PT104078A - ELECTROMAGNETIC ROTOR - Google Patents

Abstract

A ROTARY SYSTEM FOR MECHANICAL FORCE PRODUCTION CHARACTERIZED BY A HIGH PERFORMANCE WITH LOW CONSUMPTION, SEATS ON A VEHICLE SUPPORTED IN BEARINGS, A MOBILE DISC, WITH CAPACITOMAGNETIC COIL (S), A FIXED PLATE WITH CAPACITOMAGNETIC COIL (S) COM GRAPHITE CONTACTS, ALL CONTROLLED BY A POLARIZATION VARIATION SYSTEM.

Description

1

description

Electromagnetic rotor

A rotary system composed of a shaft (10) supported by two high rotation bearings fixed in a structure (13), with a disc (7) at one end for supporting the movable coil (6), a poly (12) at the other end for transmission of mechanical force through a belt (11), two graphite contacts (8) (9) polymerized with metallic sediment of superior quality for biasing said coil. Base structure (2) (3) for mechanical support of the various components, with rubber supports (1) to neutralize the vibrations. A support (4) for supporting the fixed spools (5). Connection cables (14) for biasing said coils (5).

Each bobbin (5) (6) is executed on a cylindrical or rectangular core gear (15), air core, and two side covers. The winding system (16) consists of two copper strips, insulated by a macrofol dielectric. At the same time, 397 spirals are connected, where a cable is attached at the upper end of one of the tapes, a cable for the power supply and at the lower end of the other cable. After the winding process is vulcanized with epoxy resin that gives it mechanical resistance, electrical insulation and allows its use in 2 environments with high moisture content. Upon completion of this step, a paramagnetic core (17) is inserted into the bobbin with a top of the same width as the general body and the other end is threaded to allow its attachment.

This entire system is controlled by a module that allows variation of polarization, built on materials and components already existing in the market and already previously certified. The conjugation of the various potentials and applications of these components allows a reliable and linear behavior in the control of said system.

The technical domain of this system is located in the current electromagnetic spectrum. However, it is distinguished by the fact that the coils do not have a standardized behavior in relation to the consumption, since they do not have internal resistance, which poses several theoretical questions: according to the law of Ohm R = V / I. With R = 0 and having a voltage V applied to the coil, a theoretical difficulty arises for solving this equation, that is, impossibility or indeterminacy. By Joule's law w = I2xR we find the same impossibility. By Weber's law A = OxRm we have that the magnetic tension which is A is equal to the product of fi by reluctance. We continue with the same impossibility. By the law of Lenz Ei = ΔΦ / At we have that the induced electro-motive force Ei is equal to the division of the cosine variation of fi by the time variation. As the cosine of fi is zero the indetermination holds. In practice 3 subject to several measurements and tests a residual consumption of 6 mA was found to be more fruit than the power cables than the consumption of the coil. The value of remains unchanged and equal to zero. Practical situation without known theoretical justification. The system for the production of mechanical energy applies to all the mechanisms that need it, namely water abstraction and pumping, application in lifting systems, centrifuges, etc.

Porto, July 24, 2008

Claims (2)

An electromagnetic rotor characterized in that it is formed by capacitor-magnetic coils, an unconventional winding system without internal resistance, consisting of two copper strips simultaneously coiled, " condenser type ", around a paramagnetic core ( 17), separated by an insulating dielectric, which when stimulated by a supply voltage, generates a magnetic field in the respective core, and guarantees effective electrical insulation up to 3.5 KV. Electromagnetic rotor according to the first claim, characterized in that it contains a rotary system for generating mechanical force resulting from the application of the first claim, inserted in a system constituted by a transmission shaft (10), supported by two or more bearings fixed on a support ( 13), having at one end a system for securing a " reel " (6) and a further system serving to support (4) two coils " (5), and the polarization of the movable coil (6) being made by one or more graphite bars (8), (9), with variation of the supply voltage and polarization of the fixed coils (5), by a system (14) which simultaneously operates a repulsion system causing movement which produces mechanical energy in which the increase or decrease of the supply voltage and the withdrawal or approach of the fixed spools (5) of the furniture (6) allows to control the values of the revolutions per minute, rpm and of the N. force, 9 of September of 2008