Abstract: A sliding wing system having a sliding wing that can be moved in a floor guide so as to close a building opening and provides a first vertical closing edge. The sliding wing system provides a second vertical closing edge, the first and the second vertical closing edges can be brought into a closing arrangement. A dimensionally stable groove, which extends in the vertical direction and consists of metal or plastic, is arranged on at least one closing edge at least in some sections. A dimensionally stable comb, which corresponds to the groove, extends substantially in the vertical direction and protrudes, and consists of metal or plastic, is arranged opposite each groove. The groove and the comb can be brought into engagement in a formfitting manner, the engagement extending in sections over at least half of the longitudinal extension of the vertical closing edges.

Abstract: The invention relates to a novel method for fastening at least one plate, such as a glass panel, in a profile, which has an assembly groove for peripherally receiving an edge of the glass panel. The method is characterized in that on at least one of the glass panels and an inside of the assembly groove oriented parallel thereto an assembly rubber seal is disposed, on the surface of which facing the glass panel a double-sided adhesive tape having a cover film that covers the side of the double-sided adhesive tape facing the glass panel is attached, wherein the glass panel is inserted into the assembly groove and is pressed against the double-sided adhesive tape in the assembly groove by at least one counter element disposed on the opposite side of the glass panel, or by the opposite inside of the assembly groove, and wherein the cover film is removed when the glass panel is inserted into the assembly groove.

Abstract: The invention relates to a novel method for fastening at least one plate, such as a glass panel, in a profile, which has an assembly groove for peripherally receiving an edge of the glass panel. The method is characterized in that on at least one of the glass panels and an inside of the assembly groove oriented parallel thereto an assembly rubber seal is disposed, on the surface of which facing the glass panel a double-sided adhesive tape having a cover film that covers the side of the double-sided adhesive tape facing the glass panel is attached, wherein the glass panel is inserted into the assembly groove and is pressed against the double-sided adhesive tape in the assembly groove by at least one counter element disposed on the opposite side of the glass panel, or by the opposite inside of the assembly groove, and wherein the cover film is removed when the glass panel is inserted into the assembly groove.

Abstract: A ski binding support (2) comprises a securing piece (8) which is fixedly connected to the ski (1) and serves for securing one end of a support plate (7) with the ski binding mounted thereon, and a guiding piece (9) which is also fixedly connected to the ski and wherein the other end of the support plate (7) is guided in a longitudinally freely movable manner. The support plate (7) is formed of a cover plate (17) having two narrowed, offset tongues (21, 22) which extend into the securing piece (8) and into the guiding piece (9), respectively. A base plate (18) disposed below support plate (7) rests upon the upper surface of the ski. The support plate with a ski binding mounted thereon, is easily and quickly detachable and attachable to the ski while conserving the bending capacity thereof in that there is free longitudinal guidance at one end of support plate (17).