The present invention relates to a thermal bridge breaking element (6), having an interior space and a frame (62) delimiting the interior space at least in part, characterized in that a heat-insulating insert (61) is arranged in the interior.
The invention relates to a building structure comprising a lowered underground (T) band base (1), a heat insulating element (4) on the outer surface of the band base (1) and a plinth (2) on the band base (1) on which a concrete base (3) is formed, a masonry (9) with a heat insulating element (10) above the concrete base (3), and a reinforced crown (12) is arranged on the masonry (9), a ground sill (11) of a roof structure (18) is arranged above the crown (12), and a closing slab is connected to the masonry (9) at most in the lower plane (121) of the crown (12), characterized in that a thermal bridge breaking element (6) is arranged in the area of the concrete base (3) above the plinth (2) having a a frame (62) at least partially delimiting its interior and a thermally insulating insert (61) is arranged in the interior and the vertical distance (t) between the ground sill (11) of the roof structure (18) and the the crown (12) is at least 5 cm, and the thermal insulation (13) arranged on the heat storage plate (15) laid on the closing slab is at least partially passed through between the crown (12) and the ground sill (11).
The invention relates to a cooling insert (1) for a pressure mold having a body (2) and an effective surface (F) of the body (2) on which a refrigerant channel (4) is arranged, characterized in that the refrigerant channel (4) is machined into the effective surface (F) of the body (2), and the open channel (4) and the body (2) extending between at least two connection points (K1, K2) formed on the effective surface (F) are provided with a fastening element.
The invention relates to an earthquake reducing building block (1) having a base surface (2), a cover surface (3) and N contiguous side surfaces (4), and on both the base surface (2) and the cover surface (3) there is a topography created from parallel triangular plates (5, 6).
The invention relates to an apparatus and method for producing a cable made of filaments embedded in a binding material (322) containing the steps of spreading the filaments of a strand (302) of filaments to obtain a band (310) of filaments, wetting the surfaces of the filaments in the band (310), coating the surfaces of the wetted filaments in the band (310), shaping continuously the cross section of the band (310) for creating a cable containing filaments embedded in a matrix of binding material (322).
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