Worktop with mitered edge and integrated cistern module made of porcelain stoneware
The use of a cement-based support structure with glued fine stoneware panels and integrated cistern modules addresses the lack of modular, aesthetically consistent countertops by creating a jointless, monolithic countertop with integrated cisterns, offering high stability and flexible assembly options.
Patent Information
- Application Number
- DE202025002928
- Authority / Receiving Office
- DE · DE
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2025-09-27
- Publication Date
- 2025-12-24
- Estimated Expiration
- 2035-09-30
AI Technical Summary
Conventional countertops are typically made of wood or solid materials with visible joints and edge profiles, lacking a fully prepared, modular, and aesthetically consistent design with integrated cisterns, particularly those made of fine stoneware.
A support structure made of cement-based, mineral, or ceramic materials with glued fine stoneware panels featuring 45° miter cuts, integrated cistern modules, and optional steel frames, assembled using screw-in or plug-in systems for a jointless, monolithic appearance, with optional recesses for fittings and LED channels.
Achieves a solid, monolithic, and aesthetically consistent countertop with integrated cisterns, providing high dimensional stability and flexible material options, while allowing for time-saving assembly and integration of functional elements.
Abstract
Description
Technical field
[0001] The invention relates to the field of kitchen and furniture construction, in particular worktops made of ceramic or mineral materials, which are modularly constructed and equipped with miter cuts as well as integrated functional units such as cistern modules. State of the art
[0002] Conventional worktops are usually made of wood-based materials or solid materials and feature visible joints, edge profiles, or attached sink areas. A fully pre-fabricated, modular, and aesthetically seamless worktop with an integrated sink cistern made of porcelain stoneware is not currently known. Description of the invention
[0003] The worktop according to the invention consists of a support structure which can be made of cement-based, mineral, ceramic or hybrid materials. Precisely cut porcelain stoneware slabs with a 45° miter cut are bonded to this support structure to create a solid, monolithic appearance.
[0004] A prefabricated cistern module, also made of porcelain stoneware and cut using CNC or waterjet technology, can be integrated into the slab. It is installed concealed from below using screw-in or plug-in systems. The preferred bonding method is with PU adhesive (reactive and elastic). Alternatively, on-site integration is possible, for example, by manual gluing and sealing.
[0005] Optionally, recesses or milled areas for fittings, sockets, or LED channels are provided, which are seamlessly integrated into the design. An internal steel frame can be included for reinforcement, especially in large or self-supporting modules. Advantages of the invention - Seamless, monolithic design - Integrated cistern made of ceramic material - Optionally prepared technical openings (e.g. sockets, fittings, light) - High dimensional accuracy through machine prefabrication - Optional integrated steel frames for reinforcement - Material flexibility: lightweight construction, solid panel, cast or sandwich construction - Time-saving assembly through prefabrication
Claims
[1] Worktop with a support structure consisting of mineral, cement-based, ceramic or hybrid slab material, onto which miter-cut porcelain stoneware slabs are applied to create a seamless, monolithic appearance. [2] Worktop according to claim 1, wherein the miter cut of the panels is made at an angle of 45°. [3] Worktop according to one of the preceding claims, wherein an integrated cistern module is provided which is also made of porcelain stoneware and was manufactured using CNC or waterjet technology. [4] Worktop according to one of the preceding claims, wherein the cistern module is screwed or clicked in from below by means of concealed fastening elements. [5] Worktop according to one of the preceding claims, wherein the panels are joined using PU adhesive. [6] Worktop according to one of the preceding claims, wherein optional technical openings are provided, including recesses or millings for fittings, sockets or LED light channels. [7] Worktop according to one of the preceding claims, wherein an internal steel frame is optionally provided for reinforcement. [8] Worktop according to one of the preceding claims, which can be used as a single module or as part of a modular kitchen or furniture system.