Abstract: Compressive force transmitting connection element for connecting a first cast structural component part to a second cast structural component part having an insulation body for thermal separation of the first and second cast structural component parts situated above and below the compressive force transmitting connection element. This insulation body being limited on the top and bottom by two support surfaces. At least one compression element penetrating the insulation body from the first to the second support surface. Transmitting transverse force elements have at least one transverse force transmitting element which continuously runs through the compressive force transmitting connection element in direction from the first support surface to the second support surface, the at least one compression element encloses the at least one transverse force transmitting element over at least part of the circumference thereof.

Abstract: Force transmitting connection for connecting first and second cast structural component parts having an insulation body for thermal separation of the cast structural component parts limited by two support surfaces. The first support surface faces the first cast structural component part and the second support surface faces the second cast structural component part. A compression element penetrates the insulation body from the first to the second support surface. An element for transmitting transverse force has at least one transverse force transmitting element that runs through the compressive force transmitting connection element from the first to the second support surface. The at least one compression element is connected to the at least one transverse force transmitting element and at least one pressure distributing element is formed at one end face of the compression element.

Abstract: A force transmitting connection element having an insulation body limited by two oppositely located support surfaces which are at a distance corresponding to a height H of the force transmitting connection. A first support surface faces a first cast structural component part and has a length L1 and a width B1. A second support surface limiting the insulation body faces a second cast structural component part and has a length L2 and a width B2. A longitudinal center axis runs through a center of the insulation body. A element penetrates the insulation body. An element for transmitting transverse force projects beyond the compressive force transmitting connection element in direction of the first cast structural component part and a ratio between transmissible compressive force and transmissible transverse force is between 1.5:1 and 15:1 and a distance LK is less than (B1+B2)/6.

Abstract: A force transmitting connection element having an insulation body limited by two oppositely located support surfaces which are at a distance corresponding to a height H of the force transmitting connection. A first support surface faces a first cast structural component part and has a length L1 and a width B1. A second support surface limiting the insulation body faces a second cast structural component part and has a length L2 and a width B2. A longitudinal center axis runs through a center of the insulation body. A element penetrates the insulation body. An element for transmitting transverse force projects beyond the compressive force transmitting connection element in direction of the first cast structural component part and a ratio between transmissible compressive force and transmissible transverse force is between 1.5:1 and 15:1 and a distance LK is less than (B1+B2)/6.

Abstract: Force transmitting connection for connecting first and second cast structural component parts having an insulation body for thermal separation of the cast structural component parts limited by two support surfaces. The first support surface faces the first cast structural component part and the second support surface faces the second cast structural component part. A compression element penetrates the insulation body from the first to the second support surface. An element for transmitting transverse force has at least one transverse force transmitting element that runs through the compressive force transmitting connection element from the first to the second support surface. The at least one compression element is connected to the at least one transverse force transmitting element and at least one pressure distributing element is formed at one end face of the compression element.

Abstract: Compressive force transmitting connection element for connecting a first cast structural component part to a second cast structural component part having an insulation body for thermal separation of the first and second cast structural component parts situated above and below the compressive force transmitting connection element. This insulation body being limited on the top and bottom by two support surfaces. At least one compression element penetrating the insulation body from the first to the second support surface. Transmitting transverse force elements have at least one transverse force transmitting element which continuously runs through the compressive force transmitting connection element in direction from the first support surface to the second support surface, the at least one compression element encloses the at least one transverse force transmitting element over at least part of the circumference thereof.