Modularized framework structure and unit module for use in the same

A unit module for use in a modularized framework structure obtained as a result of assembling a plurality of unit modules, comprising:

• the unit module is made of members, which correspond imaginarily to frames as ridgelines of a regular tetrahedron, identical in length to each other and having respective elongated joining surfaces thereof, and
• the members are connected at respective end portions thereof so as to form a Tetra-module as a regular tetrahedral-like framework, wherein
• the elongated joining surfaces are obtained as a result of imaginarily planarly truncating surfaces of edges of the members corresponding to ridgelines of the regular tetrahedron such that the elongated joining surfaces can be joined mutually between the unit modules, and such that the elongated joining surfaces of the unit module are oriented orthogonally to perpendiculars drawn imaginarily from the center of the unit module to the corner centers of the elongated joining surfaces of the unit module, respectively.

A unit module for use in a modularized framework structure obtained as a result of assembling a plurality of unit modules, comprising:

• the unit module is made of members, which correspond imaginarily to frames as ridgelines of a regular octahedron, identical in length to each other and having respective elongated joining surface thereof, and
• the members are connected at respective end portions thereof so as to form an Octa-module as a regular octahedral-like framework, wherein
• the elongated joining surfaces are obtained as a result of imaginarily planarly truncating surfaces of edges of the members corresponding to ridgelines of the regular octahedron such that the elongated joining surfaces can be joined mutually between the unit modules, and such that the elongated joining surfaces of the unit module are oriented orthogonally to perpendiculars drawn imaginarily from the center of the unit module to the corner centers of the elongated joining surfaces of the unit module, respectively.

A unit module for use in a modularized framework structure obtained as a result of assembling a plurality of unit modules, comprising:

• the unit module is made of members, which correspond imaginarily to frames as ridgelines of a regular tetrahedron, identical in length to each other and having respective elongated joining surfaces thereof, and the members are connected at respective end portions thereof so as to form a Tetra-module as a regular tetrahedral-like framework, and
• an Octa-module as a regular octahedral-like framework is formed as a result of interconnecting two Tetra-modules and adding thereto parallel frames each having a length of the Tetra-module's frame length multiplied by square root of 2.