| 摘要 |
The invention relates to a method for constructing the supporting skeleton structure of an office building or a single- or multiple-family house from prefabricated concrete parts, wherein the entire building structure only consists of prefabricated concrete elements and only a very short erection time using a crane having a lifting power up to a maximum of 1.5 t is required for assembly. A central aspect of the invention is the arrangement of free-standing and stackable hollow column elements (1) in a hexagonal point pattern, preferably of reinforced concrete, which are screwed reciprocally with threaded rods (6) and with connecting beams (2) grip a supporting storey level, as shown by way of example in Figure 1. The closing of the storey ceiling between the connecting beams (2) may take place with smaller intermediate beams (3) rotated by 60° and with ceiling panels (4) (8) (9). The use of prefabricated elements leads to lower construction costs and enables simple and complete dismantling without destruction of the concrete components. Thus the building skeleton with solid concrete ceilings can be moved to a different location and can be easily expanded or raised at a later stage. |
