| 摘要 |
The invention relates to load-bearing structures that float in the open sea and are connected to anchors via tension means, for wind power plants, service stations or converter stations. The load-bearing structures are distinguished in particular by the secure and stable anchoring thereof. To this end, the load-bearing structure has an underwater load-bearing structure and a load-bearing frame for the wind power plant or the constructions for the service stations or converter stations. The underwater load-bearing structure has - as core load-bearing structure, first buoyancy bodies that are arranged at the corners of a polygon, are connected together via in each case at least one first spacer body and act as supports for a load-bearing frame, and - second buoyancy bodies that are arranged as outriggers of the first buoyancy bodies, wherein each of the second buoyancy bodies is connected to the two adjacent first buoyancy bodies via at least one second spacer body. The first buoyancy bodies are arranged at the corners of a polygon and connected together via in each case at least one first spacer body. The load-bearing structure thus represents a spatial load-bearing structure in the form of a three-dimensional load-bearing structure. |
