Brücken-Bausatz

thingiverse

Human: Now that you have the vehicles and trailers of "Bridge Column B," how about building a bridge with the device of the column? Probably your 3D slicer provides the functions "Place" and "Group" (if not, Cura has them), groupings can be undone in reverse order of creation, (best under the pressure plate z=>-50 there is weightlessness and the height settings of the parts remain intact). The bridge components for the crossing are found in .stl files (1/100), instructions in H.D.V 220/3b or briefly here or as a PDF in the download area. Bridges consist of different groups, named after them. - Bock Bridge: it drops its road onto blocks, which are made up of Bock legs with reinforcements for straight stand and the Bockholm, which carries the actual bridge. Several blocks can be placed behind each other to create as long a bridge as desired. - Pontoon Bridge: here, the floating pontoon takes over the supporting function of the bridge. From pontoons, ferries can also be built that can set vehicles up to a certain weight across a body of water on a section of the road. This requires at least two pontoons (half-pontoons), for heavier loads, two pontoons with their rear walls are coupled together and thus become a long floating body (full pontoon), which increases the carrying capacity. The connection between two load-bearing parts (Bock or Ponton, two Pontons next to each other) is established via struts, which are riveted into corresponding dornes on the surface of the bearers. On these struts, planks (wooden boards) are laid crosswise to the bridge direction, the higher the weight of the vehicles to be transported, the more stable the bridge must be. For an 8 t-bridge, 8 struts, for a 12 t-bridge, 12 struts per bridge part were required. So that the planks do not move during vehicle crossing, they are connected on both sides with a rod (stainless steel), which is riveted into the dorne of the strut. The connection between Bockstrut and ferry is established via a ramp strut.