Abstract: To improve the characteristics of a compound adapted to create inside an electrically conductive track or area, the compound comprising a solvent, a polymer with double covalent conjugate bond, namely a heterocyclic compound formed by n carbon atoms and one atom of a different type linked in a ring structure; and a dispersion of conductive particles, there is added an agent adapted to slow down the precipitation of the conductive particles within the material.

Abstract: A method is described for making electrically conductive tracks or areas within a material. By using as material cellulose or its derivatives; and by locally raising the temperature of a portion of the material, one can trace tracks in a simple, economic and fast way manner.

Abstract: There is described a transmission system of electrons, comprising (i) a transmitter of electrons comprising a first source of a first magnetic or electromagnetic field, and a source of electrons capable of injecting electrons into the first field, and (ii) a receiver of electrons comprising a second source of a second magnetic or electromagnetic field with opposite polarity to the first field, and a receiver of electrons to extract electrons traveling in the second field and coming from the first field. The first and second field have interacting lines of force between each other adapted and in which to make the electrons travel.

Abstract: To improve the characteristics of a compound adapted to create inside an electrically conductive track or area, the compound comprising a solvent, a polymer with double covalent conjugate bond, namely a heterocyclic compound formed by n carbon atoms and one atom of a different type linked in a ring structure; and a dispersion of conductive particles, there is added an agent adapted to slow down the precipitation of the conductive particles within the material.

Abstract: To improve the power or signal electrical transfer it is described a n electric power/communication system (10). It comprises a first contact surface (22, 24, 32, 34), adapted for being fed by a source (60) to transfer electrical power and/or signal, which is comprised on a surface in sight of a vehicle; and a garment (50) having a second outer contact surface (52, 54), adapted for conducting electric energy and/or receive electrical power and/or signal for a user device (70), which is configured to be able to touch the first contact surface in order to receive electrical power and/or signal.

Abstract: A method is described for inserting or dispersing quartz within a substrate containing polymers polarizable by an electromagnetic field having electrical resistivity, from an insulator to conductor or vice versa, modifiable by said field. The method involves dispersing in the substrate particles having a sandwich structure including two conductive layers and a layer with piezoelectric characteristics in the middle.

Abstract: A compound (2), and a process to polarize it, are described able to form conductive or isolating tracks. The compound comprises a substrate of solvent, and a dispersion in the substrate. The dispersion comprises (i) a polymer (M) with double covalent conjugated bond, that is to say a heterocyclic compound formed of n atoms of carbon and an atom of a different type linked in a loop structure; and (ii) functionalising elements (Q1) of the polymer, so that the state of the polymer changes from insulator to conductor and vice versa when struck by an electromagnetic field.

Abstract: A multilayer photovoltaic compound to be applied to outer surfaces of any movable and/or stationary support for absorption and conversion of light radiation into electrical energy comprising, in the following order, at least one first layer (1) designed to adhere to the surface (S) of the support (T), at least one second layer (2) of an electrically conductive material which defines an electrode, at least one third optoelectronically active layer (3) designed to absorb photons and convert them into electrical energy, at least one fourth layer (4) of an electrically conductive material which defines a counter-electrode. The first layer (1) is formed of a substantially homogeneous and continuous base material, which is chemically and mechanically inert to the other layers (2, 3, 4) to define a universal anchoring base adaptable to surfaces of any shape and size.

Abstract: Waste is treated in a furnace (6) which is pressurized by injecting thereinto either air which is strongly enriched with oxygen (even up to 100%), so that the temperature of oxidation of said waste, after a starting step wherein external fuel and said combustion supported are used, reaches so high values as to cause a substantial sublimation of said waste and its complete molecular cracking. The vapors resulting from the hyperbaric sublimation process are then submitted to a rapid adiabatic expansion or semi-adiabatic expansion in a suitable volume (23) to cause a first strong cooling of said gases, down to values which may be then abated by usual heat-dissipating systems (25-26).