RU2658927C1 - Universal decorative suspension framework ceiling and wall system - Google Patents

Abstract

FIELD: construction.

SUBSTANCE: invention relates to the field of equipment and finishing of buildings, in particular to the construction of suspended ceilings and walls. Universal decorative suspended ceiling system contains profiled longitudinal and transverse slats forming closed cells of bearing frame on which decorative panels are laid. Wherein skeleton of the ceiling system consists of 2 types of frame profiles, decorated from the front surface: universal bearing profile and wall profile. Universal load-bearing profile and the wall profile are interconnected by means of mounting clips fixing joints of intersecting frame profiles by putting them on top of walls, having two mirror-oriented fixing protrusions of the same size, arranged on mirror-oriented to each other, equal in length to walls. Universal decorative suspended frame wall system is also described.

EFFECT: technical result consists in universality of assembly and installation characteristics of ceiling and wall systems, speed of installation work, practicality in using mounted ceiling and wall systems, as well as possibility of changing the color / material of lining material of ceiling system while preserving frame-frame elements of ceiling and wall systems.

107 cl, 70 dwg

Description

Universal decorative suspended frame ceiling and wall system.

The group of inventions relates to the field of equipment and decoration of buildings, in particular, to the design of suspended ceilings and walls.

Suspended ceiling systems that allow you to easily penetrate the communications hidden behind their surface are in high demand.

Such systems enable designers and architects to create a variety of visual effects that are not available for ceiling systems that cover the entire ceiling space with one inextricable canvas.

A suspended ceiling is known, comprising a suspension system frame formed by a group of support rails and means of their fastening on a supporting structure, and panels having detachable elements thereof with at least two support rails and elements of their articulation with at least two support rails (EP 0465905 E 04 9/00 1992-01-15).

However, in this technical solution, simplification of installation is achieved by installing panels with gaps between their edges, and, in addition, access to the ceiling space is possible only as a result of successive displacement of the panel group.

A stretch facing panel is also known, made of plastic sheet material in the form of a quadrangle with perimeter walls forming a frame, the plastic sheet material being fixed with tension on the frame walls made of profile elements using an adhesive strip placed on their outer side surface (RU 2506380 E 04 F13 / 00 2012-04-18).

However, this technical solution implies the manufacture of panels of standard sizes in a production environment on a specially manufactured machine, which in itself leads to additional costs for the end user. Also, in this technical solution for the manufacture of the panel, it is supposed to use only PVC film as a sheet material, which is fixed to the frame made of profile elements of rectangular cross section using double-sided adhesive tape. This method of fastening a PVC film is not reliable, since in addition to using adhesive tape, the surfaces to be glued must be cleaned of dust, grease, etc., the adhesive properties of the double-sided adhesive tape over time and due to temperature differences can be deteriorated, which will lead to deformation of the sheet material. In addition, the panels made by this method, due to the use of PVC films as sheet materials, require special storage and transportation conditions that preclude the possibility of use, and, accordingly, transportation and storage in rooms and vehicles with a negative temperature, since the plastic material will crack, and when accidental damage creep out. Also, the installation of the facing tension tension panels with a flat surface is carried out by laying it on frame structures with a standard profile, for example, T32, T24, T15, which involves the installation of a frame structure in which the external dimensions of the cells closed along the contour are used for installation in them panels, predefined at the plants / factories of the manufacturer of the profile T24, T32, T15. This fact virtually eliminates the possibility of dividing the ceiling to be closed into cells of equal length and width, while obliging the final consumer to take for the presence of non-standard (narrow or short) cells of the frame structure, which negatively affects the appearance of the finished ceiling. In addition, with the formation of non-standard cells in the ceiling, the use of a facing tension panel is excluded or difficult, since the production of a non-standard size panel must occur on the machine, which entails certain material costs. Also, the use of the facing tension panel considered above makes it difficult / impossible to use it in rooms in which vertical risers, for example, water / gas / heat supply, pass near the supporting walls to which the panel should adjoin.

False ceilings are known in which the frame of the suspension system formed by a group of support rails and means of their fastening on a supporting structure, as well as a panel having detachable elements (see, for example, RU 18721 E 04 V 9/22 2001-07-01) .

The closest analogue is Armstrong ceiling systems containing profiled longitudinal and transverse rails forming closed cells of the supporting frame along the contour, onto which decorative panels are laid (http://www.dvresurs.ru/products/potolki/armstrong/)

The disadvantage of such ceilings is the difficulty of ensuring the necessary accuracy of mounting the frame of the suspension system for installing panels, with the formation of cells closed along the contour.

The task to which the group of inventions is directed is the creation of a universal decorative suspended ceiling and wall system serving for cladding almost any interior space of a room in which during operation it is necessary to provide access to various communications located in the ceiling and wall space.

The technical result of this invention is the versatility of the assembly and installation characteristics of the ceiling and wall system, the speed of installation, the practicality of using the mounted ceiling and wall system, as well as the ability to change the color / material of the facing material of the ceiling system while maintaining the frame and frame elements of the ceiling and wall system.

The specified technical result is achieved due to the fact that the frame of the claimed system consists of 2 types of frame profiles: a universal supporting profile (UNP), which in cross section has the shape of an inverted letter "T" and a wall profile (PP), which depending on the manufacturing option, in cross section it has the shape of an inverted letter “G” or the shape of the letter “P” turned on its side, as well as a set of mounting clips necessary for interconnecting UNP, PP and suspended, if necessary, to the supporting ceiling p overlap of using hangers or wire, forming a different size, raznofigurnye, closed along the contour of the cell wall and suspended ceiling systems. The uniform shape of the UNP along its entire length allows you to install mounting clips on any part of the UNP wall and, if necessary, move them in any direction along its length. Frame structures (RC) are laid in the formed closed cells of the suspended ceiling system, which can be made of various types of profiles: universal frame profile (URP) lightweight frame profile (ORP), lightweight frame profile with groove for the bracket (ORP with groove for bracket), lightweight self-clamping frame profile (OSRP), lightweight self-clamping frame profile with groove for bracket (OSRP with groove for bracket), as well as auxiliary profile (VP) and auxiliary profile I with grooves for brackets (VP with grooves for brackets). The profiles forming the perimeter of the RC are interconnected using the corners: a right angle for flush mounting, a universal corner for flush mounting (with the possibility of installation at any angle) and a right angle for visible installation of the RC, fitted on the front side with flexible decorative material (GDM) forming decorative panels (DP) of different sizes and shapes.

The universality of the UNP support profile lies in the ability to create closed-loop cells of the ceiling and wall systems of various sizes and shapes with straight faces, starting from the actual size of the room and the wishes of the customer of the hanging shelf system.

The universal decorative suspended ceiling and wall frame system consists of: 1 - a universal supporting profile, 1a - a wall profile with a fixing protrusion, 1b - a wall profile without a fixing protrusion, 1c - a wall profile of a U-shaped shape, 1g - wall profile with a flat wall adjacent to the wall, 2 - decorative casing, 2a - decorative casing with LED strip, 3a - clip - longitudinal lock, 3b - clip - suspension, 3c - clip - universal suspension, 3g - clip - wall lock with "tongue", 3d - clip - angular lock, 3e - clip - wall lock without a "tongue", 3g - clip - suspension with a C - shaped spring clip, 3z - clip - lock, 3i - corner with a C - shaped spring clip, 4 - special perforated mounting tape 5 - universal frame profile, 5a - lightweight frame profile, 5b - lightweight frame profile with a groove for the bracket, 5c - lightweight self-clamping frame profile, 5g - a lightweight self-clamping frame profile with a groove for the bracket, 5d - auxiliary profile, 5e - auxiliary profile il with grooves for an arm, 6 - a self-clamping insert, 7 - a flexible decorative material, 8 - a mounting plait of a round shape, 8a - a mounting plait in the form of a multi-pointed star, 8b - a mounting plait of a rectangular shape, 9 - a right angle for hidden installation, 9a - universal corner for flush mounting, 9b - a right angle for visible installation, 10 - a connecting bracket with a "tongue", 10a - a connecting bracket of a P-shaped shape, 10b - a connecting bracket inserted into the groove for the bracket, 10c - a connecting rotary bracket, enter flush into the groove for the bracket, 10g - connecting bracket, pressed into the groove for the bracket, 10d - connecting rotary bracket, pressed into the groove for the bracket, 11 - mounting frame of a rectangular shape, 11a - mounting frame of a round shape, 12 - adjustable bracket, 13 - damper clip O - shaped mounted by putting on, 13a - damper clip C - shaped mounted by putting on, 13b - damper clip O - shaped mounted using a self-tapping screw or rivet, 13c - damper clip C - shaped forms mounted with a self-tapping screw or rivet, 14 - fixing decorative profile, 15 - mounting bracket.

In FIG. 1 shows a universal bearing profile 1 (UNP), in cross section;

in FIG. 1.1 shows the versions of the wall profile (PP), cross section: PP with a fixing protrusion 1a, PP without a fixing protrusion 1b, PP U-shaped 1c, PP with a flat wall adjacent to the wall 1g;

in FIG. 1.2 shows the versions of UNP 1 and PP 1a, 1b, 1g, made by rolling / bending from a metal strip;

in FIG. 1.3 shows an example of the manufacture of UNP 1 by rolling / bending from a metal strip;

in FIG. 1.4 shows UNP 1 and PP 1a in cross section with a decorative casing 2;

in FIG. 1.5 shows UNP 1 and PP 1a in cross section with a decorative casing with LED strip 2a;

in FIG. 2 shows an end view and a side view of a clip — a longitudinal lock 3a;

in FIG. 2.1 shows an end view and a side view of a clip - suspension 3b;

in FIG. 2.2 shows the end view and side view of the clip - universal suspension 3B;

in FIG. 2.3 shows an end view and a side view of a clip - a parietal lock with a “tongue” 3g;

in FIG. 2.4 shows an end view and a side view of a clip - a 3D corner lock;

in FIG. 2.5 shows an end view and a side view of a clip - a parietal lock without a “tongue” 3e;

in FIG. 2.6 shows an end view and a side view of a clip - suspension with a C - shaped spring clip 3zh;

in FIG. 2.7 shows an example of the manufacture of a clip - universal suspension 3c from a metal billet by stamping / bending;

in FIG. 2.8 shows an example of manufacturing a clip - a 3D corner lock from a metal workpiece by stamping / bending;

in FIG. 2.9 shows an end view, a side view and a top view of a clip - lock 3z;

in FIG. 2.10 shows an end view and a side view of a corner with a C - shaped spring clip 3i, fastened together by clips - locks 3z;

in FIG. 2.11 shows a side view of several clips - locks 3z connected to each other and a corner with a C - shaped spring clip 3i;

in FIG. 2.12 shows views from the ends and sides of the clip — the longitudinal lock 3a, the clips — the suspension 3b, the clips — the universal suspension 3c, made by extrusion from PVC or by injection molding of PVC;

on Fig 3 shows a side view and a top view of the communication unit UNP 1 and PP with the locking protrusion 1a using a clip - a parietal lock with a "tongue" 3g;

on Fig 3.1 shows a side view and a top view of the communication unit UNP 1 and PP without the locking protrusion 1b using a clip - a parietal lock without a "tongue" 3e;

figure 3.2 shows a side view of the communication unit UNP 1 and PP P - shaped form 1B without the use of clips - locks. UNP 1 is clamped between two shelves of software 1V;

in Fig.3.3 shows a side view of the communication unit UNP 1 and PP with a flat shelf adjacent to the wall 1g without the use of clip locks. UNP 1 rests on the shelf 1g;

in FIG. 3.4 shows a side view and a top view of the communication node, building two UNP 1;

in FIG. Figure 3.5 shows a side view and a top view of the communication unit of the UNP 1 intersecting at an angle of 90 degrees with the support of two UNP 1 on the shelves of the third UNP 1. The connection of the UNP 1 is carried out using two clips - 3D corner locks;

 in FIG. Fig. 3.6 shows a side view and a top view of the communication unit of UNP 1 intersecting at an angle of 90/60/30 degrees with the support of one UNP 1 on the shelf of another UNP 1. Communication of UNP 1 is carried out using one clip - a 3D corner lock;

in FIG. 3.7 shows an example of using a clip-lock 3z to connect five UNP 1s intersecting at one point without resting on a shelf / shelves of UNP 1 at the intersection and an example of using a corner with a C-shaped spring clip 3i;

in FIG. 4 shows an example of the suspension of the UNP 1 to the supporting floor using a special perforated mounting tape 4, in which the perforation step is, for example, 3 mm. ;

in FIG. 4.1 shows an example of the suspension of the UNP 1 to the bearing floor using a clip - suspension with a C-shaped spring clip 3g;

in FIG. Figure 4.2 shows an example of the suspension of UNP 1 to a bearing ceiling using a wire;

in FIG. Figure 5 shows some examples of constructing closed on the contour cells of the skeleton of the ceiling system with straight edges using PP 1a, 1b, 1c, 1g, mounted around the perimeter of the room and UNP 1 used for filling the skeleton of the ceiling system;

in FIG. 6 shows in cross section a universal frame profile 5 (URP 5), which is used to build frame structures (RC);

in FIG. Figure 6.1 shows in cross section a lightweight frame profile 5a (ORP) and a lightweight frame profile with a groove for the bracket 5b (ORP with a groove for the bracket);

in FIG. 6.2 shows in cross section a lightweight self-clamping frame profile 5c (OSRP) and a lightweight self-clamping frame profile with a groove for bracket 5g (OSRP with a groove for bracket);

in FIG. 6.3. shows in cross section an auxiliary profile 5d (VP) and an auxiliary profile with grooves for the bracket 5e (VP with grooves for the bracket);

in FIG. 6.4 shows in cross section a self-locking insert 6 for installation in the mounting groove of the profiles URP 5, ORP 5A, ORP with a groove for the bracket 5b;

in FIG. 6.5 in cross section shows the URP 5, ODP 5A and VP 5D made by rolling / bending of metal strip;

in FIG. 7 is a cross-sectional view showing examples of the shape of the mounting plait: a mounting plait of round shape 8, a mounting plait in the form of a multi-pointed star 8a, a mounting plait of a rectangular shape 8b;

in FIG. 7.1 in cross section shows examples of the selection of the required width of the mounting groove URP 5 and the shape of the mounting harness 8, 8a, depending on the thickness of the used PM 7;

in FIG. 7.2 in cross section shows examples of the choice of the shape of the mounting harness 8, 8a, 8b, depending on the thickness of the used GDM 7;

in FIG. 8 shows perspective images of the corners used to connect the frame profile: a right angle for hidden installation 9, a universal angle 9a for hidden installation, consisting of two identical elements having recesses and protrusions around the axis of rotation for reliable fixation of the set angle and a right angle for visible installation 9b;

in FIG. 9 shows a section in the horizontal plane of two URP 5 interconnected by a right angle for a hidden installation 9;

in FIG. 9.1 shows a section in the horizontal plane of URP 5 and ORP 5a / OSRP 5V connected by a right angle for a hidden installation 9;

 in FIG. 9.2 shows a section in the horizontal plane of two URP 5 interconnected by a universal corner for a hidden installation 9a at an angle of 30 degrees;

in FIG. 9.3 shows a section in the horizontal plane of two URP 5 interconnected by a universal corner for a hidden installation 9a at an angle of 115 degrees;

in FIG. 9.4 shows a section in the horizontal plane of two ORP 5a / OSRP 5c interconnected by a right angle for a visible installation 9b;

in FIG. 9.5 shows a section in the horizontal plane of two ORP 5a / OSRP 5V interconnected by a universal corner for a hidden installation 9a at an angle of 30 degrees;

in FIG. 9.6 shows a section in the horizontal plane of two ORP with a groove for the bracket 5b / OSRP with a groove for the bracket 5g interconnected by a right angle for hidden installation 9;

in FIG. 9.7 shows a section in the horizontal plane of two ORPs with a groove for the bracket 5b / OSRP with a groove for the bracket 5g interconnected by a universal corner for flush mounting 9a at an angle of 115 degrees;

in FIG. 10 shows a side view, a rear view and a top view of a connecting bracket with a “tongue” 10;

 in FIG. 10.1 shows an example of the manufacture of a connecting bracket with a "tongue" 10 from a metal workpiece by stamping / bending;

in FIG. 10.2 shows a side view and a top view of the connecting bracket U - shaped form 10A and the sequence of its manufacture by stamping / bending of metal.

in FIG. 10.3 shows a side view and a top view of the connecting bracket 10b;

 in FIG. 10.4 shows a side view and a top view of the connecting swivel bracket 10B;

in FIG. 10.5 shows a side view and a top view of the connecting bracket 10g;

in FIG. 10.6 shows a side view and a top view of the connecting swivel bracket 10d;

in FIG. 10.7 shows the communication nodes of the connecting brackets with profiles for the manufacture of the Republic of Kazakhstan;

in FIG. 10.8 shows examples of the use of connecting brackets 10, 10a, 10b, 10g in the manufacture of PK (the profiles used in Fig. 10.8 are shown in section);

in FIG. 10.9 shows examples of the use of connecting brackets 10a, 10b, 10d in the manufacture of PK (the profiles used in Fig. 10.9 are shown in section);

in FIG. 11 shows a sectional view of a general view (from the ceiling side) of a decorative ceiling panel (DP) ready for installation;

in FIG. 12 shows examples of the appearance / shape of ready-to-put DP;

in FIG. 13 shows a top view and a cross-sectional view of mounting frames of a rectangular shape 11 and a circular shape 11a used, for example, for installing decorative gratings of ventilation outputs / inputs, installation of lighting equipment, etc .;

in FIG. 13.1 is shown in section a general view (from the ceiling side) of a decorative ceiling panel (DP) ready for installation with a mounting frame 11 installed therein;

 in FIG. 14 shows an example of constructing a frame construction of a DP installed in rooms in which vertical risers, for example, water / gas / heat supply, pass near the bearing walls to which the panel should adjoin;

in FIG. 15 shows an adjustable bracket 12 for mounting the UNP 1 to a load-bearing wall and an example of its fastener;

in FIG. 15.1 shows in the context of the damper clips 13, 13a, 13b, 13c and examples of their installation on the UNP 1;

in FIG. 15.2 shows in cross section a fixing decorative profile 14.

in FIG. 15.3 are shown in transverse section DP fixed in the cell frame of the wall system;

in FIG. 15.4 shows a front view, a side view and a top view of the mounting bracket 15 and an example of its use in conjunction with PP 1g;

in FIG. 15.5 shows examples (side / top view) of the use of UNP 1, PP 1V, PP 1g, decorative casing 2, damper clips 13, 13a, 13b, 13c, fixing decorative profile 14 and mounting angle 15 when building the wall system frame;

in FIG. 15.6 shows examples (front view) of the use of UNP 1, PP 1V, PP 1g, decorative casing 2, damping clips 13, 13a, 13b, 13c, fixing decorative profile 14, mounting angle 15, ORP 5a and PM 7 when constructing a wall system frame with an example of a finished look with installed DP.

Installation method for a universal decorative suspended frame ceiling system:

the corner joints forming the cells of the ceiling system intersecting with each other UNP 1 are fixed with clips - 3D corner locks. Fixation of the angular connection of the intersecting UNP 1 occurs by putting on a clip - an angular lock on the walls of the UNP 1 from above. The clip is a 3D corner lock, consisting of two identical parts connected by a jumper bent at the right angle. Each of the parts of the 3D clip has two mirror-oriented fixing protrusions of the same size, located on the walls of the clip that are mirror-oriented to each other and equal in length; walls of the UNP 1. The clip - the angular lock 3D is bent at any angle along the line of the bridge, thus adjusting to the angle of intersection of the UNP 1 with each other.

Fixation of the angular connection of the UNP 1 and PP intersecting with the locking protrusion 1a takes place by putting on a clip - a parietal lock with a “tongue” 3g on the wall of the UNP 1 from above so that its “tongue” engages in the fixing protrusion of the PP 1a. The clip is a wall lock with a “tongue” 3G, consisting of two different parts connected by a jumper bent at the right angle. One part of the 3 g clip has two mirror-oriented fixing protrusions located on the walls of the clip that are mirror-oriented to each other, the second part of the clip has two walls of different lengths, one of which has a fixing protrusion bent towards the opposite wall. Clip - a parietal lock with a “tongue” 3G is bent at any angle along the line of the bridge, thus adjusting to the angle of intersection of the UNP 1 and the PP with the locking protrusion 1a between each other.

Fixation of the angular connection of the UNP 1 and PP intersecting without the locking protrusion 1b takes place by putting on a clip - a wall lock without a “tongue” 3e on the wall of the UNP 1 from above so that its wall parallel to the bearing wall extends beyond the wall that is offset relative to the plane fit to the wall of the PP without the locking protrusion 1b. The clip is a wall lock without a “tongue” 3e, consisting of two different parts connected by a jumper bent at the right angle. One part of the clip 3e has two mirror-oriented fixing protrusions located on the walls of the clip that are mirror-oriented to each other, the second part of the clip has two even walls of equal length. Clip - a parietal lock without a “tongue” 3e bends at any angle along the line of the bridge, thus adjusting to the angle of intersection of the UNP 1 and the PP without the locking protrusion 1b between each other.

The UNP 1 is joined together by means of a clip - a longitudinal lock 3a, which has two mirror-oriented fixing protrusions of the same size, located on the clip walls that are mirror-oriented to each other and equal in length. When putting on a clip - a longitudinal lock 3a on the walls of two UNP 1s facing each other, the clip is fixed - a longitudinal lock 3a on the walls of the UNP 1, by engaging the locking tabs of the clip - a longitudinal lock 3a on the base of the multi-level conical tops of the walls of the spliced UNP 1. Clip - the longitudinal lock 3a has symmetrically located through holes in its walls, which, if necessary, can be used to suspend the UNP 1 in the place of splicing to the bearing floor.

Suspension of the UNP 1 to the supporting floor can be carried out using a clip - a suspension 3b, which has two mirror-oriented fixing protrusions of the same size, located on the walls of the clip that are mirror-oriented to each other and equal in length. When putting on the clip - suspension 3b on the wall of the UNP 1, the clip is fixed - the suspension 3b on the wall of the UNP 1, by hooking the locking tabs of the clip - suspension 3b to the base of the multi-level conical top of the wall of the UNP 1. The clip - suspension 3b has symmetrically located through its walls holes that are used to suspend the UNP 1 to the bearing floor.

Suspension of the УНП 1 to the bearing ceiling can be carried out using a clip - a universal suspension 3в, having two mirror-oriented fixing protrusions of the same size, located on the walls of the clip, mirror-oriented to each other and equal in length, and also having two “legs” on one of the walls, located at different levels relative to each other. When putting on a clip - universal suspension 3в on the wall of УНП 1, the clip is fixed - universal suspension 3в on the wall of УНП 1, by hooking the fixing tabs of the clip - universal suspension 3в to the base of the multi-level conical top of the wall of УНП 1. When using a clip - universal suspension 3в, suspension to the bearing floor can be carried out either by fixing one edge of the mounting tape 4 to the bearing floor and subsequent engagement of the “foot” most suitable for the level of bending of the foot for the perforation w mounting tape, or by using, for example, is fixed to the supporting wire suspension through overlapping walls are clips - the universal suspension 3b symmetrically arranged through holes.

Suspension of the УНП 1 to the supporting floor can also be carried out using a clip - suspension with a C-shaped spring clip 3g, which is a clip located at its base - a suspension 3b connected to a metal strip on which a C-shaped spring clip is fixed. When putting on a clip-suspension with a C-shaped spring clip 3zh on the wall of the УНП 1, it is fixed on the wall of the УНП 1, by engaging the fixing protrusions of the clip 3ж on the base of the multi-level conical top of the wall of the УНП 1. Suspension of the clip - suspension with a С-shaped spring bracket 3g to the bearing floor occurs with the help of a metal spoke in which one edge is clamped with a C-shaped spring clip, and the second is suspended from the bearing floor.

Suspension of the UNP 1 intersecting at one point without resting on the shelf / shelves of the UNP 1 at the intersection point is carried out with the help of a clip - lock 3z, which has two mirror-oriented fixing protrusions of the same size, located on the clip wall, which are mirror-oriented to each other and are equal in length to each other and fixed at the top of the clip of a metal strip, one edge of which, having a hole at its end, goes beyond the size of the clip - lock 3z and rotates / bends along its length by an angle of 90 degrees initial position. When putting on a clip-lock 3z on the wall of the УНП 1, it is fixed on the walls of the УНП 1, by engaging the locking tabs of the clip-lock 3з at the base of the multi-level conical top of the wall of the УНП 1. Through the holes located at the ends of the metal strips of the clips - locks 3з, converging in clips of locks 3s are fastened to one point of UNP 1 with a corner with a C-shaped spring clip 3i, which serves to suspend the UNP 1 intersecting at one point at the bearing floor.

Mounting clips 3a, 3b, 3c, 3g, 3d, 3e, 3zh, 3z, 3i can be made of metal blanks by stamping / bending, extrusion from PVC alloys and by injection molding of PVC;

PP 1a, 1b, 1c, 1d have a shelf located at an angle of 90 degrees relative to the plane of abutment to the wall with the front surface equal in width to the front surface of the UNP 1, serves to determine the contour of the ceiling system in the horizontal plane, if necessary, support UNP 1, as well as supporting the parties to the DP. PP 1a, 1b, 1c, 1g, depending on the material of which the bearing walls of the room in which the ceiling system will be installed are made, are mounted to the wall, for example, using dowels, screws, screws, etc. UNP 1 and PP 1a, 1b, 1c, 1g are made by extrusion of PVC alloys, aluminum alloys, and are also made by rolling and bending of metal strip (Fig. 1.2, 1.3).

The front surfaces of УНП 1 and ПП 1а, 1б, 1в, 1г are closed with a decorative casing 2 or 2а (Fig. 1.4, 1.5) made, for example, of flexible PVC, which allows changing the color of the front / visible surface of the ceiling system frame at any time without the need dismantling it. The decorative casing 2 (Fig. 1.4) consists of a visible part and two equal in shape / width mirrored relative to each other on the back side of the front part, which are hidden from the ceiling side of the fixing protrusion, with which the decorative casing 2 is fixed to the shelves wireframe profiles. The decorative casing with LED strip 2a (Fig. 1.5) consists of a visible, light-transmitting (light-scattering) part and two mirrors that are equal in shape / width on the back of the front part, which are hidden from the ceiling side of the fixing protrusion, using of which the decorative casing 2a is fixed to the shelves of the frame profiles, and the fixing protrusions are located on the walls of the visible part, which allows placing an LED strip fixed on the front part in its cavity frame profiles, while the inner surface of the front of the decorative casing 2A departs from the front surface of the frame profile to a distance that allows the light to be emitted from the LED strip.

In addition, if necessary, it is possible to manufacture UNP 1 and PP 1a, 1b, 1v, 1g in which the front surface will be painted or laminated, or in the manufacture of UNP 1 and PP 1a, 1b, 1v, 1g from aluminum alloys - anodized. In the manufacture of UNP 1 and PP 1a, 1b, 1c, 1g from polyvinyl chloride, it is possible to manufacture them with coloring over the entire mass of the profile.

The contours of the RK repeating the cells of the ceiling system prepared for their installation that are closed along the contour, depending on the size of the prepared cells, can be made of URP 5 (Fig. 6), ORP 5a and ORP with a groove for the bracket 5b (Fig. 6.1), OSRP 5c and the FFRS with a groove for the bracket 5g (Fig. 6.2). When choosing the URP 5 as the profile for manufacturing the RC, depending on the thickness of the selected paperwork 7 for the subsequent covering of the RC (Fig. 7.1, 7.2), the side with the most suitable width is selected groove URP 1, which should be located on the outer perimeter of the Republic of Kazakhstan and in the last yuschem be used for locking / tension therein GDM 7 by means of the mounting harness: wire harness 8 round shape, the wire harness in the form of

multi-pointed star 8a, a mounting harness of a rectangular shape 8b (Fig. 7) or using a self-clamping insert 6 (Fig. 6.4). Mounting harnesses 8, 8a, 8b may have empty cavities along their entire length and be made, for example, of soft PVC, rubber, rubber, etc. If it is necessary to create a larger RC, in order to avoid significant deflection of the selected frame profile, it is possible to use auxiliary profiles: VP 5d and VP with grooves for brackets 5e.

URP 5, ORP 5a and ORP with a groove for the bracket 5b, VP 5d and VP with grooves for the brackets 5e are made by extrusion of aluminum or PVC alloys. OSRP 5V and OSRP with a groove for the bracket 5g (Fig. 6.2) are made by extrusion of PVC alloys. URP 5, ODP 5A and VP 5D can be made by rolling / bending of a metal strip (Fig. 6.5).

All varieties of profiles used for the manufacture of RCs have the same unification of the angular joints along the perimeter of the cavity of rectangular cross section and impart rigidity to the frame structure.

URP 5 in cross section is a rectangle on the side walls of which, in their upper part there are locking protrusions located at the same height and directed in opposite directions to each other. Shelves of various lengths go out from the base of the rectangle in opposite directions, on which C-shaped walls are located with the convex side outward or straight walls in the upper part of which there are locking protrusions located at the same height as the fixing protrusions located on the side walls of the rectangle and directed towards the rectangle, forming at this two mounting grooves of different widths with locking tabs.

PPR 5a in cross section is a rectangle on one of the side walls of which, in its upper part there is a locking protrusion directed in the opposite direction from the rectangle. From the base of the rectangle in the direction of the fixing protrusion there is a shelf on which there is a C-shaped wall with the convex side outward or a straight wall, in the upper part of which there is a fixing protrusion located at the same height as the fixing protrusions located on the side wall of the rectangle and directed towards the rectangle, forming at this mounting groove with locking tabs; An ORP with a groove for the bracket 5b differs from the ORP 5a in the presence of two shelves of the same length extending from the base and the upper wall of the rectangle from the side of the free wall of the rectangle, having equal walls directed towards each other at their ends, forming a groove for the bracket;

OSRP 5c in cross section is a rectangle on one of the side walls of which, in its upper part there is an elongated locking protrusion directed to the opposite side from the rectangle, forming an angle approximately equal to, for example, 45 degrees with the side wall on which it is located . From the base of the rectangle in the direction of the fixing protrusion, there is a shelf on which the C-shaped wall is located with the convex side outward or a straight wall, in the upper part of which there is a second elongated fixing protrusion directed towards the end of the fixing protrusion located on the side wall of the rectangle, while the fixing protrusion located on the side wall of the rectangle abuts against a fixing protrusion located on a C-shaped or straight wall, forming a mounting groove with xing ledges; OSRP with a groove for the bracket 5g differs from OSRP 5v in the presence of two shelves of the same length extending from the base and the upper wall of the rectangle from the side of the free wall of the rectangle, having equal walls directed at each other at the ends, forming a groove for the bracket;

VP 5d in cross section is a rectangle. VP with grooves for bracket 5e in cross section is a quadrangle in which shelves of the same length come out from the base and upper wall of the rectangle in opposite directions having equal walls at their ends directed towards each other, forming grooves for brackets

The self-locking insert 6 is made, for example, by extrusion of PVC. The self-locking insert can be used as one of the possible ways of fixing the stretched flexible decorative material 7 (GDM) to the RC. The self-clamping insert 6 in cross section is a shelf, on the opposite edges of which there are two walls with elongated locking protrusions located in their upper parts directed by their ends towards each other, forming approximately equal angles with the side walls on which they are located, for example , 45 degrees, while the locking protrusion located on one of the walls abuts against the locking protrusion located on the second wall, forming a groove with the locking protrusions;

VP 5d and VP are fastened with grooves for brackets 5e between URP 5, ORP 5a, ORP with a groove for bracket 5b, OSRP 5v, OSRP with a groove for bracket 5g, as well as between themselves, is carried out using connecting brackets: a connecting bracket with a tongue 10 (Fig. 10), a connecting bracket of a U-shaped form 10a (Fig. 10.2), connecting brackets designed for installation in a groove for a bracket 10b (Fig. 10.3), 10c (Fig. 10.4), 10g (Fig. 10.5), 10d (Fig. 10.6) profiles: ORP with a groove for the bracket 5b, OSRP with a groove for the bracket 5g and VP with grooves for the brackets 5e. In the case of using a connecting bracket with a “tongue” 10, one edge of the bracket is immersed in a cavity, for example VP 5d, the second is caught by the “tongue” for a fixing protrusion of the inner plane C of the groove-shaped wall, for example URP 5. In case of using a connecting bracket П- shaped 10a, one edge of the bracket is immersed in a cavity, for example, VP 5D, the second is attached to the used profile of the Republic of Kazakhstan, for example ORP 5a, using, for example, screws or rivets. In the case of using a connecting bracket intended to be installed in the groove for the bracket 10b, 10c, one edge of the bracket is immersed in the profile cavity, for example, a VP with grooves for the brackets 5e, the second is inserted into the groove, for example, an OSRP with a groove for the bracket 5g through the end of the profile. In the case of using a connecting bracket designed to be installed in a groove for a bracket 10g, 10d, one edge of the bracket is immersed in the cavity of the profile, for example a VP with grooves for brackets 5e, the second is pressed into a groove, for example, an OSRP with a groove for bracket 5g (Fig. 10.7, 10.8 , 10.9).

In the absence of VP 5d or VP with grooves for brackets 5e, due to the unified dimensions of the cavity cavities of the profiles used for the manufacture of RK, their purpose can be performed by URP 5, ORP 5a, ORP with a groove for bracket 5b, OSRP 5v, OSRP with a groove for bracket 5g.

Brackets 10, 10a, 10b, 10c, 10g, 10d can be made of aluminum or PVC alloys by casting and from steel by stamping / bending (Fig. 10.1).

Based on the choice of the degree of the angle of connection of the profiles of the RC and the method of their joining, three types of connecting corners are used: a right angle for flush mounting 9 designed for joining profiles of the RC at an angle of 90 degrees, a universal corner for hidden installation 9a, consisting of two identical elements having around an axis rotation of the recesses and protrusions for reliable fixation of the set angle, designed for joining profiles at any angle and a right angle for visible installation 9b designed for joining profiles frame structure at an angle of 90 degrees without zapilivanija them at the desired angle (Fig. 8, 9.1, 9.2, 9.3, 9.4, 9.5, 9.6, 9.7). If necessary, it is permissible to fix the angular joints of the Republic of Kazakhstan from the side located in the ceiling space, for example, using self-tapping screws.

The connecting corners 9, 9a, 9b can be made both of polyvinyl chloride, injection molding, aluminum, and of steel and aluminum (for right angles 9) by cutting them from a profile of the desired size.

The manufactured RCs are tightened on the front side of the paperwork 7, thus forming a DP (Figs. 11, 12). As GDM 7, depending on the requirements for sanitary standards, fire requirements, aesthetic preferences and designer imagination, fabrics of different composition and colors, natural and artificial leather of various colors, PVC films and fabrics, PVC woven nets can be used nets and other flexible materials. GDM 7 tension on the Republic of Kazakhstan can be carried out in domestic conditions, as it is carried out without a special tool and the availability of special skills.

The order of tensioning of the belt 7 is as follows:

1. GDM 7 is laid face down on the work surface. The dimensions of the perimeter of the ready-to-install PM 7 must be calculated in advance so that approximately 5 cm on each side are larger than the dimensions of the perimeter of the Republic of Kazakhstan.

2. From above, in the center of the paperwork 7, the RC is laid flat side down.

3. One pre-longitudinally stretched edge of the belt 7 is superimposed on the mounting groove of the frame profile ORP 5a, ORP with a groove for the bracket 5b, OSRP 5v, OSRP with a groove for the bracket 5g, or an external perimeter mounting groove of the frame profile, when used in the manufacture of the RC URP 5.

4. 4.1) In the case of the manufacture of RK DP from УРП 5, ОРП 5а, ОРП with a groove for the bracket 5b, ГДМ 7 is pressed into the mounting groove of the frame profile of the RK with the help of the mounting braid 8, 8a, 8b (Fig. 7). The mounting harness, when it enters the mounting groove of the frame profile of the RK, fixes the GDM 7 in the mounting groove of the frame profile due to its surface engaging the locking protrusions of the mounting groove of the RK profile, while the GDM 7 is sandwiched between the surface of the mounting harness and the fixing protrusions of the mounting groove of the frame profile RK.

4.2) In the case of the manufacture of RK DP from URP 5, ORP 5a, ORP with a groove for the bracket 5b, with the self-clamping insert 6 installed in the mounting groove of the frame, the hydraulic tool 7 is pressed into the groove of the self-clamping insert 6 and fixed in it by compressing the workpiece 7 with fixing protrusions of a self-tightening insert.

4.3) In the case of the manufacture of RK DP from OSRP 5v, OSRP with a groove for the bracket 5g, 7DM is pressed into the mounting groove of the frame profile OSRP 5v, OSRP with a groove for the bracket 5g and fixed in it due to compression of the 7DM locking protrusions OSRP 5v, OSRP with groove for bracket 5g.

5. Next, for mounting / tensioning, the edge of the hydraulic unit 7 is selected: for a rectangular PK or parallelepiped shape - the opposite side; for a PK having a triangular shape - any of the remaining sides. The tension of the sides of the paperwork 7 occurs by gradually uniformly simultaneously tensioning and fixing the paperwork 7.

Covered GDM 7 RK are ready for laying DP (Fig. 11, 12).

DP installation is carried out in three ways:

1. Standard, in which the DP moves at an angle through the cell of the frame of the suspended ceiling system prepared for its installation, with the subsequent laying of the DP on the shelves of the frame of the ceiling system;

2. Non-standard, suitable for rooms with a small area in which there is an opening through which a DP ready for installation can be carried allowing to cover the entire ceiling area with one element of the DP. For non-standard installation, it is meant to fix one of the edges of the PP on one of the walls, then support one of the edges of the DP on its shelf and then install it, possibly in pre-prepared holes, opposite the fixed PP 1a, 1b, 1g and the remaining PP 1a, 1b, 1g to form an even horizontal perimeter of the ceiling. With this installation method, there is no need to use the UNP 1, mounting clips 3a, 3b, 3c, 3g, 3d, 3e, 3zh, 3z, 3i and suspensions. Mounted DP described above in a non-standard way, covering the entire ceiling space, can be called a removable stretch ceiling;

3. Combined, in which, depending on the design / cell size of the frame of the suspended ceiling system, the PP 1a, 1b, 1v, 1g, DP with at least one of its sides supported on a shelf of PP 1a, 1b, 1v, 1g, and forming around the DP a closed cell of the UNP 1 with the subsequent suspension of the UNP 1 to the supporting ceiling.

If it is necessary to install ventilation ducts, for example, lighting equipment or decorative gratings, of the exits / entrances of ventilation channels suitable for the ventilation ducts, the use of mounting frames 11, 11a, different in shape and size, is provided (Fig. 13). An example of a DP cut with a mounting frame 11 installed in it is shown in FIG. 13.1. Lighting equipment having a large rectangular perimeter can be mounted by means of surface mounting with fixation to UNP 1, or by laying lighting equipment in the cells of the suspended ceiling system prepared for their installation.

If it is necessary to install a DP in a closed loop cell of a suspended ceiling system installed in rooms with vertically extending various communications to which the panel should adjoin, for example, water / gas / heat supply pipes, there is an option for constructing a RC DP in which the frame RK DP is made taking into account the size and number of available communications (Fig. 14).

The universality of the invention also lies in the fact that in addition to decorating the ceiling, the claimed invention (system) can be used for decorative wall decoration.

Installation method of a universal decorative hanging frame wall system:

The frame, in this case, the wall system, is also made of 2 types of frame profiles: UNP 1, which in the cross section has the shape of an inverted letter “T” and PP 1V, 1g, which, depending on the manufacturing option, has a cross section the shape of the inverted letter "G" or the shape of the letter "P" turned on its side. PP 1v, 1g is attached to the wall, floor, ceiling around the perimeter with, for example, dowels, nails, located on the front side in the plane of the wall covering being created. UNP 1, located face to the load-bearing wall, is attached to the PP 1V, 1G and fastened together, for example, using self-tapping screws or rivets. If necessary, the UNP 1 is attached to the supporting wall using adjustable brackets 12 (Fig. 15). In the case of using PP 1g, to create a plane intended for fastening UNP 1 to it, a mounting bracket 15 is used (Fig. 15.4). Damper clips are installed on the shelves of the УНП 1 and ПП 1в, as well as the shelves of the mounting angles 15 installed together with the ПП 1г, forming closed-loop different-sized, different-shaped cells of the frame of the wall system: damper clip O - shaped with a hook 13, damper clip С - figurative form with a hook 13a, damper clip O - shaped form 13b, damper clip C - shaped form 13c (Fig. 15.1). Damper clips 13, 13a, 13b, 13c can be made, for example, of elastic PVC, acting as a spring or steel having a spring property and are attached to the shelves of UNP 1, PP 1V and the shelf of mounting angle 15, for example, by donning / pulling on the shelf (damper clips 13, 13a) or using self-tapping screws or rivets (damper clips 13b, 13c). In the formed cells of the frame of the wall system, DPs are installed, which are fixed to the frame of the wall system using a fixing decorative profile 14 (Fig. 15.2, 15.3, 15.5). The front sides of PP 1V, 1G are covered with a decorative casing 2. An example of using UNP 1, PP 1V, PP 1g, a decorative casing 2, damper clips 13, 13a, 13b, 13v, a fixing decorative profile 14, a mounting angle 15, ORP 5a and a hydraulic lock 7 when building a frame of a wall system with an example of a finished appearance with an installed DP, shown in FIG. 15.5.

The fixing decorative profile 14 consists of a visible part and two equal in shape / length / width, mirrored in relation to each other walls with locking protrusions forming a groove with locking protrusions, is established by pressing a groove with locking protrusions onto a cone-shaped top of the wall of UNP 1 and fixed on it by engaging the fixing protrusions on the base of a multilevel conical top of the wall of the UNP 1. The fixing decorative profile 14 can be made, for example, of flexible PVC, a profile 14 which allows to take the original shape after deformation occurring in the installation / removal process of the profile 14 in ACD 1.

The universality of the above-described decorative suspended frame ceiling and wall systems also lies in the possibility of using the frame of the system for laying in the formed different-sized, different-shaped, closed-loop cells of the system of various full-body decorative materials, for example, laminated plywood, gypsum and glass-magnesium sheet, board, various solid PVC materials etc.

In addition, ready-made DPs can be placed in the cells of frame structures made from standard profiles existing on the market, for example, T32, T24, T15.

Thus, the task set for the author is completed.

Claims (107)

1. A universal decorative suspended frame ceiling system containing profiled longitudinal and transverse rails forming closed along the contour cells of the supporting frame, onto which decorative panels are laid, characterized in that the ceiling system frame consists of 2 types of frame profiles decorated from the front surface : a universal bearing profile of a uniform form over its entire length, suspended from a bearing ceiling, which in cross section has the shape of an inverted letter “T”, represents a shelf with a front surface, which in itself is in cross section, in the middle of the opposite side of which there is a wall with a multi-level conical peak located at its top, which is a cone-shaped figure directed with its sharp angle upwards and entering its sharp corners into the base above that which is decreasing in width in comparison with the previous base of the cone-shaped figure, and the wall profile, which, depending on the manufacturing option, has a cross-sectional shape in cross section the letter “G”, which is a shelf located at an angle of 90 degrees relative to the plane of contact with the wall, with a face equal to the width of the face of the UNP, while the wall profile shelf is offset relative to the plane of contact with the wall by approximately the width of the wall, while the wall the wall profile is located on the side opposite to the front side of the shelf, and leaves it through a L-shaped transition, the base of which is offset from the plane of contact with the wall by 10-30% of the width flanges, while creating a groove interconnected by means of mounting clips, fixing the connections of intersecting frame profiles by putting on their walls from above, having two mirror-oriented locking protrusions of the same size, located on mirror-oriented to each other, equal in length walls, while the clips are attached to the wall of the supporting or transverse profile, by engaging the fixing tabs of the clip on the base of the multilevel conical top of the profile wall, under suspended to the supporting ceiling by means of suspensions, forming different-sized, multi-figured, closed along the contour cells of the suspended ceiling system, in which frame profiles are mounted that are fastened together by brackets and connecting corners, forming frame structures, fitted on the front side by a flexible decorative material, forming decorative panels of different sizes and shapes, ready for installation in closed-loop cells of the suspended ceiling system. 2. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal supporting profile 1 is full-bodied. 3. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal supporting profile 1 is hollow. 4. The universal decorative suspended frame ceiling system according to claim 1, characterized in that a wall profile with a fixing protrusion 1a is used as a wall profile. 5. The universal decorative suspended frame ceiling system according to claim 1, characterized in that a wall profile without a fixing protrusion 1b is used as a wall profile. 6. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the wall profile of the U-shaped form 1c is used as a wall profile. 7. The universal decorative suspended frame ceiling system according to claim 1, characterized in that a wall profile with a flat wall adjacent to the wall 1 g is used as a wall profile. 8. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the wall profile has a shelf located at an angle of 90 degrees relative to the plane of contact with the ceiling with a front surface equal in width to the front surface of the universal supporting profile 1. 9. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the wall profile with a fixing protrusion 1a has a wall with a fixing protrusion offset from the plane of contact with the ceiling at the top of the wall. 10. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the wall profile without a fixing protrusion 1b has a wall at the top of the wall displaced relative to the plane of contact with the ceiling without a fixing protrusion. 11. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the wall profile of the U-shaped shape 1b has a flat wall adjacent its entire surface to the plane of the ceiling, and also has a second shelf located at the top of the wall, parallel to the front shelf surface with a width exceeding the width of the shelves with the front surface, while the distance between the shelves is equal to the height of the universal bearing profile 1. 12. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the wall profile with a flat wall adjacent to the wall 1g has a flat wall adjacent its entire surface to the plane of the ceiling. 13. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the decoration of the front surface of the frame profiles is a decorative casing 2, consisting of a visible part and two equal in shape, width, mirrored in relation to each other on the back side of the front part, hiding on the side of the ceiling space of the fixing protrusions, with the help of which the decorative casing 2 is fixed on the shelf of the universal supporting profile 1 and the wall profile. 14. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the decoration of the front surface of the frame profiles is a decorative casing with LED strip 2a, consisting of a visible, light-transmitting part and two equal in shape / width, mirrored along relative to each other on the rear side of the front part, the fixing protrusions hiding from the ceiling side of the ceiling, with which the decorative casing 2a is fixed to the shelves of the frame profile and the fixing protrusions are located on the walls of the visible part, allowing to place an LED strip in its cavity, mounted on the front of the frame profiles, while the inner surface of the front of the decorative casing 2a moves away from the front surface of the frame profile by a distance that allows the light emanating from the LED tapes. 15. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the decorative casing is made of flexible PVC. 16. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the paint acts as a decoration of the front surface of the universal supporting profile 1 and the wall profile. 17. Universal decorative suspended frame ceiling system according to claim 1, characterized in that the lamination film acts as a decoration of the front surface of the universal supporting profile 1 and the wall profile. 18. The universal decorative suspended frame ceiling system according to claim 1, characterized in that anodized film acts as a decoration for the front surface of the universal bearing profile 1 and the wall profile made of aluminum alloys. 19. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the dye equally stains the entire profile as a decoration of the front surface of the universal supporting profile 1 and wall profile made of polyvinyl chloride. 20. The universal decorative suspended frame ceiling system according to claim 1, characterized in that as mounting clips connecting the universal supporting profile 1, a clip is used - a longitudinal lock 3a, having symmetrically located through holes in its walls, which is possible if necessary use for suspension of the universal bearing profile 1 at the splice to the bearing floor. 21. The universal decorative suspended frame ceiling system according to claim 1, characterized in that as mounting clips hanging the universal bearing profile 1 to the bearing ceiling, a clip is used - a suspension 3b having symmetrically located through holes in its walls that are used for hanging universal bearing profile 1 to the bearing ceiling. 22. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the clips used are mounting clips - universal suspensions 3c, which additionally have two “legs” on one of the walls located at different levels relative to each other. 23. The universal decorative suspended frame ceiling system according to claim 1, characterized in that as mounting clips connecting frame and wall profiles, a clip is used - a wall lock with a “tongue” 3g, consisting of two different parts interconnected the jumper bending at the required angle, while one part of it has two mirror-oriented fixing protrusions located on the walls of the clip that are mirror-oriented to each other, the second part of the clip has two walls of different lengths, on one of which there is a locking protrusion, bent to the side of the opposite wall, while the clip - a wall lock with a “tongue” 3g, bends at any angle along the line of the bridge, thereby adjusting to the angle of intersection of the universal supporting profile 1 and the wall profile with the locking protrusion 1A with each other. 24. The universal decorative suspended frame ceiling system according to claim 1, characterized in that as mounting clips connecting frame and wall profiles, a clip is used - a 3D corner lock, consisting of two identical parts interconnected by bending at the right angle jumper. 25. The universal decorative suspended frame ceiling system according to claim 1, characterized in that as mounting clips connecting frame and wall profiles, a clip is used - a wall lock without a “tongue” 3e, consisting of two different parts interconnected the jumper bending at the required angle, while one part of the clip 3e has two mirror-oriented fixing protrusions located on the walls of the clip which are mirror-oriented to each other, the second part of the clip has two smooth walls the same length, with the clip - a parietal lock without a “tongue” 3e, bends at any angle along the line of the bridge, thereby adjusting to the angle of intersection of the universal carrier profile 1 and the wall profile without the locking protrusion 1b between each other. 26. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the clips used are mounting clips — suspensions with a C-shaped spring clip 3g, which is a clip located at its base — a suspension 3b connected to a metal strip, on which a C-shaped spring clip is fixed. 27. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the clips are locks 3z, having two mirror-oriented locking protrusions of the same size, located on the mirror-oriented to each other, equal in length to the walls of the clip and a metal strip fixed at the top of the clip, one edge of which, having an opening at its end, goes beyond the size of the clip - lock 3z and rotates along its length by an angle of 90 degrees relative to the original initial position. 28. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal supporting profile 1 is fixed with a wall profile with a locking protrusion 1a by means of a clip - a wall lock with a “tongue” 3g, worn on the wall of the universal bearing profile 1 on top, at the same time, its “tongue" is hooked onto the fixing protrusion of the wall profile with the fixing protrusion 1a. 29. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal bearing profile 1 is fixed with a wall profile without a fixing protrusion 1b using a clip - a wall lock without a “tongue” 3e, worn on the wall of the universal bearing profile 1 on top, at the same time, its wall located parallel to the supporting wall extends beyond the wall displaced relative to the plane of abutment of the wall profile without the fixing protrusion 1b. 30. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal supporting profile 1 is joined together by means of a clip - a longitudinal lock 3a, worn on the walls of two universal supporting profiles 1 located at the ends to each other, with the longitudinal lock being fixed 3a on the walls of the universal bearing profile 1, while the locking tabs of the clip — the longitudinal lock 3a, are hooked to the base of the multi-level conical vertices of the walls of the jointed universal bearing profiles 1. 31. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal carrier profile 1 is suspended from the carrier floor using a clip - suspension 3b, worn and fixed on the wall of the universal carrier profile 1, while the fixing tabs of the clip - suspension 3b are hooked to the base of a multilevel conical vertex of the wall of the universal bearing profile 1. 32. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal carrier profile 1 is suspended from the carrier floor by means of a clip - universal suspension 3c, worn and fixed on the wall of the universal carrier profile 1, while the locking tabs of the clip are universal suspension 3B, hooked to the base of a multilevel cone-shaped top of the wall of the universal supporting profile 1. 33. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal carrier profile 1 is suspended from the carrier floor using a special perforated mounting tape 4, in which the perforation step is from 1 to 5 mm, suspended by fixing one edge to to the supporting floor and the universal clip most suitable for the level of bending of the “foot” - the suspension 3c, fixed in a convenient place on the universal supporting profile 1, through the perforation of the mounting tape 4. 34. The universal decorative suspended frame ceiling system according to claim 32, characterized in that the clip is a universal suspension 3b, suspended from a load-bearing ceiling by fixing one edge of the mounting tape 4 to the load-bearing floor and engaged with the “foot” most suitable for the level of bending "For perforation of the mounting tape. 35. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal bearing profile 1 is suspended from the bearing ceiling using a clip - a suspension with a C-shaped spring clip 3g, which is a clip located at its base - suspension 3b, connected to a metal strip on which a C-shaped spring bracket is fixed, fixed on the wall 1, and the tabs of the clip — the suspension with a C-shaped spring bracket 3g, are hooked to the base of the multilevel conical vertex of the wall ki universal supporting profile 1, wherein the clip - suspension of C-shaped spring bracket is suspended from the carrier 3g overlap with a wire spokes, in which the one edge is clamped C-shaped spring clamp, and the second is suspended from the carrier overlap. 36. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the suspended universal load-bearing profiles 1 intersect at one point without resting on the shelves of the universal load-bearing profile 1, are fastened at the point of intersection by means of a clip - lock 3з, worn and fixed on the wall of the universal supporting profile 1, while the locking protrusions of the clip - lock 3z are hooked to the bases of the multi-level conical top of the wall of the universal supporting profile 1, and through the holes, dyaschiesya metal strips at the ends of the clip - 3h locks converging at one point of the universal carrier profile 1, clips - 3h locks bonded area with a C-shaped spring shackle third. 37. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structures are made of a universal frame profile 5, which in cross section is a rectangle on the side walls of which, in the upper part there are locking protrusions located on one height and directed in opposite to each other sides, while shelves of different lengths on which C-shaped are located come out from the base of the rectangle in opposite directions e outwardly convex side walls or straight walls at the top of which there are fixing projections arranged at the same height with the locking projections located on the side walls of the rectangle and directed towards the rectangle, thereby forming two mounting groove of varying width with the locking projections. 38. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structures are made of lightweight frame profile 5a, in cross section representing a rectangle, on one of the side walls of which, in its upper part there is a fixing protrusion directed in the opposite direction from the rectangle, while from the base of the rectangle in the direction of the locking protrusion comes out the shelf on which the C-shaped wall is located with the convex side outward or a straight wall ka, in the upper part of which there is a locking protrusion located at the same height with the locking protrusion located on the side wall of the rectangle, and directed towards the rectangle, forming a mounting groove with the locking protrusions. 39. The universal decorative suspended frame ceiling system according to claim 38, characterized in that the frame structures are made of a lightweight frame profile with a groove for the bracket 5b, which additionally has two shelves of the same length extending from the base and the upper wall of the rectangle from the side of the free wall of the rectangle having equal walls at their ends directed towards each other, forming a groove for the bracket. 40. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structures are made of lightweight self-clamping frame profile 5c, which in cross section is a rectangle on one of the side walls of which, in its upper part there is an elongated locking protrusion directed to the opposite side from the rectangle, forming with the side wall on which it is located, an angle approximately equal to, for example, 45 degrees, while the base is rectangular In the direction of the fixing protrusion, a shelf emerges, on which the C-shaped wall is located with the convex side outward or a straight wall, in the upper part of which there is a second elongated fixing protrusion directed towards the end of the fixing protrusion located on the side wall of the rectangle, while the fixing protrusion is located on the side wall of the rectangle abuts against a fixing protrusion located on a C-shaped or straight wall, forming a mounting groove with fixing protrusions. 41. The universal decorative suspended frame ceiling system according to claim 40, characterized in that the frame structures are made of a lightweight self-clamping frame profile with a groove for the 5g bracket, which additionally has two shelves of the same length, extending from the base and the upper wall of the rectangle from the side of the free wall rectangles having equal walls at their ends directed towards each other, forming a groove for the bracket. 42. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the profiles forming the frame structures are interconnected using right angles for concealed installation 9. 43. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the profiles forming the frame structures are interconnected using universal angles for flush mounting 9a, consisting of two identical elements having recesses and protrusions around the axis of rotation for reliable fixing the set angle. 44. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the profiles forming the frame structures are interconnected using right angles for a visible installation 9b. 45. The universal decorative suspended frame ceiling system according to claim 1, characterized in that all the profiles forming the frame structures have the same perimeter cavities of rectangular cross section. 46. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structures are reinforced with an auxiliary profile 5d, which in cross section is a rectangle. 47. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structures are reinforced with an auxiliary profile with grooves for brackets 5e, which in cross section is a quadrangle in which shelves extend from the base and upper wall of the rectangle in opposite directions of equal length, having equal walls at their ends, directed towards each other, thus forming grooves for the brackets. 48. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5e, 5e with the universal frame profile 5 is carried out using a connecting bracket with a tongue 10. 49. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5e, 5e with a lightweight frame profile 5a is carried out using the connecting bracket of a U-shaped shape 10a. 50. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight self-clamping frame profile 5c is carried out using the connecting bracket of the U-shaped form 10a. 51. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5e, 5e with a lightweight frame profile with a groove for the bracket 5b is carried out using the connecting bracket 10b. 52. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight frame profile with a groove for the bracket 5b is carried out using the connecting swivel bracket 10c. 53. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight frame profile with a groove for the bracket 5b is carried out using the connecting bracket 10g. 54. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight frame profile with a groove for the bracket 5b is carried out using the connecting swivel bracket 10d. 55. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight self-clamping frame profile with a groove for the bracket 5g is carried out using the connecting bracket 10b. 56. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight self-clamping frame profile with a groove for the bracket 5g is carried out using the connecting swivel bracket 10b. 57. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight self-clamping frame profile with a groove for the bracket 5g is carried out using the connecting bracket 10g. 58. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the fastening of the auxiliary profiles 5d, 5e with a lightweight self-clamping frame profile with a groove for the bracket 5g is carried out using the connecting swivel bracket 10d. 59. The universal decorative suspended frame ceiling system according to claim 1, characterized in that a connecting rotary bracket 10b is used as a fastening bracket, consisting of two elements, one of which is inserted into the groove for the frame profile bracket, and the second is inserted into the cavity of the auxiliary frame profile. 60. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the connecting rotary bracket 10d is used as a fastening bracket, consisting of two elements, one of which is pressed into the groove for the frame profile bracket, and the second is inserted into the cavity of the auxiliary frame profile. 61. The universal decorative suspended frame ceiling system according to claim 1, characterized in that, as a flexible decorative material 7, fabrics of different composition and color are used. 62. The universal decorative suspended frame ceiling system according to claim 1, characterized in that genuine leather of various colors is used as a flexible decorative material 7. 63. The universal decorative suspended frame ceiling system according to claim 1, characterized in that artificial flexible leather of various colors is used as a flexible decorative material 7. 64. The universal decorative suspended frame ceiling system according to claim 1, characterized in that, as a flexible decorative material 7, PVC films of different composition and color are used. 65. The universal decorative suspended frame ceiling system according to claim 1, characterized in that as a flexible decorative material 7, woven nets of various composition and color are used. 66. The universal decorative suspended frame ceiling system according to claim 1, characterized in that as a flexible decorative material 7, PVC meshes of various composition and color are used. 67. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the flexible decorative material 7 is attached to the ROK with a round mounting rod 8. 68. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the flexible decorative material 7 is attached to the frame structure with a mounting plait in the form of a multi-pointed star 8a. 69. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the flexible decorative material 7 is attached to the frame structure with a rectangular mounting harness 8b. 70. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structure is made of a universal frame profile 5 with a self-clamping insert 6 installed in the groove of the frame profile, while the flexible decorative material 7 is pressed into the groove of the self-clamping insert 6 of the frame structure , in cross section is a shelf, on the opposite edges of which are two walls with elongated locking protrusions located in their upper parts, directed their and ends towards each other, forming with the side walls on which they are disposed, the angles, the locking protrusion disposed on one of the walls, abuts against the locking protrusion disposed on the second wall, forming a groove with the locking projections. 71. The universal decorative suspended frame ceiling system according to claim 70, characterized in that the self-locking insert 6 is made by extrusion of PVC alloys. 72. The universal decorative suspended frame ceiling system according to claim 70, wherein the frame structures are made of lightweight frame profile 5a. 73. The universal decorative suspended frame ceiling system according to claim 70, characterized in that the frame structures are made of a lightweight frame profile with a groove for the bracket 5b. 74. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structures are made of a lightweight self-clamping frame profile 5c, while the flexible decorative material 7 is pressed into the mounting groove of the frame profile and fixed with the fixing tabs of the lightweight self-clamping frame profile 5c. 75. The universal decorative suspended frame ceiling system according to claim 74, characterized in that the frame structure is made of a lightweight self-clamping frame profile with a groove for the bracket 5g. 76. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structure is made in the form of a convex polygon. 77. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame structure is made in the form of a non-convex polygon. 78. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the DP uses a different-sized mounting frame of a rectangular shape - 11. 79. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the DP uses a different-sized round-shaped mounting frame - 11a. 80. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal frame profile 5, the lightweight frame profile 5a, the lightweight frame profile with a groove for the bracket 5b, the auxiliary profile 5d and the auxiliary profile with the grooves for the brackets 5e are made by extrusion from aluminum alloys. 81. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal frame profile 5, a lightweight frame profile 5a, a lightweight frame profile with a groove for the bracket 5b, a lightweight self-clamping frame profile 5c and a lightweight frame profile with a groove for the bracket 5g , auxiliary profile 5e and auxiliary profile with slots for brackets 5e are made by extrusion of PVC alloys. 82. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the universal frame profile 5, the lightweight frame profile 5a and the auxiliary profile 5d are made by rolling and bending of a metal strip. 83. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame profiles are made by extrusion of PVC alloys. 84. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame profiles are made by extrusion of aluminum alloys. 85. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the frame profiles are made by rolling and bending from a metal strip. 86. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the mounting clips are made of metal blanks by stamping and bending. 87. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the mounting clips are made of metal blanks by extrusion from PVC alloys. 88. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the mounting clips are made of metal blanks by injection molding of PVC. 89. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the brackets 10, 10a, 10b, 10b, 10g, 10d are made of aluminum alloys. 90. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the brackets 10, 10a, 10b, 10b, 10g, 10d are made of PVC alloys by injection molding. 91. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the brackets 10, 10a, 10b, 10b, 10g, 10d are made of steel by stamping and bending. 92. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the connecting corners 9, 9a, 9b are made of PVC alloys by injection molding. 93. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the connecting corners 9, 9a, 9b are made of aluminum alloys. 94. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the connecting corner 9 is made of a steel equal-angle corner by cutting it. 95. The universal decorative suspended frame ceiling system according to claim 1, characterized in that the connecting corner 9 is made of an aluminum equal-shelf corner by cutting it. 96. A universal decorative hanging frame wall system consisting of 2 types of frame profiles: a universal supporting profile, uniform in its entire length, which in cross section has the shape of an inverted letter "T", which is a shelf with a front cross section surface turned to the plane of the bearing wall, in the middle of the opposite side of which there is a wall with a multilevel conical peak located at its top, which is a cone-shaped figure, to the right with their sharp angles upward and entering with their sharp corners into the base above that which is decreasing in width compared with the previous base of the cone-shaped figure mounted to the supporting wall using adjustable brackets, and a wall profile decorated from the front surface, which, depending on the manufacturing option in cross section it has the shape of an inverted letter “G”, which is a shelf with l the face surface equal in width to the front surface of the universal supporting profile 1, while the wall profile shelf is offset relative to the plane of abutment to the wall by approximately the width of the wall, while the wall of the wall profile is located on the side opposite to the front side of the shelf, and exits from it through Г– shaped transition, the base of which is offset from the plane of abutment to the wall by 10-30% of the width of the shelf, while creating a groove interconnected by screws, forming different sizes different-shaped, closed along the contour cells of the wall system, around the perimeter of which damping clips are installed (13-13c), on top of which are laid frame-profiles fastened together by brackets and connecting corners, forming frame structures, fitted on the front side, secured with a mounting strap, self-clamping inserts with flexible decorative material, forming decorative panels of various sizes and shapes, laid in closed along the contour cells of the wall system and fixed in them with the help of a fixing decorative profile 14, consisting of a visible part and two equal in shape, length, width, walls mirrored in relation to each other, forming a groove with locking protrusions installed and fixed on it by engaging the locking protrusions of the groove at the base of a multi-level conical vertex of the universal wall bearing profile. 97. The universal decorative hanging frame wall system according to claim 96, characterized in that the universal supporting profile 1 and the wall profile are interconnected by rivets. 98. The universal decorative hanging frame wall system according to claim 96, characterized in that the universal supporting profile 1 is attached to the supporting wall using adjustable brackets 12. 99. The universal decorative suspended frame wall system according to claim 96, characterized in that a wall profile with a flat wall adjacent to a wall 1g, fixed to a universal supporting profile 1 by means of mounting angles 15 is used as a wall profile. 100. The universal decorative suspended frame wall system according to claim 96, characterized in that on the shelves of the universal load-bearing profile 1 and the wall profile of the U-shaped shape 1c, as well as the shelves of the mounting corners 15 installed together with the wall profile with a flat wall adjacent to wall 1d, forming variously dimensioned, different-shaped cells of the frame of the wall system closed along the contour, damping clips are installed. 101. The universal decorative suspended frame wall system according to claim 100, characterized in that an O-shaped damper clip with a hook 13 is used as a damper clip, worn on a shelf of a universal load-bearing profile 1, a wall profile of a U-shaped shape and a shelf of mounting corners fifteen. 102. The universal decorative suspended frame wall system according to claim 100, characterized in that a C-shaped damper clip with a hook 13a is used as a damper clip, worn on a shelf of a universal load-bearing profile 1, a wall profile of a U-shaped shape 1c and a mounting shelf corners 15. 103. The universal decorative suspended frame wall system according to claim 100, characterized in that the damper clip uses an O-shaped damper clip 13b mounted with shelves of the universal load-bearing profile 1, a wall profile of the U-shaped shape 1c and shelves of the mounting bracket 15 using self-tapping screws. 104. The universal decorative suspended frame wall system according to claim 103, characterized in that the damper clip is an O-shaped damper clip 13b mounted with shelves of the universal load-bearing profile 1, a wall profile of the U-shaped shape 1c and shelves of the mounting bracket 15 with rivets. 105. The universal decorative suspended frame wall system according to claim 100, characterized in that the damper clip is a C-shaped damper 13b mounted with shelves of the universal load-bearing profile 1, a wall profile of the U-shaped shape 1c and shelves of the mounting bracket 15 using self-tapping screws. 106. The universal decorative suspended frame wall system according to claim 105, characterized in that the damper clip is a C-shaped damper 13b mounted with shelves of a universal load-bearing profile 1, a wall profile U-shaped 1b and shelves of the mounting angle 15 with rivets. 107. The universal decorative hanging frame wall system according to claim 105, characterized in that the fixing decorative profile 14 is made of flexible PVC.

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