Moog Gmbh

John Christian Layer

Brian Alfred Williams

Carl Deirmengian

David P Cardamone

Mark J Underhill

Gregory M Harnsberger

Luke G Finley

Larry D Hall

Gregory Joseph Guzewich

Thomas J Greier

An autonomous vehicle and navigation system, including a chassis, a propulsor arranged to drive the chassis, wherein the propulsor is operably connected with an electric power source, a load bearing dynamic platform operable to translate vertically, and a controller operable to receive and transmit signals, wherein the controller is operable to control the propulsor. Wherein the controller is operable to navigate an environment utilizing one or more pre-planned routes in an automated guidance mode as a function of guidance from a global controller, and the controller is operable to navigate the environment utilizing signals from a remote control in a localized remote guidance mode.

Autonomous load moving electric vehicle

A linear actuator for pumping comprising a stator having an inner opening, a shaft having a plurality of permanent magnets spaced linearly in the axial direction, the shaft disposed in the stator opening and configured to reciprocate linearly in the axial direction relative to the stator, the stator comprising a first stator assembly having a plurality of pole sections spaced linearly in the axial direction and a plurality of coils disposed therebetween, a second stator assembly having a plurality of pole sections spaced linearly in the axial direction and a plurality of coils disposed therebetween, a bearing assembly positioned axially between the first stator assembly and the second stator assembly, and the bearing assembly having a width that is a function of the spacing of the plurality of pole sections of the first stator assembly and the second assembly and the spacing of the plurality of permanent magnets of the shaft.

Linear motor for pumping

A fail-safe ride simulator (10) broadly includes a base (11), a platform (13) mounted for movement relative to the base, an actuation mechanism (14) operatively arranged between the platform and an actuation mechanism operatively arranged between the platform and the base. The actuation mechanism includes a plurality of electro-mechanical servoactuators (23) acting between the platform and base for causing relative movement therebetween. A fail-safe circuit (34) is operatively arranged to continuously monitor the condition of the actuation mechanism, and to cause the platform to move automatically toward a predetermined position relative to the base in the event of an unsafe condition in the actuation mechanism.

Fail-safe ride simulator

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East Aurora, NY, United States of America

John Christian Layer