RU2270301C2 - Framed partition and profiles for framed partition assemblage - Google Patents

Abstract

FIELD: building, particularly to assemble partitions in office and commercial space to divide thereof into working and staff rooms and into private offices.

SUBSTANCE: framed partition comprises frame of horizontal and vertical members and filler. The frame has wall mount of U-shaped cross-section to connect the frame to room wall and/or floor and/or ceiling, decorative corner profile for outer room corner enclosing and at least one post. The post is transversal to wall mount and connected with wall mount by embedded members. The post has closed cross-section defined by four walls, namely by two walls of increased heights and two ones having decreased heights. The post is adapted for single or double filler receiving. The filler is connected to the post by pressing members closed with decorative covering plate. The frame also has at least one rotary post, which may perform rotation through arbitrary angle. The rotary post is defined by closed cylindrical post wall and hollow box-like extension arranged from outer side of the cylindrical post wall. The frame comprises rotary post bracket and at least one corner post having closed profile. Door frame with hinged door is connected to at least one post. The door includes door profile and filler. Wall mount, post, rotary post, rotary post bracket and corner post are provided with seats facing outwards post profile or bracket. The seats are adapted to receive filler and made as two flanges. Above frame members are created of aluminum, aluminum alloy or of plastics by extrusion method.

EFFECT: reduced labor inputs for partition assemblage, as well as reduced number of fastening members and decorative profiles, possibility to assemble partitions of any configuration and complexity.

28 cl, 22 dwg

Description

The invention relates to the field of construction and is intended for use in the construction of partitions of office and retail premises of a large area for dividing them into work areas, rooms for staff and classrooms.

Known office partitions containing a supporting frame of vertical and horizontal profile elements fastened with connecting elements (RU No. 2120532 1998; US No. 5638650, 1997; US No. 5406760,1995; EP No. 1050637, 2000; GB No. 2346905, 2000).

Frame partitions are also known (RU No. 15580 U1, E 04 B 2/74, 2000; RU No. 23892 U1, E 04 B 2/74, 2001), including a frame formed by horizontal and vertical profile elements.

The disadvantages of the known technical solutions include the complexity of the design of the uprights and other profiles forming the partition, and the associated complexity and the complexity of mounting the partition frame.

The closest analogue to the claimed partition is a frame partition (RU No. 27608 U1, E 04 В 2/74, 2003) containing a set of profiles and at least two wall blocks, each of which is installed between the profiles, while the profiles are fastened each other in connecting places and have seats designed to accommodate the ends of the panels of wall blocks.

The problem solved by the proposed invention is to reduce the complexity during installation of the partition and reduce its metal consumption by reducing the material consumption of the profiles included in the partition and reducing the number of fasteners and decorative profiles, creating a unified system of profiles that allow you to assemble partitions of any configuration of varying complexity.

The problem is solved due to the fact that in the frame partition, consisting of a frame and a filler, mainly glass or drywall, the frame includes:

- a wall holder for attaching to a wall or floor or ceiling of a room,

- decorative corner profile for the external corners of the room;

- a set of racks, each of which is perpendicular to the wall holder and connected to it by means of embedded elements of a U-shaped profile with elements for fasteners located in its inner corners, while the set of racks contains:

- at least one rack of a closed profile under a single or double filler attached to the rack by means of clamping elements closed with a decorative covering strip;

- at least one stand of rotation at an arbitrary angle of a closed profile with a holder also having an element of a closed profile;

- at least one corner post of a closed profile;

- a door frame attached to the uprights, with hinges for hanging a door having a frame made of a door profile;

moreover, the stand, the stand of rotation at an arbitrary angle, the holder for this stand and the corner stand are equipped with landing elements for installing the filler, having a size of mainly δ = 13 mm, one of the elements of which are the shelves directed outward to the profile of the rack or holder.

On the wall holder of the partition, including the wall and two shelves perpendicular to the wall, the landing elements for installing the filler are made in the form of pairs of shelves perpendicular to it and parallel to each other, directed outward of the profile and located symmetrically with respect to the longitudinal plane of symmetry of the profile, and along the edges of the shelves perpendicular to their surface, pairwise symmetrical protrusions can be made, moreover, on each shelf, at a distance from the shelf, equal to the height of the ledges of the shelf, images The protrusions are directed towards the protrusions of the shelf so that the distance from the outer edge of the shelf to the outer edge of the shelf protrusion and the shelf protrusion is δ = 13 mm.

On a rack having a closed section and formed by four walls, two of which are made larger and two are of lower height, the landing elements for installing the aggregate are made in the form of a pair of shelves located on one of the walls of a lower height, facing the outside of the profile, at the edges of this wall perpendicular to it symmetrical protrusions are made, also facing the outside of the profile, and on each shelf, at a distance from the shelf equal to the height of the ledges of the shelf, protrusions are formed directed towards the ledges of the shelf so that the distance t of the outer edge of the shelf to the outer edge of the ledge of the shelf and the ledge of the shelf is δ = 13 mm, and on the walls of greater height symmetrical protrusions-limiters facing the inside of the profile can be formed, designed to interact with the embedded element.

On a rack having a closed section and formed by four walls - two walls of greater and two of lower height, the landing elements for installing the aggregate are made in the form of a pair of shelves located on each wall of a lower height, facing the outside of the profile, symmetrical protrusions made perpendicular to this at the edges of these walls walls and also facing outward of the profile, and on each shelf at a distance from the shelf, equal to the height of the ledges of the shelf, ledges are formed, directed towards the ledges of the shelf so that e from the outer edge to the outer edge of the shelf ledge shelves and shelves protrusion is δ = 13 mm.

On a stand of rotation at an arbitrary angle, made in the form of a circular cylindrical surface with a hollow box-shaped protrusion formed by a part of the cylindrical wall of the rack, two parallel side walls and a transverse wall perpendicular to them, the landing elements for installing the filler are formed by two shelves, the bases of which are oriented at an angle of 90 ° to each other and are located in the corresponding diametric planes of the cylindrical surface of the profile, and the end part of the shelves is located at an angle of 135 ° to the shelves and is parallel to the side walls of the hollow box-shaped protrusion, the end part of the shelf at the end having a protrusion facing the side of the box-shaped protrusion of the rack, the distance between the protrusion and the side wall of the box-shaped protrusion is δ = 13 mm, and the landing elements for installing the filler on the holder for rotation stands at an arbitrary angle having a wall in the shape of a circular cylindrical surface with a hollow box-shaped protrusion formed by a part of the holder wall, two parallel side walls and perpendicular to the transverse wall, formed by two shelves, the bases of which are oriented 90 ° to each other and are located in the corresponding diametrical planes of the cylindrical surface of the profile, and the end part of the shelves is located at an angle of 135 ° to the base of the shelves and parallel to the side walls of the hollow box-shaped protrusion, and the end part of the shelf at the end has a protrusion facing the wall of the box-shaped protrusion of the holder, the distance between the shelf protrusion and the side wall of the box-shaped protrusion is n eimuschestvenno δ = 13 mm.

On the corner pillar, made, as shown in Fig. 11, in the form of a closed profile with twelve rectilinear walls articulating at right angles, the four walls being longer and the remaining eight walls being shorter and pairwise forming four corners facing the inside of the profile, landing elements for installing the aggregate are formed on the wall of greater length on both sides as its continuation in the form of shelves, each of which is parallel to the corresponding wall of shorter length and equal to it in length, and on the opposite wall The longer the length is a box-shaped profile having a rectangular shape in cross section, the common wall for the box-shaped profile and the closed profile has a longer wall with two shelves on both sides, each of which is parallel to the corresponding wall of a shorter length of the closed profile, at the end of these shelves are made the same size shelves perpendicular to them, parallel to the side walls of the box-shaped profile.

In the partition, all frame elements can be made by extrusion of aluminum or aluminum alloy or plastic.

This embodiment of the frame partition allows you to use the declared unified system of profiles, to ensure simple assembly of the frame, to reduce the material consumption of the frame due to the implementation of the racks and the holder of the rotation stand at an arbitrary angle with closed-section elements, which in addition to providing rigidity and strength of the frame elements allows you to provide the required appearance of the structure without the use of an additional number of decorative covering strips. Unified landing elements for installation of aggregate, having a size of mainly δ = 13 mm, allow the use of both translucent seals and opaque aggregate panels.

The technical result obtained by using the claimed inventions, the partition walls of the frame and the profiles included in its design (profiles are described in more detail below), is the creation of the frame partition and the system of profiles forming its frame, which, while maintaining all the functions of the profiles, reduces the metal consumption of the structure and labor costs by installation of the partition frame. This result is achieved due to the fact that the racks included in the frame of the partition wall are made of closed cross-section with unified seats for the filler, which ensures a reduction in metal consumption while maintaining the necessary strength and stiffness of the profile. In addition, the implementation of the profiles of the proposed form significantly reduces the number of clip locks and the decorative covering profiles (“slatted” strips) that cover the internal cavity of the profiles, which compared to the closest analogues, which also reduces the complexity of assembling the partition frame and preserves the aesthetic appearance of the elements partitions.

The following describes the invention related to the proposed design profiles included in the claimed partition frame.

Known profiles of wall holders (FR No. 2644815, E 04 B 2/90, 1990; DE No. 19757122, E 04 B 2 / 74,1999), containing walls for contact with the wall of the room and landing elements for fixing the filler.

The closest analogue to the profile of the wall holder is the profile of the wall holder (FR No. 2664632, E 04 B 2/74, 1992), containing a U-shaped profile containing a wall for contact with the supporting surface of the room and landing elements for fixing the filler, made in the form L-shaped shelves, bent to the side of the supporting surface and in contact with it, while a clamping element is installed in the cavity of the U-shaped profile, which makes it possible to fix any type of aggregate (wood, glass, etc.) between this element and different regiments profile wall mount.

The disadvantages of the known design include its increased material consumption due to the implementation of the profile of two elements.

The problem solved by the invention, the profile of the wall holder, is to reduce the material consumption of the profile due to the proposed implementation of the installation of aggregate while maintaining the required rigidity and strength of the profile, as well as reducing the complexity of assembling the frame of the partition when using the proposed profile.

For the wall holder profile, the problem is solved due to the fact that the profile includes a wall and two shelves perpendicular to it, while on each shelf a pair of perpendicular shelves and parallel to each other shelves are formed, directed outward of the profile and located symmetrically with respect to the longitudinal plane of symmetry of the profile, and along the edges of the shelves perpendicular to their surface, pairwise symmetrical protrusions are made, on the shelves there are also protrusions facing the ledges of the shelves, and for each shelf the distance from the outer edge of the shelf to the outer edges of the ledge of the shelf and the ledge of the shelf is δ = 13 mm.

In cross section, the height of the wall holder profile can be 35 mm, the maximum width of the profile on the shelves is 79 mm, the distance between the inner surfaces of the shelves is 43 mm, the height of the shelves is 33.3 mm with a preferred shelf thickness of 1.7 mm.

The technical result from the use of the proposed wall holder is to reduce its metal consumption, ensuring the unification of seats for aggregate with other profiles, as well as the convenience of its installation.

Known profile racks (FR No. 2746125, E 04 B 2/74, 1997), having a prefabricated structure and consisting of four profiles, forming a U-shaped in cross-section grooves for installing aggregate panels in them.

Also known is the profile of the rack (FR No. 2767850, E 04 B 2/78, 1999), which is an X-shaped section with grips for interaction with the filler panels. Open profile cavities can be closed with a decorative covering strip (flashing strip).

The closest analogue of the invention is the profile of the rack, the cross section of which is in the form of a square with four connecting places located on its outer sides, each of which is made in the form of a T-shaped guide groove (RU No. 27608 U1, E 04 B 2/74, 02/10/2003 )

The disadvantage of the closest analogue is the increased material consumption of the profile due to the implementation of the connecting places in the form of a T-shaped groove for installing the aggregate and the associated increased complexity of installing the aggregate.

The problem solved by the inventions according to the two options for the execution of the rack profile is to reduce the material consumption (profile weight) while maintaining the rigidity and strength of the rack, as well as reducing the complexity of installing the partition using the claimed versions of the rack profiles. The first version of the rack profile is designed to install one layer of aggregate, the second option is to install two layers of aggregate.

For the rack profile according to the first embodiment, the problem is solved due to the fact that the profile is made hollow, of closed cross-section, symmetrical with respect to the longitudinal planes of symmetry of the profile and is formed by walls of larger and lower heights, while a pair of shelves are arranged symmetrically on one of the walls of lower height relative to the longitudinal plane of symmetry of the profile and outward facing profile, symmetrical protrusions are made along the edges of this wall, also facing outward of the profile, on shelves made in the protrusions facing the ledges of the shelf of lower height, the distance from the outer edge of the shelf to the outer edge of the ledge of the shelf of lower height and the ledge of the shelf is δ = 13 mm, and symmetrical protrusions are formed on the walls of the higher height, facing inside the profile, designed to interact with embedded element.

In cross section, the height of the rack profile can be 35 mm, and the maximum profile width is 80.5 mm.

For the rack profile according to the second embodiment, the problem is solved due to the fact that the profile is made of a hollow closed section symmetrical with respect to the longitudinal planes of symmetry of the profile and is formed by walls of larger and lower heights, while on both walls of a lower height a pair of shelves arranged symmetrically relative to the longitudinal plane of symmetry of the profile and outward facing profile, symmetrical protrusions are made along the edges of these walls, also facing outward of the profile, on shelves ystupy, facing the shelves protrusions of lesser height, the distance from the outer edge to the outer edge of the shelf the shelf at the protrusion height and protrusion shelves is δ = 13.

In the cross section, the height of the profile of the rack can be 35 mm, the maximum width of the profile on the shelves can be 79 mm, and the dimensions of the cross section of the cavity of the profile by 1-2% can exceed the dimensions of the profile of the embedded element installed in it.

The claimed designs of the profiles of the racks relate to the options due to the fact that they are objects of the same purpose, and the technical results achieved during the implementation of the inventions are the same, consisting in reducing the metal consumption of the rack and the labor required to install the rack when assembling the partition frame due to that the profile of the rack is made of a closed cross-section, providing a reduction in size when the required strength and stiffness of the profile are achieved.

A device for mounting partitions or modular walls, providing rotation at an arbitrary angle, including an element having a C-shaped cross-sectional profile, limiting an extended hole, as well as two symmetrical side profiles with an end part designed to connect with the filler. The device also includes lock plates with through holes for fixing the connection (FR No. 2586732, E 04 B 2/62, 1987).

The closest analogue of the invention is the profile of the stand of rotation at an arbitrary angle and the holder for this stand is a profile made in the form of a pipe, on the outside of which profiles-holders are fixed at an angle to each other (RU No. 27608 U1, E 04 V 2/74, 02/10/2003).

The problem solved by the proposed invention, the profile of the rotation stand at an arbitrary angle and the profile-holder for it, is to reduce the metal consumption while maintaining the necessary strength and rigidity of the profiles, reducing the complexity of assembling the partition frame using the claimed profiles.

For the profile of the rotation stand at an arbitrary angle, the problem is solved due to the fact that the inner and outer surface of the profile wall is made of circular cylindrical shape, the profile is equipped with a hollow box-shaped protrusion formed by a part of the cylindrical wall of the profile, two parallel side walls and a transverse wall perpendicular to it, while the profile is equipped with two shelves made with a kink, the bases of which are oriented at an angle of 90 ° to each other and are located in the respective mutually perpendicular diametral planes of the profile, and the end part of the shelves is located at an angle of 135 ° to the base of the shelves and parallel to the side walls of the hollow box-shaped protrusion, the end part of the shelf at the end having a protrusion in the direction of the side wall of the hollow box-shaped protrusion, the end parts of the shelves near the break and the side walls of the hollow box protrusions have protrusions-limiters for the filler, directed towards each other, while the distance between the protrusion at the end of the end part of the shelf and the side wall of the box protrusion PA is δ = 13 mm.

The outer diameter of the profile of rotation at an arbitrary angle can be 85 mm, the inner diameter of the cavity of the profile can be 82 mm, the maximum height of the profile in the cross section can be 100.8 mm, and the distance between the outer surfaces of the shelves is equal to the diameter of the outer surface of the profile.

For the profile-holder of the rotation stand at an arbitrary angle, the problem is solved due to the fact that the wall of the profile holder on the inner and outer surfaces has a circular cylindrical shape, the profile is equipped with a hollow box-shaped protrusion formed by a part of the cylindrical wall of the profile, two parallel side walls and perpendicular to it transverse wall, while the profile along the edges of the cylindrical surface is equipped with two shelves, the bases of which are oriented 90 ° to each other and are located in accordance mutually perpendicular to the diametrical planes of the cylindrical surface, and the end part of the shelves is located at an angle of 135 ° to the base of the shelves and parallel to the side walls of the hollow box-shaped protrusion, the end part of the shelf at the end having a protrusion in the direction of the side wall of the hollow box-shaped protrusion, the end parts of the shelves near the kink and the side walls of the hollow box-shaped protrusion have protruding limiters for the filler, directed towards each other, while the distance between the protrusion at the end of the end hour and shelves and the side wall of the box lug is δ = 13 mm.

In this case, the maximum width of the profile holder for the rotation stand at an arbitrary angle is equal to the diameter of its outer cylindrical surface.

The profile of the corner strut is known (RU No. 29541 U1, E 04 B 2/74, 05/20/2003). The known angular profile is intended, as claimed, to install the filler panels at an angle of 90 ° (or 180 °) to one another in an amount of two to four.

The closest analogue of the invention is the profile of the corner pillar (RU No. 27608 U1, E 04 B 2/74, 02/10/2003), having the form, as shown in FIG. 4, of the description for the utility model certificate, the profile section being made in the form of a central rectangle with squares adjacent to its short sides, on the upper and lower sides of which there are seats in the form of T-shaped guide grooves.

A disadvantage of the known device is its complexity and increased metal consumption.

The problem solved by the invention is the angular resistance, is to reduce the metal consumption while maintaining the necessary strength and rigidity, unification of the seats in accordance with the other profiles of the kit, reducing the complexity of the assembly of the partition frame using the profile of the claimed design.

For the profile of the corner strut, the problem is solved due to the fact that the profile is made of a closed section in the form shown in Fig. 11, with twelve flat walls articulating at right angles, the four walls being longer and the remaining eight walls being shorter and pairwise they form four angles between themselves, facing the inside of the profile, while on two opposite walls of greater length on both sides, shelves are made as an extension of the wall, each of which is parallel to the opposite wall of shorter length and along its length, on one of the aforementioned walls of greater length, a box-shaped profile is made having a rectangular cross-sectional shape, common for a box-shaped profile and a closed profile, a wall of a larger length has shelves on both sides, each of which is parallel to a corresponding wall of a shorter length closed profile, while at the ends of the shelves, made on a common for the box-shaped profile and closed profile wall of greater length, the same sized perpendicular shelves oriented outward of the profile parallel to the side walls of the box-shaped profile, each shelf at the end having a protrusion in the direction of the wall of a shorter length or the side wall of the hollow box-shaped protrusion, in addition, the shelves and opposing walls of shorter lengths or the opposite side walls of the hollow box-shaped protrusion have protruding limiters for filler, directed in pairs towards each other, while the distance between the protrusion at the end of the shelf and the wall of a shorter length or the side wall of the box protrusion is δ = 13 mm

The wall of the larger profile length of the corner post is made mainly 53 mm high, and the rack mainly has overall dimensions in cross section of 99 mm and 84 mm.

A known profile, which is an analogue of the door profile versions (RU No. 29541 U1, E 04 B 2/74, 05/20/2003), having a closed chamber and grooves for installing the filler, while on one side of the chamber there are curved walls, the radius of curvature of which decreases towards their ends, between which a groove is formed, and on the opposite side of the chamber, forming two grooves.

The disadvantages of the known profile include its lack of rigidity and, as a result, increased metal consumption.

The problem solved by the proposed invention, the door profile (two versions - for single and double filling) is to reduce the metal consumption while maintaining the necessary strength and rigidity of the profiles, reducing the complexity of the assembly of the partition frame using the claimed profiles.

For the door profile according to the first embodiment, the task is solved due to the fact that the profile is closed and hollow box-shaped in cross section, while on one of the walls of the profile at its ends there are a pair of shelves for installing door leafs between them, while the shelves, located on the outside, at the end are made with a protrusion facing inward, and articulated with adjacent walls of the profile by a wall having a concave cylindrical surface of constant radius.

At the same time, on the side of the profile opposite the location of the shelves, a U-shaped recess was made for fastening the door hinge, and the dimensions of the door profile are: profile length 78 mm, width 58 mm, and the minimum dimensions of the cross-section of the profile cavity are 1-3% higher than the dimensions the embedded profile installed in it.

For the door profile according to the second embodiment, the problem is solved due to the fact that the profile is closed, hollow, box-shaped, and one of its walls has a second closed hollow profile having a common wall with the first profile and made with a recess under the door leaf, the recess is limited by two parallel shelves and a transverse wall, and the outer ends of the shelves are articulated with an adjacent wall of a closed hollow profile by a wall having a convex cylindrical surface of variable silt constant radius.

The dimensions of the door profile are mainly: profile length 75 mm, width - 40 mm.

A common technical result from the use of both variants of the invention is to increase the stiffness of the profile, reduce the metal content of the profile and provide an aesthetic appearance. How to increase the rigidity of the profile, and the aesthetics of its appearance is determined by performing a closed-section profile and pairing flat surfaces with convex or concave cylindrical surfaces in accordance with the claimed variants of the invention.

A known profile of the door frame (RU No. 2213832, C2, E 04 2/76, 10/10/2003, Fig.21). This profile is complex and cannot be used in the proposed profile system.

The problem solved by the invention, the profile of the door frame, is to simplify the design of the profile, reducing its metal consumption while maintaining all the profile functions, including the presence of cavities for the door seal.

For the profile of the door frame, the problem is solved due to the fact that the profile contains a wall for attaching the door hinge, and in the wall there is a cavity open on one side, bounded by two parallel shelves with protrusions facing each other towards the cavity, and a transverse wall, except Moreover, at one end of the wall for fastening the door hinge, a L-shaped step is made in cross-section of the form, one of the flat shelves of which is equal in length and parallel to the shelf bounding the cavity mentioned above, and on the other on the outside of the profile there are two parallel shelves, the distance between which is less than 13 mm, while a step wall is connected to the other end of the wall for fastening the door hinge, connected to the cantilever wall, perpendicular a wall for attaching a door hinge, by means of a transition element having a cylindrical shape, a cross member with two parallel shelves identical to the shelves of the shelf is made at the end of the cantilever wall -shaped stage, wherein the transition element of cylindrical shape on the side opposite the connection with the console wall a crosspiece carrying shelves, has a straight portion extending over the junction region with the stepped wall and forming together with it a cavity a U-shaped cross section for installing the door seal.

The overall dimensions of the door frame profile are mainly: width 79 mm, height 37 mm.

The technical result of using the profile of the door frame is the creation of a design that provides installation on any rack frame (interchangeability). At the same time, the profile is installed on the U-shaped landing elements of the rack and the interaction between the profile and the rack on the plane, which provides the convenience of securing the profile to the rack, for example with a screw ("screw"), and at the same time ensures the rigidity of the assembled structure and the reliability of its operation. The design of the profile of the door frame allows you to place a seal for the door leaf while ensuring the necessary rigidity and strength of fastening the profile to the rack of the frame in the desired location, without the need to install additional decorative covering elements to ensure aesthetics of the structure.

The profile of the embedded element is known (RU No. 2213832, C2, E 04 B 2/76, 10/10/2003), allowing connection at angles of ± 45 °.

A profile is also known (DE No. 19775122, E 04 B 2/74, 1999), which is the closest analogue to the profile of the embedded element intended for angular connection of the struts of the partition frame. The known profile is made of a U-shaped section with guides in the form of sectors of cylindrical surfaces located in the corners of the profile.

The disadvantages of this profile include its complexity.

The problem solved by the invention is to simplify and increase the rigidity of the profile, as well as to ensure convenience during installation.

For the profile of the embedded element, the problem is solved due to the fact that the profile is made in a U-shaped section and is formed by shelves 31 mm high and a transverse wall 42.5 mm long, while along the inner corners of the profile there are made guides for installing the fastener, consisting of two curvilinear elements, mainly cylindrical, installed with a gap relative to each other and facing convexities outward, with one of the curved elements mounted on a shelf and the other on a wall.

Known decorative covering strip (RU No. 2213832, C1, E 04 B 2/76, 2003) U-shaped with fasteners.

The closest analogue of the claimed invention is a decorative covering strip, is a decorative covering strip (RU No. 16509 U1, E 04 В 2/74, 2000), which has two symmetrical rectangular protrusions and seats formed from paired symmetrical perpendicular bends on the inner side turning into slopes directed towards each other, and in the middle of the outer sides of each of the bends a rectangular protrusion is made, and at the place of transition of each of the bends to the slope, a rectangular protrusion is made and a triangular depression is made on the inside. Known decorative covering strip is designed to interact with the seats of the frame profiles formed by angled protrusions made at the ends on their inner sides and angled cavities made on the shelves from their outer sides.

The disadvantages of the known device include its complexity.

The problem solved by the invention is the optimization of the parameters of the strap and ensuring reliable fastening, easy installation on the locking element ("clip"), as well as the possibility of easy dismantling without compromising the reliability of fixation.

For the profile of the decorative covering strip, the problem is solved due to the fact that the profile is made in the form of a U-shaped profile with two shelves 5 mm high and a transverse wall 36 mm long, while a protrusion having a wedge-shaped shape is formed on the inner surface of each shelf along its length a cross-sectional shape with rounding at the apex, and the angle of the solution of the wedge-shaped surface is 114-117 °, and the angle of inclination of the inner wedge-shaped surface to the plane of the transverse wall of the profile is 65-78 °.

Known decorative corner profile (US No. 5572353, E 04 B 2/00, 1998, No. 5904016, E 04 B 1/00, 1999) containing a rounded portion that covers the outer corner of the walls of the room, and two flanges attached to the walls.

Also known is the angular profile (FR No. 2428717, E 04 B 5/52, 1980) containing a box-shaped element connected by a wall to the corner profile, while on the shelves of the corner profile there are two channels located at right angles to each other. The aggregate sheet located between the box element and the corner profiles must have latches that interact with the bent edges of the corner profile and are located in the channels of the shelves of the corner profile.

Also known is the angular profile (RU, No. 28503, E 04 B 2/74, 03/27/2003; RU No. 15580 U1, E 04 B 2/74, 2000), the outer side of which is made in the form of a sector of the cylinder, while the outer side of the profile are connected two flat walls perpendicular to each other, designed to contact the wall of the room.

Known profiles do not allow for the decorative sealing of the external corner of the room and at the same time install a filler that covers the walls.

The problem solved by the invention is a decorative angular profile, is to simplify the design of the profile, unification of seats with other profiles of the claimed system of profiles, providing decorative sealing of the corner of the room and at the same time reduce the complexity of mounting the angular profile and ease of installation of filler with optimal weight and size characteristics of the profile.

For a decorative corner profile, the problem is solved due to the fact that the profile contains two corner profiles connected by a flat wall located along the plane of symmetry of the corner profiles, while the outer corner profile is made with a rounded corner, and the distance between the shelves of the corner profiles is δ = 13 mm .

The general technical results from the use of the declared frame partition and the system of profiles for it are:

- reduction of material consumption of the frame structure,

- reducing the complexity and simplifying the Assembly of the frame through the use of profiles of the proposed configuration, which allows to minimize the number of decorative covering strips,

- reducing the complexity, which is also due to the use of horizontal and vertical racks of universal design, easily mated with each other and with the profile of the door frame,

- providing the ability to create partitions for any premises with the layout required by the customer.

The invention is illustrated by drawings, which depict:

figure 1 - General view of the partition frame;

figure 2 is a fragment of a cross-section of a partition having a rack for a single filling rack for double filling and corner rack;

figure 3 is a fragment of a cross-section of a partition with a stand for double filling with a mortgage element and a decorative covering strip;

figure 4 is a cross-section of the rotation stand at an arbitrary angle with two holders;

figure 5 is a fragment of a partition frame with a decorative angular profile;

figure 6 is a cross section of the profile of the wall holder;

Fig.7 is a cross section of the profile of the rack (first option);

on Fig is a cross section of the profile of the rack (second option);

figure 9 is a cross section of the profile of the upright at an arbitrary angle;

figure 10 is a cross section of the profile of the holder for the stand rotation at an arbitrary angle;

figure 11 is a cross section of the profile of the corner posts;

Fig.12 is a cross section of a door profile (first option);

in Fig.13 is a cross section of the door profile (first option) with the installed door hinge;

on Fig - cross section of the door profile (second option);

on Fig - cross section of the profile of the door frame;

in Fig.16 is a cross section of a mortgage profile;

on Fig - cross section of a decorative covering strips;

in Fig.18 - place a in Fig.17;

in Fig.19 is a cross section of a decorative covering strip assembly with a clip;

in Fig.20 is a cross section of a decorative corner profile;

in Fig.21 is a fragment of a cross-section of a partition with a double filling stand, a door frame profile, a double filling door profile and a decorative covering strip;

in Fig.22 is a fragment of a cross-section of a partition with a stand for double filling, a profile of a door frame, a door profile for a single filling and a decorative covering strip.

The frame partition includes a frame and a filler. The partition frame is composed of aluminum profiles that are interconnected by means of embedded elements using screw connections, in particular self-tapping. In the partition, all frame elements can be made by extrusion of aluminum or aluminum alloy or plastic.

Partition frame elements allow you to install aggregate panels both translucent and opaque. The partition can also be made with a filler in the form of a combination of translucent and opaque panels. As a filler, as a rule, panels of glass or drywall are used, which are attached to the rack by means of fasteners and covered with a decorative covering strip 12.

The partition frame is formed of horizontally and vertically arranged elements (wall holders and racks), depending on the desired configuration.

The partition frame contains a wall holder 1 for attaching to a wall or floor or ceiling of a room, vertically mounted racks 2, 3, each of which is perpendicular to the wall holder 1 and connected to it by means of embedded elements 10 of a U-shaped cross section located in its inner corners guide elements for fasteners. The closed profile rack 2 is designed for a single filler (the first embodiment of the invention), and the closed profile rack 3 is designed for a double filler (the second embodiment of the invention). When using rack 3 for double filling between the glass panels of the filler, it is possible to place the blinds. In addition, the partition frame includes at least one stand 4 of rotation at an arbitrary angle having a closed pipe shape and one, two or three holders 5 attached to this stand 4. The holder 5 for the stand of rotation at an arbitrary angle also has closed section element. In the frame of the partition also use an angular strut 6 having the cross-sectional shape depicted in Fig.11.

In the place (or places) of the door (s) installation, the profile of the door frame 9 is attached to the racks, on which a door is hung by means of hinges, the frame of which is the door profile 7 (the first option for single filling) or profile 8 (the second option for double filling). In the case of using profile 8 for double filling between the glass panels of the filler, you can install blinds.

At the junction of the partition with the wall of the room, a decorative corner profile 11 is installed, designed to close the external corners of the room and providing the possibility of installing the filler panel on one side on the wall holder 1, and the other in the decorative corner profile 11.

The elements included in the partition frame, namely, the stand 2 and 3, the stand 4 of rotation at an arbitrary angle, the holder 5 for this stand and the corner stand 6 are equipped with identical fit elements for installing the filler, having a size of mainly δ = 13 mm. The implementation of the landing elements for each element of the frame of the partition will be described in detail below.

Fasteners for pressing the filler panels to the racks are made in the form of clips 110, on which decorative cover strips 12 are installed.

The wall holder has a U-shaped cross-section with two shelves 16 and a wall 17 perpendicular to the shelves 16. On the wall 17 are made perpendicular to the shelves 16 and parallel to each other, pairs of shelves 18 directed outward to the profile of the wall holder 1 and located symmetrically with respect to the longitudinal plane of symmetry of the profile of the wall holder 1. On both edges of the shelves 16 perpendicular to their surface are made pairwise symmetrical protrusions 19, facing the outside of the profile. On each shelf 18, at a distance from the shelf 16, equal to the height of the protrusions 19 of the shelf, protrusions 15 are formed, facing the protrusions 19 of the shelves 16 so that the distance from the outer edge of the shelf 18 to the outer edge of the protrusion 19 of the shelf 16, as well as to the ledge of the shelf is δ = 13 mm, as shown in Fig.6.

In cross section, the height of the profile of the wall holder 1 is 35 mm, the maximum width of the profile along the shelves 18 is 79 mm, the distance between the outer surfaces of the shelves 18 is 15.4 mm, the distance between the outer surfaces of the protrusions 19 that are symmetrical with respect to the longitudinal plane of the profile (which are the continuation of the wall 17 ) is 53 mm, the distance between the inner surfaces of the shelves 16 is 43 mm, and their height is 33.3 mm with a shelf thickness of 1.7 mm.

The rack 2 of the partition frame is made of the profile of the rack according to the first embodiment of the invention. The profile is made hollow, of a closed rectangular section, symmetrical with respect to the longitudinal plane of the profile and is formed by walls of greater than 20 and less than 21 heights. On one of the walls 21 of a lower height, a pair of shelves 22 is formed, located symmetrically with respect to the longitudinal plane of the profile and facing outward of the profile. At the edges of this wall 21 there are symmetrical protrusions 24, also facing the outside of the profile. On the shelves 22, protrusions 23 are also made, facing the protrusions 24 of the shelf of lower height 21, and the distance from the outer edge of the shelf 22 to the outer edge of the protrusion 24 of the shelf of lower height 21 and the protrusion of the shelf 23 is δ = 13 mm, as shown in Fig. 7 . On the walls of greater height 20, symmetrical protrusions-limiters 25 are formed, facing the inside of the profile, designed to limit the cavity in which the embedded element 10 ("cracker") is installed.

In a preferred embodiment, the rack profile according to the first embodiment:

- the height of the profile of the rack 2 is 35 mm;

- the wall of greater height 20 together with the protrusion 24, made on the wall of a lower height 21 and which is a continuation of the wall of a greater height 20, has a size of 67.5 mm;

- the distance between the outer surfaces of the shelves 22 is 15.4 mm;

- the cavity under the embedded element 10 has dimensions 57.5 x 31.6 mm;

- the height of the protrusions 25 is 4.3 mm;

- the maximum width of the profile of the rack 2 is 80.5 mm Landing elements for installing the filler 14 on the rack 2 are formed by protrusions 23 of the shelves 22 and protrusions 24. The filler is installed all the way into the plane of the shelf.

The rack 3 of the partition frame is made of the profile of the rack according to the second embodiment of the invention. The profile for the rack 3 is made hollow, of closed rectangular cross-section, symmetrical with respect to the longitudinal planes of symmetry of the profile and is formed by four walls - two larger 26 and two smaller heights 27. On both walls 27 of lower height a pair of shelves 28 are arranged symmetrically with respect to the longitudinal plane of symmetry of the profile and outward facing profile. Symmetrical protrusions 30 are made along the edges of these walls 27, also facing the outside of the profile, and protrusions 29 are also made on the shelves 28. The protrusions 29 of the shelves face the protrusions 30 of the walls of a lower height 27, while the distance from the outer edge of the shelf 28 to the outer edge of the protrusion 30 shelves of lower height 27 and the protrusion 29 of the shelf 28 and is δ = 13.

Preferably, the dimensions of the profile of the rack according to the second embodiment are:

- wall height 27 of a lower height - 35 mm;

- the wall of greater height 26 together with the protrusion 30, made on the wall of a lower height 27 and which is a continuation of the wall of a greater height 26, has a size of 53 mm;

- the distance between the outer surfaces of the shelves 28 is 15.4 mm;

- maximum profile width on the shelves - 79 mm;

- the dimensions of the cross-section of the cavity of the profile are 1-2% higher than the dimensions of the profile of the embedded element installed in it and are preferably equal to 31.6 x 43 mm.

Landing elements for installing the filler on a stand made of a profile according to the second embodiment are formed by protrusions 29 of shelves 28 and protrusions 30 of walls 27, while the distance from the outer edge of the shelf to the outer edge of the shelf protrusion and the shelf protrusion is δ = 13 mm. The filler, based on the protrusions 29 and 30, is installed until it stops in the plane of the shelf 28.

The profile of the rotation stand at an arbitrary angle 4 has a wall 31 in the form of a pipe, the inner and outer surface of which is made of circular cylindrical shape. On the wall 31, a hollow box-shaped protrusion 32 is formed, formed by a part of the cylindrical wall 31 of the profile, two parallel side walls 33 and a transverse wall 34 perpendicular to them. On the wall 31 two shelves 35 are formed, made with a kink, and the bases 37 of the shelves 35 are oriented at an angle of 90 ° to each other and are located in the respective mutually perpendicular diametrical planes of the tubular wall 31, and the end portion 38 of the shelves 35 is located at an angle of 135 ° to the base of the shelves and parallel to the side walls 33 of the hollow box protrusion 32. At the end of each end part 38 of the shelf 35 there is a protrusion 36 in the direction of the side wall 33 of the hollow box-shaped protrusion 32. Near the kink, the end parts 38 of the shelves 35 are made with the protrusions 39, and the side walls 33 of the hollow box-shaped protrusion 32 are also made with the protrusions 13, located opposite the protrusions 39 of the end parts of the shelves 35.

The protrusions 13 and 39, directed towards each other, perform the function of a limiter for the end part of the filler panel.

The distance between the protrusion 36 at the end of the end portion of the shelf 35 and the side wall 33 of the box-shaped protrusion 32 is δ = 13 mm.

In an advantageous embodiment, the profile of the rotation stand at an arbitrary angle 4, the outer diameter of the wall 31 is 85 mm, the inner diameter is 82 mm, in the diametrical plane of the wall 31, the maximum height of the profile in cross section (from the outer surface of the wall 31 to the end of the shelves 35) is 100, 8 mm, the height of the end parts 38 of the shelves 35 is 17.5 mm, the distance from the end of the shelf to the protrusion 39 is 15 mm, the width of the wall 34 is 53 mm, and the distance between the outer surfaces of the end parts 38 of the shelves 35 is equal to the diameter the bottom surface of the profile.

Landing elements for installing the filler on the rotation stand at an arbitrary angle are formed by two shelves 35 (their end parts 38) and side walls 33 of the hollow box-shaped protrusion 32 (δ = 13 mm). The filler is placed between the shelf 35 and the side wall 33, the end face of the filler abuts against the protrusions 13 and 39.

The profile of the holder 5 of the rotation stand at an arbitrary angle 4 has a wall 40, which has a circular cylindrical shape on the inner and outer surfaces. The profile of the holder 5 is provided with a hollow box-shaped protrusion 41 formed by a part of the cylindrical wall 40 of the profile 5, two parallel side walls 42 and a transverse wall 43 perpendicular to them. As shown in FIG. 10, two shelves 44 are made along the edges of the cylindrical wall 40, the bases of which 45 are oriented 90 ° to each other and are located in the respective mutually perpendicular diametrical planes of the cylindrical surface of the wall 40, and the end part 46 of the shelves 44 is located at an angle of 135 ° to the base of the 45 shelves and is parallel to the flank walls 42 of the hollow box-shaped protrusion 41. The end portion 46 of each shelf at the end has a protrusion 47 in the direction of the side wall 42 of the hollow box-shaped protrusion 41, also the end portions 46 of the shelves near the kink and the side walls 42 of the hollow box-shaped protrusion 41 have protruding stops 48 and 49 directed towards each other and designed to abut the end face of the aggregate panel therein.

The distance between the protrusion 47 at the end of the end part of the shelf and the side wall of the box-shaped protrusion is δ = 13 mm.

The maximum width of the profile of the holder 5 for the stand rotation at an arbitrary angle 4 is equal to the diameter of its outer cylindrical surface.

The diameter of the inner cylindrical surface of the wall 40 is equal to the outer diameter of the tubular wall 31 of the profile of the rotation column by an arbitrary angle 4 and is 85 mm. In a preferred embodiment, the dimensions of the profile of the holder 5 are: the distance from the end of the shelf 44 to the protrusion 49 is 15 mm, the width of the transverse wall 43 of the hollow box-shaped protrusion 41 is 53 mm.

Landing elements for installing the filler on the holder for the rotation stand at an arbitrary angle are formed by two shelves 44 (their end parts 46) and side walls 42 of the hollow box-shaped protrusion 41 (δ = 13 mm). The filler is installed between the end part of the shelf 44 and the side wall 42 until it stops in the protrusions 48, 49.

The profile of the corner post 6 is made of closed section in the form shown in Fig.11. The profile of the corner pillar is formed by twelve flat walls articulating at right angles, with the four walls 50, 51, 52 and 53 having a large length, and the remaining eight walls 54, 55, 56, 57, 58, 59, 60, 61 shorter lengths and in pairs they form four (dihedral) right angles facing the inside of the closed profile of the rack 6. On two opposite walls of greater lengths 50 and 52 on both sides, as their continuation, shelves 62 for wall 50 and shelves 64 for wall 52 are made. Each of the said shelves 62 parallel to the opposite wall 56 and 59 smaller liny, and each of said shelves 64 parallel to the opposite wall 55 and 60 of lesser length. Shelves 62 and 64 are equal in length to the walls 55, 56, 59, 60.

On the wall 52 of greater length, a box-shaped profile 63 is made having a rectangular shape in cross section.

At the ends of the shelves 64, made on a longer wall 52, common for the box profile and the closed profile, the shelves 66 are of the same size and perpendicular to the shelves 64, oriented outward of the profile parallel to the side walls 67 of the box profile 63. Each shelf 62, 64, 66 at the end, has a protrusion 65 in the direction of the opposite wall 55 or 56, or 59 or 60 of a shorter length or side wall 67 of the hollow box-shaped protrusion.

In addition, all the above-mentioned shelves, as well as walls 55, 56, 59, 60 of shorter length and side walls 67 of the hollow box protrusion 63 have protruding limiters for the end of the filler panel directed towards each other, with the distance between the protrusion at the end of each shelves and a wall 55, or 56, or 59, or 60 of shorter length or a side wall 67 of the box protrusion 63 is δ = 13 mm.

In an advantageous embodiment, the walls 51, 53 of the larger profile length of the corner post 6 are made 53 mm high, the walls 50, 52 of the larger profile length, the last of which (key 52) is part of the wall of the hollow box protrusion 63, are made 43 mm high, the length of the transverse the walls of the hollow box-shaped protrusion 63 connecting the side walls 67 is equal to the length of the walls 51 and 53 of greater length and is 53 mm, the distance from the end of each shelf to the protrusion limiter is 15 mm, the overall dimensions in the cross section are 99 mm and 84 mm.

Landing elements for installing the filler on the corner post, the shape of which is shown in FIG. 11, are formed by shelves 62, 64, 66, walls of shorter length 55, 56, 59, 60 and side walls 67 of the box profile 63 (δ = 13 mm).

The door profile 7 according to the first embodiment of the invention is shown in Fig. 12. The profile is closed and hollow and has a box-shaped section. The profile is formed by two parallel walls 68 and a wall 69 located at right angles to them and a wall 111 parallel to it. Two pairs of shelves 70, 71 and 72, 73 are made at the ends of the profile wall 69 for installing door panels between them. Shelves 70 and 72, located on the outside, at the end are made with a protrusion 75, facing inward, and articulated with adjacent walls 68 of the profile by a wall 74 having a concave cylindrical surface of constant radius.

On the profile side 111, opposite to the arrangement of the shelves 70-73, a U-shaped recess 112 is made for fastening the door hinge (shown in Fig. 13).

In a preferred embodiment of the door profile (1st option), its dimensions are: maximum profile length 78 mm, maximum width 58 mm, while the dimensions of the profile cavity (in cross section) are 1-3% larger than the dimensions of the embedded profile installed in it . The distance between the outer surfaces of the shelves 70 and 72 is 58 mm, the distance between the surfaces of the shelves 71 and 73 facing each other is 30 mm, the distance between the surfaces of the shelves 70-71 and 72-73 facing each other is 10 mm, the distance between the side shelves of the U-shaped recess 112 on the outside of the profile is 24.5 mm, and on the inside of the profile is 28.5 mm, the length of the walls 68 is 48 mm, the distance between the outer planes of the walls 68 is 40 mm, the distance between the inner planes of the walls 68 is 36 mm, radius of the outer concave cylindrical surface ited wall 74 is 9 mm.

The door profile 8 according to the second embodiment of the invention shown in Fig. 14 is made closed in cross section, hollow, box-shaped and is formed by two box-shaped profiles having a common wall 76. The first box-shaped profile is formed by parallel walls 81, wall 76 and a wall parallel to it 114. Wall 114 is made with a U-shaped recess (cavity) to accommodate the door hinge. The recess is limited by two parallel shelves and a wall connecting them. The second closed hollow profile 77 is formed by a wall 76 common to the first profile and cylindrical walls with a recess between them, designed to accommodate the door leaf (not shown in the drawings). The recess under the door leaf is limited by two parallel shelves 78 and 79 and a transverse wall 89, and the outer ends of each shelf 78, 79 of the second closed profile are joined to the corresponding adjacent wall 81 of the first closed hollow profile by a wall 82 having the shape of a convex cylindrical surface of constant or variable radius.

In a preferred embodiment of the door profile (2nd option), its dimensions are: the maximum length of the profile is 75 mm, while the dimensions of the first closed cavity of the profile (in cross section) are 1-3% higher than the dimensions of the embedded profile installed in it. The distance between the inner surfaces of the shelves 78 and 79 facing each other (under the filler) is 9 mm, the distance between the side shelves of the U-shaped recess under the loop outside the profile is 24.5 mm, and inside the profile is 28.5 mm, length walls 81 is 48 mm, the distance between the outer planes of the walls 81 is 40 mm, the distance between the inner planes of the walls 81 is 36 mm.

The door frame profile 9 has the complex shape shown in FIG. 15 and comprises a wall 83 for fastening the door hinge, while the wall 83 forms a cavity 84 open on one side, bounded by two parallel shelves 85, 86 and a transverse wall 88. The shelves 85 are made with protrusions 87 facing towards each other towards the cavity and intended for subsequent installation on them of an elastic element covering the cavity 84 (not shown in the drawing). The transverse wall 88 of the cavity 84 is designed to be mounted on a rack of the partition frame and attached to the rack by means of a threaded element.

At one end of the wall 83 for fastening the door hinge a step is made of a L-shaped cross-sectional shape, one of the shelves 89 of which is equal in length and parallel to the shelf 86 defining the cavity 84, and on the other shelf 90 of the L-shaped step from the outside of the profile there are two parallel shelves 91, the distance between the outer planes of which is not more than 13 mm. A stepped wall 93 is connected to the other end of the wall hinge 83 for connecting the door hinge, connected to the cantilever wall 94, perpendicular to the wall hinge wall 83, by means of a transition element 96 (curved wall) having a cylindrical shape. At the end of the cantilever wall 94 on the cross member 92, located in the same plane with the shelf 90, two parallel shelves 97 are made, identical to the shelves 91 formed on the shelf 90 of the L-shaped step. The distance between the outer planes of the shelves 97, as well as for the shelves 91, is not more than 13 mm. The transition element 96 of a cylindrical shape on the side opposite to the wall 94 with parallel shelves 97, has a flat cantilever section 98, protruding beyond the joint zone with the stepped wall 93 and forming together with it a U-shaped cavity for installing the door seal.

In a preferred embodiment, the maximum width of the profile of the door frame (the distance between the outer planes of the extreme shelves 91 and 97) is 79 mm, the distance from the ends of the shelves 91, 97 to the outer plane of the flat cantilever portion 98 of the transition element 96 is 37 mm, the distance between facing each other to each other by the planes of the inner shelves 91 and 97 is 53.5 mm, the protrusions 87 are located at a distance of 3 mm from the plane of the wall 83 for fastening the door hinge, the height of the shelves 89 and 85, 86 is 23.3 mm, the distance from the edge of the shelves 91, 97 to plo the bones of the shelf 90 (or the cross member 92) facing the door hinge are 11.7 mm, the distance from the edge of the cantilever flat section 98 to the plane of the shelf 89 is 43 mm, the distance from the outer plane of the cantilever wall 94 to the plane of the shelf 89 is 60 mm , the transverse dimensions of the cavity 84 (between the inner planes of the shelves 85.86) under the elastic cavity-closing element are 24.5 mm.

The profile of the embedded element 10 is made in a U-shape, formed by shelves 99 with a height of mainly 31 mm and a transverse wall 100 with a length of mainly 42.5 mm, while along the inner corners of the profile there are formed guides for mounting the fastener, consisting of two curved, mainly cylindrical, elements 101, 102, installed with a gap relative to each other and facing the bulge outward. One of the elements 101 of the pair is placed on the wall 100, and the second element 102 on the corresponding shelf 99.

In an advantageous embodiment, the outer diameter of the cylindrical guides 101, 102 is 8.3 mm, the inner diameter of the cylindrical guides 101, 102 is 4.3 mm, the distance between the ends of the elements 102 mounted on the shelves facing each other is 30.2 mm.

The profile of the decorative covering strip 12 is made U-shaped with two shelves 103, 104 with a height of mainly 5 mm and a transverse wall 105 with a length of mainly 36 mm. A protrusion 106 having a wedge-shaped cross-sectional shape with rounding at the apex is formed on the inner surface of each shelf 103, 104 along its length. The angle β of the solution of the wedge-shaped surface is 114-117 °, and the angle of inclination of the inner wedge-shaped surface to the inner plane of the transverse wall 105 of the profile is 65-78 °. The proposed values of the angles make it possible to ensure reliable fastening of the bar on the partition frame and the optimal forces required when installing the bar on the clip and when dismantling it.

The decorative corner profile 11 (Fig. 20) contains two corner profiles 107 and 108 connected by a flat wall 109 located along the plane of symmetry of the corner profiles 107, 108. The outer corner profile 107 is made with an angle rounded at the apex, and the distance between the shelves of the corner profiles 107 , 108 is δ = 13 mm. Installation of a decorative corner profile is shown in Fig.5.

In a preferred embodiment, the height of the shelves 108 is 20 mm, the height of the shelves 107 is 24 mm, the thickness of the decorative corner profile is 1.7 mm.

All the profiles described above form a system of profiles with unified seating elements for installing the filler and connecting to each other. Profiles allow you to reduce the complexity when installing the partition frame, provide a high-quality connection of all elements of the partition frame, make it easy and reliable to install the aggregate (glass, drywall, chipboard, etc.), to assemble any configuration of the partitions, including with the filler panels directed under different angles to each other.

The assembly of wall holders with racks is carried out using embedded elements made of the claimed profile of the embedded element ("cracker") and steel screws ("screws").

Installation of the partition using the declared profiles is as follows.

On the floor, walls, ceiling of the room in which the partition is mounted, wall holders 1 are fixed, made of the profile of the wall holder by cutting off the profile of the required length. Using embedded elements 10, on the wall holders 1 attached to the floor, vertical racks are installed and fixed to provide the desired configuration of the partition, namely racks 2 for single filling, racks 3 for double filling, racks for rotation at an arbitrary angle 4 with one holder 5 ( if necessary, with two or three holders 5), corner posts 6. The partition frame may contain additional horizontal elements made from the profile of the posts, for example, in the form of a rack 2 for single filling or racks 3 under double filling. Install the horizontal elements of the frame and fasten them with vertical elements and wall holders attached to the walls of the room, using embedded elements. At the top, the installed racks are connected to the wall holder 1 attached to the ceiling.

The proposed profiles can be used in the manufacture of partitions having both single-filling sections and double-filling sections, while different placeholders can be used. Figure 2 shows an example of the simultaneous use of the first version of the rack 2 and the second variant of the rack 3, as well as the corner rack 6, providing connection to the filler on three sides. As a filler in figure 2 used glass panels and panels of drywall having different thicknesses.

Figure 3 shows a fragment of the partition, which relates to the connection of the rack (second option) with a wall holder (not shown) or a horizontal frame element (not shown) by means of a mortgage element 10 attached to the wall of the rack 3 with cylindrical guides for threaded elements.

Aggregate - panels of glass or drywall are pressed to the shelves of the racks with clips 110, attached to the racks with self-tapping screws. The decorative covering strip 12 is put on top of the clips 110 on top. The interaction of the decorative covering strip 12 with the clip is shown in detail in FIG. 19. Fig. 18 is a fragment illustrating engagement of a protrusion 106 of a wedge-shaped shape and a clip.

If necessary, the filler panels can be installed at arbitrary angles. To do this, use the stand rotation at an arbitrary angle 4 with one, two or three holders 5, attached to the rack 4 by means of screws, "screws". A fragment of the partition using a stand rotation at an arbitrary angle 4 and two holders 5 is shown in Fig.4.

Decorative corner profile 11 is used when pairing the collected partitions with the walls of the room. The installation of the decorative corner profile 11 at the corner of the wall of the room is shown in Fig.5.

The door frame 9 is formed from the profile of the door frame, which is attached to the horizontal and vertical elements of the partition frame. Hinges are mounted on the door frame 9.

The door is assembled separately. The door frame is assembled from the door profile 7 for single filling or from the door profile 8 for double filling, the filler is installed. Attach the hinges and hang the door on the door frame. In the case of using the door profile 8, it is possible to install blinds between the glass panels of the filler 14.

An example of the connection of the rack 3 (the second embodiment of the profile of the rack) for double filling, the door frame 9 and the door made of the door profile according to the first embodiment (under the double filling), is illustrated in Fig.21. The door frame profile 9 shelves 91 and 97, having a size of not more than 13 mm, mainly 12.75 mm, is installed in the landing elements of the rack 3. Shelves 91, 97 are pressed against the landing elements of the rack 3, namely the protrusions 29 shelves 28 and the protrusions 30 of the walls 27, by means of clips 110 attached to the wall 27 of the rack 3 with self-tapping screws 114. A decorative cover plate 12 is put on top of the clip 110.

Similarly, a node for connecting the door frame with the rack 3 is made in the case of manufacturing the door from the door profile according to the second embodiment (Fig. 22).

Using rack profiles of the proposed design reduces the range of profiles while maintaining the ability to create partitions of any configuration. Also, the claimed profiles have reduced metal consumption due to an increase in their rigidity, in addition, they can reduce the mass of the partition due to the fact that the profiles used require a minimum number of decorative covering strips 12 - in the claimed partition, the strips 12 are installed only at the attachment points of the clips due to the execution of closed-section profiles pressing the filler to the shelves of the racks.

Claims (28)

1. A frame partition containing a frame of horizontal and vertical elements and a filler, the frame including a U-shaped wall holder in cross section for attachment to the wall and / or floor and / or ceiling of the room, a decorative corner profile for the outside corners of the room and located perpendicular to the wall holder and connected to it by means of embedded elements, at least one rack having a closed section formed by four walls - two larger and two smaller heights and designed under a single or double filler attached to the rack by means of clamping elements covered with a decorative covering strip, at least one rotation column at an arbitrary angle formed by a closed cylindrical wall and a hollow box-shaped protrusion located on the outer side of the cylindrical wall of the rack , a holder for a rotation stand at an arbitrary angle and at least one corner stand having a closed profile, while at least one of the racks is attached a door frame on which a door made of a door profile and a filler is hung by means of hinges, moreover, a wall holder, a pillar, a pillar of rotation at an arbitrary angle, a holder for this pillar and an angular pillar are made with outward facing elements of the pillar or holder for mounting the filler in the form of a pair shelves, and the frame elements are made by extrusion of aluminum, or an aluminum alloy, or plastic. 2. The partition according to claim 1, characterized in that on the wall holder of a U-shaped cross-sectional shape, including a wall and two shelves perpendicular to the wall, the landing elements for installing the filler are made in the form of pairs formed on each shelf perpendicular to it and parallel to each other flat shelves directed outward of the profile and located symmetrically relative to the longitudinal plane of symmetry of the profile, and protrusions are made along the edges of the shelves of the wall holder perpendicular to their surface, and on each shelf melting from the shelf, equal to the height of the ledges of the shelf, a protrusion is also formed, directed towards the corresponding protrusion of the shelf, the distance from the outer edge of the shelf to the outer edge of the ledge of the shelf, and also to the outer edge of the ledge of the shelf is δ = 13 mm. 3. The partition according to claim 1, characterized in that on the rack having a closed section and formed by four walls - two larger and two smaller heights, the landing elements are made in the form of a pair of shelves located on one of the walls of a lower height, facing the outside of the profile, according to the edges of this wall of smaller height perpendicular to it are formed of symmetrical protrusions, also facing the outside of the profile, and on each shelf at a distance from the shelf equal to the height of the ledges of the shelf, a protrusion directed towards the corresponding protrusion is formed and the shelves, the distance from the outer edge of the shelf to the outer edge of the ledge of the shelf and to the outer edge of the ledge of the shelf is δ = 13 mm, and on the walls of greater height formed protruding symmetrically relative to the longitudinal axis of the profile, facing inward of the profile, designed to interact with embedded element. 4. The partition according to claim 1, characterized in that on the rack having a closed section and formed by four walls - two larger and two smaller heights, the landing elements are made in the form of a pair of parallel shelves facing each profile of the lower profile facing outward, according to the edges of the said walls of smaller height are made symmetrical protrusions perpendicular to these walls and also facing the outside of the profile, and on each shelf at a distance from the shelf equal to the height of the ledges of the shelf, a protrusion is formed, directed in Oron corresponding protrusion shelf, the distance from the outer edge to the outer edge of the shelf the shelf projection and projection to the outer edge of the shelf δ = 13 mm. 5. The partition according to claim 1, characterized in that on the stand of rotation at an arbitrary angle formed by a closed wall of cylindrical shape and a hollow box-shaped protrusion located on a part of the cylindrical wall of the rack from its outer side, facing outward profile and formed by two parallel side walls and perpendicular to the transverse wall, the landing elements are formed by two shelves with a break, the bases of which are oriented at an angle of 90 ° to each other and are located in the corresponding diametrical planes the surface of the wall of the profile, and the end part of the shelves is located at an angle of 135 ° to the base of the shelves and parallel to the side walls of the hollow box-shaped protrusion, the end part of the shelf at the end having a protrusion facing the wall of the box-shaped protrusion of the rack, the distance between the protrusion and the side wall of the box-shaped protrusion is δ = 13 mm, and on the holder for the rotation stand at an arbitrary angle, the wall of which also has the shape of a cylindrical surface with a hollow box-shaped protrusion bounded by a part of the outer surface In the case of the holder’s cylindrical wall, two parallel side walls and a transverse wall perpendicular to it, the landing elements are formed by two shelves with a break, the bases of which are oriented at an angle of 90 ° to each other and are located in the corresponding diametrical planes of the cylindrical surface of the holder wall, and the end part of the shelves is located under 135 ° to the base of the shelves and parallel to the side walls of the hollow box-shaped protrusion, and the end part of the shelf at the end has a protrusion facing a hundred ONU wall of the box holder projection, the distance between the projection and the side wall ledge of the box lug is δ = 13 mm. 6. The partition according to claim 1, characterized in that on the corner stand, made in the form shown in Fig. 11 and having the form of a closed profile with twelve flat walls, articulating at right angles, and four pairwise parallel walls have a large length, and the remaining eight walls are shorter and form four corners facing inward in profile, the landing elements for one of the walls of greater length are made in the form of shelves, each of which is parallel to the opposite wall of a shorter length, equal to its length and length it is laid on both sides of the wall as its extension, and on the opposite wall of greater length there is a box-shaped profile having a rectangular cross-sectional shape, common for a closed profile with 12 walls and a box-shaped profile, the longer wall has two shelves made on both sides as its extension each of which is parallel to the corresponding opposite wall of a shorter length of the closed profile, at the end of these shelves are made the same in size perpendicular to them shelves parallel to the side walls orobchatogo profile. 7. The profile of the wall holder of the frame partition wall, characterized in that it includes a wall and two shelves perpendicular to it, while on each shelf a pair of perpendicular shelves and parallel to each other shelves are formed, facing outward of the profile and located symmetrically relative to the longitudinal plane of symmetry of the profile, and along the edges of the shelves perpendicular to their surface, pairwise symmetrical protrusions are made, protrusions are also made on the shelves facing the corresponding ledges of the shelves. 8. The profile of the wall holder according to claim 7, characterized in that the cross-sectional height of the profile is 35 mm, the maximum width of the profile along the shelves is 79 mm, the distance between the inner surfaces of the shelves is 43 mm, the height of the shelves is 33.3 mm with the preferred the thickness of the shelf 1.7 mm, and for each shelf, the distance from the outer edge of the shelf to the outer edge of the ledge of the shelf is δ = 13 mm  9. The profile of the rack of the partition wall frame, characterized in that it is made hollow, closed section, symmetrical with respect to the longitudinal planes of symmetry of the profile and is formed by four walls - two walls of greater and two walls of lower height, with a pair of shelves formed on one of the walls of lower height, located symmetrically relative to the longitudinal plane of symmetry of the profile and facing outward of the profile, symmetrical protrusions are made along the edges of this wall, also facing the outside of the profile, on the shelves enes protuberances facing towards the respective protrusions of lesser height shelves and on the walls of greater height are formed symmetrical protrusions delimiter, inwardly facing profile intended to interact with the pad. 10. The profile of the vertical rack according to claim 9, characterized in that the cross-sectional height of the profile is 35 mm, the maximum width of the profile is 80.5 mm, while the distance from the outer edge of the shelf to the outer edge of the ledge of the shelf of lower height and to the outer edge the ledge of the shelf is δ = 13 mm. 11. The profile of the rack of the partition wall frame, characterized in that it is made hollow, closed section, symmetrical with respect to the longitudinal planes of symmetry of the profile and is formed by four walls - two walls of greater and two walls of lower height, with a pair of shelves formed on both walls of lower height, located symmetrically with respect to the longitudinal plane of symmetry of the profile and facing outward of the profile, protrusions are made along the edges of said walls of lower height, also facing the outside of the profile, on the shelf Also, protrusions are made facing the corresponding protrusions of the shelves of lower height. 12. The rack profile according to claim 11, characterized in that the cross-sectional height of the profile is 35 mm, the maximum width of the profile along the shelves is 79 mm, while the distance from the outer edge of the shelf to the outer edge of the ledge of the shelf of lower height and the ledge of the shelf is δ = 13 mm, and the dimensions of the cross section of the profile cavity are 1-3% higher than the dimensions of the embedded profile installed in it. 13. The profile of the rotation stand at an arbitrary angle of the frame partition, characterized in that it is made with a wall of closed section, the inner and outer surface of the profile wall is cylindrical, the profile is equipped with a hollow box protrusion formed on the outer side of the cylindrical wall of the profile with two parallel side walls and perpendicular to the transverse wall, while the profile is equipped with two shelves made with a kink, the bases of which are oriented at an angle of 90 ° to each other and distributed laid in the respective mutually perpendicular diametrical planes of the cylindrical wall of the profile, and the end part of the shelves is located at an angle of 135 ° to the base of the shelves and parallel to the side walls of the hollow box-shaped protrusion, the end part of each shelf at the end has a protrusion in the direction of the side wall of the hollow box-shaped protrusion, end parts shelves near the break and the side walls of the hollow box-shaped protrusion have protrusions-limiters for the filler, directed towards each other. 14. The profile of the rotation stand at an arbitrary angle according to item 13, wherein the outer diameter of the profile is 85 mm, the inner diameter of the cavity of the profile is 82 mm, the maximum height of the profile in the cross section is 100.8 mm, while the distance between the protrusion is the end of the end part of the shelf and the side wall of the box-shaped protrusion is δ = 13 mm, and the distance between the outer surfaces of the shelves is equal to the diameter of the outer surface of the profile. 15. The holder profile for the uprights to an arbitrary angle of the frame partition, characterized in that the profile wall along the inner and outer surfaces has a cylindrical shape, the profile is provided with a hollow box protrusion formed on the outside of the cylindrical profile wall by two parallel side walls and a transverse wall perpendicular to it the profile along the edges of the cylindrical wall is equipped with two shelves with a kink, the bases of which are oriented at an angle of 90 ° to each other and are located in of mutually perpendicular diametrical planes of the cylindrical wall of the profile, and the end part of the shelves is located at an angle of 135 ° to the base of the shelves and parallel to the side walls of the hollow box-shaped protrusion, the end part of each shelf at the end has a protrusion in the direction of the side wall of the hollow box-shaped protrusion, the end parts of each shelf near the kink and the side walls of the hollow box-shaped protrusion have protrusions-limiters for the filler, directed towards each other. 16. The profile of the holder for the stand of rotation at an arbitrary angle according to clause 15, characterized in that the maximum width of the profile is equal to the diameter of its outer cylindrical surface, while the distance between the protrusion at the end of the end part of the shelf and the side wall of the box protrusion is δ = 13 mm. 17. The profile of the corner post of the frame partition walls, characterized in that it is made of closed section in the form shown in Fig. 11, with twelve flat walls articulating at right angles, the four pairwise parallel walls having a large length, and the remaining eight walls having a smaller the length and in pairs form four right angles facing each other inward to the profile, while on two opposite walls of greater length on both sides, shelves are made as extensions of the wall, each of which is parallel to the opposite a lying wall of a shorter length and equal to it in length, on one of the aforementioned walls of a larger length a box-shaped profile is made having a rectangular shape in cross section, while at the ends of the shelves made on a wall of a larger length common to the box-shaped profile and a closed profile, the same size Shelves perpendicular to them, oriented outward of the profile parallel to the side walls of the box-shaped profile, each shelf at the end having a protrusion in the direction of the wall of a shorter length or side wall of the hollow box-shaped protrusion na, in addition, the shelf-formed with protrusions limiters, and the walls of shorter length, and the side walls of the hollow box-shaped protrusion also have protrusions delimiter to filler directed towards the projections limiter shelves. 18. The profile of the corner post according to claim 17, wherein the longer wall has a size of 53 mm, while the distance between the protrusion at the end of the shelf and the wall of a shorter length or the side wall of the box protrusion is δ = 13 mm, and the rack has overall dimensions in cross section 99 mm and 84 mm. 19. The door profile of the frame partition, characterized in that it is closed, hollow, box-shaped, with a pair of shelves for installing door panels between them on one of the walls of the profile at its ends, the shelves located on the outside the end is made with a protrusion facing inward towards the second shelf, and articulated with adjacent walls of the profile by a wall having a concave cylindrical surface of constant radius. 20. The door profile according to claim 19, characterized in that on the side of the profile opposite the location of the shelves, a U-shaped recess is made for fastening the door hinge, and the dimensions of the door profile are: profile length - 78 mm, width - 58 mm, and the minimum the cross-sectional dimensions of the profile cavity are 1-3% higher than the dimensions of the embedded profile installed in it. 21. The door profile of the frame partition, characterized in that it is made in the form of a closed hollow profile consisting of two hollow profiles having a common wall, while the second closed hollow profile is made with a recess for installing the door leaf, the recess is limited by two parallel shelves and a transverse a wall, and the outer ends of the shelves are articulated with an adjacent wall of the first closed hollow profile by a wall having a convex cylindrical surface of variable or constant radius. 22. The door profile according to item 21, characterized in that the dimensions of the door profile are: profile length - 75 mm, width - 40 mm. 23. The profile of the door frame of the frame partition, characterized in that it contains a wall for attaching the door hinge, and in the wall there is a cavity open on one side, bounded by two parallel shelves with protrusions facing each other towards the cavity, and a transverse wall, except Moreover, at one end of the wall for fastening the door hinge, a step is made L-shaped in section, one of the flat shelves of which is equal in length and parallel to the shelf bounding the cavity, and on the other flat shelf is L-shaped steps on the outer side of the profile are made two parallel shelves, while with the other end of the wall for attaching the door hinge, a step wall is connected connected to the cantilever wall, perpendicular to the wall for attaching the door hinge by means of a transition element-wall having a cylindrical shape, at the end of the cantilever wall two parallel shelves, identical to the shelves of the shelf of the L-shaped step, and the transition element is cylindrical on the side opposite to the parallel It has a planar portion extending over the junction region with the stepped wall and forming together with it a cavity a U-shaped cross section for installing the door seal. 24. The door frame profile according to item 23, wherein the overall dimensions of the door frame profile are: width - 79 mm, height - 37 mm, and the distance between two parallel shelves is less than 13 mm. 25. The profile of the embedded element of the frame partition walls, characterized in that it is made of a U-shaped shape, formed by shelves mainly 31 mm high and a transverse wall 42.5 mm long, while along the inner corners of the profile there are formed guides for installing the fastener, consisting of two curvilinear elements installed with a gap relative to each other and facing bulge out. 26. A decorative covering bar of a frame partition, characterized in that it is made in the form of a U-shaped profile with two shelves of predominantly 5 mm height and a transverse wall of predominantly 36 mm length, with a protrusion formed on the inner surface of each shelf along its length each a wedge-shaped cross-sectional shape with rounding at the apex, and the angle of the solution of the wedge-shaped surface is 114-117 °, and the angle of inclination of the inner wedge-shaped surface to the plane of the transverse profile wall is it is 65-78 °. 27. Decorative angular profile of the frame wall, characterized in that it contains two angular profiles connected by a flat wall located along the plane of symmetry of the angular profiles, while the outer corner profile is made with a rounded corner. 28. The decorative corner profile according to Claim 27, wherein the distance between the shelves of the corner profiles is 13 mm.

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