RU2691147C1 - Window bracket - Google Patents

Abstract

FIELD: construction.SUBSTANCE: window bracket, for example, for screening device, or guides for curtains, or lanyard cord holder, or for retaining control chain, includes plate located on surface of window glass under glazing bead and retained by frame. Window bracket may also include a platform placed on top of the front surface of the window frame profile on a post connected detachably or permanently with a plate placed on the surface of the window glass under the glazing bead.EFFECT: disclosed is window bracket.18 cl, 16 dwg

Description

Technical field

The present invention relates to elements for closing openings in buildings, and more specifically, to windows and window brackets used when installing screens from light to windows.

Prior art

The international publication WO 2008/043358 of 04/17/2008, revealing a window with a frame, a double-glazed window and a bracket, is known.

The disadvantage of this known technical solution is the need to use bead, designed specifically to hold the shielding device, the elements of which also need to be changed for conscientious use with this bead.

The British patent GB 2462621, which was also published on August 22, 2012, is also known, which discloses a window with a frame, a double-glazed window and a shielding device held by a bead.

The disadvantage of this known technical solution is the need to change the design of the bead, usually used only to hold the glass.

The prior art patent of the Russian Federation No. 160552 dated 03/20/2016, revealing a window with a frame, a double-glazed window and a bracket for a shielding device made with a strip located on the surface of the window glass, pressed by a bead. This known technical solution is aimed at ensuring installation of the shielding device on the window without changing the design of the elements of the window and shielding device.

The disadvantage of this known technical solution is that the bracket is held by the glass unit, on the end of which there is another bracket bracket. When mounting the bracket on the window, its position depends on the size of the glass and its location in the frame, which can lead to a violation of the specified position of the bracket and, accordingly, the shielding device relative to the frame and bead.

DISCLOSURE OF INVENTION

In the claimed invention solves the problem of ensuring the installation of the shielding device on the window without changing the design of the elements and the window, and shielding device.

The technical result achieved in the claimed invention is to reduce the size of the window with a bracket for a shielding device and with a shielding device hung on it.

The technical result of the claimed invention is also the versatility of its use in windows with known window frames and bead, since there is no need to change the design of the elements of these windows.

These technical results are achieved in a window with a frame, a double-glazed window and a bracket made with a bar located on the surface of the window glass, a pin pressed to the window glass by means of a rubber sealant, while the bracket bar pressed on the window glass surface is held by the frame, which prevents the bracket from moving along the surface window glass under the bead. The bracket can be used to install on the window as a shielding device, for example, blinds or roller blinds, and, for example, guides for curtains, or a holder of a cord of blinds, or to hold the control chain.

Located on the surface of the window glass bracket bracket can be kept by the frame by means of the bead from shifting along the glass surface. To do this, this bracket bracket can be attached to the bead. But for the same, this strap can be performed with a protrusion that rests against the bead and prevents the strips from exiting from under the bead.

Located on the surface of the window glass bracket bracket can be attached directly to the frame. Moreover, the bracket plate located on the surface of the window glass can be attached directly to the frame in between the frame and the end of the glass unit or between the frame and bead.

The bracket can be made with a platform located on top of the front surface of the frame profile on a stand connected non-detachably or detachably to a plate located on the surface of a window glass under the bead and held by the frame.

The bracket can be made in the form of an angle formed by two strips, one of the slats is located on the surface of the window glass and is held by the frame, and the other slat is made with the possibility of hanging an element of a shielding device on it.

The window may include two brackets installed on opposite sides of the glass unit; each bracket is made with a strip on the surface of the window glass, held by the frame, and a curtain guide for the shielding device located along the glazing bead. The window may include a greater number of brackets, for example, two brackets for each guide curtain.

These technical results are achieved in the bracket, for example, for a shielding device installed on the window, or guides for curtains, or a lanyard cord holder, or for holding a control chain that includes a plate located on the window glass surface under the bead and held by the frame and positioned over the front surface of the window frame profile is a platform on a rack connected detachably to a plate located on the surface of the window glass under the bead.

Located on the surface of the window glass bracket bracket can be kept by the frame by means of the bead from shifting along the glass surface.

Located on the surface of the window glass bracket bracket can be attached to the bead, for example, screwed or glued. But to hold the bar it can be performed with a protrusion resting on the bead and preventing the bar from getting out from under the bead.

Located on the surface of the window glass bracket bracket can be attached directly to the frame.

A detachable connection can fix the mutual position of the rack with the plate located on the glass unit.

The plate installed on the double-glazed window and the platform for installing the shielding device can be located relative to each other with the possibility of installation in the corner of the window frame, respectively, under the bead and over the frame profiles located mutually perpendicularly.

Detachable connection of the rack and the plate installed on the glass unit can be made with the possibility of rotation of the stand relative to the plate installed on the glass unit.

A platform located on top of the front surface of the frame can be connected to the rack with the possibility of rotation of the platform relative to the rack.

The platform, located over the front surface of the frame, can be made with a guide for the curtain of the shielding device.

Brief Description of the Drawings

FIG. 1 shows a window with a bead, where the brackets for the shielding device (horizontal louver) are visible, closed in FIG. 1 bead. The same window, but with a horizontal louver housing mounted on it, held by the same brackets is shown in FIG. 2

FIG. 3 and FIG. 4 shows various embodiments of the bead and the bracket installed in the window with the body of the horizontal louver held by it.

FIG. 5 and FIG. 6 shows the variants of the bracket installed in the window with the curtain guide held by it, respectively, for the curtain and the latch cord holder.

FIG. 7 and FIG. 8 shows various embodiments and installations in an arm window attached directly to the frame, with the body of the horizontal louver held by it.

FIG. 9 shows a window with two declared brackets for the shielding device installed in the upper corners of the window frame.

FIG. 10 shows a section of the window frame profile at the installation location of one of the brackets shown in FIG. one.

FIG. 11, FIG. 12 and FIG. 13 shows the projections of a part of the claimed bracket for a shielding device — a platform on a rack disposed over the front surface of the profile of the window frame.

FIG. 14, FIG. 15 and FIG. 16 also shows the projections of the platform on the rack located over the front surface of the window frame profile, differing in design from the platform on the rack shown in FIG. 11, FIG. 12 and FIG. 13.

Possible embodiments of the invention

FIG. 1 shows a window with a frame 1, a glass unit 2, a bead 3 and brackets 4 for a shielding device, the upper parts of which are closed by a bead 3.

FIG. 2 shows that the body of the horizontal louver 5 is mounted on the brackets 4.

FIG. 3 shows a section of the window: frame 1, glass unit 2, bead 3 held by bead on the surface of the window glass of the bracket bracket 4 with a protrusion 6 adjacent to the ledge of bead 3 and the groove in which the body 5 of the horizontal louver is installed.

Under the weight of the shielding device (horizontal blinds) or under the action of forces arising when installing a horizontal blinds, the protrusion 6 of the bracket bracket 4 rests on the bead and prevents the bracket bracket 4 from exiting from the bar.

FIG. 4 also shows a cross-section of the window, but with a different embodiment of the bead and bracket for the shielding device: frame 1, double glazing 2, body 5 horizontal louvers, bead 7 and held by the bead on the windowpane surface of the bracket bar 8 with the ledge 9 located in the groove of the chamber wall shtapika 7.

Under the weight of the shielding device (horizontal louver) or under the action of forces arising when installing a horizontal louver, the protrusion 9 of the bracket bracket 8 in the groove of the bead 7 abuts the bead 7 and prevents the bracket of the arm 8 from exiting the bead 7.

FIG. 5 shows a variant of the bracket for the guide curtain, also held by the bead. The guide 10 is installed in the groove of the bracket 11. The bracket 11 fits the profile of the bead 12 installed in the frame 13. The bar 14 of the bracket 11 is located on the window glass 15, the bend 16 of the bar 14 is pressed to the ledge on the inner side of the bead 12, and the rest of the bracket 11 pressed to the front surface of the bead. The limb 16, resting on the ledge on the inner side of the bead 12, prevents the exit of the strap 14 from under the bead.

FIG. 6 shows a variant of the bracket 17 held by the bead of the holder for the cord holder 18 and passing through the holes in the louvre lamellas. The holder 18 allows you to hold the louvre cord 19 louvre parallel to the surface of the glass when the window sash bends. The holder 18 is made of elastic material, for example, rubber, and is inserted into the hole in the bend of the plate 21 located over the front surface of the bead 20 on the glass pane and pressed by the bead 20. The plate 21 is made with two limbs located on opposite sides. The second limb 22, resting on the ledge on the inside of the bead, prevents the exit of the plate 21 from under the bead.

FIG. 7 shows a cross section of the window: the frame 23, the glass unit 24, the bead 25 and the bracket 26 in which the body 27 of the horizontal louver is mounted. The bracket 26 consists of strips (plates), forming a corner. One of the plates is pressed by the bead 25 to the double-glazed window 24. And the other plate 28 is located between the frame 23 and the double-glazed window 24 and is screwed to the frame 23 with a screw. The plate 28 can also be glued or inserted into a groove made in the frame. The fastening of the plate 28 to the frame 23 provides for the retention of the bracket 26 when exposed to the forces arising from the operation of the horizontal blinds.

FIG. 8 also shows a cross-section of a window with another embodiment of the bracket for a shielding device, namely: frame 29, double-glazed window 30, glazing bead 31 and bracket 32 consisting of slats (plates) forming an angle. One of the plates is located on the window glass and is pressed by the bead 31 to the glass unit 30. And the plate 33 is located between the frame 29 and the bead 31 and glued to the frame 29. The plate 33 can also be screwed to the frame with a screw or inserted into a groove made in the frame . The fastening of the plate 33 to the frame 29 ensures the retention of the bracket 32 when it is subjected to the forces arising from the installation of the horizontal louver.

FIG. Figures 7 and 8 show the mounting of the bracket to the horizontal profile of the window frame, but the bracket can also be attached to the vertical profile of the frame. In this case, the bracket can be used not only to hold the body of the shielding device, but also to hold other elements of the shielding device, as shown in FIG. 5 and FIG. 6, for example, to keep the control chain and the line holding the fabric web (in the case of a roller blind) close to the frame, or a web consisting of a set of lamellae (in the case of a horizontal louver) in a plane parallel to the glass plane. This is useful when installing a shielding element on a leaning window sash.

FIG. 9 shows a window with a frame 34, a double-glazed window 35, a bead 36, a gasket 37 and brackets 38 and 39 for a shielding device installed in the upper corners of the window.

FIG. 10 shows a section of the upper profile 40 of the frame 34, a double-glazed window 35, a bead 36 with a seal 37 and a bracket for a shielding device consisting of two detachably connected parts. The first part 41 of the bracket for the shielding device is made L-shaped, located on the ledge of the bead 36 and the glass surface of the glass unit 35, to which it is pressed by the bead 36 and provided with a protrusion 42 with a cylindrical surface. The first part 41 of the bracket is located under the bead, with the exception of the protrusion 42. The second part of the bracket for the shielding device is a platform 43 located on the front surface of the profile 40 of the frame (on which the shielding device is installed) on a stand 44 made with a groove 45 covering the protrusion 42 of the first part bracket. The second part of the bracket can be put on and removed from the protrusion 42 of the first part by moving the groove 45 along the cylindrical surface of the protrusion 42. It should be noted that the above example of a detachable connection of parts of the claimed bracket for a shielding device is not the only possible implementation of a detachable connection. In particular, it is possible to arrange the groove on the first part of the bracket, and the protrusion on the second part.

The first part 41 of the bracket can be additionally attached to the bead.

An example of the second part of the claimed bracket for the shielding device is shown by its projections in FIG. 11, FIG. 12 and FIG. 13. Platform 46, located over the front surface of the window frame profile, is provided with elements 47 forming slots for mounting a shielding device and mounted on a rack 48. The rack 48 is equipped with a bar 49 made with a groove 50 for connection with a protrusion on a plate disposed on the glass unit .

Another exemplary embodiment of the second part of the claimed bracket for the shielding device is shown by its projections in FIG. 14, FIG. 15 and FIG. 16. Platform 51, located over the front surface of the window frame profile, is made with holes 52 used to install a shielding device and is mounted on a rack 53. The rack 53 is made of two plates forming a two-sided corner and provided with a bar 54 made with a groove 55 for dovetail connection with a corresponding protrusion on a plate located on the glass unit.

The window brackets, the design of which is disclosed, are made of metal, for example, an aluminum alloy, or plastic. In practice, the plates of these brackets, located on the surface of the glass and pressed with a bead by means of a compactor, are made from 0.2 mm to 0.7 mm thick. This thickness of the plate allows you to not violate the tightness of the connection of the seal with the surface of the glass.

Claims (18)

1. A window with a frame, a double-glazed window and a bracket made with a strip located on the surface of the window glass, a bead pressed against the window glass, characterized in that the bracket bar pressed by the bead on the surface of the window glass is held by the frame. 2. Window according to Claim. 1, characterized in that the bracket plate located on the surface of the window glass is held by the bead from displacement over the glass surface by the frame. 3. The window according to claim 2, characterized in that the bracket plate located on the surface of the window glass is attached to the bead. 4. The window according to claim 2, characterized in that the plank located on the surface of the window glass is made with a protrusion abutting a bead and preventing the plank from exiting under the bead. 5. Window according to Claim. 1, characterized in that the bracket plate located on the surface of the window glass is attached directly to the frame. 6. Window according to claim 5, characterized in that the bracket plate located on the surface of the window glass is attached to the frame in the interval between the frame and the end of the glass unit. 7. Window according to claim 1, characterized in that the bracket is made in the form of an angle formed by two strips, one of the slats is located on the surface of the window glass and is held by the frame, and the other slat is configured to hang a shielding device element on it. 8. Window according to Claim. 1, characterized in that the bracket is made with a platform disposed over the front surface of the frame profile on a rack connected to a plate disposed on the surface of the window glass under the bead and held by the frame. 9. Window according to Claim. 1, characterized in that it includes two brackets installed on opposite sides of the glass unit, each bracket is made with a strip on the window glass surface held by the frame and a guide for the shade of the shielding device positioned along the bead. 10. Window bracket comprising a plate located on the surface of a window glass under a bead, characterized in that it further includes a platform located above the front surface of the profile of the window frame on a rack connected detachably to the plate positioned on the surface of the window glass under the bead and held by the frame. 11. The bracket according to claim 10, characterized in that the bracket plate located on the surface of the window glass is held by the bead from displacement over the glass surface. 12. The bracket according to claim 11, characterized in that the bracket plate located on the surface of the window glass is attached to the bead. 13. The bracket according to claim 10, characterized in that the bracket plate located on the surface of the window glass is attached directly to the frame. 14. The bracket according to claim 10, characterized in that the plug connection fixes the relative position of the rack with the plate located on the glass unit. 15. The bracket according to claim 10, characterized in that the plate installed on the glass unit and the platform for installing the shielding device are located relative to each other with the possibility of installation in the corner of the window frame, respectively, under the bead and over the frame profiles, which are mutually perpendicular. 16. The bracket according to claim 10, characterized in that the detachable connection of the rack and the plate mounted on the glass unit is arranged to rotate the stand relative to the plate mounted on the glass unit. 17. The bracket according to claim 10, characterized in that the platform located over the front surface of the frame is connected to the rack with the possibility of rotation of the platform relative to the rack. 18. The bracket according to claim 10, characterized in that the platform, located on the front surface of the frame, is made with a guide for the curtain of the shielding device.

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