WO2012156765A1

WO2012156765A1 - Facade insulation block

Info

Publication number: WO2012156765A1
Application number: PCT/HR2012/000010
Authority: WO
Inventors: Damir BENKO
Original assignee: Benko Damir
Priority date: 2011-05-18
Filing date: 2012-04-20
Publication date: 2012-11-22

Abstract

Facade insulation block is made up of the lining of the metal sheet 1, which is cut to the required dimension, then is folded into the desired shape as shown in Figure 5a, after which the mineral wool installed the required four dimensions, then put the bottom of fireproof material 2 and connects the fourth fasteners. And so arises the finished product facade insulation block that can be of various sizes, colors and materials, and is used to create facades of buildings with excellent thermal insulation, fire resistant and aesthetic properties, while a relatively low cost and quick and easy installation.

Description

Facade insulation block

Description of the Invention

The area to which the invention relates

This invention relates to building facades of buildings: houses, commercial buildings, factories, etc, and according to international classification is classified as E04 5/52 building elements.

Technical problem

The problem is that we need the final element of the facade that is aesthetically beautiful, flexible, inexpensive, easy to install and also gives thermal protection, security protection and Fire Protection.

It very quickly and cheaply resolved thermal protection of buildings, provides energy savings for heating and cooling buildings, as well as protection from fire, which is not the case with styrofoam facade (ETICS).

State of the art

There are many solutions for building facades, but none so far has not fully solve the problem, while helping low price of the product, low cost and high speed of installation, while helping a great variety of aesthetic solutions that achieve different block sizes and different colors, and type of material the final layer, and a huge number of possible combinations, with simultaneous fire resistance. As an example exist anymore styrofoam facade (ETICS) with a lower probability of aesthetic design, the problem of simultaneous embrittlement of the fire.

Brief description of drawings

Fig. 1a-section variations of the basic block facade insulation

Fig. 1b, the spatial layout of the intersection of the facade insulating block

Fig. 2a-section variations of facade insulation block with an additional layer of foam

(polyurethane, etc. ..)

Fig. 2b,the spatial layout of the intersection of variants with an additional layer offoam

Fig. 3a-section variations of facade insulation block with one falcom

Fig. 3b, the spatial layout of the intersection of variants with single falcom

Fig. 4a-section variations of facade insulation block with two hinge

Fig. 4b-spatial layout of the intersection of variants with two hinge

Fig. 5a-section variations of facade insulation block with one falcom and an additional layer of foam (polyurethane, etc. ..)

Fig. 5b-spatial layout of the intersection of variants with single falcom and an additional layer of foam (polyurethane, etc. ..)

Fig. 6a-section variations of facade insulation block with two falaca and an additional layer of foam (polyurethane, etc. ..)

Fig. 6b-spatial layout of the intersection of two hinge variants and an additional layer of foam (polyurethane, etc. ..)

Fig. 7a-section variations of facade insulation block with an additional element to end the thermal bridge

Fig. 7b-spatial layout of the intersection of variants with an additional element to end the thermal bridge

Fig. 8a-section variations of facade insulation block with extended bottom that is a function of interruption of the thermal bridge

Fig. 8b-spatial layout of the intersection of varieties with extended bottom that is a function of interruption of the thermal bridge

A detailed description of at least one way of carrying out the invention

Coating of the metal sheet 1 is cut to the required dimension, then is bent into the desired shape as shown in Figure 5a, after which they first apply an additional layer 5 of foam (polyurethane, etc. ..) that serves to protect the mineral wool in case of damage lining of sheet metal, then installed the required mineral wool 3 dimensions, then placed the bottom of fireproof material 2, and all connecting fittings. And so arises the finished product facade insulation block.

Method of application of the invention

The application of this invention is to create facades of new and existing buildings. Facade insulation to block construction adhesive sticks to the wall of the building, and adhesive layer thickness can be controlled facade plane in relation to the possible deviations of the building wall plane. For more (high) building facade insulation is used to block one or two additional hinge with fixing screws.

Claims

First Facade insulation block consists essentially of the lining of the metal sheet 1 , the bottom of fireproof material (fireproof gypsum board, etc. ..), fill mineral wool composite elements 3 and 4th

Second The application relates to an essential element.

Third 2 The application relates to the basic element that has an additional layer of foam (polyurethane, etc. ..) on the outside (metal) to protect the mineral wool in the case of mechanical damage to the lining of tin metal.

4th 3 The application relates to a variant of the basic element that has a rebate 5th 4 The application relates to a variant of the basic element that has two hinge 6th 5 The application relates to a variant of the basic element that has an extra part for breaking the thermal bridge

7th 6 The application relates to a variant with extended bottom that has the function of the thermal bridge break.

8th 7 The application relates to the performance of the metal coating that can be smooth except for the performance of the profiled sheet metal, with engravings or embossed design.

9th 8 The application relates to a combination of the above variants