Abstract: A fuel pump system for an aerial refueling system including: a variable displacement motor operable to be driven by a hydraulic fluid pressure; a fuel pump operable to be driven by the variable displacement motor; and a drive system controller (DSC) connected to the variable displacement motor, wherein the DSC is operable to direct an operation of the fuel pump in modes comprising: a flow control mode operable to maintain an output fuel flow rate from the fuel pump to a predetermined maximum inlet pressure at a reception coupling for a receiver aircraft; a fuel pressure control mode operable to regulate the output fuel flow rate to not exceed the predetermined maximum inlet pressure; and a priority mode operable to reduce the output fuel flow rate in response to a decrease in the hydraulic pressure. Also a method of refueling a receiver aircraft.

Abstract: Disclosed is a novel system and method to enables users to map a user's intent finishing selections for a finishing job to each subsystem, e.g., device, protocol, ADF, and finisher unit, of an imaging device. The presently claimed invention creates distinct perspectives and a way to map between perspectives. The distinct perspectives include intent orientation, a print protocol, ADF, copy/scan/fax platen, device, and finisher unit. Through use of novel transformation for automating image rotations to dramatically reduce errors with understandable and repeatable correct outcomes. The formal algorithmic and mathematical approaches disclosed in the present invention makes it easier to describe subsystems of an imaging device. The software implementation using this novel approach eliminates the need for conditional logic based programming customized for each imaging device and its various subsystems.

Abstract: A method for producing a disk resonator gyroscope includes providing a base substrate and a handle wafer with a release hole, bonding a release wafer to the handle wafer, bonding a resonator wafer to the release wafer, etching the resonator wafer to form a disk resonator with a central pillar, and sense and drive electrodes, selectively applying a conductive film onto the disk resonator on a side of the disk resonator opposite the release wafer, on the outer edge of the disk resonator, and on the surfaces of the sense and drive electrodes facing the outer edge of the disk resonator, bonding the sense and drive electrodes and the central pillar of the disk resonator to the base substrate, and releasing the handle wafer by introducing a dry release agent into the release hole to undercut the release wafer.

Abstract: A disk resonator gyroscope includes a quartz base, a quartz resonator disk having a central pillar connected to the base, the quartz resonator disk having a surface facing the base and having plurality of circumferential slots in the surface of the quartz resonator disk around the central pillar, and an electrode comprised of quartz and connected to the base outside of an outer edge of the resonator disk.

Abstract: A structure and method is provided for absorbing excess fat from an environment including one or more fats insolubly combined in an aqueous solution mix. The structure includes a plurality of layers, at least one of which is formed from a preferentially fat-permeable, oleophilic material having a greater affinity for fat than for the aqueous solution. Preferably, the structure includes particular structural and topographic components that effectively enhance the inherent fat-affinity of the oleophilic material. The absorption structure is easily employed by introducing it into an environment such as a soup, broth, etc., having fat residing in an aqueous solution. The structure acts to attract and absorb at least a portion of the fat which can then be extracted from the solution. A process for forming the multi-layer absorption structure is also provided.

Abstract: A compact foldable mechanic's walk for facilitating servicing of motor vehicles by improving access to the engine compartment. The mechanic's walk includes a pair of relatively narrow elongated planar mirror image platform members hingedly connected together along abuttable acute angular ends. The platform members are supportable by a plurality of pivotally supported legs adapted to be folded in against the bottom surfaces of the platform members. The platform members preferably are flanged so that in folded condition the in-folded support legs are enclosed within a box-like enclosure.

Abstract: A seal assembly for the hermetic closure of the cut ends of sheathed electrical cables, in unit readiness comprised of a cylinder form approximating the outer diameter of the sheathed cable, a sealant body adhered to an end wall of said form, and a conformable and/or elastic tape with a pressure sensitive adhesive side covered with a removable protective sheet having opposite release faces and wrapped over the cylinder form and sealant body in package configuration. Hermetically sealing a cut cable end is accomplished by removal of the stretch tape and reapplication thereof around the cylinder form and cable sheathing subsequent to forcefully applying the sealant body to said cut cable end with the end wall of the cylinder form.

Abstract: In the reconditioning or repair of worn out conveyor belts, such conveyor belt to be repaired is drawn at a high tension past a stationary knife edge to cut away a predetermined thickness and width of the top surface portion of the belt from the bottom reinforced portion of the belt. The height of the knife edge relative to the worn edge is adjustable thereby allowing a range of selected thicknesses to be cut for optimum results in repairing the belt in the worn areas.

Abstract: In the reconditioning or repair of worn out conveyor belts, such conveyor belt to be repaired is drawn at a high tension past a stationary knife edge to cut away a predetermined thickness and width of the top surface portion of the belt from the bottom reinforced portion of the belt. The height of the knife edge relative to the worn edge is adjustable thereby allowing a range of selected thicknesses to be cut for optimum results in repairing the belt in the worn areas.

Abstract: A vacuum reducer valve assembly senses the engine induction passage vacuum and delivers a reduced vacuum signal to a vacuum motor which advances the ignition timing in proportion to the vacuum signal. The vacuum reducer valve assembly has a member which decreases the difference between the induction passage vacuum and the reduced vacuum signal as atmospheric pressure decreases.