Abstract: In some examples, a computing device creates an event log when an event occurs. If the event log includes a path comprising one or more components, the computing device may determine a hash, using a hash function and a salt, for each of the components and substitute each component in the path with an index to the hash stored in a dictionary. In this way, the computing device replaces each component of the path with an index to a hash in the dictionary to create a modified path. The resulting modified path can be traversed and searched. For example, a search term may be hashed using the hash function and salt, and the dictionary associated with the logs searched for a match. In this way, a particular file name or a particular folder name can be identified in the modified path.

Abstract: In some examples, a computing device creates an event log when an event occurs. If the event log includes a path comprising one or more components, the computing device may determine a hash, using a hash function and a salt, for each of the components and substitute each component in the path with an index to the hash stored in a dictionary. In this way, the computing device replaces each component of the path with an index to a hash in the dictionary to create a modified path. The resulting modified path can be traversed and searched. For example, a search term may be hashed using the hash function and salt, and the dictionary associated with the logs searched for a match. In this way, a particular file name or a particular folder name can be identified in the modified path.

Abstract: Traction enhancing runner assemblies for mounting underneath a snowmobile ski. The runner assemblies of this invention are a single rail with double edges to provide parallel runner bars, but the runner bars are not adjacent each other such that they provide a “staggered” runner arrangement which enhances the traction of the runner bar and hence the stability of the snowmobile on which they are mounted. Also, the double edges are provided with novel grooves that contain hard welds or carbide inserts to enhance the wear characteristics of the runner assemblies.

Abstract: cDNAs encoding gymnosperm monoterpene synthases have been isolated and sequenced, and the corresponding amino acid sequences have been determined. Modified host cells are provided that have been transformed, transfected, infected and/or injected with a recombinant cloning vehicle and/or DNA sequence encoding a monoterpene synthase of the invention. Thus, systems and methods are provided for the recombinant expression of recombinant monoterpene synthases that may be used to facilitate their production, isolation and purification in significant amounts.

Abstract: A stud stabilizing, positioning and force distributing member for mounting a stud on the outer face of an endless track which includes a plurality of integrally formed traction lugs that extend outwardly beyond the outer track base. The force distributing member includes a hollow enclosure wall, defining an inwardly opening cavity, having a terminal rim which lies in a predetermined plane for abutting the outer face of the track portion between the traction lugs. The enclosure wall includes an aperture there-through which mounts a traction stud at a rearwardly forwardly inclined angle, relative to the direction of track travel and relative to a line perpendicular to the plane, to dispose the stud on the underside of the lower run of the track at a forwardly outwardly inclined angle relative to the vertical line when the track is not under load and a vertical position when the track is under load to drive a snowmobile.

Abstract: A stud stabilizing, positioning and force distributing member for mounting a stud on the outer face of an endless track which includes a plurality of integrally formed traction lugs that extend outwardly beyond the outer track base. The force distributing member includes a hollow enclosure wall, defining an inwardly opening cavity, having a terminal rim which lies in a predetermined plane for abutting the outer face of the track portion between the traction lugs. The enclosure wall includes an aperture there-through which mounts a traction stud at a rearwardly forwardly inclined angle, relative to the direction of track travel and relative to a line perpendicular to the plane, to dispose the stud on the underside of the lower run of the track at a forwardly outwardly inclined angle relative to the vertical line when the track is not under load and a vertical position when the track is under load to drive a snowmobile.

Abstract: A combination hinge adjustment and pintle removal tool which has the ability to perform three functions in a single wrench-shaped hand tool. A first end of the tool includes a punch tip mounted orthogonal to the longitudinal axis of the tool, which is used to initially dislodge the hinge pintle from the hinge by driving the opposite side of the tool body with a hammer. The same end of the tool also includes a cupped indentation centered colinear with the longitudinal axis of the tool. The radius of this indentation is such that it will snugly fit around the shaft of a hinge pintle beneath the head of the pintle so that it may be hammer-driven upward in order to complete removal from the hinge. The second, or opposite end of the tool includes an opening with an offset spanner tip on one of the jaws surrounding the aperture. This end of the tool is used to bend a hinge without a pintle into alignment when adjusting the door within a jam or frame.

Abstract: A bypass valve assembly for a gas turbine engine includes a frame defining a first flow channel in flow communication, second and third flow channels separated by a splitter. A plurality of circumferentially juxtaposed bypass doors are disposed in the second channel and are positionable between a closed position preventing airflow into the second channel and an open position providing for airflow into the second channel. Means for automatically positioning the doors in the open and closed positions provides differential pressure across the doors in the second channel, and include a spring which provides a closing torque on the door.

Abstract: A bypass valve assembly for a gas turbine engine includes a frame defining a first flow channel in flow communication, second and third flow channels separated by a splitter. A plurality of circumferentially juxtaposed bypass doors are disposed in the second channel and are positionable between a closed position preventing airflow into the second channel and an open position providing for airflow into the second channel. Means for automatically positioning the doors in the open and closed positions provides differential pressure across the doors in the second channel, and include a spring which provides a closing torque on the door.

Abstract: A bypass valve system includes an annular frame defining a cavity and having an intermediate casing with an annular opening including a plurality of bypass valve doors disposed therein. An annular actuation ring is disposed in the frame cavity and a plurality of space links is pivotally connected between the ring and the bypass valve doors. Each of the space links includes a longitudinal axis and means are provided for rotating the actuation ring between a first position wherein each link longitudinal axis has a first inclination angle and the doors are in a first position, and a ring second position wherein the space link longitudinal axis has a second inclination angle less than the first inclination angle so that the links pivot the doors about a door first end to position the door in a door second position.

Abstract: A bypass valve door includes a pivotable first end, a second end, and an inner surface for facing fluid flow in a bypass valve system. The door includes a seal seat extending obliquely from the door second end. In a preferred embodiment, both the door seal seat and first end are configured for providing seals with adjacent stationary structures when the door is positioned in a closed position. When the door is positioned in an open position, the inner surface is configured for providing an aerodynamically smooth fluid boundary with structures adjacent thereto.