Other

Digital Fusion, Inc.

Michael W Jones

Brian Francis Howard

Patrick Juneji Sullivan

Richard Paul Beam

Dane J Phillips

Mary Margaret Chapman

Jeffrey Dylan Abel

A method for aligning cycles of an engine conditioning monitoring system includes: receiving data corresponding to a TDC angle of an engine from a crank angle sensor; receiving data from one or more accelerometers for each cylinder of the engine, the received data including vibration amplitude data; analyzing vibration amplitude data from the one or more accelerometers in relation to data corresponding to the TDC angle of the engine; characterizing vibration data using segmental band analysis, wherein segmental bands of the segmental band analysis correspond to valve closure angles of the engine; identify cylinders for which analyzed vibration amplitude data in relation to the TDC angle of the engine are out of phase; and align vibration amplitude data by shifting analyzed vibration amplitude data relative to the TDC angle of the engine such that vibration amplitude data is aligned with the TDC angle of the engine.

Remote monitoring of engine performance using accelerometers

A system of the present disclosure has an optical element having a plurality of contiguous lenses, a detecting device having a plurality of light-sensitive pixels, the optical element having a lens in the plurality of lenses associated with each of the plurality of light-sensitive pixels, and intermediate imaging optics for receiving light indicative of an image and focusing the light onto the plurality of contiguous lenses such that the image is divided on each of the associated light-sensitive pixels.

System and method for optically co-registering pixels

A portable fly tying storage box and work station generally including an enclosure having a tying surface pivotably attached to the enclosure, with the tying surface defining an access to the enclosure and the tying surface being positionable in a closed position, an open position and a horizontal position. Multiple tying station setups are possible by placing the enclosure upright or on its rear side and opening the tying surface to the desired position then fixing the tying surface in place. The fly tying kit container and tying station further includes both fixed and adjustable dividers within the enclosure. The dividers are dimensioned and positioned with respect to the closed position of the tying surface to form a tray receiving volume between the dividers and the closed position of the tying surface. The fly tying kit container and tying station also includes a tray being closely received within the enclosure and supported therein by the enclosures dividers. The tray also contains both fixed and adjustable dividers.

Fly tying kit container and tying station

Growing community of inventors

Knoxville, TN, United States of America

Michael W Jones