Abstract: In a thermal insulation element, which is made at least partially from a compression load transferring material and comprises an upper and a lower support area for the vertical connection to the building parts to be constructed from concrete, it is provided that the thermal insulation element comprises at least one penetrating opening extending from the upper to the lower support area which is embodied for passing a compacting device for fresh concrete.

Abstract: In a load-bearing concrete vertical building part, particularly a support, with an upper support area for a load-transferring connection to a concrete horizontal building part thereabove, in which the vertical building part includes reinforcements with reinforcement rods extending essentially vertically beyond the upper support area, an upper section of the vertical building part abutting the upper support area is embodied as a thermal insulation element for the thermal decoupling of the vertical building part from the horizontal building.

Abstract: In order to provide a heat-insulating system which is intended for the vertical, load-dissipating connection of building parts to be produced from concrete and can be used in a variable manner and adapted, in accordance with the respective static requirements, to a large number of applications, the invention specifies a heat-insulating system which has an insulation body and one or more compressive force-carrying elements. The insulation body is configured with a plurality of apertures, which extend vertically therethrough from an upper side to an underside and into which a variable number of the compressive force-carrying elements, formed as individual compressive force-carrying elements, can be inserted. It is thus possible for the number and/or the nature of the individual compressive force-carrying elements to be adapted to the static requirements present in each case, and therefore the heat-insulating system is suitable for a large number of different applications.

Abstract: In order to provide a heat-insulating system which is intended for the vertical, load-dissipating connection of building parts to be produced from concrete and can be used in a variable manner and adapted, in accordance with the respective static requirements, to a large number of applications, the invention specifies a heat-insulating system which has an insulation body and one or more compressive force-carrying elements. The insulation body is configured with a plurality of apertures, which extend vertically therethrough from an upper side to an underside and into which a variable number of the compressive force-carrying elements, formed as individual compressive force-carrying elements, can be inserted. It is thus possible for the number and/or the nature of the individual compressive force-carrying elements to be adapted to the static requirements present in each case, and therefore the heat-insulating system is suitable for a large number of different applications.

Abstract: In a thermal insulation element, which is made at least partially from a compression load transferring material and comprises an upper and a lower support area for the vertical connection to the building parts to be constructed from concrete, it is provided that the thermal insulation element comprises at least one penetrating opening extending from the upper to the lower support area which is embodied for passing a compacting device for fresh concrete.

Abstract: In a load-bearing concrete vertical building part, particularly a support, with an upper support area for a load-transferring connection to a concrete horizontal building part thereabove, in which the vertical building part includes reinforcements with reinforcement rods extending essentially vertically beyond the upper support area, an upper section of the vertical building part abutting the upper support area is embodied as a thermal insulation element for the thermal decoupling of the vertical building part from the horizontal building.