RU211862U1 - FACADE LAMELLA WITH U-SHAPED PROFILE AND HONEYCOMB FILLING - Google Patents

Abstract

The claimed technical solution relates to the field of construction and is intended for use as a decorative facade and interior decoration of buildings and structures. The facade lamella contains a U-shaped bracket (1) and a decorative part (2) fixed on the bracket (1). At the same time, the decorative part (2) contains an aluminum extruded profile and an element filled with aluminum honeycombs (3), wherein the element filled with aluminum honeycombs (3) is fixed on the profile. Simplification of the design of the facade lamella with honeycomb filling is achieved by the fact that the profile contains a fixing part (4) and a hollow part (5), separated by a partition (6). At the same time, the element filled with aluminum honeycombs (3) is permanently fixed to the hollow part of the profile (5), and the fixing part (4) contains side walls with U-shaped recesses (7) for installing fasteners that connect the shelves (9) U -shaped bracket (1) with a decorative part (2). In this case, the shelves (9) are installed inside the fixing part (4).

Description

Technical field

The claimed technical solution relates to the field of construction and is intended for use as a decorative facade and interior decoration of buildings and structures.

State of the art

Examples of facade lamellas made of extruded aluminum are known from the existing level of technology, for example, the Alulam Quatro 60 facade system (Internet resource https://alulam.ru/lameli/quattro/60, [1]). As in the claimed technical solution, the specified counterpart contains a bracket that is mounted on the wall.

Analogue [1] bracket is bolted to the carrier profile and docking profile. Flask-shaped lamellas are fixed on the docking profile.

The disadvantage of analogue [1] is the limited size (removal) of the slats and incompatibility with panel ventilated facades.

By the combination of essential features, the closest analogue of the same purpose to the claimed technical solution is a honeycomb grille with an end mounting assembly (CN102561586 "Honeycomb plate structure grille with end installation node and installation method thereof", SHANGHAI HING WAH HONEYCOMB TECHNOLOGY DEV CO LTD, E04C2 / 42, E04G21/14, 11.07.2012, [2]). As in the claimed technical solution, the specified analogue contains a decorative part and a bracket. The decorative part contains a connecting profile and an aluminum honeycomb structure. The aluminum honeycomb structure is rigidly mounted on the connecting profile at the mounting height.

In the prototype [2], the decorative part is a lattice of a panel structure, which includes a top panel, a bottom panel and a side panel.

The disadvantage of the prototype [2] is the need to use a connecting profile, which complicates the design.

The technical problem to be solved is the need to simplify the design and obtain facade lamellas that are compatible with panel ventilated facades and have dimensions that allow you to create architectural solutions that are clearly visible on the facades of buildings, up to 150 × 800 mm in cross section with a length of up to 7 m, and the lamellas can have several standard sizes in width (50, 60, 100, 150, etc.). The minimum section of the lamella is 50×100 mm, the maximum is 150×800 mm. The implementation of the prototype [2] with the above dimensions is complicated by the fact that the connecting unit consists of three different extruded profiles obtained by forcing aluminum melt through a shaped hole. Therefore, to obtain each new lamella size, three new profiles must be made, and in the case of extrusion, this includes the development and manufacture of an extrusion die for each profile. At the same time, in the prototype [2], the solution of the technical problem is complicated by the fact that only extruded profiles of the docking station can be used for the design.

Disclosure of the proposed technical solution

The technical result provided by the claimed technical solution is the simplification of the design of the facade lamella with honeycomb filling.

The essence of the claimed technical solution is that the facade lamella contains a U-shaped bracket and a decorative part fixed on the bracket. In this case, the decorative part comprises an aluminum extruded profile and an element filled with aluminum honeycombs, and the element filled with aluminum honeycombs is fixed on the profile. It differs in that the profile contains a fixing part and a hollow part, separated by a partition. In this case, the element filled with aluminum honeycombs is permanently fixed to the hollow part of the profile, and the fixing part contains side walls with U-shaped recesses for installing fasteners that connect the shelves of the U-shaped bracket with the decorative part. In this case, the shelves are installed inside the fixing part.

The above entity is a set of essential features of the claimed technical solution, ensuring the achievement of the claimed technical result.

In a particular case, the profile has a width of 48 to 150 mm.

The author of the claimed technical solution produced a prototype of this solution, the tests of which confirmed the achievement of the technical result.

Brief description of the drawings

In FIG. 1 shows a fragment of the facade with facade lamellas with a U-shaped profile and honeycomb filling; in fig. 2 - decorative part.

Implementation of the technical solution

Facade lamella with honeycomb filling (Fig. 1) contains a bracket (1) and a decorative part (2).

Bracket (1) is designed to be mounted on a load-bearing wall and has a U-shape.

The decorative part (2) (Fig. 2) contains an aluminum extruded profile and an element filled with aluminum honeycombs (3).

The extruded profile contains a fixing part (4) and a hollow part (5) separated by a partition (6) and can have a width of 48 to 150 mm.

The fixing part (4) contains side walls with U-shaped recesses (7) for installing fasteners (8) that connect the shelves (9) of the U-shaped bracket (1) with the decorative part (2). In this case, the shelves (9) are installed inside the fixing part (4).

The aluminum honeycomb-filled element (3) is permanently attached to the hollow part (5) of the profile using a combination of chemical and mechanical fasteners. Brands of glue and hardware may be different depending on the operating conditions and the size of the lamella.

Bracket (1) is made of steel or aluminum and can have different widths and extensions. The bracket (1) can be made by welding or bending methods, which do not require preliminary preparation, in contrast to the extrusion method.

Unlike the prototype, only one extruded profile is needed for the facade lamella and there is no need for a connecting profile.

Thus, for the manufacture of the claimed facade lamella, extrusion, welding or bending methods are combined. This simplifies the design of the device several times.

The implementation of the proposed technical solution is not limited to the above example.

How to use

The base of the bracket (1) is fixed on the load-bearing wall. The fixing part (4) of the decorative part (2) of the profile is fixed on the shelves (9) of the bracket (1). Due to the decorative part (2), the slats can have different extensions, due to the bracket (1) they can be built in between the elements of cassette ventilated facades, and at the same time, structural rigidity and lightness of the structure are ensured at any produced size.

Industrial Applicability

The claimed technical solution is implemented using industrially produced devices and materials, can be manufactured at any construction company and will be widely used in architectural and building cladding.

Claims (2)

1. Facade lamella containing a U-shaped bracket and a decorative part fixed on the bracket, while the decorative part contains an aluminum extruded profile and an element filled with aluminum honeycombs, and the element filled with aluminum honeycombs is fixed on the profile, characterized in that the profile contains a fixing part and a hollow part separated by a partition, while the element filled with aluminum honeycombs is permanently fixed to the hollow part of the profile, and the fixing part contains side walls with U-shaped recesses for installing fasteners that connect the shelves of the U-shaped bracket with a decorative part, while the shelves are installed inside the fixing part. 2. Lamel according to claim 1, characterized in that the profile has a width of 48 to 150 mm.

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