MECHANICAL MOVEMENTS ADJUSTED BY ELECTROMAGNETIC PROBE

摘要

The invention relates to an eCRT electronic component that belongs to a new generation due to the high resolution thereof for sensing electromagnetic information, and that makes it possible to process the generation of self-induced currents of a mechanical pr electromagnetic nature. Knowing that a wheel rolling on the aluminium or metal rim thereof and on the spokes thereof is considered as a Barlow wheel or a Telma, the electronic functions for managing the self-control of the vibrations are made possible as they are all based on the electronic structure that is subjected to and stressed by the mechanical stresses, and all the structures are concerned, whether chemical, mechanical, fluid or gaseous. In a wheel, an axle or a tyre, all these electromagnetic applications are concerned. All the technical fields in dynamic phase, by the single structure of matter comprised of electrons. The functions are the use of the control of the mechanical vibratory and electronic undulating performances, and relate to the use of mechanics, solids, fluids and gases. Nanotechnology gives rise to a new relation in terms of information and electronic management without electric wires, thereby unifying the different sciences of solid, liquid and gas mechanics, and active electricity in dynamic phase. It can be said that the inner particularity of each "proper-reactivity" part erased for the benefit of a single "global-reactivity" function unifying the single quality of the requested function. The eCRT probes unify and concentrate forces into a single action polarity and provide each part with the correct behaviour information.