METHOD OF WIRING FOR THE ELECTRIFICATION OF 2-DIMENSIONAL NETS IMBEDDED IN EUCLIDEAN SPACE OF 2- OR 3-DIMENSIONS

摘要

An electrical wiring method called "orthorhombic wiring" ensures the structural support and electrical power supply or information of two-dimensional arrays of electrical charges. The elements of the two-dimensional array may be coplanar (that is to say, be located in a two dimensional space euclidéen) or non-coplanar (that is to say located in three-dimensional space euclidéen). These networks are still in a scalable fashion isostatic under stress and duress. The invention relates to geometrical configurations and topologies may be built using this orthorhombic wiring, as well as preferential and alternative applications. The preferred application relates to the industrial production of two-dimensional grids formed of cables and lighting lamps of urban and architectural spaces. In general, the invention enables or facilitates the manufacture of a wide variety of devices that the current state of the art does not provide. This wiring method is particularly useful to ensure the structural support and the electrification network these devices over large areas, without intermediate supports, or networks with complex geometries, impossible to build by other means. Finally, the invention relates to materials and production and packaging processes.