Abstract: A reactor cooling system for cooling a nuclear reactor using nitrogen comprising a refrigeration unit for cooling and compressing nitrogen gas into liquid nitrogen, a liquids storage tank to store liquid nitrogen, the tank in fluid communication with the refrigeration unit, a heat exchanger drop system in fluid communication with the liquids storage tank, adjacent to the nuclear reactor, wherein the nitrogen absorbs heat by becoming gaseous, a tank for receiving and holding nitrogen gas in fluid communication with the heat exchanger and in fluid communication with the refrigeration unit, and where the system is a closed-loop drop system.

Abstract: The Oil Jet for Increased Efficiency system makes use of internally developed, and stored, oil pressure to direct additional force to assist moving parts in an internal combustion engine, rotating device of any nature, and/or any power producing mechanism, to assist in overcoming frictional, compression, drag, and other resistive forces within said mechanism in order to increase efficiency. Applications include, but are not limited to, timed application of said oil jet to assist in compression and exhaust strokes. Stead-state and/or timed application to rotating parts, including flywheel, alternator, transmission parts and other rotating parts to provide continuous additional force to assist in overcoming mechanical, frictional and other losses within the system.

Abstract: A reactor cooling system for cooling a nuclear reactor using nitrogen comprising a refrigeration unit for cooling and compressing nitrogen gas into liquid nitrogen, a liquids storage tank to store liquid nitrogen, the tank in fluid communication with the refrigeration unit, a heat exchanger drop system in fluid communication with the liquids storage tank, adjacent to the nuclear reactor, wherein the nitrogen absorbs heat by becoming gaseous, a tank for receiving and holding nitrogen gas in fluid communication with the heat exchanger and in fluid communication with the refrigeration unit, and where the system is a closed-loop drop system.

Abstract: The Liquid Nitrogen battery uses electrical energy an existing electrical power source to utilize Nitrogen from the atmosphere to generate power, in any form required, to provide continuous, augmented, supplemental or alternate power in any predetermined form, including but not limited to electrical, mechanical and/or hydraulic, which may be produced individually or in any combination. Nitrogen is extracted from the atmosphere, condensed, cooled, stored in liquid form, then expanded to be applied to the generation unit which is selected to provide the type of power needed, allowing reduction of size of source supplying power to this system while maintaining its output, and recycling the expanded Nitrogen gas within the system to provide increased efficiency.

Abstract: The Liquid Nitrogen Conventional Generator operates by using electrical energy from an existing power plant to collect, cool, store and utilize Nitrogen from the atmosphere to generate power, in any form required, to provide continuous, augmented, supplemental or alternate output of power in any predetermined form, including but not limited to electrical, mechanical and/or hydraulic, which may be produced individually or in any combination. Nitrogen is extracted from the atmosphere, condensed and cooled, stored in liquid form and then expanded to be applied to the generation unit which is selected to provide the type of power needed, allowing reduction of size of the conventional plant supplying power to this system while maintaining the output of said plant. And recycling the expanded Nitrogen gas within the system to provide increased efficiency.

Abstract: The Liquid Nitrogen Nuclear Generator uses electrical energy and liquid Nitrogen from an existing nuclear power plant, equipped with a Liquid Nitrogen cooling system, to generate power in any form required, providing continuous, augmented, supplemental or alternate output in any predetermined form, including but not limited to electrical, mechanical and/or hydraulic, which may be produced individually or in any combination. Nitrogen is extracted from the atmosphere, condensed, cooled, stored in liquid form, then expanded to be applied to the generation unit which is selected to provide the type of power needed, allowing reduction of size of the nuclear plant supplying power to this system while maintaining its output, at a steady and reduced rate of generation, and recycling the expanded Nitrogen gas within the closed system to provide increased efficiency.

Abstract: The Liquid Nitrogen Cooling System utilizes a continuously recharged, closed-loop system to: generate electricity; charge and pressurize hydraulic bypass and operational equipment; and, provide emergency cooling. It is triggered by any need for emergency shutdown, applying liquid Nitrogen to cool a nuclear power plant, as an alternate cooling system independently from the regular cooling system, providing a sudden drop of temperature through a liquid Nitrogen manifold system. No greenhouse or explosive gases are generated or released, and no Oxygen is used. Any Nitrogen vented to the atmosphere dissipates rapidly, assumes ambient temperature, and has no long half-life radioactive isotopes. It operates as a closed/static system until needed for cooling. Applications include, but are not limited to, retrofitting to existing systems.

Abstract: The Liquid Nitrogen Cooling System utilizes a continuously recharged, closed-loop system to: generate electricity; charge and pressurize hydraulic bypass and operational equipment; and, provide emergency cooling. It is triggered by any need for emergency shutdown, applying liquid Nitrogen to cool a nuclear power plant, as an alternate cooling system independently from the regular cooling system, providing a sudden drop of temperature through a liquid Nitrogen manifold system. No greenhouse or explosive gases are generated or released, and no Oxygen is used. Any Nitrogen vented to the atmosphere dissipates rapidly, assumes ambient temperature, and has no long half-life radioactive isotopes. It operates as a closed/static system until needed for cooling. Applications include, but are not limited to, retrofitting to existing systems.

Abstract: The Lungie Pet Leash system uses an elastic material attached to a static control leash to: reduce and/or eliminate the effects of sudden impact, hyper-extension or other forces caused by a pet's movements; avoid being pulled off balance, or injured; prevent or lessen injury to a pet from sudden stopping during a full tilt run. The system allows for control and training of a creature without having the control associated directly with the trainer. The optional configuration allows for choice to use direct control without the shock absorbing feature. In all applications the Lungie is attachable to an existing restraint provided by the end user. Applications include, but are not limited to, control and protection of children, animals and other creatures requiring handling.

Abstract: The Oil Jet for Increased Efficiency system makes use of internally developed, and stored, oil pressure to direct additional force to assist moving parts in an internal combustion engine, rotating device of any nature, and/or any power producing mechanism, to assist in overcoming frictional, compression, drag, and other resistive forces within said mechanism in order to increase efficiency. Applications include, but are not limited to, timed application of said oil jet to assist in compression and exhaust strokes. Stead-state and/or timed application to rotating parts, including flywheel, alternator, transmission parts and other rotating parts to provide continuous additional force to assist in overcoming mechanical, frictional and other losses within the system.