Means for controlling aerodynamically induced twist

Claim 2

An aircraft having a wing twist mechanism comprised of a single torque tube disposed internal to each of the wings attached to the aircraft fuselage, each said torque tube having an inboard end and an outboard end, said torque tubes being rigidly attached to wing structural members near the tip of each wing at the outboard end thereof, and an actuator attaching the inboard end of each said torque tube to the aircraft fuselage, said actuator comprising an electrically actuated solenoid, said solenoid being attached to a rotatable arm member and said arm member being secured to said torque tube, and means for elastically attaching said torque tube to wing structural support members at intermediate wing positions, whereby adjustment of the actuator will activate said solenoid and rotate said arm member and induce twist in the aircraft wings via said torque tubes.

Claim 3

Means for controlling aerodynamically induced twist in an aircraft wing comprising in combination with an aircraft having a fuselage and a pair of wings attached to the fuselage; a torque tube having a root end and a tip end and disposed internal of and extending substantially the entire length of each aircraft wing, said torque tube being rigidly secured at the tip end thereof to a wing structural member adjacent the wing tip, said torque tube being also attached at the root end thereof to a pilot controlled actuator mechanism disposed in the aircraft fuselage, and elastic connection means disposed along the length of said torque tube for elastically attaching said torque tube to structural support members disposed in said wing, said torque tube being constructed of a graphite/epoxy composite material wherein the graphite is in the form of graphite fibers extending the length of said tube and said torque tube being of uniform diameter and wall thickness along the entire length thereof, whereby during aircraft flight said actuator mechanism is activated by the aircraft pilot to rotate said torque tube to cause wing twist in an opposite direction of and to thereby nullify the inherently aerodynamically induced twist occuring in said wing during flight and thereby maintain optimum aircraft flight.

Claim 4

Means for controlling aerodynamically induced twist in an aircraft wing comprising in combination with an aircraft having a fuselage and a pair of wings attached to the fuselage; a torque tube having a root end and a tip end and disposed internal of and extending substantially the entire length of each aircraft wing, said torque tube being rigidly secured at the tip end thereof to a wing structural member adjacent the wing tip, said torque tube being also attached at the root end thereof to a pilot controlled actuator mechanism disposed in the aircraft fuselage, and elastic connection means disposed along the length of said torque tube for elastically attaching said torque tube to structural support members disposed in said wing, said torque tube being constructed of a graphite/epoxy composite material wherein the graphite is in the form of graphite fibers extending the length of said tube and said torque tube being of uniform diameter and wall thickness along the entire length thereof, whereby during aircraft flight said actuator mechanism is activated by the aircraft pilot to rotate said torque tube to cause wing twist in an opposite direction of and to thereby nullify the inherently aerodynamically induced twist occuring in said wing during flight and thereby maintain optimum aircraft flight.