Eduard G Surodin

US Patent:

20100283350, Nov 11, 2010

Filed:

May 7, 2009

Appl. No.:

12/437540

Inventors:

Eduard G. Surodin - Brooklyn NY, US

International Classification:

H02K 3/04
H02K 53/00

US Classification:

310208, 415916

Abstract:

A series of elongated oval wire windings bent into open C-shaped or other loop shape coils are positioned around a flywheel. Magnets, mating the loop opening shape, extend from the outer edge of the flywheel on a thin disc to pass through the coils to generate electricity with the spin of the flywheel. With no magnetic material is the coils there is no magnetic resistance created thereby providing more efficient electricity generation.

US Patent:

20110304146, Dec 15, 2011

Filed:

Jun 10, 2010

Appl. No.:

12/813388

Inventors:

Eduard Surodin - Brooklyn NY, US

Assignee:

SURVAL, CORP. - New York NY

International Classification:

F03B 13/00
H02K 3/00

US Classification:

290 54, 310180

Abstract:

The conductor apparatus of the present invention remedies the drawbacks of all previously known conductor components (field coils, etc.) in electrical power generation systems, and in electromechanical systems (coil windings/stators in electrical motors, solenoids, etc.) by providing the same or greater level of Faraday induction efficiency, while optimizing (e.g., lowering) the level of magnetic resistance/reluctance with respect to relative motion between the conductor, and at least one magnetic element positioned in proximity thereto. The optimized magnetic resistance feature of the inventive conductor results from its unique geometric configuration and orientation of elements thereof, such that the novel conductor is only partially disposed proximal to one or more magnetic elements in a desirable pattern. The optimized magnetic resistance feature of the inventive conductor is extremely advantageous in that its utilization in electromechanical systems vastly increases their efficiency, reliability, and sustainability of operation, as well as lowers their cost of fabrication. In at least one inventive embodiment thereof, the inventive conductor is further improved by suspension thereof in a very cold environment during operation (such as being surrounded by a cryogenic material—liquid nitrogen, etc.)

US Patent:

6051891, Apr 18, 2000

Filed:

Jan 27, 1998

Appl. No.:

9/013734

Inventors:

Eduard G. Surodin - Bronx NY

International Classification:

B60L 102
F01K 1500

US Classification:

290 2

Abstract:

an electric power generating station characterised by a solar array (1) source of electrical power connected to drive a compressor/condenser liquifier (9, 18) to condense compressed gas to liquid state and cryogenic temperature. The liquified gas is then evaporated in a finned heat exchanger (22) and the gas vapor is then conveyed to cool the compressor motor (9), a generator (55), and thereafter directed to the bottom of a liquid tower (41), subjacent a set of inverted buckets (49) spaced on an endless belt (50) engaged on pulleys (48, 52), all submerged in the tower liquid and one of which is engaged to drive the generator. As the buckets are turned around the upper pulley (52), the gas trapped therein is released and conveyed by a return line (45) back to the condensing-evaporation cycle. The use of a gas cycle liquified at cryogenic temperatures exposes the cooled motors (9, 32) and the cooled generator (55) to temperature at which superconductivity may be achieved.