PROCESS OF MAKING A SHORT-CIRCUITED DIODE THAT PREVENTS ELECTROCUTION

Abstract

A process of making a short-circuited diode that changes the properties of an electric current that passes through the short-circuited diode so that the current does not harm a human that contacts the current after it passes through the diode.

Claims

1. A short-circuited diode that changes the properties of an electric current that passes through it so that it does not electrocute a person contacting the current is prepared/made by a process comprising the steps of: providing a silicon crystal diode having two terminals; determining the silicon crystal diode's amperage rating; providing a heat gun or heating device; providing a multimeter; providing an electronic device that provides a charge; connecting the multimeter to the terminals of the diode; heating the body of the diode with the heat gun or the heating device until the diode's impedance is below one ohm; upon the impedance being below one ohm, then discharging a plurality of low voltage charges, the charges being of an amperage that is approximately double the amperage rating of the silicon crystal diode, of the electronic device on to one of the terminals of the silicon crystal diode until the silicon crystal diode is short-circuited and the silicon crystal diode's amperage is recalibrated to be below five ohms; and ensuring that the silicon crystal diode is short-circuited and that the silicon crystal diode's amperage is below five ohms after the silicon crystal diode cools by measuring the silicon crystal diode's properties with the multimeter.

Description

DESCRIPTION

[0012] The present invention is a short-circuited diode that changes the properties of an electric current that passes through it so that it does not electrocute a person contacting the current. The short-circuited diode is prepared by a process comprising the steps of: providing a silicon crystal diode having two terminals; determining the silicon crystal diode's amperage rating; providing a heat gun or similar heating device; providing a multimeter; providing an electronic device that will provide a charge; connecting the multimeter to the terminals of the diode; heating the body of the diode with the heating device until the diode's impedance is below one ohm; upon the impedance being below one ohm, then discharging a plurality of low voltage charges, the charges being of an amperage that is approximately double the amperage rating of the silicon crystal diode, of the electronic device on to one of the terminals of the silicon crystal diode until the silicon crystal diode is short-circuited and the silicon crystal diode's amperage is recalibrated to be below five ohms; and ensuring that the silicon crystal diode is short-circuited and that the silicon crystal diode's amperage is below five ohms after the silicon crystal diode cools by measuring the silicon crystal diode's properties with the multimeter.

[0013] The silicon crystal diode is short circuited when current can pass in either direction through the diode.

[0014] The short-circuited diode somehow prevents a person contacting an electric current that passes through it from being electrocuted. The inventors cannot determine or define how the electric current's properties change and believe that in time the phenomenon will be determined by the scientific community.

[0015] The inventors believe that using the short-circuited diodes of the present invention will conserve energy transmitted through electrical conductors that are downstream from the short-circuited diodes because they theorize that the electrical conductors will not heat to the same level that they would heat if passed through diodes that are not short-circuited.

[0016] The inventors also believe that electro-medical devices that use electrical currents to treat infirmities will be developed or improved using the short-circuited diodes of the present invention.

[0017] An advantage of the present invention is that it provides a short-circuited diode that changes the properties of electricity (alternating current in the range from 110 to 220 volts) that passes through it so that it will not electrocute a person contacting the current.

[0018] Another advantage of the present invention is that it prevents a person from dying contacting an electric device that has the short-circuited diode incorporated within the device.

[0019] While the inventor's above description contains many specificities, these should not be construed as limitations on the scope, but rather as an exemplification of several preferred embodiments thereof. Accordingly, the scope should not be determined by the embodiments illustrated, but by the appended claims and their legal equivalents.