RU14227U1 - SUSPENDED CEILING PROFILE FOR FASTENING A False CEILING AND A SPRING BRACKET FOR IT - Google Patents

Abstract

Utility models relate to the field of construction, and in particular to building structures such as suspended ceilings and partition frames used in the construction system in the civilian, agricultural, industrial and other buildings. The task, the repeated insistence (and useful models, is to simplify the design and provide convenience when installing the suspended ceiling. This task is solved by combining the functions of two C-shaped brackets in one element.

Namely, the suspension of the ceiling profile for fastening the suspended ceiling, made in the form of a bar. Having a base and two parallel walls of different heights, at the ends of which cuts are made for the bends of the side walls of the suspended ceiling profile, has a spring bracket connected to the larger wall of the bar by flaring in the mounting hole of the bracket of the protruding part of the strap, while at the ends of the spring bracket are made two pairs of pairwise symmetrical petals formed by notches along the axis of symmetry of the spring bracket, and ERSTU under suspension rod members are formed in each lobe of staples, wherein the rod elements of the suspension are passed through the holes, with the petals biting therein.

In this case, the spring bracket giving the suspension of the ceiling profile, formed by a jumper and two end elements with two napaNfH holes for the rod suspension pendants, has two pairs of pairwise symmetrical petals formed by a notch along the axis of symmetry of the spring bracket, and holes for the rod suspension elements are formed in each bracket petal . 2 independents, 2 freezes, p. F-ly, 3 ill.

Description

SUSPENDED CEILING PROFILE OF THE DAY FASTENING OF A SUSPENDED CEILING AND A SPRING BRACKET FOR HIM

Useful models relate to the field of construction, namely to building constructions of gypsum suspended ceilings and partition frames used in the dry construction system in civil, agricultural, industrial and other buildings.

There is a known suspension of a ceiling profile (see USSR author's certificate NJ 1701854, MPKE () 4В9 / 1Х, 1991, as well as the application of Germany No. 4433651, MP KE 04 V 9/00, 1996), contains a bracket and two parallel walls of different heights, on the torpedoes of which cuts were made for the bends of the side walls of the suspended ceiling profile, and connected to one of the walls of the plank of a spring-like brace with holes for attaching rectilinear suspension elements.

Also known is the suspension of the ceiling profile for securing profiles to the building structure, made in the form of a melt having a base and two parallel walls of different heights, along the ropiuuf of which cuts are made under the bends of the side walls of the suspended ceiling profile, and a spring-loaded C-shaped joint connected to one of the walls staples with holes for fastening the elements of the suspension bracket, moreover, fastening the C-shaped spring springs to the wall of a sick length is carried out; 1 open with flaring in the mounting hole of the C-shaped staple, I protrude one hour and the wall of the bar, the image of a hole that is thinner when cutting through it for connection with the bracket, and the second C-shaped bracket is also installed on the suspension element and provides its connection with another similar element of the suspension bracket to increase the total adjustable suspension height (see certificate for utility model NJ 10196, VTHK E 04 B 9/18, publ. 06.16.99).

r Q O O o o Q &

C () 4В9 / 18

staples, but lack of staples. that it does not provide the necessary adjustment for the height of the suspension and requires the presence of another bracket ..

The task replicated by these utility models is to simplify the design and provide convenience when installing a suspended ceiling.

The task posed is replicated by combining the functions of two S-shaped brackets in one element.

Namely, the nod of the ceiling profile d, that of the fastening of the suspended ceiling, made in the form of a strap having a base and two parallel walls of different heights, at the ends of which cuts are made for the bends of the side walls of the non-illuminated notched profile, has a tightening bracket connected to a large wall of the strap by tucking in the fastening hole of the bracket of the protruding part of the strap, while at the ends of the spring bracket two pairs of pairwise symmetrical petals are formed, formed by notches along the axis of symmetry of the spring bracket, and The holes for the pendant bar elements are formed in each staple leaf, and the pivot bar elements are passed through the holes of the petals with the possibility of biting into them.

At the same time, the spring bracket for hanging the ceiling profile, formed by a hitch and making noise with end elements with two pairs of holes for the rod suspension elements, has two pairs of pairwise symmetrical petals formed by a notch along the axis of symmetry of the spring bracket, and holes for the rod lenghts of the suspension are formed in each lenest bracket.

For a spring clip, the angles each of the petals of the first and second pair can be different and equal to 7 for the first pair (PT5 °, and for the second pair 80 ° ± 5 °.

In addition, in spring staples, the edges of the petals can be bent at an angle of 13 () ° ± 5 towards each other.

The proposed utility model is illustrated by drawings, where:

in FIG. 1 shows a suspension of ceiling profiles;

in FIG. 2 - spring clip, main 14th view;

in FIG. 3 - spring; 11; Clamp, top view.

The suspension of the ceiling profile and the mounting of the false ceiling is made in the form of a strip 1 having a base 2 and two parmelle walls 3 and 4 of different heights. At the ends of the walls 3 and 4, cuts 5 are made for the bends of the side walls of the suspended ceiling profile.

The suspension has a spring bracket 6, which connects to the larger wall 4 of the strip I by splicing R the fixing hole 7 of the bracket 6 of the protruding portion of the strip. Two pairs of pairwise symmetric petals I and 9, as well as K) and 1 I, respectively, are made on the horseshoes of the spring bracket 6.

Petals X and 9, K) and 11 are formed by notches 12 and 13 located along the axis of symmetry of the spring bracket, and the holes 14 and 15, 16 and 17 for the rod elements 18 and 19 of the suspension bracket are filled in the corresponding petals 8, 9, 10 and 11 of the bracket 6.

The core element 18 is passed through the holes 14 and 15 of the petals 8 and 9, and the core element 19 is passed through the holes 16 and 17 of the petals K) and 11 with the possibility of biting them.

Spring bracket 6 for hanging the ceiling profile is formed by a jumper 20 and two end elements with two pairs of holes 14, 15 and 16, 17 under the rod Jle (elements 18 and 19 of the suspension on pairwise symmetrical petals 8, 9, K) and II formed by notches 12 and 13 along the axis of the spring spring bracket 6.

In the spring bracket 6, the angles between the petals of the first and second pairs can be different and make up / fifth of the first napi, i, and for the second pair.

In addition, at the spring spring bracket 6, the edges 21 of each petal can be bent to the corner 130 ± 5 towards each other.

The suspension profiles for ceiling profiles are made of galvanized steel tape designed for cold profiling. When installing the suspended ceiling, the ceiling profiles are connected to the suspension with their bends, entering into the slots of the 5 walls of the strip I. Then, the two rod elements 18 and 19 of the suspension bracket, passed through the holes of the staples of the bracket 6, are installed in the required position to provide the required level once. the room of the ceiling profile relative to the floor area. To do this, the worker presses on the two petals of the bracket 6 with palms, releasing the core element, extrudes it to the desired size, then releases the petals of the bracket 6, which return to their original position and bite the core element of the suspension bracket in their holes. Similar actions are performed with a second pair of petals and a second suspension element.

Claims (4)

1. Suspension of the ceiling profile for fastening the suspended ceiling, made in the form of a bar having a base and two parallel walls of different heights, at the ends of which cuts are made for the bends of the side walls of the suspended ceiling profile, and includes a spring clip and two rod suspension elements, missing through the holes of the spring bracket with the possibility of biting into them, characterized in that the spring bracket is connected to the larger wall of the strip by flaring in the mounting hole of the bracket of the protruding part of the pl anchors, while at the ends of the spring bracket two pairs of pairwise symmetrical petals are formed, formed by notches located along the axis of symmetry of the spring bracket, and holes for the rod suspension elements are formed in each bracket petal.  2. Spring bracket for hanging the ceiling profile, formed by a jumper and two end elements with two pairs of holes for the rod suspension elements, characterized in that on the end elements of the bracket are two pairs of pairwise symmetrical petals formed by a notch along the axis of symmetry of the spring bracket, and the holes under pivot bar elements are formed in each staple lobe. 3. The spring clip according to claim 2, characterized in that the angles between the petals of the first and second pairs are different and amount to 70 ± 5 ^o for the first pair and 80 ± 5 ^o for the second pair. 4. The spring clip according to claim 2, characterized in that the edges of the petals are bent at an angle of 130 ± 5 ^o towards each other.