ES1292000U - Anti-union system (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Anti-union system for doors and/or windows characterized by what it understands: - A horizontal profile (1) provided with a first silicone band (4) that extends longitudinally on the posterior face of the horizontal profile (1) for support against a door (8) or window, and a second silicone band (5) that extends longitudinally on the lower face of the horizontal profile (1) for support on the frames of the door (8), the window or the floor, - Two vertical profiles (2), each provided with a third silicone band (6) that extends longitudinally on the posterior face of each vertical profile (2) for support against the door (8) or window, and a fourth silicone band that extends longitudinally on the outer face of the vertical profile (2) for support against the door frames (8) or window, and - At least two tensioners (3) where each of the ends of the tensioners (3) is anchored to the horizontal profile (1) and a vertical profile (2), so that in the active state of the tensioners (3) a fixed position of the horizontal profile is maintained (1) Regarding vertical profiles (2), exerting pressure for the correct anchor of the anti-infringement system on the door (8) or the window. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

ANTI-FLOOD SYSTEM

TECHNICAL SECTOR

The present invention relates to an anti-flooding system for access doors to houses and windows that enables effective and easy-to-install protection, preventing possible flooding when episodes of DANAS (Isolated Depression at High Levels) or heavy rains occur.

To achieve this purpose, the proposed system is configured as a device made up of profiles and tensioners, in such a way that the tensioners exert an adequate pressure that allows the union of the different profiles in charge of sealing to avoid leaks. Advantageously, the thus obtained anti-flooding system is effective and practical as it does not require external tools for its installation.

BACKGROUND OF THE INVENTION

Currently, it is very common that due to intense and prolonged rains, water leaks occur in homes, affecting all kinds of goods inside: furniture, appliances, walls, floors, utensils, electrical appliances...

Sometimes, these leaks can lead to floods when they occur constantly and the volume of leaked water is considerable, causing greater damage to homes. That is why water has become one of the main protagonists of damage to the home.

Nowadays, there are anti-flood systems based on obstacles that work as anti-flood barriers, so that they are placed on the doors without any type of anchor or installation. Known systems have the drawback of their possible displacement with respect to the appropriate place, which is why said leaks are generated in the same way.

For all of the above, the applicant of this application for protection detects the need to develop an anti-flood system that allows it to be anchored and remains fixed with respect to the access doors to homes and/or windows, capable of offering effective protection against leaks and floods.

DESCRIPTION OF THE INVENTION

The device of the present invention allows solving the aforementioned problem, offering an anti-flooding system that allows its anchoring and correct positioning with respect to the doors and windows of the houses, avoiding possible leaks due to DANAS, heavy rains or floods of any kind. .

To do this, it is based on a structure based on profiles and tensors, whose combination allows applying adequate tension between the gasket and the door or window, and between the gasket and the frames, exerting a hermetic seal that prevents the passage of fluids inside. of the houses.

Specifically, the system comprises three profiles, one horizontal profile and two vertical profiles, which, in turn, comprise silicone bands, housed and adjusted along two of the faces of each profile. These silicone bands are responsible for exerting sufficient pressure against the side and bottom frames of the door or window, allowing adequate sealing and preventing possible water leaks into the home.

Thus, the horizontal profile is provided with a first silicone band that extends longitudinally on its rear face for its support against a door or window, as well as a second silicone band that extends longitudinally on its lower face for its support on the door or window frame or directly on the floor.

On the other hand, each vertical profile is provided with a third silicone band that extends longitudinally on its rear face for its support against the door or window, and a fourth silicone band that extends longitudinally on the outer face of said vertical profile for support against the door or window frame.

Optionally, the silicone bands are housed in grooves arranged along the rear and lower faces in the case of the vertical profile, and in grooves arranged along the rear and exterior faces of the vertical profiles. In a preferred embodiment of the invention, the silicone bands that are arranged on the rear faces of the horizontal and vertical profiles have an inclination of 15° with respect to the rear face of each profile. These silicone bands, previously defined as the first and third silicone bands, are responsible for exerting the correct pressure on the door or window of the home.

On the other hand, the horizontal profile is preferably arranged on the lower area of the door or window frame, and is coupled to the two vertical profiles by means of at least two tensioners. The tension of the tensors is preferably achieved by threading them, although it would not be the only way to generate the active position of said elements. Advantageously, each tensor is fixed at one of its ends to the horizontal profile and at the other end to the vertical profile, producing an expansion that allows tension to be exerted to achieve hermetic sealing.

Optionally, the anti-flooding system has two more tensioners in the upper area that are fixed between the vertical profiles and the upper frame of the door or window. In this way, a greater fixation and adhesion is achieved, avoiding a possible displacement of the system.

Additionally, the anti-flood system is light because both the horizontal profile and the vertical profiles are made of a light and resistant material such as, for example, laminated aluminium, PVC, resin, or any other material suitable for this purpose.

For all of the above, the anti-flooding system for doors and windows of a house described in this report is very advantageous, since it allows perfect sealing avoiding leaks and flooding in the house in a fixed way, without possible unwanted displacements, highlighting Its easy installation without the need for tools external to the system.

BRIEF DESCRIPTION OF THE DRAWINGS

To complement the description that will be made below and in order to help For a better understanding of the characteristics of the invention, according to a preferred example of its practical embodiment, two figures are attached as an integral part of said description, where, by way of illustration and not limitation, the following has been represented:

Figure 1.- Shows a perspective rear view of the anti-flooding system for doors and windows according to a first preferred embodiment of the invention.

Figure 2.- Shows a front perspective view of the anti-flooding system for doors and windows of Figure 1 installed on a door.

PREFERRED EMBODIMENT OF THE INVENTION

In view of the figures outlined, it can be seen how, according to a preferred embodiment of the invention, the anti-flooding system for doors and windows is configured as a device for its watertight arrangement between the door or window and their respective frames.

Thus, the anti-flooding system has a horizontal profile (1) that is arranged in the lower area of the door (8) or window frame, as shown in figure 2, and that is provided with a first band silicone (4) and a second silicone band (5).

The first silicone band (4) is housed in a groove that extends longitudinally along the rear face of the horizontal profile (1) making contact with the door (8) or window; while the second silicone band (5) is housed in another groove that extends longitudinally along the lower face of the horizontal profile (1) making contact with the lower area of the door frame (8), as it can be seen in figure 2. In the event that the door frame does not have a lower crossbar, the second silicone strip (5) would rest directly on the floor.

On the other hand, the anti-flooding system has two vertical profiles (2), each one arranged on the sides of the door (8) or window frames. In the same way, each of the vertical profiles (2) has a third silicone band (6) and a fourth silicone band, not represented in the figures that accompany the present memory.

The third silicone band (6) is housed in the slot that extends longitudinally along the rear face of each of the vertical profiles (2), making contact with the door (8) or window; while the fourth silicone band is housed in another groove that extends longitudinally along the outer face of each of the vertical profiles (2) making contact with the door (8) or window frames.

As can be seen in figure 2, to achieve sealing between the horizontal profile (1) and the vertical profiles (2), two tensors (3) are used, where each of them is anchored at the ends to the profile. horizontal (1) and the vertical profile (2) through a threading process in which the tensioners (3) reach the active state and allow a fixed position to be maintained between the horizontal profile (1) and each of the vertical profiles ( 2), thanks to the pressure exerted by the tensioners (3). In this way, in the active state of the tensioners (3), the correct anchoring of the anti-flooding system on the door (8) or the window is achieved.

Additionally, the first silicone band (4) and the third silicone band (6), which make contact with the door (8) or window resting on them, have an inclination of 15° with respect to the rear face of the horizontal (1) and vertical (2) profiles.

Finally, the anti-flood system is light because both the horizontal profile (1) and the vertical profiles (2) are made up of a light and resistant material, preferably laminated aluminium, PVC or a resin being the chosen materials.

Claims (3)

1§.- Anti-flooding system for doors and/or windows characterized in that it comprises: - a horizontal profile (1) provided with a first silicone band (4) that extends longitudinally on the rear face of the horizontal profile (1) for its support against a door (8) or window, and a second silicone band ( 5) that extends longitudinally on the lower face of the horizontal profile (1) for its support on the door frames (8), the window or the floor, - two vertical profiles (2), each provided with a third silicone band (6) that extends longitudinally on the rear face of each vertical profile (2) for its support against the door (8) or window, and a fourth silicone band that extends longitudinally on the outer face of the vertical profile (2) for its support against the door (8) or window frames, and - at least two tensioners (3) where each one of the ends of the tensioners (3) is anchored to the horizontal profile (1) and to a vertical profile (2), so that in the active state of the tensioners (3) a fixed position of the horizontal profile is maintained ( 1) with respect to the vertical profiles (2), exerting pressure for the correct anchoring of the anti-flooding system on the door (8) or the window. 2§.- Anti-flood system, according to claim 1§, characterized in that the first silicone band (4) and the third silicone band (6) are housed in grooves arranged along each of the rear faces of the horizontal profile (1) and of the vertical profiles (2). 3§.- Anti-flood system, according to claim 1§, characterized in that the second silicone band (5) is housed in a groove arranged along the lower face of the horizontal profile (1), while the fourth band silicone is housed in a groove arranged along the outer face of each of the vertical profiles (2). 4-.- Anti-flood system, according to claim 1§, characterized in that the first silicone band (4) and the third silicone band (6) have an inclination of 15° with respect to the rear face of the horizontal profile (1 ) and the vertical profiles (2). 5-.- Anti-flood system, according to claim 1-, characterized in that the tensioners (3) go into their active state by means of their threading so that they exert pressure on the surface of the horizontal profile (1) and the vertical profiles (two). 6- .- Anti-flood system, according to claim 1-, characterized in that the horizontal profile (1) is arranged on the lower part of the door (8) or window frame. 7- .- Anti-flood system, according to claim 1-, characterized in that the horizontal profile (1) and the vertical profiles (2) are made of laminated aluminum, PVC or a resin so that the anti-flood system is light.