General Electric Company

Ge Aviation Systems Limited

Gerald Les Vossler

Peter Bennett Houser

Norman Leonard Ovens

John Henry Studer

Otto Darias

Grant Hazard

Samit Sura

John Hafer

Grant Michael Hazard

Systems and methods of providing cellular communication between an aircraft and infrastructure of ground communication nodes are provided. In one example, an avionics communication system located on an aircraft for providing cellular communication between the aircraft and an infrastructure of ground communication nodes includes a directional antenna, one or more processors and memory devices, as well as one or more radio transmitter/receivers. The radio transmitter/receiver can transmit and receive cellular communication signals along multiple communication paths established between the aircraft and one or more identified ground communication nodes using the directional antenna. Signal relay also can be implemented based in part on a determined signal power level, determined frequency shift compensation value for modifying communicated signals to account for expected Doppler effects and/or determined antenna beam steering commands.

Airborne cellular communication system

A system and methods for reducing vibration in a rotatable member are provided. The system includes a blade tracking sensor, a rotatable member comprising an adjustable aspect, and a control computer. The control computer is configured to determine an axial position of each blade, determine a first blade that is displaced by a greatest distance along the axis in a first direction, modify an aspect of the first blade to facilitate reducing a vibration in the rotary blade system, determine if the vibration level in the rotary blade system is reduced, and select another rotatable member to modify such that a vibration in the rotary blade system is facilitated being further reduced.

System and methods for adaptive blade control surface adjustment

Growing community of inventors

Grand Rapids, MI, United States of America

Gerald Les Vossler