초록 ▼

The invention discloses at least one blade extending away from a beginning point and longitudinally along a central axis and approximating the shape of a spiral about said central axis. The blade comprises a beginning point disposed a first lateral distance away from the central axis and a terminati

The invention discloses at least one blade extending away from a beginning point and longitudinally along a central axis and approximating the shape of a spiral about said central axis. The blade comprises a beginning point disposed a first lateral distance away from the central axis and a terminating point disposed a second lateral distance away from the central axis, the second distance being greater than the first distance.

대표청구항 ▼

1. A propeller device for capturing wind energy, comprising: at least one blade extending away from a beginning point near a central axis and extending longitudinally along the central axis, said blade approximating the shape of a spiral about said central axis and forming an open center about the c

1. A propeller device for capturing wind energy, comprising: at least one blade extending away from a beginning point near a central axis and extending longitudinally along the central axis, said blade approximating the shape of a spiral about said central axis and forming an open center about the central axis, wherein the beginning point is located in the downwind direction of wind flow with respect to a terminating point;wherein said blade comprises a first radius near the beginning point and a second radius near a terminating point, the first radius being smaller than the second radius; andwherein the central axis is disposed horizontal to a ground surface. 2. The propeller device of claim 1, comprising a plurality of blades disposed together to approximate the shape of a vortex. 3. The propeller device of claim 2, wherein the first distance is substantially near zero. 4. The propeller device of claim 2, wherein the first distance is substantially greater than zero. 5. The propeller device of claim 2, wherein the beginning points of each of the plurality of blades are disposed equidistant about the perimeter of an imaginary circle, wherein the center of the imaginary circle is collinear with the central axis. 6. The propeller device of claim 2, wherein the lateral distance of each of the plurality of blades from the central axis is fixed. 7. The propeller device of claim 2, further comprising a device disposed about the exterior of the beginning end of the blades configured to generate electricity from rotation of the blades. 8. The propeller device of claim 7, wherein the device comprises a rotor and a stator. 9. The propeller device of claim 2, further comprising a diffuser configured to approximate the shape of a vortex, wherein a front of the diffuser is disposed at the beginning end of the plurality of blades. 10. The propeller device of claim 1, wherein the spiral comprises a conic spiral, Fermat's spiral, logarithmic spiral, Archimedes spiral, Fibonacci spiral, hyperbolic spiral, golden spiral, or geometric spiral. 11. The propeller device of claim 1, wherein the spiral comprises a logarithmic spiral having a growth rate of 1.618 for every ninety degrees of rotation. 12. The propeller device of claim 1, wherein the blade has a concave geometry with respect to the central axis. 13. The propeller device of claim 1, wherein the blade has a convex geometry with respect to the central axis. 14. The propeller device of claim 1, wherein the blade is operatively coupled to a device configured to power the propeller causing the propeller to rotate. 15. A propeller device for capturing wind energy, comprising: at least one blade disposed within a vortex-shaped funnel, said blade extending longitudinally along a central axis of the vortex-shaped funnel from a mouth of the vortex-shaped funnel to the end of the funnel;wherein the blade is configured to approximate the shape of a spiral disposed about the central axis of the funnel, wherein the diameter of the spiral is larger at the mouth of the funnel than at the end of the funnel, and wherein the mouth of the funnel is located in the upwind direction of wind flow with respect to the end of the funnel. 16. The propeller device of claim 15, further comprising a plurality of blades disposed about the central axis to approximate the shape of a vortex. 17. A vortex shaped propeller system for capturing wind energy, comprising: a plurality of blades disposed laterally about a central axis, wherein an internal edge of each of said blades advances longitudinally along the central axis and around the central axis from a beginning point near the central axis to an ending point away from the central axis to approximate the shape of a spiral, wherein the beginning point is located in the downwind direction of wind flow with respect to the ending point;wherein the plurality of blades are configured such that there is an equal amount of space between each of the plurality of blades from the beginning point of each of the plurality of the blades to the ending point of each of the plurality of blades, and wherein said blades comprise a first radius near the beginning point and a second radius near the ending point, the first radius being smaller than the second radius. 18. A vortex shaped propeller system for capturing wind energy, comprising: a plurality of blades disposed laterally about a central axis, wherein each of said blades advances longitudinally along the central axis and around the central axis from a beginning point near the central axis to an ending point away from the central axis to approximate the shape of a spiral, wherein the beginning point is located in the downwind direction of wind flow with respect to the ending point; andwherein the plurality of blades are configured such that there is a first amount of space between each of the plurality of blades near the beginning point of each of the plurality of the blades and a second amount of space near the ending point of each of the plurality of blades, wherein the first distance is different from the second distance, and wherein said blades comprise a first radius near the beginning point and a second radius near the ending point, the first radius being smaller than the second radius.