DEVICE FOR TRANSPORTING ENERGY BY PARTIAL INFLUENCE THROUGH A DIELECTRIC MEDIUM
First Claim
1. Devices for transport of electricity through a vacuum and dielectric materials, which is characterized, on the one hand, by the quasi-longitudinal arrangement of two remote, dipolar, asymmetrical oscillating devices, exterior to each other, one of which is a producer and the other a consumer of energy, and on the other hand, by the existence of a capacitive coupling between, primarily, two active electrodes, one of which (3) is integrated into the producer and the other (6) into the consumer;
- these electrodes are subjected to high potentials, the intense field zone being limited to the space (4) located between these electrodes, and the electrodes (2,7) exterior to this zone are passive, subjected to low potentials, and not coupled to other remote electrodes.
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Abstract
The invention proposes a means for transporting electrical energy and/or information from a distance by using, at a slowly varying regime, the Coulomb field which surrounds any set of charged conductors. The device according to the invention is composed of energy production and consumption devices situated a short distance apart, it uses neither the propagation of electromagnetic waves nor induction and cannot be reduced to a simple arrangement of electrical capacitors. The device is modeled in the form of an interaction between oscillating asymmetric electric dipoles, consisting of a high-frequency high-voltage generator (1) or of a high-frequency high-voltage load (5) placed between two electrodes. The dipoles exert a mutual influence on one another. The devices according to the invention are suitable for powering industrial and domestic electrical apparatus, they are especially suitable for powering low-power devices moving in a limit [sic] environment and for short-distance non-radiating transmission of information.
56 Citations
19 Claims
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1. Devices for transport of electricity through a vacuum and dielectric materials, which is characterized, on the one hand, by the quasi-longitudinal arrangement of two remote, dipolar, asymmetrical oscillating devices, exterior to each other, one of which is a producer and the other a consumer of energy, and on the other hand, by the existence of a capacitive coupling between, primarily, two active electrodes, one of which (3) is integrated into the producer and the other (6) into the consumer;
- these electrodes are subjected to high potentials, the intense field zone being limited to the space (4) located between these electrodes, and the electrodes (2,7) exterior to this zone are passive, subjected to low potentials, and not coupled to other remote electrodes.
- View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19)
Specification