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US Patent Office Approves new Electrical Current

Clear Energy, Inc., a small R&D company in Baltimore, Maryland has been issued a notice of allowance from the US Patent Office for a new electrical current. It has been over 100 years since the last patented electrical current was issued by the US Patent Office.



Direct current (DC) is described as electrical current that flows in one direction, and does not reverse its flow as alternating current does. The electricity produced by a (DC) battery is direct current. The polarities of electrodes remain constant.



But, what would happen if you have a polarity reversal that caused (DC) currents to reverse direction within two or more electrodes without reversing the anode (+) and cathode (-) power supply polarity The result is a new current called "Sully Direct Current" (SDC) 's8482;. It is named after the inventor John T. Sullivan.



Sully Direct Current (SDC) 's8482; is described as electrical current that flows for an interval of time in one direction and then in the opposite direction; that is, two or more current paths flowing in alternately reversed directions through or around a circuit. The plus (+) and minus (-) supply polarities of electrodes remain constant same as a (DC) battery, the polarities within the electrodes are reversing causing an alternating reversing multi-directional currents similar to (AC). Alternating Current (AC) and (SDC) 's8482; both have current reversal, (AC) reverses anode and cathode supply polarity when it changes current direction (SDC) 's8482; changes current direction without swapping the anode and cathode supply lines. The Plus (+) anode side and the (-) cathode negative side of the power supply remain unchanged; this is the main difference between AC and (SDC). Sully Direct Current (SDC)'s8482; can reverse currents at full voltage or zero volts to produce tuned counter EMF forces, (AC) typically reverse its current at zero volts. Sully Direct Current (SDC) 's8482; is measured in (Sully Watts) 's8482;. The Voltage across the Anode (+) and cathode (-) is measured with a (DC) Volt meter, the current is measured in series between electrodes with an (AC) current meter.



Studies are continuing to develop new applications for this revolutionary new voltage in many disciplines such as lighting, semi-conductors, capacitors, gravity experiments, fusion, particle accelerators, motors, hydrogen generators, fuel cells, batteries, water purifiers and medical applications.



The Inventor is hoping that SDC's8482; currents will open new doors to scientific discoveries and products that were not possible with (AC) and (DC). Visit www.sullydc.com.

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