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24/06/2005 - Controller General of Patents, Designs, and Trade Marks

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(21) Application No. 0092/DELNP/2004 A (22) Date <strong>of</strong> filing <strong>of</strong> Application: 13/01/2004<br />

(54) Title <strong>of</strong> the invention: “A FLUID CURRENT MOTOR FOR EXTRACTING ENERGY.”<br />

(51) International Classification 7 : F03D 1/02, FO3D<br />

11/02<br />

(30) Priority Data:<br />

(31) Document No.:09/881,511, 09/997,499<br />

(32) Date: 14/<strong>06</strong>/2001, 23/11/2001<br />

(33) Name <strong>of</strong> convention country: USA<br />

(66) Filed U/s 5(2): NIL<br />

(61) Patent <strong>of</strong> addition to application No.: NA<br />

(62) Filed on: NA<br />

(63) Divisional to Application No.: NIL<br />

(64) Filed on: NA<br />

Total No Of Page: 67<br />

(57) Abstract:<br />

(71) Name <strong>of</strong> the applicant:<br />

SELSAM DOUGLAS SPRIGGS<br />

Address <strong>of</strong> the Applicant:<br />

2600porter Avenue, Unit B, Fullerton, Ca<br />

92833,Usa.<br />

(72) Name <strong>of</strong> the Inventor:<br />

SELSAM DOUGLAS SPRIGGS.<br />

A fluid current motor for exrtacting energy, in the form <strong>of</strong> shaft rotation capable <strong>of</strong> driving a load (6)<br />

from a fluid flow relative to a surface (1), comprising: A resiliently flexible tower/ drive shaft (10)<br />

having a stiffness, having a basal end (7) <strong>and</strong> a distal end (9) said tower/drive shaft (10) projecting<br />

substantially proximate said basal end (7), substantially away from said surface (1);<br />

A cantilevered bearing means (5) which rotatably supports said tower/drive shaft (10), in a contilevered<br />

manner, substantially from said basal end (7); a multiplicity <strong>of</strong> fluid reactive rotors (13,44), coaxially<br />

attached at spaced intervals to a section <strong>of</strong> said tower/drive shaft (10);<br />

Wherein: Said tower/drive shaft (10) is caused by said fluid flow to become sufficiently properly<br />

oriented to said fluid flow that said rotors (13) are caused by said fluid flow torotate, there by causing<br />

the tower/drive shaft (10) to rotate, along its entire length, so that useful power in the form <strong>of</strong> shaft (10)<br />

rotation is drawn there from, proximate said basal end (7).<br />

18121

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