Abstract: A mullion-transom structure includes a support profile upon which two grooves are provided on one side. A sealing strip is fixed on each of grooves. A filling element is held at an edge on each of the sealing strips and a middle groove, on which at least one fastener for holding a pressure strip is fixed, secures the two filling elements. The middle groove has groove walls that are accommodated between the sealing strips. A contact plane of the filling elements on the sealing strips is arranged closer to the pressure strip than the groove walls of the middle groove. The middle groove has a groove base, at which a hollow chamber is formed on the side facing away from the groove.

Abstract: A mullion-transom structure includes a support profile upon which two grooves are provided on one side. A sealing strip is fixed on each of grooves. A filling element is held at an edge on each of the sealing strips and a middle groove, on which at least one fastener for holding a pressure strip is fixed, secures the two filling elements. The middle groove has groove walls that are accommodated between the sealing strips. A contact plane of the filling elements on the sealing strips is arranged closer to the pressure strip than the groove walls of the middle groove. The middle groove has a groove base, at which a hollow chamber is formed on the side facing away from the groove.

Abstract: A mullion-transom structure, especially for facades or glass roofs, includes a supporting profile to which at least one infill element is fastened. An insulating strip is arranged on an end face of the infill element. The insulating strip is held on the supporting profile and has at least one hollow chamber. The insulating strip has at least one mobile cover by which the hollow chamber of the insulating strip can be closed.

Abstract: Wall structure in particular for industrial buildings having a vertical support post (5) supported on the ground, to which an upper end of a support rail (1) is affixed, wherein at least one carrier (2) with a solar module (3) is fixed to the support rail (1) and the support rail (1) is fixed in an inclined position relative to the vertical by means of a spacer (9) positioned between the support post (5) and the support rail (1).

Abstract: A mounting system (1) for solar modules (6) having base part (11) on which a frame (2) is supported to which one or more plate-shaped solar modules (6) are held, and having an anchor (13, 35) capable of being attached to a wall of a building structure and which supports the frame (2) in an upper region, wherein the base part (11) is pivotable about a horizontal axis (10). Further, the invention relates to a method for installing a solar system.

Abstract: Mounting system (1) for solar modules (6), having a substructure (7, 9, 11) on which a frame (2) is supported on which one or more plate-shaped solar modules (6) are held, and having an anchor (13, 35) that can be affixed to a building structure and supports the frame (2) in an upper region, wherein a retainer part (20, 50?) is provided at the anchor (13, 35) in order to fix the frame (2) and being adjustable to alter the inclination relative to the anchor (13, 35) by at least one axis.

Abstract: Mounting system for solar modules (6) having a frame (2) on which one or more plate-shaped solar modules (6) are held, wherein the frame (2) is supported on a substructure (7, 9, 11) that is fixed to a subsurface, characterized in that an anchor (13, 35) is provided that can be affixed to a building structure (17) and supports the frame (2) in an upper region, the frame (2) being slidably positioned relative to the anchor (13, 35).

Abstract: A supporting profile arrangement of an explosion-inhibiting design for a façade construction. The supporting profile arrangement includes a framework formed by mullion supporting profile arrangements or transom supporting profile arrangement. Also included are framework planar elements fastened to the framework by a pressure profile. Further included is a supporting profile. At least one energy-absorbing component is included in the supporting profile or arranged in the supporting profile. The at least one energy absorbing component is configured to absorb energy released during an explosion.