Principle and structure of actively driving or centrifugal linear following dynamic flywheel effect

Claim 1

A device for storage and release of energy using centrifugal force, the device comprising: a body rotatably connected to a center shaft, a hood connected to the center shaft and extending forwardly of the body, a directional tail fin connected to the center shaft and extending rearwardly of the body, a pair of fins pivotably connected to the body, the fins being mounted diametrically opposed to one another and extending outwardly from the body, each fin being connected to an arm at approximately a right angle thereto, each arm having an end oriented toward the hood, two inertia blocks, one connected to the end of each arm, two springs, each spring connecting a respective arm to the body, wherein, an air stream directed toward the device is deflected by the hood toward the fins, the directional tail fin maintaining the body facing toward the air stream, the air stream engaging both fins and forcing the fins to pivot rearwardly toward the directional tail fin and thereby rotating the body about the center shaft, the inertia blocks being displaced radially by centrifugal force from an at rest position adjacent to the body, the springs thereby being extended and storing energy therein, and wherein, when the air stream force decreases, the springs urging the inertia blocks to return toward the at rest position, thereby releasing the stored energy and sustaining the rotation of the body.

Claim 2

A device for storage and release of energy using centrifugal force, the device comprising: a body rotatably connected to a center shaft, a hood connected to the center shaft and extending forwardly of the body, a directional tail fin connected to the center shaft and extending rearwardly of the body, a pair of fins pivotably connected to the body, the fins being mounted diametrically opposed to one another and extending outwardly from the body, each fin being connected to an arm at approximately a right angle thereto, each arm having an end oriented toward the hood, two inertia blocks, one connected to the end of each arm, two springs, each spring connecting a respective arm to the body, wherein, an air stream directed toward the device is deflected by the hood toward the fins, the directional tail fin maintaining the body facing toward the air stream, the air stream engaging both fins and forcing the fins to pivot rearwardly toward the directional tail fin and thereby rotating the body about the center shaft, the inertia blocks being displaced radially by centrifugal force from an at rest position adjacent to the body, the springs thereby being extended and storing energy therein, and wherein, when the air stream force decreases, the springs urging the inertia blocks to return toward the at rest position, thereby releasing the stored energy and sustaining the rotation of the body.