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RU-2861387-C1 - SYSTEM FOR MODULAR INTERIOR WALL CLADDING WITH INTEGRATION OF FURNITURE SOLUTIONS

RU2861387C1RU 2861387 C1RU2861387 C1RU 2861387C1RU-2861387-C1

Abstract

FIELD: construction. SUBSTANCE: invention relates to the field of construction, reconstruction or repair of buildings and structures using building structures intended for complex work for interior finishing of walls with modular wall panels. The modular system is a comprehensive solution that significantly increases the efficiency, speed and quality of finishing work by integrating innovative structural, technological and design approaches. To this end, in a system for modular interior cladding with integration of furniture solutions, including base profiles, wall panels made with the possibility of tongue-and-groove connection and installed on the base profiles, the panels are made of MDF using computer numerical control technology with the possibility of customisation, the connection of the panels is mechanically fixed with screws and reinforced with polyurethane glue adhesion, contains a system of precision alignment guides for aligning panels without preliminary wall preparation, the panels are fixed to the base profiles by means of dowel-nails integrated into the panel through metal bushings, a finish finish is applied to the panels. Wherein the wall panels are structural elements of the furniture, forming a single interconnected system with it. EFFECT: increasing the efficiency, speed and quality of finishing work. 1 cl, 5 cl

Inventors

  • Volkov Ivan Gennadevich

Dates

Publication Date
20260505
Application Date
20250430

Claims (6)

  1. 1. A modular interior wall paneling system with integrated furniture solutions, comprising base profiles and wall panels capable of tongue-and-groove joints installed on the base profiles, characterized in that the panels are made of MDF using numerical control technology with customization capability, the panel connection is mechanically secured with screws and reinforced with polyurethane adhesive adhesion, and comprises a system of precision beacons for aligning panels without requiring preliminary wall preparation; the panels are secured to the base profiles using dowel-nails integrated into the panel through metal bushings; the panels are finished; the wall panels are designed as structural elements of the furniture so that the wall panels and the furniture form a single interconnected system.
  2. 2. The system according to paragraph 1, characterized in that the transitions between the wall panels and furniture structures are made seamless, the attachment points are closed using putty with a finishing finish, the space between the wall and the panel is filled with mineral wool.
  3. 3. The system according to paragraph 1, characterized in that hidden electrical wiring is built into the wall panels and base profiles.
  4. 4. The system according to paragraph 1, characterized in that LED lighting is built into the wall panels and base profiles.
  5. 5. The system according to paragraph 1, characterized in that the wall panels are made with openings for fastening furniture structures and fittings.
  6. 6. The system according to paragraph 1, characterized in that the wall panels are designed with the possibility of installing hidden interior elements without the need to construct additional load-bearing frames or use special profiles.

Description

The invention relates to the field of construction and reconstruction or repair of buildings and structures using building structures intended for complex work for cladding walls with modular wall panels. The proposed modular interior finishing system is a comprehensive solution that provides a significant increase in the efficiency, speed and quality of finishing work due to the integration of innovative structural, technological and design approaches. A known method for installing wall panels for interior decoration (RU 2729765) involves installing wall panels using a connecting element. Longitudinal end grooves are made in the opposite ends of the panels to be joined. On flat wall sections, adjacent panels are joined using a connecting element made in the form of an asymmetrical H-shaped profile with parallel shelves of different lengths. The lower shelf is offset from the upper shelf by a distance that ensures its attachment to the wall through a hole drilled in its protruding portion. The shelves are connected by a crossbar, and on the underside of the upper shelf, on either side of the crossbar, are two stop projections shorter than the crossbar. A decorative panel with invisible fastening (RU 165594) is known. It features a front side with a textured concave-convex relief, a back side with fastening elements in the form of projections, and fastening elements designed as a surface for applying adhesive. The decorative panel is made of thermoplastic, which contains resin and polyvinyl chloride with a constant of 56-59. The panel is manufactured using a hot vacuum forming method, it is textured due to the mold lifting height from 0 to 9 mm, and the thickness over the entire surface of the panel is 0.20-0.45 mm, the front side of the decorative panel has an arbitrary concave-convex relief, and the back side is a counter-matrix (patrix) of the front side of the panel with protruding fastening elements on the back surface, made in the form of projections that serve as stiffening ribs, and which serve as a place for fixing the panel from the back side to the surface being faced with glue. A known method of cladding a room with suspended panels with a floating joint (RU 2270303), selected as the closest analogue, includes parallel supporting profiles, each of which is extruded from metal or a polymer material, or bent from sheet metal, one of the uprights of which is formed in a hollow, in the base of which holes are made for fastening to the supporting structure and in which a bracket is located. The opposite wall of the box is formed by crossbars, the free ends of which form a gap along the length of the supporting profile of the second upright. Between the uprights of the supporting profiles, crossbars are located perpendicular to them, made in the form of U-shaped spacer profiles, placed with their ends between the uprights of the supporting profile of an H-shaped cross-section formed by shelves and a connecting upright, the open cavity facing the suspended panels. The longitudinal projections of the ridges of the front side are oriented towards each other, and the adjacent hanging panels at the junction in the area between their grooves, into which the longitudinal projections of the ridges of the mounting profile are inserted, form a profile in the cross section that fixes the position of the hanging panels. Existing finishing systems often require extensive pre-preparation of walls, which increases the cost and time of renovations. Furthermore, furniture integration into the interior is often carried out after finishing work is completed, which can lead to inconsistencies and visual dissonance. The objective of the proposed invention is to create a system that allows: • Simplify and speed up the process of finishing premises. • Ensure high precision and quality of finishing. • Integrate furniture into the interior at the design stage. • Create complex and non-standard design solutions. The technical result obtained through the practical use of the proposed invention is a significant increase in the efficiency, speed and quality of finishing work due to the integration of innovative structural, technological and design approaches. Explanation of terms: • SMVO (Modular Interior Cladding System): A comprehensive solution for interior decoration based on the use of modular panels. • Intensification: Acceleration and optimization of processes. • Customized/Personalized: Tailored to the individual requirements and wishes of the customer. • Prefabricated: Prefabricated elements ready for installation. • Logistics: Organizing and managing the movement of materials and components. • MDF (Medium-Density Fiberboard): Medium-density fiberboard, a material used for making panels. • CNC (Computer Numerical Control): Technology for automated control of machines and equipment for processing materials. • Tongue and groove joint: A type of panel connection that provides a strong and precise connection of elements. • PU