RU182821U1 - CEILING PROFILE - Google Patents

Abstract

The utility model relates to the field of construction and can be used for installation of ceilings of various designs, mainly stretch ceilings and ceilings made of MDF panels, or from a combination of both.

The task is to increase the versatility and effectiveness of the use of the ceiling profile with the possibility of fixing various removable elements of the mounted ceiling in it.

The ceiling profile 1 (Fig. 2) consists of the first and second shelves (2, 3), and in the first shelf (2), in its end step part (4), a groove (5) is made, the depth of which is more than half the thickness of the first shelf , which is connected to the second shelf by two partitions (7, 8) with the formation of the channel (A), and in the second shelf there is a cantilever shelf (8). The depth of the groove is also greater than the thickness of the first shelf, the stepped part of which is equipped with an additional cantilever shelf (10) located behind the first shelf.

The cantilever shelf (8) is located in the second shelf (3) not in its end part, located flush with the beginning of the groove (5) of the first shelf (2). One of the partitions (7) is continued beyond the second shelf (3).

On the first shelf (2) above the additional cantilever shelf (10) is another additional cantilever shelf (11).

Description

The utility model relates to the field of construction and can be used for installation of ceilings of various designs, mainly stretch ceilings and ceilings made of MDF panels, or from a combination of both.

Known ceiling profile [1, Electronic resource: http://nebolux.ru/wp-content/uploads/2015/11/ris311-698x600.jpg. Access date 03/03/20181, consisting of shelves, in one of which, mainly in its middle part, a groove is made.

Such a groove serves to indicate the place of fastening with screws or profile screws to the ceiling.

The disadvantage of the ceiling profile [1] is the lack of structural elements in it that would contribute to the improvement of the ceiling installation, which reduces the effectiveness of such a profile.

The CEILING profile [2, patent RU 138512 U1, IPC ЕВВ 9/00, 9/30, priority date 20.01.2014, published on 05/10/2014], CONSISTING of a pair of SHELVES, in one of which, mainly in the end part of the step, a groove is made, the depth of which is more than half the thickness of the said shelf, moreover, a pair of shelves is connected by two partitions to form a channel, and a cantilever shelf is located in another shelf in its end part.

However, the disadvantage of the prototype profile [2] is the small versatility of its use - only for installing a harpoon with a canvas for a stretch ceiling in it.

Therefore, the objective of the utility model is to increase the versatility and efficiency of the use of the ceiling profile with the possibility of fixing various removable elements of the mounted ceiling in it.

The problem is solved in that in the ceiling profile, consisting of the first and second shelves, and in the first shelf, in its end step part, a groove is made, the depth of which is more than half the thickness of the first shelf, which is connected to the second shelf by two partitions with the formation of a channel, and in the second shelf there is a cantilever shelf, there are distinctive features: the depth of the groove is also greater than the thickness of the first shelf, the stepped part of which is equipped with an additional cantilever shelf located behind the first shelf.

Additional distinguishing features of the utility model aimed at enhancing the technical result of ensuring the universality of the use of the ceiling profile:

- the cantilever shelf is located in the second shelf not in its end part, located flush with the beginning of the groove of the first shelf;

- one of the partitions continued for the second shelf;

- on the first shelf above the additional cantilever shelf is another additional cantilever shelf.

The essence of the utility model is illustrated by illustrations, where in FIG. 1 and 2 - shows general views of the ceiling profile in various cases of its execution; in FIG. 3 and 4 show in cross-section examples of the use of a ceiling profile, respectively in FIG. 1 and FIG. 2.

The ceiling profile 1 (Fig. 1 and 2) consists of the first shelf 2 and the second shelf 3. In the first shelf 2, in its end step part 4, a groove 5 is made, the depth of which is greater than the thickness of the first shelf 2, which is connected to the second shelf 3 two partitions - the upper partition 6, continued beyond the second shelf 3 and the lower partition 7. This connection of the first shelf 2 with the second shelf 3 through the upper partition 6 and the lower partition 7 forms a channel A.

In the second shelf 3, the cantilever shelf 8 is located above the end part of the second shelf 3. Moreover, the end part of the second shelf 3 is located flush with the beginning of the groove 5 of the first shelf 2 along the horizontal horizontal 9.

The stepped part 4 of the first shelf 1 is provided with an additional cantilever shelf 10 located behind the first shelf 2.

On the first shelf 1 above the additional cantilever shelf 10 can be located (Fig. 2) another additional cantilever shelf 11.

The following are examples of the use of ceiling profile 1.

The design of a stretch ceiling (Fig. 3) and a false ceiling (Fig. 4) are obtained by using a pair of ceiling profiles 1 and additional building elements, as well as lights.

For example, in FIG. 6 shows the design of a stretch ceiling with fastening to the ceiling 12 of the room through MDF [3, electronic resource https://ru.wikipedia.org/wiki/ Medium Density Fiberboard. Access date 03/03/2018] and with backlighting.

Two connecting nodes of the elements of the stretch ceiling 1 (Fig. 6) are located at a distance from each other. They are fixed to the supporting surface 13 of the MDF fiberboard 14 with fasteners, for example, small self-tapping screws 15. To the MDF fiberboard 14 with large self-tapping screws 16, corners 17 are attached, which are fixed through the screws 18 in the dowels 19 of the ceiling 12.

Electrically conductive busbars 20 with LED strips 21 are also fixed to the MDF board 14 with small self-tapping screws 15.

The plate 22, in this example (Fig. 6) is made transparent, for example, from plexiglass, and is fixed in the mentioned grooves 5 of the ceiling profiles 1.

Inside the ceiling profiles 1, harpoons 23 are also fixed with a web 24, which is stretched around the ceiling profiles 1 with a special device (not shown), forming a stretch ceiling with backlight.

When the LED strips 21 are turned on, the stream of light 25 created by them penetrates through the transparent plate 22 and creates a luminous line in the mounted stretch ceiling between its two stretched canvases 24.

In FIG. 7 shows the design of a false ceiling with mounting to the ceiling 12 of the room. In this design, harpoons 17 (Fig. 3) with tension webs 18 are not used. Instead, they are used (Fig. 4) gypsum plasterboards 26, which are attached with additional screws 27 to additional shelves 7 of ceiling profiles 1.

Thus, a suspended ceiling is formed with illumination.

When the LED strips 21 are turned on (Fig. 4), the light stream 25 created by them penetrates through the transparent plate 22 and creates a luminous line in the mounted suspended ceiling between its two fixed plasterboard sheets 24.

Information sources:

1. Electronic resource:

http://nebolux.ru/wp-content/uploads/2015/11/ris311-698x600.jpg. Access date 03/03/2018.

2. Patent RU 140541, IPC Е04В 9/00, 9/30, priority 01/20/2014, published on 05/10/2014 / prototype /.

3. Electronic resource:

https://en.wikipedia.org/wiki/ Medium Density Fiberboard. Access Date 03/03/2018

Application of the list of positions to the patent application for the utility model “Ceiling Profile” applicant Polyakova E.O. RU)

Claims (4)

1. Ceiling profile, consisting of the first and second shelves, moreover, in the first shelf, in its end stepped part, a groove is made, the depth of which is more than half the thickness of the first shelf, which is connected to the second shelf by two partitions to form a channel, and on the inner side of the second the cantilever shelf is located on the shelf, characterized in that the stepped part of the first shelf is provided with an additional cantilever shelf located outward. 2. The ceiling profile according to claim 1, characterized in that the cantilever shelf is located on the second shelf higher than the groove made on the first shelf. 3. The ceiling profile according to claim 1, characterized in that the upper partition is made continuing beyond the end face of the second shelf. 4. The ceiling profile according to claim 1, characterized in that on the first shelf above the additional cantilever shelf there is another additional cantilever shelf.

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