▎ 摘　　要

NOVELTY - The arrangement comprises the slabs arranged at a certain angle to one another with the help of zincing and/or cutouts. The tensile-stable layers or the tensile-stable materials meet and/or overlap in their planes standing on one another. The geometry of the tension-stabilized stone slabs arranged is fixed by gluing. The tensile-resistant layer consists of fiber materials, wood fibers, steel fibers, or graphene. The fibers are glass, stone, carbon, aramid, bamboo, wood or flax fibers, or a mixture of these fibers. The carbon fibers, resins, and binders are made from Carbon Monoxide (CO) using synthetic processes. The carbon fibers, resins, and adhesives with the help of the water-gas shift reaction and the Fischer-Tropsch synthesis from Carbon dioxide (CO2) are made. USE - Arrangement used for the development of a standard profile in the construction sector. ADVANTAGE - The optimization of the components is achieved by the fact that the upper chord gets more stone than the lower chord and the lower chord more carbon than the upper chord and the carbon footprint can also be optimized and since butt bonding without spatial overlap would only be limited to the frictional connection of the adhesive, which would ultimately fail quickly due to its inadequate tensile stability. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the dovetailing and cut-outs of all panels. Plates (1,2) Bridge (3)