Method and apparatus for gyroscopic propulsion
First Claim
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1. A propulsion system, comprising:
- an engine; and
a rotating member rotatably engaging the engine and having a rotating member axis of rotation, wherein the rotating member comprises at least one drive member positioned around the circumference of the rotating member, the drive member has a drive member axis of rotation, the drive member includes a gyroscope having a gyroscopic axis of rotation, the drive member has an unlocked state in which the drive member rotates freely and applies substantially no torque to the rotating member and a locked state in which the drive member does not rotate freely and applies a torque to the rotating member, the drive member axis of rotation is substantially parallel to the rotating member axis of rotation, the gyroscopic axis of rotation is transverse to the rotating member axis of rotation, and a displacement force is controlled by controlling a rotation of the drive member about the drive member axis of rotation, whereby at a first time the drive member is in the unlocked state and at a second time the drive member is in the locked state to cause spatial displacement by the displacement force of a vehicle comprising the engine and rotating member.
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Abstract
A propulsion system includes an engine and a rotating member rotatably engaging the engine. The rotating member comprises a plurality of drive members positioned around the circumference of the rotating member. Each of the drive members has an unlocked state in which the drive members apply substantially no torque to the rotating member, and a locked state, in which the drive members apply substantially a torque to the rotating member. At a selected time, a first set of the drive members are in the unlocked state and a second set of the drive members are in the locked state to provide a propulsive force.
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Citations
27 Claims
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1. A propulsion system, comprising:
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an engine; and a rotating member rotatably engaging the engine and having a rotating member axis of rotation, wherein the rotating member comprises at least one drive member positioned around the circumference of the rotating member, the drive member has a drive member axis of rotation, the drive member includes a gyroscope having a gyroscopic axis of rotation, the drive member has an unlocked state in which the drive member rotates freely and applies substantially no torque to the rotating member and a locked state in which the drive member does not rotate freely and applies a torque to the rotating member, the drive member axis of rotation is substantially parallel to the rotating member axis of rotation, the gyroscopic axis of rotation is transverse to the rotating member axis of rotation, and a displacement force is controlled by controlling a rotation of the drive member about the drive member axis of rotation, whereby at a first time the drive member is in the unlocked state and at a second time the drive member is in the locked state to cause spatial displacement by the displacement force of a vehicle comprising the engine and rotating member. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. A propulsion method, comprising:
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rotating a rotating member about a rotating member axis of rotation, the rotating member operatively engaging a plurality of drive members, each of the drive members having a drive member axis of rotation substantially parallel to the rotating member axis of rotation and comprising a gyroscope having a gyroscope axis of rotation, the gyroscope axis of rotation being transverse to the rotating member axis of rotation and drive member axes of rotation; setting a first set of drive members to an unlocked state in which the drive members apply substantially no resistance to rotation of the rotating member; and simultaneously setting a second set of drive members to a locked state in which the drive members resist rotation of the rotating member, wherein a displacement force is controlled by controlling a rotation of the drive members about the drive member axes of rotation. - View Dependent Claims (9, 10, 11, 12, 13, 14, 15, 16, 17)
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18. A propulsion system comprising:
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a rotating member, the rotating member rotating about a rotating member axis of rotation and operatively engaging a plurality of drive members, each of the drive members having a drive member axis of rotation substantially parallel to the rotating member axis of rotation and comprising a gyroscope having a gyroscope axis of rotation, the gyroscope axis of rotation being transverse to the rotating member axis of rotation and drive member axes of rotation; means for setting a first set of drive members to an unlocked state in which the drive members apply substantially no resistance to rotation of the rotating member; and means for simultaneously setting a second set of drive members to a locked state in which the drive members resist rotation of the rotating member, wherein a displacement force is controlled by controlling a rotation of the drive members about the drive member axes of rotation. - View Dependent Claims (19, 20, 21, 22)
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23. A propulsion method, comprising:
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(a) rotating a rotating member that engages one or more drive members, the rotating member rotating about a rotating member axis of rotation, each of the one or more drive members having a respective drive member axis of rotation substantially parallel to the rotating member axis of rotation and comprising a respective gyroscope having a gyroscope axis of rotation, the gyroscope axis of rotation being transverse to the rotating member axis of rotation and drive member axes of rotation; (b) at a first angular position, setting the drive member(s) to an unlocked state in which the drive members apply substantially no resistance to rotation of the rotating member; and (c) at a second angular position, setting the drive member(s) to a locked state in which the drive member(s) resist rotation of the rotating member, wherein a displacement force is controlled by controlling a rotation of the drive members about the drive member axes of rotation. - View Dependent Claims (24, 25, 26, 27)
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Specification