TRANSVERSE AXIS TURBINE WITH CONTROLLABLE DISPLAY
First Claim
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1. A traverse axis fluid turbine with a controllable display, comprising:
- a. a base structure;
b. a rotor rotatably attached to the base structure, the rotor having its axis being traverse to the direction of fluid flow;
c. at least three blades rotatably attached to the rotor, each blade rotates to a standing position when the blade is moving in the direction of the fluid flow for maximizing the blade surface area to receive the maximum fluid flow energy, and rotates to a resting position for minimizing the blade surface area to minimize the disturbance when the blade is moving against the direction of fluid flow;
d. a display component on the surface of the blade, comprising a matrix array of display elements;
e. a control unit being in communication with display component; and
f. a power unit being in communication with the control unit and the display component;
wherein the control unit controls each display element of the display component to provide a stable still or moving image when viewing the turbine from a direction.
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Abstract
A transverse axis fluid turbine with controllable display components thereof is disclosed. The turbine has a base structure, rotor rotatably attached to the base structure and at least three blades rotatably attached to the rotor. A matrix array of light reflective or emitting elements is mounted on the flat blade surface. The light reflective or emitting elements are controlled by a control unit in such a way that the light reflecting or emitting provides stable still or moving image(s) to its viewer(s) while the turbine is in operation.
23 Citations
9 Claims
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1. A traverse axis fluid turbine with a controllable display, comprising:
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a. a base structure; b. a rotor rotatably attached to the base structure, the rotor having its axis being traverse to the direction of fluid flow; c. at least three blades rotatably attached to the rotor, each blade rotates to a standing position when the blade is moving in the direction of the fluid flow for maximizing the blade surface area to receive the maximum fluid flow energy, and rotates to a resting position for minimizing the blade surface area to minimize the disturbance when the blade is moving against the direction of fluid flow; d. a display component on the surface of the blade, comprising a matrix array of display elements; e. a control unit being in communication with display component; and f. a power unit being in communication with the control unit and the display component; wherein the control unit controls each display element of the display component to provide a stable still or moving image when viewing the turbine from a direction. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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Specification