RU14233U1 - FACING THE BUILDING WALL - Google Patents

Abstract

OBJlllIliOBKA BUILDING WALLS

The proposed solution relates to the field of construction, and to the complex construction of the cladding cKiri.i of a building made of artificial stone, concrete, concrete, closed on a pre-mounted supporting structure.

The task of this workshop is to intensify the knowledge of the dark and sound of work when installing it on the floor (floor o6ii "iOBKH of the wall, while improving the reliability of the heeling of the slabs in nrokiyum nolszhsyin

This is achieved by the fact that in the building's crefiM building, which contains flat nilite or naneln, fixed on mounting trunks of crowning gains and extruded in the form of nlpetin with the lower covering part, it protrudes at the upper end but lyoa is located along the upper torn and protruded on the T1 lane. 1 leveled to the opposite side, i) 6a, and 11p11 Cranks1N {b e to the rails; brackets for hanging the facing HJFHIF; trajectory-shaped strips RHHI, the length of which is not less than d, the lengths of the protrusions up, for example, the trans-eneous naya. 1 protrusions down form on the pupils of the lateral styrenes, the spaced nanotnst of the proton downward obliquely arranged in a lateral flat plane the 1st stsnkn cut, 1L) which is sufficient to wound into it in an inclined bed Н1Р1 of a fixed upper protrusion of nlnts or have put fissures with genes and next} I) N1 of its turn nlnts or have put claddings with non-translation into design n (X1zhe (not, but the size of a larger assessment the tapeworm downward is not less than the size of the smaller transovidoid groove upward, and the ignore vytuna downward disturbs the nytrina upward, at least {1 least, by the thickness of the side ettenk, but also the crotnstein for hanging the facing filament onto the outer wall of the iipoHyHieri building a cut covered with a fabric, predominantly beetroot, an insulant, an ethene, spaced apart by a ventilated gap relative to the nlnt, and made in the form of H1turn} of the south corner nrofil, on the stand of which there is a hole for heeling to the wall, and on the nock it is arched, notched but its longitudinal edges, the evo-end faces of the end face are made in the upper part, which are mutually parallel to the flat parts, which are slightly lower than the level of the vertical arc-shaped part of their short-cut, and one hundred yokes, and between the mounting profile and crowngain for hanging linoleum on the outside of the building, a corner profile connected to them is horizontally mounted. Connected to Yu.I. Bakushii

MGGKE04R 13/08 ABSTRACT

Description

BUILDING WALL FLOORS

The 11th solution relates to the field of construction, namely, to the integrated construction of the wall cladding of the building with slabs of artificial stone, mainly concrete, fixed to a pre-installed supporting structure.

Lime is a ventilated wall cladding of a building made in the form of mutually spaced plates fixed on the protrusions of a metal panel, which, in turn, is attached to vertically located rails fixed to the main wall by means of brackets (US No. 4803821, 1989).

The closest known one is the wall cladding of the building, made in the form of an upper part of the plates that are mounted in mutual engagement and are mounted on the ledges of the brackets attached to the rail, riveted to the main wall (DE No. 2812223.1979).

Known designs do not provide the required pace of work, are quite complex and in the manufacture of installation and dismantling work require the dismantling of adjacent plates.

The task of this solution is to intensify the pace of work during the installation and dismantling of the step facing while increasing the reliability of the fastening of the plates in the design position.

This is achieved by the fact that in the cladding of the building steppe, which contains cladding plates or panels, fixed on the protrusions of the hook brackets of the profiles and made in the form of plastip with a covering part, a protrusion on the upper end according to the shape of the tooth, located about .. longitudinally to the upper end, and a protrusion on the back side.

MPKE04R 13/08

directed to the side opposite to the direction of the tooth, and brackets attached to the slats for hanging the cladding plate on the exterior wall of the building, made in the same way as the ottom-pivot corner profile, - the NfOHTajKHbrx crown mounts are made with trapezoidal grooves oriented with a longer base at least not less than the length of the protrusions protrusions upward, and the trapezoidal grooves of the protrusions downward form on sections of the side walls opposite the protrusion downwardly inclined in the plane a side wall is a cutout whose depth is sufficient to insert into it in the ticlone position of the fixing upper protrusion of the plate or panel of the wall cladding and the subsequent turn of the plate or panel of the cladding with the translation in the design position, and the size of the larger base of the trapezoidal protrusion of the ledge down is not less than the size of the smaller base of the trapezoid groove the protrusion is up, and the width of the protrusion down exceeds the width of the protrusion up, at least by the thickness of the side wall, while the bracket for hanging the facing plate on the outside The wall of the building is passed through a wall insulation covered with a woven fabric, mainly fiberglass, located with a ventilated gap relative to the plates, and made in the form of a stamped corner profile, on the rack of which there is a hole for attaching to the wall, and on the neck there are stiffening arcs in the section, located along its longitudinal edges from the free end side, made in the upper part with mutually parallel planar sections located below the level of the apex of the arcuate part of their continuation, and passing the rigidity ribs of the rack, and between the mounting profile and the bracketpane for hanging the facing plate on the outer wall of the building, a corner profile connected to them is horizontally mounted.

The proposal is illustrated by the drawing, where in FIG. 1 shows a general view of the wall cladding of a building.

The wall cladding of the building 5g contains facing plates 1 or panels mounted on the protrusions 2 and 3 of the brackets of the mounting profiles 4 in the form of battens and made in the form of plates with the lower covering part 5, the protrusion 6 on the upper end of the plate, and the protrusion 7 directed to the opposite side on the rear side. To the rails, for example by means of a corner profile 8, brackets 9 are attached for hanging the facing plate on the outer wall of the building, made in the form of a stamped corner profile. The brackets 10 of the mounting profiles are made with formed by the upwardly oriented trapezoidal grooves of the protrusions 3 downward, the length of which is not less than the length of the protrusions 2 upwards. The trapezoidal grooves of the protrusions 3 downward form, on sections of the side walls opposite the protrusion downward, a notch I located in the plane of the side wall, the depth of which is sufficient to insert into it the inclined position of the fixing upper protrusion 6 of the slab or wall cladding panel and then turn it around the corner at the slab or cladding panels with transfer to the design position. The welt of the larger base of the trapezoidal groove of the protrusion 3 downward is not less than the size of the smaller base of the trapezoidal groove of the protrusion 2 upwards, and the width of the protrusion downward 3 will increase the width of the protrusion 2 upwards, at least by the thickness of the side wall. The bracket 9 for hanging the faceplate PLR1ТY on the outer wall of the building is passed through a wall insulation 12, mainly fiberglass, predominantly fiberglass, 3, located with a ventilated gap 14 relative to the plates, and made in the form (not shown) of a rolled corner profile, on the stand of which a hole is formed for fastening to the wall, and on the shelf, arcuate in cross section stiffeners located along its

longitudinal edges from the side of the free end made in the upper part with mutually parallel flat sections located below the level of the apex of the arcuate part of their continuation and passing into the stiffening ribs of the rack, and between the mounting nrofil and the bracket to put the facing plate on the outer wall of the building, horizontally mounted them corner profile.

During the production process, holes are formed in the main wall in which the dowels are placed. Brackets 9 heel by means of bolts screwed into dowels. A heater 13 is put on the brackets 9, which is covered with fiberglass 12. Then the brackets 9 are checked against the length of the shelf of the brackets 9, cutting off to the place of surplus, and using the corner profile 8, a mounting profile 4 is installed, on the brackets 10 of which the facing strips 1 or nanrel are mounted with rotation, lower some of which are included in the bracket with a protrusion 7, and the upper part is a protrusion 6 on the upper end of the plate. Thereby, the design position of the plate 1 is reliably fixed. The well-formed gap 14 ensures optimal operation parameters of the building with the lining of the above-described structure.

Compiled by Yu.N. Bakunshn

Claims (1)

The wall cladding of the building, containing facing plates or panels, mounted on the protrusions of the brackets of the mounting profiles and made in the form of plates with a lower covering part, a protrusion on the upper end in the form of a tooth located longitudinally to the upper end, and a protrusion on the back side, directed to the side opposite the direction of the tooth, and the brackets attached to the rails for hanging the facing plate on the outer wall of the building, made in the form of a stamped corner profile, characterized in that the mounting brackets the vesicles are made with the trapezoidal grooves directed downwardly oriented with a large base oriented upwards, the length of which is not less than the length of the protrusions upward, and the trapezoidal grooves of the protrusions downward form an incision in the side wall sections opposite the protrusion downward, the depth of which is sufficient for insertion into him in the inclined position of the fixing upper protrusion of the plate or panel wall cladding and the subsequent turn of the plate or panel cladding with the transfer to the project the position, and the size of the larger base of the trapezoidal groove of the protrusion down is not less than the size of the smaller base of the trapezoidal groove of the protrusion upwards, and the width of the protrusion downwards exceeds the width of the protrusion upwards, at least by the thickness of the side wall, while the bracket for hanging the facing plate on the outer wall of the building passed through a wall insulation covered with a fabric, mainly fiberglass, located with a ventilated gap relative to the plates, and made in the form of a stamped corner profile, on the stand of which an a hole for fastening to the wall, and on the shelf - stiffening arcs in section, located along its longitudinal edges from the free end side, made in the upper part with mutually parallel flat sections located below the level of the apex of the arcuate part of their extension, and passing into the ribs rigidity of the rack, and between the mounting profile and the bracket for hanging the facing plate on the outer wall of the building, a corner profile connected to them is horizontally mounted.