the lower contact projection 49 resting on the support surface 24.

In the figure 14 it is shown that the end profile 36 is not glued to the floor profile 2, but is screwed to a carrier, not shown, via a screw 35, which extends essentially vertically. In contrast, in figure 15 the screw 35 arranged obliquely.

In figure 16 It is shown that the bottom profile 36 with its lower boundary surface 52 and its upper boundary surface 53 can not only be introduced into a floor profile on the front side, but also on the longitudinal side if the floor profile 2 has been cut off, for example to adapt to the dimensions of a balcony. It can be used in the same way as with front attachment ( figure 13 ) are glued between the cover plate 4 and the base plate 3 of the floor profile 2. A corresponding facing profile 41 can then be attached in the same way.

the Figures 17, 18 and 19 show further embodiments of a veneer profile 41. In contrast to the veneer profiles already shown, these are not L-shaped, but have in the case of figure 17 a web 57 projecting upwards from the lateral leg 46 . Such a facing profile 41 is particularly suitable for a wall connection to an existing house wall. At the in the figure 18 On the other hand, in the case of the facing profile 41 shown, the side leg is designed to be extended downwards, so that a deeper-reaching decorative finish is formed becomes. In the figure 19 a facing profile 41 is shown, which has a contour profile 58 protruding upwards from the upper leg.

By using the end profile 36 also for attaching a facing profile 41 to the front, the floor arrangement 1 requires only two different end profiles 36, 37 and enables the use of a uniform facing profile 41 both on the long sides and on the front sides of the elongated floor profiles 2. The combination of End profiles 36, 37 and a uniform facing profile 41 in the illustrated floor arrangement 1 enables flexible use when the floor arrangement 1 does not have a rectangular basic shape, but oblique angles are provided, since the corresponding facing profiles 41 are mitred at any angles to their longitudinal direction be able.

REFERENCE LIST

1

floor arrangement

2

soil profile

3

base plate

4

cover plate

5

connecting bar

6

coating

7

engagement contour

8th

outer connecting bridge

9

counter contour

10

head Start

11

bearing surface

12

molding

13

contact surface

14

recess

15

latch rail

16

web

17

inclined web section

18

horizontal web section

19

seal groove

20

water drip board

21

external connecting bridge

22

counter surface

23

overlap section

24

support surface

25

free end section

26

gutter

27

wall

28

longitudinal groove

29

central recess

30

latching protrusion

31

Side wall

32

latching groove

33

water drainage bridge

34

sealing tape

35

screw

36

graduation profile

37

graduation profile

38

bevel

39

longitudinal groove

40a, b

Side wall

41

facing profile

42

longitudinal groove

43

stop surface

44

stop projection

45

recess

46

lateral leg

47

upper thigh

48

engagement protrusion

49

investment advantage

50

retaining projection

51

slotted recess

52

lower boundary surface

53

upper boundary surface

54

stop projection

55

stop nose

56

stop surface

57

web

58

contour profile

L

longitudinal direction

H

height direction

Claims (16)

Floor arrangement (1), in particular a self-supporting balcony floor, with a plurality of elongated floor profiles (2) which are positioned parallel next to one another in their longitudinal direction (L) and are detachably connected to one another on their mutually facing longitudinal sides, wherein the floor profiles (2) each have a lower base plate (3) and an upper cover plate (4), which are connected to one another by connecting webs (5), and have engagement means on their mutually facing longitudinal sides, via which adjacent floor profiles (2) can be releasably connected to one another are connected, wherein the engagement means have an engagement contour (7), which is provided on the longitudinal side of one of two floor profiles (2) connected to one another and is formed on an outer connecting web (8) of the floor profile (2), and one engages with the engagement contour (7). standing counter-contour (9), which is provided on the adjacent longitudinal side of the other floor profile (2) and is formed on an external connecting web (21) of the other floor profile (2), characterized in that the engagement contour (7) comprises an upward-pointing horizontal bearing surface (11) on which a downward-pointing horizontal counter-surface (22) of the counter-contour (9) rests, and below the bearing surface (11) a downward-pointing horizontal Has a contact surface (13) which rests on an upward-pointing horizontal support surface (24) of the counter-contour (9) in order to connect the adjacent floor profiles (2) to one another with a bending moment. Floor arrangement (1) according to Claim 1, characterized in that the engagement contour (7) has a projection (10) projecting laterally beyond the cover plate (4) and in particular from the outer connecting web (8), the upper side of which forms the bearing surface (11). , and or that the bearing surface (11) of the engagement contour (7) is provided with a coating (6), preferably with a coating (6) that extends continuously over the bearing surface (11) and the upper side of the cover plate (4), the coating (6 ) preferably consists of a wood-plastic composite material, particularly preferably a bamboo-plastic composite material, and/or that the contact surface (13) of the engagement contour (7) is formed by a formation (12) in the outer connecting web (8). Floor arrangement (1) according to one of the preceding claims, characterized in that the counter-contour (9) has a free end section of the base plate (3) which protrudes laterally from the external connecting web (21), the upper side of which forms the support surface (24), wherein, in particular, the base plate (3) is reinforced in its free end section (25) compared to a central section extending between two connecting webs (5), and/or wherein, in particular, in the free end section (5) of the base plate (3) there is a groove (26) which extends in the longitudinal direction (L) and has in particular obliquely inclined walls (27), two longitudinal grooves (28) which are arranged offset relative to one another and which in particular have a V-shaped cross section are formed in the groove channel (26). Floor arrangement (1), in particular a self-supporting balcony floor, with a plurality of elongated floor profiles (2) which are positioned parallel next to one another in their longitudinal direction (L) and are detachably connected to one another on their mutually facing longitudinal sides, the floor profiles (2) each having a lower base plate (3 ) and an upper cover plate (4), which are connected to one another by connecting webs (5) and have engagement means on their mutually facing longitudinal sides, via which adjacent floor profiles (2) are detachably connected to one another, wherein the engagement means have an engagement contour (7), which is provided on the longitudinal side of one of two floor profiles (2) connected to one another and is formed on an outer connecting web (8) of the floor profile (2), and one engages with the engagement contour (7). standing counter-contour (9), which is provided on the adjacent longitudinal side of the other floor profile (2) and is formed on an external connecting web (21) of the other floor profile (2), in particular according to one of the preceding claims, wherein the engagement contour (7) comprises a latching rail (15) and the counter-contour (9) comprises a corresponding latching projection (48), so that the latching rail (15) engages behind the latching projection (48) in the lateral direction in order to separate the two adjacent floor profiles (2) to fix to each other characterized in that the latching rail (15) is connected to the outer connecting web (8) via an elastically deformable web (16), so that lateral movements of the two adjacent floor profiles (2) relative to one another are compensated for by the deformation of the web (16). can become. Floor arrangement (1) according to Claim 4, characterized in that the latching rail (15) has a circular cross-section and/or that the deformable web (16) forms the latching rail (15) with a projection (10 ) connects, wherein, in particular, the deformable web (16) adjacent to the latching rail (15) comprises a web section (21) inclined outwards in relation to the height direction, wherein, preferably, the inclined web section (17) is inclined at an angle of between 5 and 20°, preferably at an angle of 10° to the vertical direction, and/or that the inclined web section (17) has a cross-sectional thickness of between 0.3 and 1 mm , preferably of 0.5 mm, and/or wherein, preferably, a horizontal web section (18) is formed between the inclined web section and the projection (10), so that an upwardly open sealing groove (19) is formed between the inclined web section (17) and the projection (10), in which a sealing element, in particular a sealing strip (34), preferably made of EPDM, is introduced, the latching projection (30) preferably pressing against the sealing element from above. Floor arrangement (1) according to any one of the preceding claims, characterized in that the floor profiles (2) consist at least essentially of an extruded aluminum profile, and / or
that the top panel (4) of at least one, in particular each floor profile (2) is provided with a coating (6), in particular made of a wood-plastic composite material, preferably made of a bamboo-plastic composite material. Elongated floor profile (2), in particular for a floor arrangement (1) according to one of Claims 1 to 3, with a lower base plate (3) and an upper cover plate (4), which are connected to one another by connecting webs (5), engagement means being provided in order to releasably connect the floor profile (2) to a floor profile (2) adjacent on the longitudinal side, wherein the engagement means an engagement contour (7) which is provided on a longitudinal side of the floor profile (2) and is formed on an outer connecting web (8), the engagement contour (7) having a corresponding counter-contour (9) of an adjacent floor profile (2) can be brought into engagement in order to connect the floor profile (2) to a longitudinally adjacent floor profile (2), and/or a counter-contour (9), which is provided on a longitudinal side of the floor profile (2) and is formed on an external connecting web (21), wherein the counter-contour (9) engages with a corresponding engagement contour (7) of an adjacent floor profile (2 ) engaged can be brought in order to connect the floor profile (2) to a floor profile (2) that is adjacent on the longitudinal side,
characterized in that the engagement contour (7) has an upward-pointing horizontal contact surface (11) for supporting a corresponding counter-surface (22) of a counter-contour (9) and below this a downward-pointing horizontal contact surface (13) for contact with a corresponding support surface (24) has a counter-contour (9) in order to connect the floor profile (2) to a corresponding counter-contour (9) of an adjacent floor profile (2) in a bending moment-resistant manner, and/or that the counter-contour (9) has a downward-pointing horizontal counter-surface (22) for resting on a corresponding bearing surface (11) of an engagement contour (7) and below this an upward-pointing horizontal support surface (24) for supporting a corresponding contact surface (13) has an engagement contour (7) in order to connect the floor profile (2) to a corresponding engagement contour (7) of an adjacent floor profile (2) in a bending moment-resistant manner, wherein, in particular, the floor profile (2) has an engagement contour (7) on one longitudinal side and a counter-contour (9) on the other longitudinal side. Floor profile (2) according to claim 7, wherein the engagement means have an engagement contour (7), characterized in that the engagement contour (7) has a projection (14) projecting laterally beyond the cover plate (4) and in particular from the outer connecting web (8). , whose upper side forms the bearing surface (11),
wherein, in particular, the bearing surface (11) is provided with a coating (6), preferably with a continuous over the bearing surface (11) and the coating (6) extending on the upper side of the cover plate (4), the coating (6) preferably consisting of a wood-plastic composite material, particularly preferably a bamboo-plastic composite material. Floor profile (2) according to one of Claims 7 or 8, the engagement means having a counter-contour (9), characterized in that the support surface (24) projects from a free end section (25) of the base plate ( 3) is formed, wherein, in particular, the base plate (3) is reinforced in its free end section (25) compared to a central section extending between two connecting webs (5), and/or wherein, in particular, in the free end section (25) of the base plate (3) a longitudinally extending channel (26) is formed, which preferably has obliquely inclined walls (27), wherein, preferably, two longitudinal grooves (28) are formed in the groove channel (26) which are offset relative to one another and which in particular have a V-shaped cross section. Elongated floor profile (2), in particular for a floor arrangement (1) according to one of Claims 4 to 6, with a lower base plate (3) and an upper cover plate (4), which are connected to one another by connecting webs (5), engagement means being provided in order to releasably connect the floor profile (2) to a floor profile (2) adjacent on the longitudinal side, wherein the engagement means an engagement contour (7) which is provided on a longitudinal side of the floor profile (2) and is formed on an outer connecting web (8), the engagement contour (7) having a corresponding counter-contour (9) of an adjacent floor profile (2) can be brought into engagement in order to connect the floor profile (2) to a longitudinally adjacent floor profile, and/or a counter-contour (9), which is provided on a longitudinal side of the floor profile (2) and is formed on an external connecting web (21), wherein the counter-contour (9) engages with a corresponding engagement contour (7) of an adjacent floor profile (2 ) can be brought into engagement in order to connect the floor profile (2) to a longitudinally adjacent floor profile (2), wherein the engagement contour (7) comprises a latching rail (15), so that the latching rail (15) can engage behind a latching projection (30) formed in a counter-contour (9) in the lateral direction in order to fix the two adjacent floor profiles (2) to one another,
characterized in that the latching rail (15) is connected to the outer connecting web (8) via an elastically deformable web (16), so that lateral movements relative to an adjacent floor profile (2) can be compensated for by the deformation of the web (16). , in particular, the latching rail (15) having a circular cross-section. Floor profile (2) according to Claim 10, characterized in that the deformable web (16) connects the latching rail (15) to a projection (10) protruding laterally from the outer connecting web (8), wherein, in particular, the deformable web (20) adjacent to the latching rail (15) comprises a web section (17) inclined outwards in relation to the height direction, wherein, preferably, the inclined web section (17) is inclined at an angle of between 5 and 20°, preferably at an angle of 10° to the vertical direction, and/or that the inclined web section (17) has a cross-sectional thickness of between 0.3 and 1 mm , preferably of 0.5 mm, and/or wherein, preferably, a horizontal web section (18) is formed between the inclined web section (17) and the projection, so that an upwardly open sealing groove (19) is formed between the inclined web section (17) and the projection (10), in which a sealing element, in particular a sealing strip (34), preferably made of EPDM, can be introduced. Floor profile (2), in particular for a floor arrangement (1) according to one of Claims 4 to 6, with a lower base plate (3) and an upper cover plate (4), which are connected to one another by connecting webs (5), engagement means being provided in order to releasably connect the floor profile (2) to a laterally adjacent floor profile (2), wherein the engagement means comprise a counter-contour (9) which is formed on a longitudinal side and comprises an external connecting web (21), wherein the counter-contour (9) can be brought into engagement with a corresponding engagement contour (7) of an adjacent floor profile (2) in order to to connect the floor profile (2) to a floor profile (2) that is adjacent on the longitudinal side, the counter-contour (9) has a latching projection (30) which can be gripped behind by a latching rail (15) of an engagement contour (7) in order to fix the two adjacent floor profiles (2) to one another. Floor profile (2) according to one of Claims 7 to 12, characterized in that the floor profile (2) consists at least essentially of an extruded aluminum profile, and/or
that the top plate (4) of the floor profile (2) is provided with a coating (6), in particular made of a wood-plastic composite material, preferably a bamboo-plastic composite material. Elongated closing profile (36, 37), in particular for a floor arrangement (1) according to one of Claims 1 to 3, with engagement means provided on an inner longitudinal side, which are designed and suitable for releasably connecting the closing profile to a floor profile (2) that is adjacent on the longitudinal side, wherein the engagement means an engagement contour (7) which can be brought into engagement with a corresponding counter-contour (9) of an adjacent floor profile (2) in order to close the end profile with a longitudinally adjacent floor profile (2), or comprise a counter-contour (9) which can be brought into engagement with a corresponding engagement contour (7) of an adjacent floor profile (2) in order to connect the end profile to a longitudinally adjacent floor profile (2), and fastening means provided on the other, outer longitudinal side for attaching a facing profile (41), characterized in that the engagement contour (7) has an upward-pointing horizontal contact surface (11) for supporting a corresponding mating surface (22) of a counter-contour (9) and below this a downward-pointing horizontal contact surface (13) for resting on a corresponding supporting surface (24) has a counter-contour (9) in order to connect the end profile with a corresponding counter-contour (9) of an adjacent floor profile (2) in a bending moment-resistant manner,
or that the counter-contour (9) has a downward-pointing horizontal counter-surface (22) for resting on a corresponding support surface (11) of an engagement contour (7) and below this an upward-pointing horizontal support surface (24) for supporting a corresponding contact surface (13 ) has an engagement contour (7) in order to connect the final profile (36, 37) to a corresponding engagement contour (7) of an adjacent floor profile (2) in a bending moment-resistant manner. Closing profile (36, 37) according to Claim 14, characterized in that the fastening means have a longitudinal groove (42) which is open towards an upper side and into which a corresponding engagement projection (48) of a facing profile (41) can engage and/or that the end profile (36, 37) consists at least essentially of an extruded aluminum profile, and/or in that slot-like recesses (51) are formed in the end profile (36) which completely penetrate the end profile (36) in the vertical direction (H), and/or that the end profile (36) has an upper horizontal delimiting surface (52) and a lower horizontal delimiting surface (53) towards one longitudinal side in order to fix the end profile (36) between the base plate (3) and the cover plate (4) of a floor profile (2) to position and glue and/or that the fastening means comprise a stop surface (43) or stop projections (44) pointing to the outer longitudinal side, wherein in particular two stop projections (44) spaced apart in the height direction are provided, and/or that the fastening means have a recess (45) which is open downwards and towards the outer longitudinal side and into which a retaining projection (50) of a facing profile (41) can engage, and/or that the engaging means comprise an engaging contour (7), and the end profile ( 36, 37) is designed as a hollow profile, wherein, in particular, the bearing surface (11) and/or the contact surface (13) are formed by gradations in the hollow profile, and/or wherein, in particular, the hollow profile has an inclined surface (38) which is inclined towards the outer longitudinal side and with longitudinal grooves (39) for insertion is provided with a screw for connection to an adjacent floor profile (2), and/or wherein, in particular, a projection (10) protrudes below the contact surface (13) and covers the contact surface (13) on the underside, so that a recess (14) is formed between the contact surface (13) and the projection (10), and/ or wherein, in particular, the hollow profile comprises two side walls (40a, 40b) extending parallel to one another, wherein, preferably, in each of the two side walls (40a, 40b) of the hollow profile there is a longitudinal groove (39) aligned with one another for inserting screws, in order to connect the closing profile (36, 37) to an adjacent floor profile (2), in particular to a connecting web (5) of this floor profile (2) to be able to screw. Facing profile (41) for laterally covering a floor arrangement (1) according to one of Claims 1 to 3, in particular for attachment to an end profile (36, 37) according to one of Claims 14 or 15, with a lateral leg (46) which is formed , to cover an outer longitudinal side of an end profile (36, 37), and an upper leg (47) which is designed to cover the upper side of an end profile (36, 37), and with connecting means for attachment to an end profile (36, 37 ), wherein, in particular, the connecting means comprise an engagement projection (48) which protrudes downwards from the upper leg (47) and is designed to engage in a corresponding longitudinal groove (42) of an end profile (36, 37), and/or wherein, in particular, the connecting means comprise two contact projections (49) which extend in the longitudinal direction and protrude inwards from the lateral limb (46) in order to attach to a stop surface (43) or to stop projections (49) of an end profile (36, 37). to come into the facility, and/or wherein, in particular, the connecting means at the lower end of the lateral L-leg (46) have a retaining projection (50) projecting inwards, which is designed to fit into a recess (45) of a closing profile (36, 37 ) to intervene.

Images