ES2525751B1 - Full window turning system - Google Patents

Abstract

Complete turning system for windows for adaptation on conventional windows, with or without blinds, of new profiles whose characteristics allow them to rotate 360 ° with respect to the wall where they have been installed, while maintaining safety and tightness guarantees. # The profiles are cut to size of the window and fixed to it by conventional means, profiles are provided to form a frame fixed to the wall where the window is located. The profiles contain the axes of rotation and / or their housings that allow the rotation of the window, likewise at least two of the profiles that are placed on the window have one of their curved faces facilitating the rotation and the proximity with the frame that It has the complementary curvatures, the profiles have means to accommodate seals.

Description

  WINDOW COMPLETE SPINNING SYSTEM

Object of the invention

The object of the present invention is to provide to the manufacturer or installer of windows, new profiles that allow to adapt on any conventional window, with or without blind, obtaining a greater range of windows to be chosen by the consumer, maintaining the guarantees of tightness and allowing the complete 360 degree rotation to proceed to cleaning from inside the room. In this way it is possible to transform any window regardless of its typology, into a rotating window.

Technical sector

The present invention is framed in the industrial sector for the manufacture of windows.

Background of the invention

Nowadays, homes and buildings with rotating windows are known that allow the Iimpiez2 of both faces from inside the room without the need to access the outside or take the body out of the window, such as the utility model ES1091316 of the same Faustino Camarero Franco applicant, whose innovation consists of a revolving window, which can also include the blind and mosquito net, allowing 360 degree horizontal rotation by means of an axis of rotation aligned at the top and bottom of the fixed pre-frame on the wall and the window. There are other documents in which revolving windows are described although their rotation is not complete, that is, they do not complete the 3600 as the swingarm ES0210216 of the applicant Don José Manuel Tamargo Estrada or ES0211857 of Yoshida Kogyo Kabushiki Kaisha.

There are no known inventions such as the one in which any conventional window can be turned into a swivel by incorporating adaptation profiles, allowing the end user to have more freedom of choice among the multiple windows that are on the market.

"Description of the invention

The present invention describes the new profiles adaptable by any manufacturer or

"Window installer to be incorporated in any conventional window, with or without a blind, that is on the market, maintaining its tightness and allowing its full 360 degree rotation to proceed to its cleaning from the inside

. Of the stay. These new profiles facilitate a wider range of possibilities, since we can adapt them to any window, for example, a sliding, or tilt-and-turn, among others. It is not necessary to build a revolving window from the factory since this limits the possibilities, nor does it also cover certain special execution windows such as those with frames to place a blind between two windows or the stained glass windows among others, nor the renovation on already installed windows In a property.

Starting from a conventional window already assembled, the customized profiles of the adaptation profiles are fixed to the window by means of conventional means such as screwing or joining by rivets. The necessary profiles are: two lateral profiles for the exterior vertical faces of the window. These side profiles have two main faces, one face forms a plane in contact with the window, its other face is convex in order to allow the window to rotate, this face

convex presents the corresponding conventional sealing gaskets being fixed by conventional means as an adhesive bond or embedded in a groove for this purpose. There are also two prisms with a prismatic section whose main faces are those that come into contact with the window and with the frame on their horizontal faces, the face of the profile in contact with the window defines a plane with which intimate union is guaranteed. Between profile and window. Its other main face has the corresponding conventional sealing gaskets being fixed by conventional means such as adhesive bonding or embedded in a groove for this purpose.

In order to allow the window to rotate, the profiles located on the horizontal faces that define the perimeter of the window have a projection or axis of rotation centered on the dimension that defines the width of the window, however, can be offset with respect to the width to achieve that the window when turning 3600 protrudes with respect to the wall where it is installed. Regardless, the horizontal profiles p '-: have a housing for the shaft, the shaft being in this arrangement located in the frame.

Both the shafts and their housing in the horizontal profiles of the window are retained by conventional means such as welding, interference adjustment, screw connection or by the use of rivets.

To accommodate the window once it has been adapted with the profiles described, there are four profiles that make up a frame to be installed on the required wall. This frame is composed of two lateral profiles complementary to those located in the window, that is, they have two main faces, one face intended for fixing on the wall or on an old window frame, and another face with a concave surface that has means to ensure the tightness of the window in its position of

. ,

closing. These means are conventional, as seals, being fixed by conventional means as an adhesive joint or embedded in a groove for this purpose.

The frame is made up of two profiles that define the horizontal sides of the perimeter of the frame. These two profiles have a prismatic section, one of its main faces comes into contact with the horizontal profile of the window and presents the corresponding sealing gaskets described, its face pot is intended to be fixed on the wall or on an old window frame .

The horizontal profiles that make up the frame contain either an axis or a housing that act in cooperation with the one located in the horizontal profiles of the window, these are retained by conventional techniques such as welding, interference adjustment, screw connection or by using rivets Similarly to the profiles of adaptation for the window, the axes and their corresponding housings are aligned and in the center of the window in its horizontal dimension, being able to be offset with respect to the thickness of the wall, placing it closer to the interior room, so that when completing a complete 360 degree turn to clean the external face of the window, a projection is formed between said face and the wall of the interior room, and thus avoid dirtying the interior wall.

Versions are planned in which the vertical adaptation profiles of both the frame and those installed in the window have protrusions or protrusions, which in cooperation with complementary channels or grooves generate a tightening interference that facilitates the closing position of the revolving window, having to overcome this tightening to start the rotation of the window when we want to turn it.

The placement of conventional security elements such as manual latches or locks is provided on these adaptation petrels in order to prevent involuntary window rotation.

5 Brief description of the drawings

For the best understanding of what is described herein, some drawings are attached in which only by way of non-limiting example, is represented. a practical case of realization of the invention. 10

An isomeric view of the lateral adaptation profile of the window is shown in Figure 1, where it can be seen:

one.

Side window adaptation panel.

2.

Convex face of the profile.

15 3. Flat face of the profile.

Four.

Slot housing for sealing gasket.

5.

Adjustment bumps.

An isometric view of the horizontal adaptation profile of the '20 window is shown in Figure 2, where it can be seen:

6.

Horizontal profile of window adaptation.

7.

Flat face in contact with window.

8.

Outer face.

4. Slots for sealing gaskets.

2S

An isometric view of the lateral adaptation profile of the frame is shown in Figure 3, where it can be seen:

9.

Side adaptation profile of the frame.

10.

Concave face of the profile.

eleven . Fixing face to the wall.

4. Slot housing for sealing gasket.

12. Concave channel complementary to the protuberance 5.

Figure 4 shows an isometric view of the horizontal profile that forms the frame, where:

13.

Horizontal profile of the frame.

14.

Flat face in contact with the complementary window profile. "15. Face fixing to the wall.

4. Grooves intended for fixing gaskets.

Figure 5 shows an exploded view of a conventional window, adaptation profiles and rotation axes, where:

. 16. Conventional window mounted. 1 .. Side adaptation profiles of the window.

6. Horizontal window adaptation profiles.

17. Profile drilling for shaft or housing placement.

18. Shaft housing bushing. , 19. Rotation axis.

Figure 6 shows an isometric view of a conventional window with the adaptation profiles installed. The housing for the axis can be seen centered on its upper horizontal profile.

Figure 7 shows an exploded view of the profiles that make up the frame, as well as its axis of rotation and housing for the axis of the window, it can be seen:

9. Vertical profiles of lateral adaptation of the frame.

13. Horizontal profiles of the frame.

17.

Profile drilling for shaft or housing placement.

18.

Shaft housing bushing.

19.

Axis of rotation.

Figure 8 shows a frame shaped with profiles where:

20. Frame installed on wall.

19. Rolling shaft.

18. Housing bush for shaft.

twenty-one . Moldings or flashing.

Figure 9 shows the assembly of the conventional window with the adaptation profiles installed, placed in the frame and slightly turned.

Figure 10 shows a plan view of the frame / window assembly. The curved shape of the lateral adaptation profiles of the window can be seen.

Description of a preferred embodiment

"A preferred embodiment is described by way of example, being independent of the object of the invention the materials used in the manufacture of the new profiles adaptable to conventional windows, with or without blinds, as well as the application methods and all the accessory details that may occur, as long as they do not affect their essentiality.

A preferred embodiment of the new profiles adaptable to conventional windows is proposed, with or without a blind.

•

In order to allow an adaptation of a conventional window (16) already mounted, figure 5, different types of profiles are available, on one side the vertical adaptation profiles (1) figure 1 have two main faces, one face forms a plane in contact with the window (3) its other face is convex (2) in order to allow the window to rotate, this convex face has the corresponding sealing gaskets being fixed by conventional means such as adhesive bonding or embedded in a groove for this purpose (4).

There are also two prismatic section profiles (6) figure 2, whose main faces are those that come into contact with the window and with the frame on their horizontal faces, the profile face in contact with the window (7) defines a plane with which the intimate union between profile and window is guaranteed. Its other main face (8) is flat and has the corresponding conventional sealing gaskets being fixed by conventional means such as adhesive bonding or embedded in a groove for this purpose (4).

In the horizontal profiles an axis (19) or a housing bushing (18) of an axis are indistinctly housed, this relationship being complementary to the one chosen in the frame. to place them in the profiles, conventional procedures such as welding, interference junction such as a hole (17) and its housing, or use of hardware are used.

With these profiles cut to the size of the window, figure 5, it is fixed by conventional connection as screwed or riveted on the conventional window, figure 6.

Complementarily, adaptation profiles are required to form a frame on which the window rotates, this frame figures 7 and 8, is composed of two horizontal pellets (13), these two profiles have a prismatic section, one of its main faces (14 ) comes into contact with the horizontal window and presents the

... '~

corresponding sealing joints fixed by conventional means such as adhesive bonding or in a groove (4) available for this purpose, its other face is intended to be fixed in the wall or on an old existing window frame. Centered in its horizontal dimension, the profiles have an axis (19) or a housing (18) to receive an axis, which is fixed by conventional means such as welding, joining with tightening against a hole (17) practiced in the profile screw connection or riveted

There are also two vertical profiles (9) that have a main face intended for fixing on the wall or on an old window frame and another face with a concave surface (10) that has means to ensure the tightness of the window in its closing position These means are conventional, as seals, being fixed by conventional means as adhesive bonding or embedded in a groove for this purpose (4). With the profiles described and cut to the extent required by the window, the frame is formed through its union, figures 7 and 8, this union is made by conventional means known in the sector. The frame can be coated if required by a moldings or flashing (21).

The vertical adaptation profiles of this preferred embodiment have, both those of the frame, and those installed in the window, protrusions or projections (5) figure 1, which in cooperation with complementary channels or grooves (12) figure 3, generate a tightening interference that facilitates the closing position of the rotating window, having to overcome this tightening to start the window turning when we want to turn it.

The use of a conventional safety mechanism for the

. .

immobilization of the turning of the window with respect to its frame, such as blocking between these elements by means of a pin or lock, thereby avoiding an accidental or unwanted turn.

Claims (4)

1. Complete window turning system characterized by allowing any

conventional window like sliding or tilt-and-turn already built,

5

be adapted to allow its complete rotation with respect to the wall where

It is installed by having the following adaptation profiles: two profiles

located on the exterior vertical faces of the window, these profiles

laterals (1) have two main faces, one face forms a plane in contact

with the window (3) its other face is convex (2) in order to allow the rotation of the

10

window. Two prismatic section profiles (6) whose main faces are flat

and come into contact with the window (7) and with the frame on their horizontal faces

(8). To shape the frame, it has two horizontal adaptation profiles

(13) these two profiles have a preferably flat prismatic section,

one of its main faces (14) comes into contact with the horizontal profile of the

1'5

· Window its other main face (15) is intended for fixing on the wall or

over an old existing window frame; two vertical profiles (9) that

. they have a main face intended for fixing on the wall or on a

old window frame (11) and another concave surface face (10)

complementary to the window profile face (2).

twenty

It has means to perform the relative rotation of the window with respect to the

frame by means of a set of axles (19) and their corresponding housings (18)

located in cooperation in the pairs horizontal window profile (6) and profile

horizontal of the frame (13), retained by conventional procedures

as a soldier, union by interference as a hole (17) and its housing, or

25

use of hardware.

The profiles have conventional means such as gaskets to ensure its tightness being fixed by means known as adhesive bond or embedded in a groove for this purpose (4). 2. Complete window turning system according to claim one

5 . characterized by having conventional means to align the window in its parallel position with respect to the wall where it is installed as an adjustment for interference in this position, by at least one tightening torque generated with the cooperation of a protuberance (5) and a complementary channel

(12)

located in one of the profiles surrounding the window on its face of 10 contact with the profile of the frame and the profile of the latter.

3. Complete window rotation system according to the first claim characterized by having conventional means of blocking the window with respect to the frame as latches or locks.