CZ2014272A3 - Building insulating-connecting module - Google Patents

Abstract

The building insulating connecting module, situated between the ceiling (A) and the building bracket element (B), consists of an insulating body, reinforcing bars extending therethrough and a pressure element inserted into the contour of the insulating body cross section between the upper metal rods (2) and the lower metal rods (3). At least one metal rod (1) is located between the upper rod (2) and the lower rod (3) to transfer the transverse forces, which is connected inseparably to the pressure element (4). In order to transmit positive transverse forces in a point-free wedge and in a linear fit, the building insulating connecting module is provided with a top bar (2) which is operatively connected to the building ceiling (A) and a bottom bar (3) which is operatively connected to the cantilever element (B).

Description

Building insulation module

Technical field

The object of the invention is a building insulating connection module, situated between a ceiling and a cantilever element of a building, consisting of an insulating body, reinforcing bars passing through it and a pressure element in the form of a thin metal plate. metal bars, wherein the perpendicular edges of the metal plate are bounded by the side walls of the insulating body and the metal plate is connected to the metal bars in an inseparable manner and is provided with cut-outs and an arm extending diagonally.

BACKGROUND OF THE INVENTION

From Polish Patent Application Publication No. P 395172 (WO 2012169912 A1), a building insulation module is known, located between a ceiling of a building and a cantilever element, in particular a balcony, consisting of an insulating body passing through reinforcing bars and a pressure element. The pressure element takes the form of a thin metal plate embedded in the cross-sectional contour of the insulating body between the upper metal bars and the lower metal bars. The perpendicular edges of the metal plate are delimited by the side wall surfaces of the insulating body and the metal plate is connected inseparably to the metal bars. The plate is connected to the upper bars along the upper edge and to the lower bars along the lower edge. The plate has the shape of a rectangle or square with cut-outs and a shoulder guided along its diagonal.

SUMMARY OF THE INVENTION

It is an object of the present invention to provide a structural insulating connection module for transverse force transmission built between the ceiling of a building and a cantilever element.

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This object has been achieved by designing a building insulating connection module comprising at least one metal bar located between the upper bar and the lower bar, wherein the upper bar, intermediate bar and lower bar are connected to the pressure element in an inseparable manner.

For the transfer of positive and negative forces, for point placement, the length of the middle bar is greater than the width of the pressure element, the middle bar, the upper bar and the lower bar being operatively connected to both the building ceiling and the cantilever element. with pressure element.

In order to transmit positive transverse forces, for point placement, the length of the middle bar is greater than the width of the pressure element, the upper bar being operatively connected to the ceiling and the lower bar being operatively connected to the cantilever element. The middle bar is connected functionally to both building elements - the ceiling of the building and the cantilever element. All bars are inseparably connected to the pressure element.

To transmit positive and negative transverse forces, for linear bearings, the length of the intermediate member is equal to or less than the width of the pressure element, the upper member and the lower member being operatively connected to both building elements. All members are then inseparably connected to the pressure element. The top and bottom members preferably form a loop in the ceiling.

It is also an object of the present invention to provide a structural insulating connection module for transverse force transmission, for point-free, non-wedge-mounted, and linear, built-in between the building ceiling and cantilever.

This objective has been achieved by designing a structural insulating joint module in which, for the transmission of positive transverse forces, for point bearing without wedging and for linear bearing, the upper beam is functionally connected to the building ceiling and the lower beam is functionally connected to the cantilever element. Wherein the upper member and the lower member are inseparably connected to the pressure element.

Advantages of the invention include the reduction of the weight of the building insulation module, its easier assembly on site, and its production costs.

Clarification of drawings

Giant. 1 - a structural insulating connection module for the transmission of positive and negative transverse forces at a point bearing;

Giant. 2 is a structural insulating connection module for transmitting positive transverse forces at a point fit;

Giant. 3 - construction insulating connection module for the transmission of positive and negative transverse forces in linear bearing;

Giant. 4 - structural insulating connection module for the transmission of positive transverse forces in a point-free, non-wedge and linear fit;

DETAILED DESCRIPTION OF THE INVENTION

The structural insulating connection module according to the exemplary embodiment shown in FIG. 1 is provided with a polystyrene insulating body 5 provided with a fire protection plate 6 at the bottom. 5. The reinforcement bars 5 extend through the body 5: the upper bar 2, the lower bar 3 and the intermediate bar 1 situated therebetween. The length of the intermediate bar 1 is greater than the width of the pressure element 4. The bars 1, 2 and 3 are connected inseparably to the pressure element 4 Bars 1, 2 and 3 are functionally connected to both building elements, ie ceiling A and bracket element B.

The building insulation module according to the exemplary embodiment shown in Fig. 2 is provided with a polystyrene insulating body 5 provided with a bottom.

In the body 5 there is a pressure element 4 in the form of a stainless steel plate, the perpendicular edges of which are delimited by the side walls of the insulating body 5. The middle metal bar 3, situated between the upper bar 2 and the lower bar 3. the middle bar 1 is larger than the width of the pressure element 4. The bars 1, 2 and 3 are inseparably connected to the pressure element 4. The upper bar 2 is functionally connected to the ceiling A, the lower bar 3 is functionally connected to the bracket element B and the middle bar 1 is functionally connected to both building elements A and B.

The building insulation module according to the exemplary embodiment shown in Fig. 3 is provided with a polystyrene insulating body 5 provided with a fire protection plate 6 from below. 5. Through the body 5 there are metal bars: upper bar 2, lower bar 3. Between them is located the middle bar 1. The length of the middle bar 1 is equal to the width of the pressure element 4. The bars 1, 2 and 3 are connected inseparably to the pressure element 4 Bars 2 and 3 are operatively connected to both building elements A and B. The upper bar 2 and the lower bar 3 form a loop in the ceiling A.

The building insulation module according to the exemplary embodiment shown in FIG. 4 is provided with a polystyrene insulating body 5 provided with a fire protection plate 6 at the bottom. 5. One end of the upper bar 2 is connected inseparably to the pressure element 4 and its other end is operatively connected to the ceiling A. One end of the lower bar 3 is connected inseparably to the pressure element 4 and its other end is operatively connected to the bracket element B .

Claims (6)

Patent claims A building insulating connection module, situated between a ceiling of a building and a cantilever element, consisting of an insulating body, reinforcing bars passing therethrough and a pressure element having the form of a thin metal plate embedded in a cross-sectional outline of the insulating body between bars, wherein the perpendicular edges of the metal plate are bounded by the side walls of the insulating body and the metal plate is connected to the metal bars inseparably and is provided with cut-outs and an arm extending diagonally therein, characterized in that 1), situated between the upper bar (2) and the lower bar (3) and connected inseparably to the pressure element (4). Building insulating connection module according to claim 1, characterized in that, for the transmission of positive and negative transverse forces, for point placement, the length of the bar (1) is greater than the width of the pressure element (4) and the middle bar (1). the bar (2) and the lower bar (3) are operatively connected to both the building elements, the ceiling (A) and the cantilever element (B). Building insulating connection module according to claim 1, characterized in that, for the transmission of positive transverse forces, for point mounting, the length of the beam (1) is greater than the width of the pressure element (4), the upper beam (2) being operatively connected. with the ceiling (A) and the lower bar (3) is operatively connected to the cantilever element (B) and the middle bar (1) is operatively connected to the two building elements, the ceiling (A) and the cantilever element (B). Building insulating connection module according to claim 1, characterized in that for the transmission of positive and negative transverse forces, for linear bearings, the length of the bar (1) is equal to or less than the width of the pressure element (4), the upper bar (4). 2) and the lower bar (3) are operatively connected to both the building elements, the ceiling (A) and the cantilever element (B). Building insulating connection module according to claim 1 or 4, characterized in that the upper bar (2) and the lower bar (3) preferably form a loop in the ceiling (A). 6. A building insulating connection module, situated between the ceiling of a building and a cantilever element, consisting of an insulating body, reinforcing bars passing therethrough and a pressure element having the form of a thin metal plate embedded in the cross-sectional outline of the insulating body between bars, wherein the perpendicular edges of the metal plate are bounded by the sidewall surfaces of the insulating body and the metal plate is connected to the metal bars inseparably, the plate having cutouts and a shoulder situated on its diagonal, characterized in that without wedging and for linear bearing, the upper bar (2) is functionally connected to the ceiling (A) of the building and the lower bar (3) is functionally connected to the bracket element (B).