Structural system
OwnerFlorian Tuczekinventor
Life of this patent
Estimating the term…
Abstract
The present invention relates to a building system comprising prefabricated plates for self-supporting space boundaries. To enable simple construction of load-bearing structures that are versatile in three dimensions and that enclose spaces, plates, at least some of which are disposed at different inclinations, in the form of flat, slanted prisms are joined by their side faces directly to one another and/or via bars in the form of long, slanted, square prisms; adjacent connecting faces are congruent, and the square faces of different bars, are disposed parallel or perpendicular to one another.
Claims5
A building system for assembled, self-supporting and faceted polyhedral shells including zomes, comprising:
- prefabricated, solid plates as material components, joined along their edges without nodes on their corner points, wherein:
- two neighboring, differently inclined plates are joined everywhere by their side faces according to one of:
- both ways occurring in the same building;
- directly to one another, if the adjoining side faces are parallel without any distance;
- and via bars as complementary components along some joints;
- each said bar fills completely one of:
- a cleft along the joint between two plates touching one another only by one edge line;
- and an oblong gap, necessarily continuing a cleft, between two plates touching one another nowhere;
- the adjoining side faces of two plates, of a plate and a bar, and of two bars side by side are congruent everywhere and have the shape of an oblong parallelogram having two shorter and two longer edges;
- said plates and bars are in the form of a slanted prism;
- said plates are in the form of a flat parallelepiped having an extensive polygonal base defining the top and bottom surface of a plate;
- said bars are in the form of a stretched parallelepiped having a small quadratic base defining the ends of a bar;
- the quadratic faces on the ends of different bars are equal everywhere;
- said two shorter edges of each said parallelogram have the length of said quadratic faces;
- said shorter edges are always disposed parallel to the areas of a cartesian coordinate system;
- two bars adjoin on one of their ends always according to one of:
- directly, if said quadratic faces on the ends are parallel without any distance;
- and via cubes having said quadratic faces too, if there are gaps between the ends of neighboring bars, filling them completely.
Dependencies are inferred from the claim text.