EP2080860A1 - Window made from two profiles connected by dowels and continuous resin or plastic rods, with double metal locking actuated by a single handle - Google Patents

Abstract

The window has a dual burglar-proof locking device actuated by a single locking handle (3), on which leaf- or frame- and safety structures are mounted. The handle actuates mechanism of outer and inner profiles, which are connected by dowels and continuous plastic-, PVC- or resin rods. The profiles are made of different materials such as wood/aluminum, PVC/aluminum and wood/wood, where larger thickness of the profiles creates two hollow spaces or channels for the locking device. Resin is inserted between both connecting materials.

Description

This industrial invention relates to the enclosure "Finestra Serena", which can be used as a border for doors and windows and as a filler for wall gaps between inner and outer spaces. It consists of a single material, such. For example, only wood or only PVC, or from the combination of aluminum / wood, wood / aluminum, aluminum / aluminum, aluminum / PVC, PVC / PVC, PVC / wood, wood / wood. It consists of a single wing / frame profile for wood and PVC, or two coupled profiles interconnected by dowels and continuous resin or plastic rods. All windows are equipped with double metal latches operated by a single hand pawl, whose single closure guarantees safety and resistance to blasting.

Those skilled in the art know that the traditional windows are made of a metal latch that always works through a single lavatory for the belt latch, allowing different window openings from the outside; The burglaries, according to the statistics, happen more often through the windows than through the entrance doors, which are safer.

Many windows, even if made of wood or PVC, do not allow total thermal insulation between outside and inside (the new European rules require concrete results in terms of energy saving).

All modern enclosures must also be a protective task against blasting, theft and burglary in homes, offices, workshops and

Industries have. Although the thickness of the fabrics or the thickness of the glasses and skeleton may provide some certainty, it still remains easy to penetrate through the windows.

The entrance doors nowadays have a good level of safety as they have become resistant through strong materials, supports and bars (eg iron reinforced doors or reinforced metal doors); the breaking of the window is still the easiest way to enter an apartment.

All manufacturers produce the bezels with a single cream closure, which is less strong, easier to break and therefore less secure, by passing the heat insulation of the opening to the classic interior window. The inner framing has as main task the insulation and thermal protection, rather than the Aufsprengungsschutzes.

In order to combine both heat insulation and safety, one has to combine both in a single closure, since the structures used to date have only succeeded separately and partially.

1. a) Bessere Wärme- und Lärmisolierung;
2. b) Wasser- und Windschutz;
3. c) erhöhte Sicherheit gegen Einbruch.

So a window has been constructed with the following properties:

1. a) Better heat and noise insulation;
2. b) water and wind protection;
3. c) increased security against burglary.

The aim of our invention is to overcome the mentioned closure difficulties and to achieve an effective protection against blasting by means of the double locking system and at the same time a total insulation between outside and inside.

This goal was achieved through the "Window Serena". The density of the cut of the "window Serena" allows a total insulation of heat and noise (picture 1).

The enclosure consists of a single profile of aluminum, PVC, wood and other materials (Fig. 5), or a combination of two profiles of the same or different materials (aluminum / aluminum, aluminum / PVC, PVC / PVC; Wood / wood; Wood / Aluminum; Wood / PVC; other substances / other substances), always connected by dowels and continuous resin or plastic rods (Fig. 6).

In both cases, the window is operated by a single latch with double locking system.

Figure 1 shows the whole window with the enlargement of the patent-related mechanism. The pawl Figure 1 (3) allows the opening of the double locking with a single movement .. The pawl operates the interlocking pieces and also the ratchet teeth Figure 1 (1), which are distributed over the entire circumference of the enclosure and anchoring to the fixed part allow the window by the displacement of the ratchet teeth.

The same opening mechanism also actuates the security locks by means of a counterhook hook Fig. 1 (4) with eagle beak Fig. 1 (2), in which the nobility beak hooks into the security lock intended for this purpose. The rotary movement of the latch allows the exit of the upper and lower locking clamps Figure 1 (5), which always pinch in the fixed window frame.

The picture 2 shows the vertical section of the "Serena window": the double lock Picture 2 (4) is in the room for the glass picture 2 (1), between the inside picture 2 (2) and the outside profile picture 2 (2) 3).

Figure 3 shows the horizontal section, and Figure 4 shows the exfoliation of the same section detailing each element.

The resistance to water, wind, air, noise and blasting of the "Serena window" - made of any material - is guaranteed by external seals located in the perimeter of the profiles. The "Window Serena" shows a greater technical performance, as the seals and the closure are supported by a double lock. (Picture 2). These seals allow one greater resistance, as they increase the insulation space and thus prevent the contacts between outside and inside.

The heat transfer of the "window Serena" - made in any material - is therefore greater, thanks to the density of a single profile or thanks to the combination of two profiles (Figure 4).

The greater density of the profiles creates two cavities or channels for double closure locking and, as a result, greater thermal insulation and more resistance to blasting.

Figure 6 shows in axonometry the double piece of metal in one piece of aluminum, PVC, wood or other materials. On the other hand, Figure 5, in axonometry and exfoliated, shows the same part in the case of an embodiment of two components.

The resin Figure 5 (1) is inserted between the two bonding materials Figure 5 (4) and thus guarantees the task of insulation and the connection of the two profiles. The blocks made of plastic Figure 5 (2) prevent the movements of the components, while the polyamide rods Figure 5 (3) block the resin. In this case, the bonding materials are Figure 5 (4) of the following list: aluminum / aluminum; Aluminum / PVC; PVC / PVC; Wood / wood; Wood / Aluminum; Wood / PVC; other substances / other substances.

The "Window Serena" presents a unique, completely new solution: it is the first double-locking window, operated by a single latch, mounted on the wing or frame structures at the same time.

The system creates greater security in the house; it reduces the risk of splitting, offers greater thermal insulation and saves heating and air conditioning costs.

Claims (3)

It is the only existing window with not one, but with double burglar-proof Veschlußverriegelung, each with its own seat, operated by the same pawl (Figure 1).
The pawl is characterized by a single device that operates the mechanics of the outer and inner profile. The window consists of a profile of one material each (Figure 5), or two profiles of different materials (wood / aluminum, PVC / aluminum and wood / wood connected by dowels and continuous plastic, PVC or resin rods ( Picture 2, picture 3 and picture 6).
At present there is no window connecting two profiles in one. Figure 2 shows the anti-impact fastener thanks to the pawls Figure 2 (1), the safety buckles with robust eagle beak hooks Figure 2 (2) and the upper and lower clamps Figure 2 (5), due to the extra wide space for the glass and the double seals guarantee more safety, thermal insulation and resistance to burglary and blasting. The pawl actuates both profiles and is fixed in the fixed structure of the window, preventing it from shifting in any direction (Figure 1). The borders of the vertical window supports with the horizontal rungs, both as a single piece and in several parts, can be connected at an angle of 45 ° or 90 °, by resin, plug and gluing.

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