RU185886U1 - FACADE SYSTEM WITH INTEGRATED LED LIGHT SOURCES - Google Patents

Abstract

The utility model relates to the field of industrial and civil construction, namely to translucent facade structures of buildings and structures installed during the construction and reconstruction of buildings.

The main elements of the device are panels and a frame in the form of vertical posts and horizontal crossbars closed with profile decorative covers. At the intersections of the profile covers, inside its profile, holes were made for conducting cables of lighting equipment, in the frontal planes of the decorative covers holes were made for light sources comparable with the diameter of the light sources, light sources are in the same plane as the front part of the profile of the decorative cover or slightly protrude. Separate groups of LED light sources can be connected in the internal volume of the decorative cover profile using the power switching connector and the control switching socket, and power sources and light source control elements are installed in the internal volume of the decorative cover profile or moved outside the front system.

EFFECT: creation of technical equipment for a specific purpose, namely, a facade design with integrated LED light sources for illuminating it at night, without reducing the main technical characteristics of the facade system and without significantly increasing the load bearing on the structure of a building or structure. 4 ill.

Description

FIELD OF TECHNOLOGY TO WHICH A USEFUL MODEL IS

The utility model relates to the field of industrial and civil construction, namely to translucent facade structures of buildings and structures installed during the construction and reconstruction of buildings.

BACKGROUND

Translucent facade structures are known, consisting of glass or other panels and a frame, for example, the ALUTECH ALT F50 front rack-mount and crossbar system (source: https://alutech-group.com/product/profiles/altf50system/facad_altf50/).

The main element of this design are vertical supporting racks on which horizontal crossbars are mounted, which take on the bulk of the load of the facade system. The device consists of an internal aluminum frame (struts and crossbars) and external clamp profiles. The post-crossbar design is distinguished by the fact that on its outer side there are special aluminum pads (covers). This decorative element serves to cover the main clamping strips, which serve as fasteners for the double-glazed window. The frame of the facade structure is located on the inner side of the wall and is almost invisible from the outside, so from the outside the facade looks like a single integral structure. The facade design allows you to design large and small facade surfaces, shape the appearance of the building, provides protection against external weather influences and mechanical damage.

It is known that to illuminate facade surfaces at night, as a rule, additional lighting structures are used, the appearance of which makes visual changes in the appearance of the facade in the daytime. Bearing loads on the facade structure and the building itself increase, and light sources can create inconvenience to people in the building, as they most often face the building’s facade.

The objective and technical result of the proposed utility model is the creation of a technical tool for a specific purpose, namely, a facade design with integrated LED light sources to illuminate it at night, without reducing the main technical characteristics of the facade design and without significantly increasing the load bearing on the building or structure .

DISCLOSURE OF THE ESSENCE OF A USEFUL MODEL

The device is a construction of a rack-mount and crossbar facade with integrated LED light sources.

LED light sources are located in the holes of the frontal planes of the vertical posts and horizontal crossbars, namely, in the profiles of decorative covers. The profile decorative cover of the rack-mount and crossbar facade design performs the function of the housing of the light structure, protecting it from external influences, and the function of heat removal. At the intersection of the profile covers, inside its profile, holes are made for conducting cables of lighting equipment. The electrical equipment of the light construction of the facade design has a protection class of at least IP54, established for equipment exposed to atmospheric influences (according to GOST 14254-96 “Degrees of protection provided by enclosures (IP code)”), and can be used outdoors in any conditions. LED light sources are mounted in the openings in such a way that, in the off state, during the daytime, they are practically invisible from the outside and do not violate the aesthetic perception of the facade, and all switching connectors (power and control) and power supplies and controls are hidden in a hollow parts of the profile of decorative covers of the facade structure or are carried outside the facade structure, for example, on the roof.

The design of the device does not require the use of an external additional system of fastening light sources and power supply, does not entail a significant load on the facade of the building, and does not interfere with the opening and closing of windows. Light from light sources does not fall into the premises through window openings, does not blind people there and does not interfere in the evening and at night.

BRIEF DESCRIPTION OF THE DRAWINGS

In FIG. 1 shows a facade structure 1, consisting of facade panels 2 with vertical posts 3 and horizontal crossbars 4, closed outside by profile decorative covers 5. In FIG. 2 shows, in particular, various arrangements of the openings on the front surface of the decorative cover 5 where the LED light sources are inserted 6. The outer surface of the decorative cover 5 can be flat or have various shapes. In FIG. Figure 3 shows how the lighting equipment and lighting equipment cables are located in the profile decorative cover 5. LED holes 6 are mounted in the holes 7 of the decorative cover 5, mounted on a flexible tape or in another way. On top of the back of the LED light sources 6, in particular, a compound 8 or another element or composition for dust and moisture protection can be applied. Separate groups of LED light sources 6 can be connected directly to each other or by means of a power switching socket 9 and a control switching socket 10. The power supply system 11 and the light control system 12 are attached to decorative covers, or are carried outside the front system. In FIG. 4 shows, in particular, the intersection of decorative covers 5: linear 13, cross 14, Y-shaped 15, angular 16, T-shaped 17, around the circumference 18.

IMPLEMENTATION OF A USEFUL MODEL

Decorative covers with integrated LED light sources are installed on the facade system during the final stage of installation; in parallel with the installation of decorative covers, cables for lighting equipment (power supplies and, if necessary, controls for LED sources) are mounted. Possible serial connection of individual elements of the facade design with light sources. Using a light control system, architectural and decorative (decorative) lighting of the facade is carried out. Depending on the location of the light sources, it is possible to create, for example, a linear (contour) glow along the facade in places where the above decorative covers are located, or glow only part of the facade system (depending on the design solution). In the case of using full-color light sources, it is possible to control each source or section of sources, which allows you to create various light scenarios on the facade (simultaneous color change on the entire facade, a separate change in the color of light sources, brightness change, change in color change speed, etc.).

The backlight system is used in the dark, and in the daytime, light sources integrated into the plane of the decorative cover are practically invisible and do not violate the decorative integrity of the facade.

Claims (6)

1. The facade design with integrated LED light sources, consisting of panels and a frame in the form of vertical posts and horizontal crossbars closed by profile covers, characterized in that at the intersections of the profile covers holes are made for conducting cables of lighting equipment, in the front planes of the profile covers are made openings for light sources comparable to the diameter of light sources. 2. The facade design with integrated LED light sources according to claim 1, characterized in that the light sources are in the same plane with the front part of the cover profile. 3. The facade design with integrated LED light sources according to claim 1, characterized in that the light sources slightly protrude beyond the plane of the front part of the cover profile. 4. The facade design with integrated LED light sources according to claim 1, characterized in that the individual groups of LED light sources are connected in the internal volume of the lid profile using a power switching connector and a control switching socket. 5. The facade design with integrated LED light sources according to claim 1, characterized in that the cables and power sources and control light sources are installed in the internal volume of the cover profile. 6. The facade design with integrated LED light sources according to claim 1, characterized in that the cables and power supplies and control light sources are outside the front structure.

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