General Electric Company

Itt Manufacturing Enterprises, Inc.

Itt Corporation

Paul Thomas Schweitzer

Mark Alan Bryant

Kevin Thomas McCarthy

James Hoge Bowen

Harrison Lewis Buchanan, Jr

Ayush Srivastava

Roger Douglas Whiddon

Paul Venditti

Paul Edward Kaminski

Parag Arvind Marathe

A computing device for use in performing a redundancy test on a turbine assembly and a turbine control system including a plurality of controllers each configured to independently control operation of the turbine assembly is provided. The computing device configured to be coupled to the turbine control system and configured to determine whether a plurality of test conditions are satisfied, display to a user an indication of which test conditions are satisfied, and test, in response to a user input, the plurality of controllers.

Systems and methods for performing redundancy tests on turbine controls

A light transmitting device for use in a viewing apparatus or optical device, particularly a night vision device. The device is composed of a material which is capable of transmitting light from a remote source. Light from a visible indicator such as an LED is transferred through at least one outer flat to an inner flat of the device. The inner flat provides a signal to the user that the power supply is low. An additional outer flat and inner flat provides a signal to the user that the infrared illuminator is in operation. A projection formed along the outer periphery of the device prevents rotation and aids in assembling the device in a viewing apparatus. With the light transmitting device, there is no need for a separate device attached to the housing of an optical device for indicating power supply. The device also avoids the presence of overlapping light signals in the user's eyes, by transferring separate channels of light from locations outside the field-of-view to specific locations inside the field-of-view of an optical device.

Light transmitting device

The present invention is a multifunctional night vision monocular that is adapted for use by a soldier as a hand-held spotting scope, a helmet mounted scope, a head mounted scope, and a weapon mounted scope depending upon circumstances and the needs of the soldier. The night vision monocular is a self-contained unit capable of carrying its own power source. A universal mount on the bottom of the night vision monocular enables either a helmet mounting adaptor or a weapon sight mount to be quickly added to the monocular. The night vision monocular contains a GEN III image intensifier tube positioned between an objective lens assembly and an eyepiece lens assembly. The housing of the night vision monocular opens in a plane perpendicular to the optical axis, thereby enabling easy access to the various optical elements for repairs, maintenance and replacement. A reduced number of wire leads are used within the night vision monocular thereby reducing manufacturing costs and improving reliability. The image intensifier tube is directly coupled to a circuit board that provides power to the image intensifier tube. As such, the image intensifier tube can be replaced without cutting leads or soldering.

Multipurpose night vision monocular

Growing community of inventors

Salem, VA, United States of America

Paul Thomas Schweitzer