ES1191037U - Insulating anti-smoking wedges (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Insulating wedges to prevent rising dampness in brick and masonry constructions, characterized by their manufacture. With hdpe high density polyethylene (hdpe), formed by extrusion and with mechanical resistance of 24.70 n/mm 2 (compression). With the following dimensions: l = 500 mm; h = 6.50 mm; h = 1.50 mm. The width (a) is variable, depending on the wall thickness or wall to be treated. With a minimum of 250 and a maximum of 500 mm. (Machine-translation by Google Translate, not legally binding)

Description

Insulating wedges to avoid rising dampness in brick and masonry constructions.

OBJECT OF THE INVENTION

The present invention, as indicated in the statement of this corrected report, refers to a device designed to prevent ascending humidity in

10 brick and masonry constructions. It has been conceived and carried out in order to obtain notable advantages over other existing means, of analogous purposes.

The cribs are designed to constitute a physical barrier against rising damp, by capillarity, integrating them into brick and / or masonry walls and walls. This barrier is achieved by mounting

15 facing the two cribs, as will be detailed below. Making the use of other materials unnecessary.

DESCRIPTION. STATE OF THE PREVIOUS TECHNIQUE. BACKGROUND.

There are two systems of protective interception against rising humidity due to capillarity:

One system is electro-osmosis, consisting of installing a setquot emitter; radiofrequency lales that disintegrate water molecules. This system has the inconvenience of maintenance and possible failures of the emitter. As well as a long lapse of uptime for it to be effective.

Another system aims to create a horizontal barrier, by means of liquid injection (resin, paraffin, etc.), drilling the walls to be treated. This system has the disadvantage of being a discontinuous barrier, so it is not possible to ensure the eradication of the problem.

DESCRIPTION OF THE INVENTION

The invention presents a new system for horizontally waterproofing the walls of an existing construction. The manufactured insulating wedges, when placed as indicated, completely fill and by synergy of forces, the groove of the horizontal cut made in the wall.

The insulated cradles manufactured, when placed as indicated, fill the groove of the horizontal cut completely and by synergy of forces

made on the wall. The insulated cribs are manufactured with HDPE polyethylene (HDPE). formed by extrusion. Material (recyclable) with the appropriate mechanical strength (24.70 N / mm2 compression) and that makes the use of other sealing materials unnecessary

To complement the description that will be carried out below and with

In order to help a better understanding of the features of the invention, a set of drawings based on whose figures are attached

innovations and advantages of the device object of the invention will be more readily understood.

the advantages achieved with this method are that the cut made by the section technique with wall saw, due to the placement of the

cited upper and lower isolation curias, conforms (immediately

after placement) an efficient horizontal barrier of protective interception due to the effect of superimposed forces generated between the upper and lower joints. At the same time, it is achieved (in a single constructive procedure)

a compact union by conjunction of forces between the elements

constitutive of the wall, making the use of other materials unnecessary.

EXPLANATION OF THE FIGURES.

Figures 1 to 3 exemplify the application procedure of this invention:

Figure 1: Typology of a PEAD insulating wedge.

Figure 2: cross section (R), in wall or wall (P) for the installation of the wedges, of fig. 1, as lower location.

Figure 3: cross section (R). in wall or wall (P), of the cradles of figs. 1 and 2, placed as lower and upper location.

EXPLOCATION OF A PREFERRED MODE OF REALIZATION OF THE INVENTION.

The insulating cradles are introduced in a cut of appropriate width and that has been previously made in the wall or wall to be treated. The measurements of the manufactured insulating cradle are determined based on the thickness of the wall or wall to be insulated and by the sections of the cut to be made.

The insulating cradles are manufactured with recyclable material (HDPE) and with sufficient bearing capacity (24.70 Nlmm2 under compression). With the following dimensions: l = 500 mm; H = 6.50 mm; h = 1.50 mm.

The width (A) is variable, depending on the thickness of the wall or wall to be treated. With a minimum of 250 and a maximum of 500 mm.

The transverse joints (every 500 mm) of the lower insulating cradles, must not coincide with those of the upper ones, forming the appropriate barrier required, to avoid the rise of the humidity by capillaryness to avoid.

fig. 3 shows the assembly of both insulating cradles, with a wall cut

(R) B mm thick. In this way, they are flush and integrated in it, without using other materials.

Claims (1)

1, -Insulating cradles to avoid rising dampness in brick and masonry constructions, characterized by their manufacture. With HDPE high density polyethylene (HDPE), formed by extrusion and with mechanical resistance of 24.70 N / mm2 (compression). With the following dimensions: l = 500 mm; H = 6.50 mm; h = 1.50 mm. The width (A) is variable, depending on the thickness of the wall or wall to be treated. With a minimum of 250 and a maximum of 500 mm. 2, -Insulating cradles to prevent rising dampness in brick and masonry constructions, characterized by its assembly. They are introduced in a cut of appropriate width and made, in the wall or wall to be treated, by the method of mechanical or electrical saw for walls.