RU88373U1 - FIXING SYSTEM FOR FACING PANELS OF MOUNTED VENTILATED FACADES (OPTIONS), BRACKET, VERTICAL GUIDE PROFILE, SLIDING (OPTIONS), DRAINAGE DRAIN - Google Patents

Abstract

The proposed group of utility models relates to the field of construction, namely to the fastening means of the facing panels of the hinged ventilated facades.

The fastening system of the facing panels of the hinged ventilated facades includes a bracket with a U-shaped part, a vertical guide profile of a U-shaped section containing a rear wall, side walls, shelves bent outward from the side walls at an angle of 90 °, a U-shaped slide containing a back wall, side walls, shelves bent from the side walls outwardly at an angle of 90 °, a pin mounted between the side walls, a U-shaped drainage bracket comprising a rear wall and side walls.

New in the fastening system of the cladding panels of ventilated facades according to option 1 is that the U-shaped part of the bracket contains a back wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the center part designations are made, side walls with stiffeners and mounting holes, upper and lower shelves, bent from the side walls inward, convex corners made internally between the rear wall and side walls, the bracket contains also, made in the form of separate parts, a thermal break bar with oval holes and a U-shaped sliding insert containing a lower wall with a bend, side walls on which mounting holes and a mounting groove are made, the vertical guide profile contains bent flanges on the rear wall and bent shelves there are vertical grooves, and on the side walls there is a vertical wide side groove, the slide contains fixing holes on the back wall, on the side walls there is a vertical wide side groove, bent shelves centers of the part, the drainage bracket contains fastening holes and convex clamps on the rear wall and side walls, the system additionally contains step loops, including the front and back, the mounting stop, the groove in the front and the mounting holes in the back, the rear wall of the U-shaped part of the bracket is connected to the thermal break strip and fixed to the wall of the building, the lower wall of the sliding insert is installed on the lower shelves of the side walls of the U-shaped part of the bracket, side drawer inserts are mounted and secured between the upper and lower flanges of the side walls of the U-shaped part of the bracket, a vertical guide profile is installed and secured between the side walls of the bracket drawer, the slide is mounted and secured inside the vertical guide profile, while the vertical wide side grooves of the side walls of the profile vertical guide aligned with vertical wide side grooves of the side walls of the slide, the slide pin is installed in the groove of the loops. which are fixed on the facing panels, the drainage bracket is installed and fixed on the profiles of the vertical rails located along one vertical; stiffeners are made in the form of oval protrusions along the contour of oval holes; the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket; mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows; the lower shelves are bent from the side walls inwards at an angle of 90 °; the upper shelves are bent from the side walls inward at an angle of 45 °; U-shaped parts of the brackets. connected to the thermal break strips are fixed to the wall of the building using anchors; the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion; mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall; mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; the centers of the part are made in the form of triangular cuts in the center of the bent shelves of the slide; mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the back wall and side walls; convex clamps are made above and below the mounting holes; convex clamps are made round; mounting limiter is made in the form of a ledge between the front and rear of the loop; bracket, vertical guide profile. slide, hinges, bracket-drainage, made of stainless steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made of galvanized steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made by cold stamping; system elements are interconnected by rivets installed in the mounting holes, and rivet them.

New in the fastening system of the cladding panels of the ventilated facades according to option 2 is that the U-shaped part of the bracket contains a back wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the center part designations are made, side walls with stiffeners and with mounting holes, upper and lower shelves bent from the side walls inward, convex corners made inside between the rear wall and side walls, the bracket contains also, made in the form of separate parts, a thermal break bar with oval mounting holes and a U-shaped sliding insert containing a lower wall with a bend, side walls on which mounting holes and a mounting groove are made, the vertical guide profile contains bent flanges on the rear there are vertical grooves on the wall and bent shelves, and on the side walls there is a vertical wide side groove, the slide contains fixing holes on the back wall, and a vertical wide side on the side walls howling groove, foot brackets with shelves bent at an angle of 90 °, grooves made between the side walls and foot brackets, the drain bracket contains mounting holes and convex clips on the rear wall and side walls, the system additionally contains loops in the form of a corner, with mounting holes on one side, while the rear wall of the U-shaped part of the bracket is connected to the thermal break strip and fixed to the wall of the building, the lower wall of the drawer is mounted on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the sliding insert are mounted and secured between the upper and lower shelves of the side walls of the U-shaped part of the bracket, the vertical guide profile is installed and fixed between the side walls of the sliding insert of the bracket, the slide is mounted and secured inside the vertical guide profile, while the vertical wide side grooves of the side walls vertical guide profiles are aligned with vertical wide side grooves of the side walls of the slide, one side of the hinges is fixed to the lining full-time panels, and the second side is installed in the groove of the slide, the bracket-drainage is installed and fixed on the profiles of vertical guides located along one vertical; stiffeners are made in the form of oval protrusions along the contour of oval holes; the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket; mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows; the lower shelves are bent from the side walls inwards at an angle of 90 °; the upper shelves are bent from the side walls inward at an angle of 45 °; U-shaped parts of the brackets connected to the thermal break strips are attached to the wall of the building using anchors; the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion; mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall; mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the back wall and side walls; convex clamps are made above and below the mounting holes; convex clamps are made round; the mounting holes on the loop are round and arranged in two rows; bracket, vertical guide profile, slide, hinges, bracket-drain, made of stainless steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made of galvanized steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made by cold stamping; system elements are interconnected by rivets installed in the mounting holes, and rivet them.

New in the fastening system of the cladding panels of the hinged ventilated facades according to option 3 is that the U-shaped part of the bracket contains a back wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part is made, side walls with stiffeners and with mounting holes, upper and lower shelves, bent from the side walls inward, convex corners made inside between the back wall and side walls, additionally bracket the matte contains, in the form of separate parts, a thermal break bar with oval mounting holes and a U-shaped sliding insert containing a lower wall with a bend, side walls on which mounting holes and a mounting groove are made, the vertical guide profile contains bent flanges on the rear there are vertical grooves on the wall and bent shelves, and on the side walls there is a vertical wide side groove, the slide contains fixing holes on the back wall, a vertical wide on the side walls the lateral groove, the bracket legs with the shelves bent at an angle of 90 °, the grooves made between the side walls and the bracket legs, the drain bracket contains fixing holes and convex clips on the rear wall and side walls, the system additionally contains a horizontal profile C- shaped section. including the front wall, side walls, shelves, bent from the side walls at an angle of 90 °, while the back wall of the U-shaped part of the bracket is connected to the thermal break strip and mounted on the wall of the building, the lower wall of the sliding insert is installed on the lower shelves of the side walls of the U-shaped bracket parts, side walls of the sliding insert are installed and fixed between the upper and lower shelves of the side walls of the U-shaped part of the bracket, the vertical guide profile is installed and fixed between the side walls of the sliding insert the bracket, the slide is installed and fixed inside the vertical guide profile, while the vertical wide side grooves of the side walls of the vertical guide profile are aligned with the vertical wide side grooves of the side walls of the slide, the lower shelf of the horizontal profile is fixed to the facing panel, the bend of the upper shelf of the horizontal profile is installed in the groove of the slide , the upper shelf of the horizontal profile rests on the shelves of the legs-brackets of the slide, the bracket-drainage is installed and fixed on the prof ilyah vertical guides located along one vertical; stiffeners are made in the form of oval protrusions along the contour of oval holes; the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket; mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows; the lower shelves are bent from the side walls inwards at an angle of 90 °; the upper shelves are bent from the side walls inward at an angle of 45 °; U-shaped parts of the brackets connected to the thermal break strips are attached to the wall of the building using anchors; the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion; mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall; mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the back wall and side walls; convex clamps are made above and below the mounting holes; convex clamps are made round; the bending of the upper shelf of the horizontal profile is made at an angle of 45 °; bracket, vertical guide profile, slide, horizontal profile, drain bracket, made of stainless steel; bracket, vertical guide profile, slide, horizontal profile, drainage bracket are made of galvanized steel; an arm, a vertical guide profile, a slide, a horizontal profile, a drainage bracket are made by cold stamping; system elements are interconnected by rivets installed in the mounting holes, and rivet them.

The technical result from the use of a group of utility models is to simplify the installation of the system, increase the accuracy and quality of installation of the system, increase the rigidity and strength of the system. 8 n.p.ph., 91 z.p., f., 11 fig.

Description

The proposed group of utility models relates to the field of construction, namely to the fastening means of the facing panels of the hinged ventilated facades.

Currently, in connection with the widespread use of ventilated facades, various systems are used to fasten the cladding panels.

So, for example, there is a known system for fastening cassette-type facing panels (RU 67141 U1, publ. 2007.10.10, class E04F 13/00), which contains a vertical guide made of a profile with the possibility of fixing and placement of a fastening unit for the facing panels in it. The vertical guide is formed by two walls interconnected by a shelf, and along the lower edges of the walls is provided with protrusions perpendicular to the walls and directed towards each other, forming an open cavity for the attachment site with the walls and the shelf. The vertical guide is made with the possibility of fixing on the wall, while the profile of the vertical guide is equipped with L-shaped protrusions, which are an extension of the walls and located towards each other above the shelf. In the middle of the shelf there is a protrusion equipped with a U-shaped groove with corrugated walls for fasteners. The surface of the protrusion and the shelves of the L-shaped protrusions are located in the same plane. The fixing unit for the facing panels is made in the form of a mounting slide with a screw. The mounting slide is provided with a support part of a hook-shaped section formed by a wall with a bent edge interacting with a groove in the fixing element of the facing panel. In continuation of the supporting part, a fixing part with a larger section width is made. The fastening part is formed by a thickened wall with shelves forming an open groove. The shelf is connected to the wall of the supporting part, and the edge of the shelf is located in the same plane with the outer surface of the wall to provide support in the protrusions of the vertical guide when fixing the mounting slide in it with a screw installed in the middle of the thickened wall of the mounting part and interacting with the U-shaped groove of the vertical guide rail.

The closest in technical essence and the achieved result to the proposed group of utility models is a profile system for a modular frame of a hinged ventilated building facade (options), protected by utility patent RU 60562 U1, publ. 2007.01.27, cl. ЕВВ 2/00, ЕВВ 2/56, adopted for the closest analogue (prototype).

Each version of the prototype system contains repeating profiles: the profile of the supporting and supporting brackets mounted on the wall, the profile of the vertical guide installed in the supporting and supporting brackets with the possibility of movement in them and fixing, the profile of the guide rails mounted on the vertical guide with the possibility of longitudinal movement on it and fixing in brackets, and a drainage profile installed between vertical rails with the possibility of interaction with them and fixing. The profile system according to option 2 further comprises a profile of the mounting rail of the cassette-type attachment points of the panels. The profile of the supporting and supporting brackets is made of a combined cross-sectional shape, part of which adjacent to the wall is made in the form of a corner to provide free access to the wall fasteners, and the U-shaped part is offset from the shelf. The profile of the vertical guide is made of a U-shaped section with stepwise horizontal shelves. In the middle of the upper shelf on the inner side there are protrusions between which a groove is formed with notches on the side walls for fasteners. The profile of the mounting slide is made of an E-shaped cross-section with a protrusion in the middle part of the shelf, designed to install fasteners that interact with the groove when fixing the fixing nodes.

Advantages and common features with the proposed utility model is the ability to vary system elements, each of which contains the following elements: bracket, vertical guide, slide, bracket-drainage, which allows the system to be used for different types of panels, both flat and with bends made top and bottom panels, as well as cassette-type panels.

However, at the same time, the device described as a prototype is characterized by such disadvantages as:

- firstly, the complex design of the elements included in the system complicates the installation of the system;

- secondly, the design of the system elements does not allow to level the curvature of the walls, which reduces the quality of installation;

- thirdly, the absence of mounting holes on the elements of the system, designated centers of parts, also complicates the installation of the system and reduces its quality;

- fourthly, the absence of stiffeners on the elements of the system reduces the rigidity and strength of the system, which does not allow its use in areas with high wind load.

The task of the proposed group of utility models is the improvement of the fastening system of the cladding panels of the hinged ventilated facades and elements included in the system.

The technical result from the use of a group of utility models is to simplify installation, increase the accuracy and quality of installation, increase the rigidity and strength of the fastening system of the cladding panels of the ventilated facades.

This object is achieved in that in the fastening system of the facing panels of the hinged ventilated facades, including the bracket with a U-shaped part, the profile is a vertical guide of a U-shaped section containing a rear wall, side walls, shelves bent outward from the side walls outward at an angle of 90 °, a U-shaped slide containing a rear wall, side walls, shelves bent outward from the side walls at an angle of 90 °, a pin mounted between the side walls, a U-shaped drainage bracket containing a rear wall and shackle walls, the U-shaped part of the bracket contains a rear wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the center marks are made, side walls with stiffeners and mounting holes, upper and lower shelves, bent from the side walls inward, convex corners made internally between the rear wall and side walls, the bracket also includes a thermal break bar with oval holes and extensions made as separate parts the bottom insert of the U-shaped section containing the lower wall with a bend, the side walls on which the mounting holes and the mounting groove are made, the vertical guide profile contains vertical grooves on the bent flanges, on the rear wall and bent shelves, and a vertical wide side on the side walls the gutter, the slide contains mounting holes on the back wall, on the side walls there is a vertical wide side gutter, on the bent shelves the centers of the part, the drainage bracket contains on the back wall and side walls of the crepe solid holes and convex clamps, the system additionally contains step loops, including the front and rear, the mounting stop, the groove in the front and the mounting holes in the back, while the rear wall of the U-shaped part of the bracket is connected to the thermal break plate and fixed to the wall of the building, the bottom wall of the drawer is mounted on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the drawer are installed and secured between the upper and lower shelves of the side walls U-shaped part of the bracket, the vertical guide profile is installed and secured between the side walls of the bracket extension, the slide is mounted and secured inside the vertical guide profile, while the vertical wide side grooves of the side walls of the vertical guide profile are aligned with the vertical wide side grooves of the side walls of the slide, pin the slide is installed in the groove of the hinges, which are fixed on the facing panels, the bracket-drainage is installed and fixed on the profiles vertically x guides disposed on the same vertical line; stiffeners are made in the form of oval protrusions along the contour of oval holes; the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket; mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows; the lower shelves are bent from the side walls inwards at an angle of 90 °; the upper shelves are bent from the side walls inward at an angle of 45 °; U-shaped parts of the brackets connected to the thermal break strips are attached to the wall of the building using anchors; the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion; mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall; mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; the centers of the part are made in the form of triangular cuts in the center of the bent shelves of the slide; mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the back wall and side walls; convex clamps are made above and below the mounting holes; convex clamps are made round; mounting limiter is made in the form of a ledge between the front and rear of the loop; bracket, vertical guide profile, slide, hinges, bracket-drain, made of stainless steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made of galvanized steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made by cold stamping; system elements are interconnected by rivets installed in the mounting holes, and rivet them.

The task is also achieved by the fact that in the fastening system of the facing panels of the hinged ventilated facades, including the bracket with a U-shaped part, the profile is a vertical guide of a U-shaped section containing a rear wall, side walls, shelves bent outward from the side walls at an angle of 90 ° , a slide made in the form of a profile of a U-shaped section containing a rear wall, side walls, a drainage bracket made in the form of a profile of a U-shaped section containing a rear wall and side walls, a U-shaped part of a bracket The yna contains a back wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part is made, side walls with stiffeners and with mounting holes, upper and lower shelves bent from the side walls inward, convex corners made inside between the rear wall and side walls, the bracket also contains, in separate parts, a thermal break bar with oval mounting holes and a U-shaped pull-out insert with A section containing a lower wall with a bend, the side walls on which the mounting holes and the mounting groove are made, the vertical guide profile contains vertical grooves on the flanged flanges, vertical grooves on the back wall and bent shelves, and the rail contains on the side walls back wall mounting holes, on the side walls there is a vertical wide side groove, bracket legs with shelves bent at an angle of 90 °, grooves made between the side walls and bracket legs, brackets -drainage contains mounting holes and convex clamps on the rear wall and side walls, the system additionally contains loops in the form of a corner, with mounting holes on one side, while the rear wall of the U-shaped part of the bracket is connected to the thermal break plate and mounted on the wall of the building, the lower wall of the sliding insert is installed on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the sliding insert are installed and secured between the upper and lower shelves of the U-shaped part of the bracket, p the vertical guide rail is mounted and secured between the side walls of the bracket extension, the slide is mounted and secured inside the vertical guide profile, while the vertical wide side grooves of the side walls of the vertical guide profile are aligned with the vertical wide side grooves of the side rail, one side of the hinges is fixed to the facing panels , and the second side is installed in the groove of the slide, the bracket-drainage is installed and fixed on the profiles of the vertical rails x, disposed on the same vertical line; stiffeners are made in the form of oval protrusions along the contour of oval holes; the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket; mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows; the lower shelves are bent from the side walls inwards at an angle of 90 °; the upper shelves are bent from the side walls inward at an angle of 45 °; U-shaped parts of the brackets connected to the thermal break strips are attached to the wall of the building using anchors; the mounting groove on the side walls of the sliding insert is made in the form of a longitudinal oval protrusion; mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall; mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the back wall and side walls; convex clamps are made above and below the mounting holes; convex clamps are made round; the mounting holes on the loop are round and arranged in two rows; bracket, vertical guide profile, slide, hinges, bracket-drain, made of stainless steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made of galvanized steel; bracket, vertical guide profile, slide, hinges, bracket-drainage are made by cold stamping; system elements are interconnected by rivets installed in the mounting holes, and rivet them.

The task is also achieved by the fact that in the fastening system of the facing panels of the hinged ventilated facades, including the bracket with a U-shaped part, the profile is a vertical guide of a U-shaped section containing a rear wall, side walls, shelves bent outward from the side walls at an angle of 90 ° , a slide made in the form of a profile of a U-shaped section containing a rear wall, side walls, a drainage bracket made in the form of a profile of a U-shaped section containing a rear wall and side walls, a U-shaped part of a bracket The yna contains a back wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part is made, side walls with stiffeners and with mounting holes, upper and lower shelves bent from the side walls inward, convex corners made internally between the rear wall and the side walls, the bracket also includes, in separate parts, a thermal break bar with oval mounting holes and a U-shaped pull-out insert with A section containing a lower wall with a bend, the side walls on which the mounting holes and the mounting groove are made, the vertical guide profile contains vertical grooves on the flanged flanges, vertical grooves on the back wall and bent shelves, and the rail contains on the side walls back wall mounting holes, on the side walls there is a vertical wide side groove, bracket legs with shelves bent at an angle of 90 °, grooves made between the side walls and bracket legs, brackets -drainage contains mounting holes and convex clamps on the rear wall and side walls, the system additionally contains a horizontal profile of a C-shaped section, including the front wall, side walls, shelves, bent from the side walls at an angle of 90 °, while the back wall is U-shaped part of the bracket is connected to the thermal break strip and mounted on the wall of the building, the bottom wall of the drawer is mounted on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the drawer are installed and fixed I am waiting for the upper and lower shelves of the side walls of the U-shaped part of the bracket, the vertical guide profile is installed and secured between the side walls of the sliding insert of the bracket, the slide is installed and fixed inside the vertical guide profile, while the vertical wide side grooves of the side walls of the vertical guide profile are aligned with the vertical wide side grooves of the side walls of the slide, the lower shelf of the horizontal profile is fixed to the facing panel, the bend of the upper shelf of the horizon nogo profile groove set skids, the upper shelf is supported by horizontal profile legs slide shelf-brackets, bracket-drainage installed and fixed to the vertical guide profiles arranged on the same vertical line; stiffeners are made in the form of oval protrusions along the contour of oval holes; the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket; mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows; the lower shelves are bent from the side walls inwards at an angle of 90 °; the upper shelves are bent from the side walls inward at an angle of 45 °; U-shaped parts of the brackets connected to the thermal break strips are attached to the wall of the building using anchors; the mounting groove on the side walls of the sliding insert is made in the form of a longitudinal oval protrusion; mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall; mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the back wall and side walls; convex clamps are made above and below the mounting holes; convex clamps are made round; the bending of the upper shelf of the horizontal profile is made at an angle of 45 °; bracket, vertical guide profile, slide, horizontal profile, drain bracket, made of stainless steel; bracket, vertical guide profile, slide, horizontal profile, drainage bracket are made of galvanized steel; an arm, a vertical guide profile, a slide, a horizontal profile, a drainage bracket are made by cold stamping; system elements are interconnected by rivets installed in the mounting holes, and rivet them.

The task is also achieved by the fact that in the bracket containing the U-shaped part, the U-shaped part contains a rear wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part, side walls are made with stiffeners and with mounting holes, upper and lower shelves, bent from the side walls inward, convex corners made inside between the rear wall and side walls, additionally the bracket contains made in of individual parts, a thermal break strip with oval mounting holes and a U-shaped sliding insert containing a lower wall with a bend, side walls on which mounting holes and a mounting groove are made, while the rear wall of the U-shaped part of the bracket is connected to the thermal break strip and fixed on the wall of the building, the bottom wall of the drawer is mounted on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the drawer are mounted and secured between the upper and lower shelves of the side tenok U-shaped part of the bracket; stiffeners are made in the form of oval protrusions along the contour of oval holes; the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket; mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows; the lower shelves are bent from the side walls inwards at an angle of 90 °; the upper shelves are bent from the side walls inward at an angle of 45 °; the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion; mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall; mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove; the bracket is made of stainless steel; the bracket is made of galvanized steel; the bracket is made by cold stamping; U-shaped parts of the brackets connected to the thermal break strips are attached to the wall of the building using anchors; The U-shaped part and the sliding insert of the bracket are interconnected by rivets installed in the mounting holes, and rivet them.

The task is also achieved by the fact that in the vertical guide profile, a U-shaped section containing a rear wall, side walls, shelves bent outward from the side walls at an angle of 90 °, flanges are made on the bent shelves, vertical bends are made on the back wall and bent shelves grooves, and on the side walls a vertical wide side groove is made; vertical guide profile made of stainless steel; vertical guide profile made of galvanized steel; vertical guide profile is made by cold stamping.

The task is also achieved by the fact that in the slide, made in the form of a profile of a U-shaped section containing a rear wall, side walls, shelves bent outward at an angle of 90 °, a pin mounted between the side walls, mounting holes are made on the rear wall, on the side walls made a vertical wide side groove, on the bent shelves made the center of the part; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; the centers of the part are made in the form of triangular cuts in the center of the bent shelves; the slide is made of stainless steel; the slide is made of galvanized steel; the slide is made by cold stamping.

The task is also achieved by the fact that in the slide, made in the form of a profile of a U-shaped section containing the rear wall and side walls, mounting holes are made on the rear wall, and on the side walls there is a vertical wide side groove, bracket legs with shelves bent at an angle of 90 °, grooves made between the side walls and the bracket legs; mounting holes on the rear wall of the slide made round in two rows; on the back wall of the slide, the middle mounting hole in the upper row is made of a larger diameter; the slide is made of stainless steel; the slide is made of galvanized steel; the slide is made by cold stamping.

The task is also achieved by the fact that in the bracket-drainage, made in the form of a profile of a U-shaped section containing a rear wall and side walls, fixing holes and convex fixators are made on the rear wall and side walls; mounting holes are made in the form of vertical oval holes located in the center of the rear wall and side walls; convex clamps are made above and below the mounting holes; convex clamps are made round; the bracket-drainage is made of stainless steel; the drainage bracket is made of galvanized steel; the drainage bracket is made by cold stamping.

Figure 1 shows a drawing of the fastening system of the cladding panels of the hinged ventilated facade according to 1 embodiment.

Figure 2 shows a drawing of the fastening system of the cladding panels of the hinged ventilated facade according to option 2.

Figure 3 shows a drawing of the fastening system of the cladding panels of the hinged ventilated facade according to option 3.

Figure 4 shows a drawing of the bracket included in the fastening system of the cladding panels of the hinged ventilated facade according to 1, 2, 3 options.

Figure 5 shows a profile drawing of a vertical guide included in the fastening system of the cladding panels of the hinged ventilated facade according to 1, 2, 3 options.

Figure 6 shows a drawing of the slide according to 1 embodiment included in the fastening system of the cladding panels of the hinged ventilated facade according to 1 embodiment.

Figure 7 shows a drawing of a slide according to option 2 included in the fastening system of the cladding panels of the hinged ventilated facade according to option 2, 3.

On Fig is a drawing of the hinges included in the fastening system of the facing panels of the hinged ventilated facade according to 1 embodiment.

Figure 9 shows a drawing of the hinges included in the fastening system of the cladding panels of the hinged ventilated facade according to option 2.

Figure 10 shows a drawing of a horizontal profile included in the fastening system of the cladding panels of the hinged ventilated facade according to 3 variant.

Figure 11 shows a drawing of the bracket-drainage included in the fastening system of the cladding panels of the hinged ventilated facade according to 1, 2, 3 options.

Structurally, the proposed system for fastening the facing panels of the hinged ventilated facade according to 1 embodiment of FIG. 1 comprises:

1 - bracket;

2 - vertical guide profile;

3 - a sled (1 option);

5 - loops;

6 - bracket-drainage.

Structurally, the proposed system for fastening the facing panels of the hinged ventilated facade according to option 2 in figure 2 contains:

1 - bracket;

2 - vertical guide profile;

4 - slide (option 2);

6 - bracket-drainage;

7 - loops.

Structurally, the proposed system for fastening the facing panels of the hinged ventilated facade according to option 3 of FIG. 3 comprises:

1 - bracket;

2 - vertical guide profile;

4 - slide (option 2);

6 - drainage bracket

8 - horizontal profile.

The bracket 1 of the fastening system of the cladding panels of the hinged ventilated facade according to 1, 2, 3 options in figure 4 contains:

9 - U-shaped part;

10 - back wall;

11 - oval mounting holes;

12 - stiffness amplifiers;

13 - flanging amplifiers;

14 - designation of the center of the part;

15 - side walls;

16 - lower shelves;

17 - upper shelves;

18 - limb;

19 - stiffeners;

20 - mounting holes;

21 - convex corners;

22 - thermal break bar;

23 - oval mounting holes;

24 - a sliding insert;

25 - the bottom wall;

26 - limb;

27 - side walls;

28 - mounting holes

29 - mounting groove.

The vertical guide profile 2 of the fastening system of the cladding panels of the hinged ventilated facade according to 1, 2, 3 options in figure 5 contains:

30 - back wall;

31 - side walls;

32 - shelves;

33 - flanging;

34 - vertical grooves;

35 - vertical wide side groove.

The slide 3 according to the 1st embodiment of the fastening system of the cladding panels of the hinged ventilated facade according to the 1st embodiment of FIG. 6 contains:

36 - back wall;

37 - side walls;

38 - shelves;

39 is the center of the part;

40 - pin

41 - mounting holes;

42 - vertical wide side groove.

The slide 4 according to the 2nd variant of the fastening system of the cladding panels of the hinged ventilated facade according to the 2, 3 variants in FIG. 7 contains:

43 - back wall;

44 - side walls;

45 - mounting holes;

46 - vertical wide side trough;

47 - foot brackets;

48 - shelves;

49 - grooves.

Hinges 5 of the fastening system of the cladding panels of the hinged ventilated facade according to option 1 in Fig. 8 contain:

50 - front part;

51 - the back;

52 - mounting limiter;

53 - groove;

54 - mounting holes.

The bracket-drainage 6 of the fastening system of the cladding panels of the hinged ventilated facade according to 1, 2, 3 options in figure 11 contains:

55 - back wall;

56 - side walls;

57 - mounting holes;

58 - convex retainers.

Hinges 7 of the fastening system of the cladding panels of the hinged ventilated facade according to option 2 in FIG. 9 contain:

59 - mounting holes.

The horizontal profile 8 of the fastening system of the cladding panels of the hinged ventilated facade according to embodiment 3 of FIG. 10 comprises:

60 - side wall;

61 - the upper shelf;

62 - limb;

63 - lower shelf;

64 - limb.

The bracket 1 contains a U-shaped part 9.

On the rear wall 10 of the U-shaped part 9 of the bracket 1, oval mounting holes 11 are made with stiffeners 12 in the form of oval protrusions along the contour of the oval mounting holes 11.

From the rear wall 10 of the U-shaped part 9 of the bracket 1, the flanging amplifiers 13 are bent from above and from below in the center, in the center of which the designations of the center of the part 14 are made in the form of triangular protrusions.

From the side walls 14 inward at an angle of 90 °, the lower shelves 15 are bent.

From the side walls 14 inward at an angle of 45 °, the upper shelves 16 are bent.

The upper shelves 16 are made with a limb 17 directed inward.

On the side walls 14 made longitudinal ribs 18 and mounting holes 19.

Inside, between the rear wall 10 and the side walls 14, convex corners 20 are formed.

The thermal break strip 21 and the sliding insert 23 are made in the form of separate parts.

The thermal break strip 21 contains oval mounting holes 22.

Retractable insert 23 is made of a U-shaped section and contains a lower wall 24 with a limb 25 and side walls 26.

On the side walls 26 of the sliding insert 23 are made mounting holes 27 and the mounting groove 28 in the form of a longitudinal oval protrusion.

The rear wall 10 of the bracket 1 is connected to the thermal break strip 21.

The side walls 26 of the sliding insert 23 are installed between the shelves 12 of the side walls 14 of the bracket 1.

The mounting holes 15 on the side walls 11 of the bracket 1 are made, for example, round in two rows.

The mounting holes 23 and the mounting grooves 28 on the side walls 26 of the sliding insert 23 are made beyond the bend 25 of the lower wall 24.

The mounting holes 23 on the side walls 26 of the sliding insert 23 are made, for example, in the form of round holes arranged in two rows above and below the mounting grooves 28.

The vertical guide profile 2 is made of a U-shaped section.

From the side walls 30 are bent outward at a 90 ° angle of the shelf 31.

From the shelves 31 are bent outward at an angle of 90 ° flanging 32.

On the rear wall 29 and the bent shelves 31 made vertical grooves 33.

On the side walls 30 a vertical wide side groove 34 is made.

The slide 3 according to 1 embodiment is made of a U-shaped section.

On the back wall 35, mounting holes 40 are made.

From the side walls 36 are bent outward at a 90 ° angle of the shelf 37.

On the side walls 36 there is a vertical wide side groove 41.

On the bent shelves 37, the centers of the part 38 are made in the form of triangular cutouts located in the center of the bent shelves 37.

A pin 39 is installed between the side walls 36.

The mounting holes 40 are made, for example, round in two rows, and the middle mounting hole in the upper row is made of a larger diameter.

The slide 4 according to option 2 is made of a U-shaped section.

Mounting holes 44 are provided on the rear wall 42.

On the side walls 43 there is a vertical wide side groove 45.

The side walls 43 contain tabs brackets 46 with shelves 47, bent at an angle of 90 °, grooves 48 made between the side walls 43 and tabs brackets 46.

The hinges 5 are made in a stepped section and comprise a front part 49 and a rear part 50.

Between the front part 49 and the rear part 50, a fixing stop 51 is made in the form of a step between the front part 49 and the rear part 50.

In the front part 49 of the loops 5, a groove 52 is made, and in the rear part 50, mounting holes 53.

Bracket-drainage 6 is made of a U-shaped section.

Mounting holes 56 are provided on the back wall 54 and side walls 55.

The mounting holes 56 are made, for example, in the form of vertical oval holes.

Above and below above the mounting holes 56 on the rear wall 54 and on the side walls 55, convex clips 57 are formed.

Convex retainers 57 are made, for example, of a round shape.

The hinges 7 are made in the form of a corner, on one side of which the mounting holes 58 are made.

The mounting holes 58 are, for example, circular in shape and arranged in two rows.

The horizontal profile 8 is made of a C-shaped section.

The upper shelf 60 contains a bend 61 made at an acute angle.

Bending 61 is made, for example, at an angle of 45 °.

The lower shelf 62 contains a bend 63 made at an angle of 90 °.

In the fastening system of the cladding panels of the hinged ventilated facades according to option 1, the rear wall 10 of the U-shaped part 9 of the bracket 1 is connected to the thermal break strip 22 and fixed to the wall of the building, the lower wall 25 of the sliding insert 24 is installed on the lower shelves 16 of the side walls 15 of the U-shaped part 9 of the bracket 1, the side walls 27 of the sliding insert 24 are installed and secured between the lower 16 and the upper shelves 17 of the side walls 15 of the U-shaped part 9 of the bracket 1, the vertical guide profile 2 is installed and fixed between the side walls of 27 of the adjacent insert 24 of the bracket 1, the slide 3 is mounted and fixed inside the profile of the vertical guide 2, while the vertical wide side grooves 35 of the side walls 31 of the profile of the vertical guide 2 are aligned with the vertical wide side grooves 42 of the side walls 37 of the slide 3, the pin 40 of the slide 3 is installed in a groove of 53 loops 5, which are fixed on the facing panels, a drainage bracket 6 is installed and fixed on the profiles of the vertical guides 2, located along one vertical.

In the fastening system of the cladding panels of the hinged ventilated facades according to option 2, the rear wall 10 of the U-shaped part 9 of the bracket 1 is connected to the thermal break strip 22 and mounted on the wall of the building, the lower wall 25 of the sliding insert 24 is installed on the lower shelves 16 of the side walls 15 of the U-shaped part 9 of the bracket 1, the side walls 27 of the sliding insert 24 are installed and secured between the lower 16 and the upper shelves 17 of the side walls 15 of the U-shaped part 9 of the bracket 1, the vertical guide profile 2 is installed and fixed between the side walls of 27 of the insert 24 of the bracket 1, the slide 4 is mounted and fixed inside the profile of the vertical guide 2, while the vertical wide side grooves 35 of the side walls 31 of the profile of the vertical guide 2 are aligned with the vertical wide side grooves 46 of the side walls 44 of the slide 4, one side of the hinges 7 is fixed to facing panels, and the second side is installed in the groove 49 of the slide 4, the bracket-drain 6 is installed and secured to the profiles of the vertical guides 2 located along one vertical.

In the fastening system of the cladding panels of the ventilated facades according to option 3, the rear wall 10 of the U-shaped part 9 of the bracket 1 is connected to the thermal break strip 22 and fixed to the wall of the building, the lower wall 25 of the sliding insert 24 is installed on the lower shelves 16 of the side walls 15 of the U-shaped part 9 of the bracket 1, the side walls 27 of the sliding insert 24 are installed and secured between the lower 16 and the upper shelves 17 of the side walls 15 of the U-shaped part 9 of the bracket 1, the vertical guide profile 2 is installed and fixed between the side walls of 27 of the individual insert 24 of the bracket 1, the slide 4 is mounted and fixed inside the profile of the vertical guide 2, while the vertical wide side grooves 35 of the side walls 31 of the profile of the vertical guide 2 are aligned with the vertical wide side grooves 46 of the side walls 44 of the slide 4, the lower shelf 63 of the horizontal profile 8 fixed on the facing panel, the bend 62 of the upper shelf 61 of the horizontal profile 8 is installed in the groove 49 of the slide 4, the upper shelf 61 of the horizontal profile 8 is supported on the shelves 48 of the tabs-brackets 47 of the slide 4, with two-drain 6 is mounted and secured on the vertical guide profiles 2 arranged on the same vertical line.

Bracket 1, vertical guide profile 2, slide 3, 4, loop 5, drain bracket 6, loop 7, horizontal profile 8 is made, for example, of stainless steel.

Bracket 1, vertical guide profile 2, slide 3, 4, loop 5, drain bracket 6, loop 7, horizontal profile 8 is made, for example, of galvanized steel.

Bracket 1, vertical guide profile 2, slide 3, 4, loop 5, drain bracket 6, loop 7, horizontal profile 8 is made by cold stamping.

The assembly of the proposed group of utility models is as follows. On the wall of the building with a plumb line, or with the help of a level, vertical lines are marked and drawn along the entire height of the building. The distance between the vertical lines is selected depending on the panel width set by the architects. On vertical lines in the places of installation of the brackets 1 put labels calculated from the calculation of wind loads. In the designated places, drill holes for the anchor. Connect the rear walls 10 of the U-shaped part 9 of the brackets 1 to the thermal break plates 22. Insert the anchor into the upper oval mounting hole 11 of the U-shaped part 9 of the bracket 1, into the upper oval mounting hole 23 of the thermal break plate 22 and into the hole drilled in the wall. The U-shaped parts 9 of the brackets 1 are aligned with the centers of the part 14 so that the centers of the part 14 are located exactly along the intended lines. Then tighten the anchor. U-shaped parts 9 of the brackets 1 are fixed to the wall using various corrosion-resistant anchors, for example, manufactured by HILTI. In the installed U-shaped parts 9 of the brackets 1, the sliding inserts 24 are installed so that the lower walls 25 of the sliding inserts 24 rest on the lower shelves 16 of the U-shaped parts 9 of the brackets 1, and the side walls 26 of the sliding inserts 24 are located between the lower shelves 16 and the upper shelves 17 of the side walls 15 of the U-shaped parts 9 of the brackets 1. Level the possible irregularities of the walls by pushing or pushing the retractable inserts 24 deeper into the vertical plane. Drill holes in the side walls 27 of the slide inserts 24 through the holes 20 of the side walls 15 of the U-shaped parts 9 of the brackets 1, for example, rivets are inserted into the holes and riveted, rigidly fixing the part from shear.

Vertical guides 2 are installed between the side walls 27 of the sliding inserts 24. The possible inaccuracies of installing the sliding inserts 24 are offset by shifting the vertical guides 2 forward or backward between the side walls 27 of the sliding inserts 24. The mounting grooves 29 of the side walls 27 of the sliding inserts 24 are used as elements that prevent the profiles of vertical guides 2 from slipping down. The final position of the profiles of the vertical guides 2 is determined and fixed. To do this, choose one of the mounting holes 28 of the side walls 27 of the slide inserts 24, which is opposite the vertical wide side groove 35 of the side wall 31 of the profile of the vertical guide 2 and through it drill a hole in the vertical wide side groove 35. Rivets, for example, are riveted and riveted into the selected mounting holes 28 of the side walls 27 of the slide inserts 24 and into the drilled holes. If no mounting hole 28 coincided with the vertical wide side groove 35, or to give additional strength and structural rigidity in areas with high wind load, drill an additional hole in the vertical wide side groove 35 through the mounting groove 29 of the side wall 27 of the retractable insert 24, for example, a rivet is inserted into the holes obtained and riveted.

Set several profiles of vertical guides 2 along one planned vertical line, leaving a gap of 5 mm between them, and do not fix them firmly with each other using drainage brackets 6. For this, the drainage brackets 6 are latched using convex clips 58 on the wide vertical side channels 35 adjacent profiles of vertical guides 2, arranged in one vertical line. For more reliable fixation of the brackets-drains 6, drill holes through vertical fastening lateral grooves of 35 profiles of vertical rails 2 through the mounting holes 57 of the brackets-drains 6, for example, rivets are inserted into the holes and riveted.

Inside the installed profiles of vertical guides 2, a slide 3 according to option 1 is installed for the fastening system of the cladding panels of the hinged ventilated facades according to option 1, or a slide 4 according to the 2 option for the fastening system of cladding panels of the hinged ventilated facades is according to the 2, 3 options. To do this, press on the shelves 38 of the side walls 37 of the slide 3, or on the tabs-brackets 47 of the side walls 44 of the slide 4, compressing them towards each other. Slide 3, or slide 4, into the vertical guide 2 profile until it clicks into place, in which the vertical wide side grooves 35 of the side walls 31 of the vertical guide 2 profile align with the vertical wide grooves 42 of the side walls 37 of the slide 3, or with the vertical wide grooves 46 of the side walls 44 slide 4. Fix the slide 3 or slide 4 on the vertical guide rail 2 through the mounting holes 41 on the back wall 36 of the slide 3, or through the mounting holes 45 on the back wall 43 of the slide 4. Determine the end Tel'nykh slide position 3 or 4 slide in a vertical guide profile 2 and rigidly fix them. To do this, in the upper middle mounting hole 41 of a larger diameter on the back wall 36 of the slide 3, or in the upper middle mounting hole 45 of a larger diameter on the back wall 43 of the slide 4, insert and twist a self-tapping drill, or through any mounting hole 41 on the back wall 36 of the slide 3, or through any mounting hole 45 on the rear wall 43 of the slide 4, drill a hole in the profile of the vertical guide 2, insert rivets into the holes, for example, and rivet them. If necessary, in areas with a high wind load, a slide 3 or a slide 4 is fixed through any two mounting holes 41, located diagonally on the back wall 36 of the slide 3, or through any two mounting holes 45, located diagonally on the rear wall 43 of the slide 4, is drilled the holes in the profile of the vertical guide 2 are inserted into the holes, for example, rivets and rivet them.

In the fastening system of the cladding panels of the hinged ventilated facades according to option 1, composite panels are suspended on mounted rails 3. For this, loops 5 are fixed on the composite cladding panels, two loops on each side of the composite panel (one on top, the other on the bottom). The hinges 5 are attached to the inside of the side wall of the composite cladding panels so that the fastening stops 51 of the hinges 5 touch the ends of the sidewalls of the composite panels. At the same time, through the mounting holes 54 of the loops 5, holes are drilled in the composite cladding panels, for example, rivets are inserted into the holes and riveted. The loops 5 with attached composite facing panels are hung on the pins 40 of the slide 3, while the pins 40 of the slide 3 are installed in the groove of the loops 5. On each pin 40 of the slide 3 hang two loops 5 attached to two different composite facing panels. Each loop 5 is hung at a certain distance from the side wall 37 of the slide 3. Set the required gap between the composite panels, which is specified in the design documentation, for this, loops 5 are moved along the pins 40 of the slide 3.

In the fastening system of the cladding panels of the hinged ventilated facades according to option 2, composite cladding panels are suspended on mounted slides 4. To do this, loops 7 are fixed on the composite cladding panels, two loops on each side of the composite panel (one on top, the other on the bottom). In this case, the hinges 7 are fixed on the composite facing panels, for example using rivets, through the holes 59 on one of the sides of the hinges 7, and the second side of the hinges 7 is installed in the groove 49 of the slide 4.

In the fastening system of the cladding panels of the hinged ventilated facades according to option 3, composite cladding panels with a length exceeding 2 m are suspended on installed skids 4. For this, horizontal profiles 8 are fixed on the composite cladding panels, connecting, for example, rivets, the lower shelf of the composite cladding panel with lower shelf 63 of horizontal profile 8. Composite facing panels with horizontal profiles 8 fixed on them are hung on rails 4, setting the upper bend 62 her shelf 61 horizontal profile 8 in the groove 49 of the sled 4 according to option 2, while the upper shelf 61 of the horizontal profile 8 rests on the shelf 48 of the tabs-brackets 47 of the sled 4 according to option 2. The gap between the composite cladding panels, which is set by the architects based on the calculation of wind loads, is regulated. To do this, move the horizontal profile 8 in the groove 49 of the slide 4, shifting the composite facing panels towards, or from each other.

The simplification of installation, improving the accuracy and quality of the installation of the fastening system for the cladding panels of the mounted ventilated facades in 1, 2, 3 options is facilitated by the presence of mounting holes on the system elements, designations of the centers of the part, mounting grooves on the side walls of the bracket sliding insert, vertical grooves on the vertical guide profile, vertical wide lateral grooves on the profile of the vertical guide and slide on 1, 2 options.

The design of the system elements makes it possible to level the curvature of the walls of the building and the inaccuracies in the installation of previously installed system elements, which also helps to improve the quality of installation.

The stiffness and strength of the fastening system of the cladding panels of the ventilated facades in 1, 2, 3 options is facilitated by the presence of stiffeners on the side walls of the U-shaped part of the bracket, stiffeners around the holes on the back wall of the U-shaped part of the bracket, flanging-amplifiers above and below on the back wall of the U-shaped part of the bracket, convex corners inside between the side walls and the back wall of the U-shaped part of the bracket, the mounting groove on the side walls of the sliding insert of the bracket, selection wok on the shelves of the vertical guide profile, the vertical grooves on the vertical guide profile, the vertical broad side of the profile troughs vertical guide and slide 1, 2 embodiments that allows its use in areas of high wind loads.

Claims (99)

1. The fastening system of the cladding panels of the hinged ventilated facades, including a bracket with a U-shaped part, a vertical guide profile of a U-shaped section containing a rear wall, side walls, shelves bent outward from the side walls at an angle of 90 °, a U-shaped slide comprising a rear wall, side walls, shelves bent from the side walls outwardly at an angle of 90 °, a pin mounted between the side walls, a U-shaped drainage bracket containing a rear wall and side walls, characterized in that the azine part of the bracket contains a back wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part is made, side walls with stiffeners and mounting holes, upper and lower shelves bent from the side walls inward , convex corners, made inside between the back wall and the side walls, the bracket also contains a thermal break with oval holes and a U-shaped retractable insert made as separate parts section, containing the lower wall with a bend, the side walls on which the mounting holes and the mounting groove are made, the vertical guide profile contains vertical grooves on the bent flanges, on the rear wall and bent shelves, and a vertical wide side groove on the side walls, the slide contains mounting holes on the back wall, vertical wide side trough on the side walls, part centers on bent shelves, drainage bracket contains mounting holes on the rear wall and side walls and inclined latches, the system additionally contains step loops, including the front part and the back part, a mounting limiter, a groove in the front part and mounting holes in the rear part, while the rear wall of the U-shaped part of the bracket is connected to the thermal break strip and mounted on the wall of the building, the lower wall of the drawer is installed on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the drawer are installed and secured between the upper and lower shelves of the U-shaped part of the arm the bracket, the vertical guide profile is installed and fixed between the side walls of the bracket extension, the slide is mounted and fixed inside the vertical guide profile, while the vertical wide side grooves of the side walls of the vertical guide profile are aligned with the vertical wide side grooves of the side walls of the slide, the slide pin is installed in the groove hinges, which are fixed on the facing panels, the drainage bracket is installed and fixed on the profiles of the vertical rails, races Assumption one vertical. 2. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the stiffeners are made in the form of oval protrusions along the contour of the oval holes. 3. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket. 4. The fastening system of the facing panels of the hinged ventilated facades according to claim 1, characterized in that the mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows. 5. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the lower shelves are bent from the side walls inwardly at an angle of 90 °. 6. The fastening system of the cladding panels of the ventilated facades according to claim 1, characterized in that the upper shelves are bent from the side walls inward at an angle of 45 °. 7. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the U-shaped parts of the brackets connected to the thermal break bars are attached to the wall of the building using anchors. 8. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion. 9. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the mounting holes on the side walls of the sliding insert of the bracket are made behind the bend of the lower wall. 10. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove. 11. The fastening system of the facing panels of the hinged ventilated facades according to claim 1, characterized in that the mounting holes on the rear wall of the slide are made round in two rows. 12. The fastening system of the cladding panels of the hinged ventilated facades according to claim 11, characterized in that on the back wall of the slide the middle mounting hole in the upper row is made of a larger diameter. 13. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the centers of the part are made in the form of triangular cutouts in the center of the bent shelves of the slide. 14. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the rear wall and side walls. 15. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the convex retainers are made above and below the mounting holes. 16. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the convex retainers are made round. 17. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the mounting limiter is made in the form of a ledge between the front and rear of the loop. 18. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the bracket, vertical guide profile, slide, hinges, bracket-drainage, are made of stainless steel. 19. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the bracket, vertical guide profile, slide, hinges, bracket-drainage are made of galvanized steel. 20. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the bracket, vertical guide profile, slide, hinges, bracket-drainage are made by cold stamping. 21. The fastening system of the cladding panels of the hinged ventilated facades according to claim 1, characterized in that the elements of the system are interconnected by rivets installed in the mounting holes, and rivet them. 22. The fastening system of the facing panels of the hinged ventilated facades, including the bracket with a U-shaped part, a vertical guide profile of a U-shaped section containing a rear wall, side walls, shelves bent outward from the side walls at an angle of 90 °, a slide made in the form a profile of a U-shaped section containing a rear wall, side walls, a drainage bracket made in the form of a profile of a U-shaped section containing a rear wall and side walls, characterized in that the U-shaped part of the bracket contains a rear wall y, on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part is made, side walls with stiffeners and with mounting holes, upper and lower shelves bent from the side walls inward, convex corners, made inside between the back wall and the side walls, the bracket also includes a thermal break with oval mounting holes and a U-shaped pull-out insert containing the lower a wall with a bend, the side walls on which the mounting holes and the mounting groove are made, the vertical guide profile contains vertical grooves on the bent flanges, on the back wall and bent shelves, and a vertical wide side groove on the side walls, the slide contains mounting holes on the back wall , on the side walls there is a vertical wide side trough, foot-brackets with shelves bent at an angle of 90 °, grooves made between the side walls and foot-brackets, the drainage bracket contains on the back the wall and side walls are mounting holes and convex clamps, the system additionally contains loops in the form of a corner, with mounting holes on one side, while the rear wall of the U-shaped part of the bracket is connected to the thermal break plate and mounted on the wall of the building, the lower wall of the sliding insert is installed on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the sliding insert are installed and secured between the upper and lower shelves of the side walls of the U-shaped part of the bracket, vertical profile the breech is installed and secured between the side walls of the sliding insert of the bracket, the slide is mounted and secured inside the vertical guide profile, while the vertical wide side grooves of the side walls of the vertical guide profile are aligned with the vertical wide side grooves of the side walls of the slide, one side of the hinges is fixed to the facing panels, and the second side is installed in the groove of the slide, the bracket-drainage is installed and fixed on the profiles of the vertical rails located one by one verticals. 23. The fastening system of the cladding panels of the hinged ventilated facades according to item 22, wherein the stiffeners are made in the form of oval protrusions along the contour of the oval holes. 24. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket. 25. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows. 26. The fastening system of the cladding panels of the hinged ventilated facades according to p. 22, characterized in that the lower shelves are bent from the side walls inward at an angle of 90 °. 27. The fastening system of the cladding panels of the ventilated facades according to claim 22, characterized in that the upper shelves are bent from the side walls inward at an angle of 45 °. 28. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the U-shaped parts of the brackets connected to the thermal break bars are attached to the wall of the building using anchors. 29. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion. 30. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the mounting holes on the side walls of the drawer insert of the bracket are made behind the bend of the bottom wall. 31. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the mounting holes on the side walls of the drawer insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove. 32. The fastening system of the cladding panels of the ventilated facades according to claim 22, characterized in that the mounting holes on the rear wall of the slide are made round in two rows. 33. The fastening system of the cladding panels of the hinged ventilated facades according to claim 32, characterized in that the middle mounting hole in the upper row is made of a larger diameter on the back wall of the slide. 34. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the rear wall and side walls. 35. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the convex retainers are made above and below the mounting holes. 36. The fastening system of the cladding panels of the hinged ventilated facades according to p. 22, characterized in that the convex retainers are made round. 37. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the mounting holes on the hinge are round and arranged in two rows. 38. The fastening system of the cladding panels of the ventilated facades according to claim 22, characterized in that the bracket, vertical guide profile, slide, hinges, bracket-drainage, are made of stainless steel. 39. The fastening system of the cladding panels of the hinged ventilated facades according to p. 22, characterized in that the bracket, vertical guide profile, slide. hinges, bracket-drainage are made of galvanized steel. 40. The fastening system of the cladding panels of the hinged ventilated facades according to claim 22, characterized in that the bracket, vertical guide profile, slide, hinges, bracket-drainage are made by cold stamping. 41. The fastening system of the cladding panels of the ventilated facades according to claim 22, characterized in that the elements of the system are interconnected by rivets installed in the mounting holes, and rivet them. 42. The fastening system of the facing panels of the hinged ventilated facades, including the bracket with a U-shaped part, a vertical guide profile of a U-shaped section containing a back wall, side walls, shelves bent outward from the side walls at an angle of 90 °, a slide made in the form a profile of a U-shaped section containing a rear wall, side walls, a drainage bracket made in the form of a profile of a U-shaped section containing a rear wall and side walls, characterized in that the U-shaped part of the bracket contains a rear wall y, on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part is made, side walls with stiffeners and with mounting holes, upper and lower shelves bent from the side walls inward, convex corners, made internally between the rear wall and the side walls, the bracket further comprises a thermal break strip with oval mounting holes made in the form of individual parts and a pull-out insert of a U-shaped section containing the lower bottom wall with a bend, the side walls on which the mounting holes and the mounting groove are made, the vertical guide profile contains vertical grooves on the bent flanges, on the back wall and bent shelves, and a vertical wide side groove on the side walls, the slide on the back wall mounting holes, on the side walls a vertical wide side trough, foot-brackets with shelves bent at an angle of 90 °, grooves made between the side walls and foot-brackets, the drainage bracket contains on the rear wall and side walls, mounting holes and convex clamps, the system additionally contains a horizontal profile of a C-shaped section, including a side wall, an upper shelf with a bend made at an acute angle, a lower shelf with a bend made at an angle of 90 °, while the rear the wall of the U-shaped part of the bracket is connected to the thermal break plate and mounted on the wall of the building, the lower wall of the drawer is mounted on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the drawer are installed are mounted and secured between the upper and lower flanges of the side walls of the U-shaped part of the bracket, the vertical guide profile is installed and secured between the side walls of the arm extension, the slide is mounted and secured inside the vertical guide profile, while the vertical wide side grooves of the side walls of the vertical guide profile are aligned with vertical wide side grooves of the side walls of the slide, the lower shelf of the horizontal profile is fixed to the facing panel, the bend of the top the henna of the horizontal profile shelf is installed in the groove of the slide, the upper shelf of the horizontal profile is supported by the shelves of the bracket legs of the slide, the drain bracket is mounted and fixed on the profiles of the vertical rails located along one vertical. 43. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the stiffeners are made in the form of oval protrusions along the contour of the oval holes. 44. The fastening system of the cladding panels of the hinged ventilated facades according to paragraph 42, wherein the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket. 45. The fastening system of the cladding panels of the hinged ventilated facades according to paragraph 42, wherein the mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows. 46. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the lower shelves are bent from the side walls inward at an angle of 90 °. 47. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the upper shelves are bent from the side walls inward at an angle of 45 °. 48. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the U-shaped parts of the brackets connected to the thermal break bars are fixed to the wall of the building using anchors. 49. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion. 50. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the mounting holes on the side walls of the drawer insert of the bracket are made behind the bend of the lower wall. 51. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the mounting holes on the side walls of the drawer insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove. 52. The fastening system of the cladding panels of the ventilated facades according to claim 42, characterized in that the mounting holes on the rear wall of the slide are made round in two rows. 53. The fastening system of the cladding panels of the hinged ventilated facades according to paragraph 52, wherein the middle mounting hole in the upper row is made of a larger diameter on the back wall of the slide. 54. The fastening system of the cladding panels of the ventilated facades according to claim 42, characterized in that the mounting holes on the drainage bracket are made in the form of vertical oval holes located in the center of the rear wall and side walls. 55. The fastening system of the cladding panels of the hinged ventilated facades according to paragraph 42, wherein the convex retainers are made above and below the mounting holes. 56. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the convex retainers are round in shape. 57. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the bending of the upper shelf of the horizontal profile is made at an angle of 45 °. 58. The fastening system of the cladding panels of the ventilated facades according to claim 42, characterized in that the bracket, vertical guide profile, slide, horizontal profile, drainage bracket, are made of stainless steel. 59. The fastening system of the cladding panels of the hinged ventilated facades according to claim 42, characterized in that the bracket, vertical guide profile, slide, horizontal profile, drainage bracket are made of galvanized steel. 60. The fastening system of the facing panels of the hinged ventilated facades according to claim 42, characterized in that the bracket, vertical guide profile, slide, horizontal profile, and drainage bracket are made by cold stamping. 61. The fastening system of the cladding panels of the ventilated facades according to claim 42, characterized in that the elements of the system are interconnected by rivets installed in the mounting holes, and rivet them. 62. An arm comprising a U-shaped part, characterized in that the U-shaped part of the arm comprises a rear wall on which oval mounting holes are made with stiffeners, top and bottom flanging-amplifiers, on which the designation of the center of the part, side walls with stiffening ribs and with mounting holes, upper and lower shelves, bent from the side walls inward, convex corners made inside between the back wall and side walls, additionally the bracket contains separate a thermal break plate with oval mounting holes and a U-shaped sliding insert containing a lower wall with a bend, side walls on which mounting holes and a mounting groove are made, while the rear wall of the U-shaped part of the bracket is connected to the thermal break, the lower wall is retractable the inserts are installed on the lower shelves of the side walls of the U-shaped part of the bracket, the side walls of the drawer are installed and fixed between the upper and lower shelves of the U-shaped part of the bracket. 63. The bracket according to item 62, wherein the stiffeners are made in the form of oval protrusions along the contour of the oval holes. 64. The bracket according to item 62, wherein the designation of the center of the part is made in the form of triangular protrusions located in the center of the flanging-amplifiers of the rear wall of the U-shaped part of the bracket. 65. The bracket according to item 62, wherein the mounting holes on the side walls of the U-shaped part of the bracket are made round in two rows. 66. The bracket according to item 62, wherein the lower shelves are bent from the side walls inward at an angle of 90 °. 67. The bracket according to item 62, wherein the upper shelves are bent from the side walls inward at an angle of 45 °. 68. The bracket according to item 62, wherein the mounting groove on the side walls of the sliding insert is made in the form of an oval protrusion. 69. The bracket according to item 62, wherein the mounting holes on the side walls of the sliding insert of the bracket are made for bending the bottom wall. 70. The bracket according to paragraph 62, wherein the mounting holes on the side walls of the sliding insert of the bracket are made in the form of round holes located in two rows above and below the mounting groove. 71. The bracket according to item 62, wherein the bracket is made of stainless steel. 72. The bracket according to item 62, wherein the bracket is made of galvanized steel. 73. The bracket according to item 62, wherein the bracket is manufactured by cold stamping. 74. The bracket according to claim 62, characterized in that the U-shaped parts of the brackets connected to the thermal break bars are attached to the wall of the building using anchors. 75. The bracket according to claim 62, characterized in that the U-shaped part and the sliding insert of the bracket are interconnected by rivets installed in the mounting holes, and rivet them. 76. A vertical guide profile of a U-shaped section, comprising a rear wall, side walls, shelves bent outward from the side walls outward at an angle of 90 °, characterized in that flanges are made on bent shelves, vertical grooves on the back wall and bent shelves, and the sides of the vertical wide side gutter. 77. The vertical guide profile according to item 76, wherein the vertical guide profile is made of stainless steel. 78. The vertical guide profile according to p, characterized in that the vertical guide profile is made of galvanized steel. 79. The vertical guide profile according to item 76, wherein the vertical guide profile is made by cold stamping. 80. A slide made in the form of a profile of a U-shaped section, comprising a rear wall, side walls, shelves bent outwardly at an angle of 90 °, a pin mounted between the side walls, characterized in that mounting holes are made on the rear wall of the slide, on the side the walls made a vertical wide side trough, on the bent shelves made the center of the part. 81. The slide according to claim 80, characterized in that the mounting holes on the rear wall of the slide are made round in two rows. 82. The slide according to claim 80, characterized in that on the back wall of the slide the middle mounting hole in the upper row is made of a larger diameter. 83. The slide according to claim 80, characterized in that the centers of the part are made in the form of triangular cutouts in the center of the bent shelves. 84. The slide according to claim 80, wherein the slide is made of stainless steel. 85. The slide according to claim 80, wherein the slide is made of galvanized steel. 86. The slide according to claim 80, characterized in that the slide is made by cold stamping. 87. A slide made in the form of a profile of a U-shaped section, comprising a rear wall and side walls, characterized in that mounting holes are made on the rear wall, and a vertical wide side channel is made on the side walls, bracket legs with shelves bent at an angle 90 °, grooves made between the side walls and the bracket legs. 88. The slide according to claim 87, characterized in that the mounting holes on the rear wall of the slide are made round in two rows. 89. The slide according to Claim 87, wherein the middle mounting hole in the upper row is made of a larger diameter on the back wall of the slide. 90. The slide according to Claim 87, wherein the slide is made of stainless steel. 91. The slide according to Claim 87, wherein the slide is made of galvanized steel. 92. The slide according to Claim 87, wherein the slide is made by cold stamping. 93. Bracket-drainage, made in the form of a profile of a U-shaped section, containing a rear wall and side walls, characterized in that on the rear wall and side walls are made mounting holes and convex retainers. 94. Bracket-drainage according to item 93, wherein the mounting holes are made in the form of vertical oval holes located in the center of the rear wall and side walls. 95. Bracket-drainage according to item 93, wherein the convex retainers are made above and below the mounting holes. 96. Bracket-drainage according to paragraph 93, wherein the convex retainers are made round. 97. Bracket-drainage according to paragraph 93, wherein the bracket-drainage is made of stainless steel. 98. Bracket-drainage according to paragraph 93, wherein the bracket-drainage is made of galvanized steel. 99. Bracket-drainage according to item 93, wherein the bracket-drainage is made by cold stamping.