Modular surface system for tabletops, wall panels, floors and furniture surfaces

Abstract

Modular surface system for tabletops, wall panels, floors and furniture surfaces, characterized in that a frame element is provided with several receptacles for receiving removable or inserted modules.

Description

Technical field

[0001] The invention relates to the field of modularly constructed surfaces in the furniture, interior design and architecture sectors. especially tabletops, wall panels, floor or ceiling modules, as well as fronts of furniture and doors.

[0002] It refers to a system in which individual insert elements can be placed into a defined support structure or fixed without tools, to make the materiality, function or design of a surface variable without changing the basic structure. State of the art

[0003] Well-known tabletops, wall coverings or furniture surfaces are manufactured in fixed material combinations.

[0004] Subsequent modifications, for example to the surface, the decor or individual functional areas, are generally not possible. because the components are permanently connected or glued together.

[0005] Previously known modular systems in furniture construction are mostly limited to plug-in shelving, grid panels or tile patterns, However, not a constructive system with interchangeable insert elements, which includes both horizontal (table, floor) and vertical or curved applications (wall, door, backrest).

[0006] Thus far, a universally applicable, reversible surface system with precise fit, flush surface and concealed connection technology is lacking. Object of the invention

[0007] The object of the invention is to provide a modular surface system that allows the exchange of individual surface modules without tools and results in an optically homogeneous, forms a technically robust and acoustically dampened surface.

[0008] The goal is to enable material changes, functional integration, or repair of individual zones within an area. to enable this without dismantling the entire support structure.

[0009] Furthermore, the system should be suitable for horizontal, vertical and walkable applications. and have concealed connecting elements that do not affect the appearance. Description of the invention

[0010] The invention provides for a surface consisting of a frame element and several insert elements arranged therein.

[0011] The frame element forms a permanent support structure with defined recesses, into which the insert elements are precisely fitted or positively engaged. The connection can be achieved through self-weight, friction, magnetic force, or spring-loaded locking mechanisms.

[0012] The insert elements can be arranged flush with, slightly recessed or raised above the visible surface.

[0013] All holding and guiding mechanisms are concealed. so that no controls are visible from the outside.

[0014] The system allows for variable grid geometry – for example, rectangular, square, round, or segmented. and is scalable to different application sizes and load types. Example of implementation

[0015] In a preferred embodiment, the system comprises: - a frame element with a surrounding edge and several recesses for insert elements, - precisely fitting inlay elements made of wood, metal, glass, stone, composite or composite material, - an elastic damping zone between frame and module for noise reduction and tolerance compensation, - concealed magnets or locking springs for tool-free securing, - a flush surface between frame and inserts.

[0016] In another embodiment, the system is designed as a tabletop with eight insert fields (2×4 grid), with the modules being rectangular or square depending on the variant.

[0017] The system can also be used as a wall panel, floor surface or furniture front. Technical effect

[0018] The system enables a previously non-existent combination of modularity, flatness of the surface and concealment of the connection.

[0019] Individual surface modules can be changed, flipped or replaced without damage. without dismantling the entire structure.

[0020] The invention increases the lifespan of furniture and interior fittings, reduces material consumption and opens up new aesthetic and functional design possibilities.

[0021] The separation of permanent frame (support) and variable modules (function / design) forms a basis for sustainable and adaptable surface systems.

Claims

[1] Modular surface system for tabletops, wall panels, floors and furniture surfaces, characterized by , that a frame element is provided with multiple receptacles for receiving removable or inserted modules. [2] Surface system according to claim 1, wherein the modules are arranged flat, recessed or raised to the visible surface. [3] Surface system according to one of the preceding claims, wherein the connection between the module and the frame is concealed by magnetic, snap-in, plug-in, friction or weight mounting. [4] Surface system according to one of the preceding claims, wherein the modules are fixed by their own weight, frictional engagement or elastic damping zone. [5] Surface system according to one of the preceding claims, wherein the top surface forms a continuous, planar surface without visible operating elements. [6] Surface system according to one of the preceding claims, wherein the grid geometry is variably selectable and consists of rectangular, square or segmented fields. [7] Surface system according to one of the preceding claims, wherein the system is suitable for both horizontal (table, floor) and vertical or curved applications (wall, door, backrest). [8] Surface system according to one of the preceding claims, characterized by that the frame and modules are interchangeable or reusable, resulting in increased durability and sustainable use.

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