Abstract: A monitoring application is configured to model access events in which elements of a network access a network asset. The monitoring application can receive inputs to identify elements that are authorized to access a particular asset, and can define a trust zone including such authorized elements, including the asset. The monitoring application receives log data from which it identifies access events, including the identities of elements involved in each access events. For access events in which sources that are not part of a trust zone access an asset that is part of the trust zone, the monitoring application can generate a trust zone violation alert prompting IT staff to determine whether network security has been breached, whether the network security architecture should be modified, or whether the model should be updated.

Abstract: One aspect of the present disclosure is an imaging system including an optical sensor defining an optical axis. The system further includes a light source. The system may include an optical beam splitter, and may also include an optional diffusing lens that may be configured to diffuse and/or collimate light from the light source and direct light exiting the diffusing lens to the optical beam splitter. The optical beam splitter is configured to direct light from the light source along the optical axis of the optical sensor.

Abstract: One aspect of the present disclosure is an imaging system including an optical sensor defining an optical axis. The system further includes a light source. The system may include an optical beam splitter, and may also include an optional diffusing lens that may be configured to diffuse and/or collimate light from the light source and direct light exiting the diffusing lens to the optical beam splitter. The optical beam splitter is configured to direct light from the light source along the optical axis of the optical sensor.

Abstract: One aspect of the present disclosure is an imaging system including an optical sensor defining an optical axis. The system further includes a light source. The system may include an optical beam splitter, and may also include an optional diffusing lens that may be configured to diffuse and/or collimate light from the light source and direct light exiting the diffusing lens to the optical beam splitter. The optical beam splitter is configured to direct light from the light source along the optical axis of the optical sensor.

Abstract: A method for operating a ratchet assembly. The method includes, when a ratchet lock mechanism is in a first locked position, causing a drive mechanism to rotate by operating a steer cylinder in a selected direction until a first predetermined value, which may be associated with an amount of rotation of the drive mechanism, is reached. The method includes unlocking the ratchet lock mechanism, and resetting the steer cylinder by operating the steer cylinder in an opposite direction until a second predetermined value is reached. The method includes locking the ratchet lock mechanism in a second locked position, and, upon locking the ratchet lock mechanism in the second locked position, causing the drive mechanism to further rotate by operating the steer cylinder in the selected direction until a third predetermined value is reached, wherein the third predetermined value is associated with a selected amount of rotation of the drive mechanism.

Abstract: A method for operating a ratchet assembly. The method includes, when a ratchet lock mechanism is in a first locked position, causing a drive mechanism to rotate by operating a steer cylinder in a selected direction until a first predetermined value, which may be associated with an amount of rotation of the drive mechanism, is reached. The method includes unlocking the ratchet lock mechanism, and resetting the steer cylinder by operating the steer cylinder in an opposite direction until a second predetermined value is reached. The method includes locking the ratchet lock mechanism in a second locked position, and, upon locking the ratchet lock mechanism in the second locked position, causing the drive mechanism to further rotate by operating the steer cylinder in the selected direction until a third predetermined value is reached, wherein the third predetermined value is associated with a selected amount of rotation of the drive mechanism.

Abstract: A ratchet assembly may include a steer ring, a steer ring side structure, a steer cylinder bracket arm, a steer cylinder, a ratchet lock gear, a steering collar, a ratchet cylinder, a ratchet lock bar, and at least one sensor. When in a particular locked position, operation of the steer cylinder rotates the steer ring, the ratchet lock gear, and the steering collar. When in an unlocked position, operation of the steer cylinder rotates the steer ring around the ratchet lock gear.

Abstract: A cylinder assembly may include a cylinder end having a cylinder end opening, a cylinder barrel, a piston, a rod, and a shaft. An opening through the piston forms a sleeve passing through a portion of the piston. The rod extends out of the cylinder barrel and is configured to rotate with respect to the cylinder barrel and the cylinder end. An opening in the rod further forms the sleeve passing through an interior portion of the rod. A protruding end of the shaft passes through the cylinder end opening. A portion of the shaft has a cross-sectional shape corresponding to the cross-section of the sleeve. The protruding end of the shaft is free to rotate within the cylinder end opening in response to a rotation of the rod. The shaft is free to slide within the sleeve in response to an extension or retraction of the rod.

Abstract: A cylinder assembly may include a cylinder end having a cylinder end opening, a cylinder barrel, a piston, a rod, and a shaft. An opening through the piston forms a sleeve passing through a portion of the piston. The rod extends out of the cylinder barrel and is configured to rotate with respect to the cylinder barrel and the cylinder end. An opening in the rod further forms the sleeve passing through an interior portion of the rod. A protruding end of the shaft passes through the cylinder end opening. A portion of the shaft has a cross-sectional shape corresponding to the cross-section of the sleeve. The protruding end of the shaft is free to rotate within the cylinder end opening in response to a rotation of the rod. The shaft is free to slide within the sleeve in response to an extension or retraction of the rod.

Abstract: A ratchet assembly may include a steer ring, a steer ring side structure, a steer cylinder bracket arm, a steer cylinder, a ratchet lock gear, a steering collar, a ratchet cylinder, a ratchet lock bar, and at least one sensor. When in a particular locked position, operation of the steer cylinder rotates the steer ring, the ratchet lock gear, and the steering collar. When in an unlocked position, operation of the steer cylinder rotates the steer ring around the ratchet lock gear.

Abstract: Systems, methods, and other embodiments associated with printing user documentation are described. One example method includes receiving a print request and determining if the print request is for printing a user guide. If the request is for printing a user guide, then the method may retrieve an updated version of the user guide. The print request may be modified by adding the updated version to the print request. The user guide is printed using the updated version.

Abstract: The invention is a method for the isolation of molecules of interest using tubes in which at least a portion of the inner walls of the tube are coated with microbeads that are coated with a capture reagent to bind the molecule of interest. The microbeads may be glass or polymer beads. The invention is a method and apparatus for preparation of the tubes for use in the method of the invention. The invention is a method for determining ratios of guanine nucleotides bound to guanine-nucleotide binding proteins.

Abstract: Systems, methods, and other embodiments associated with printing user documentation are described. One example method includes receiving a print request and determining if the print request is for printing a user guide. If the request is for printing a user guide, then the method may retrieve an updated version of the user guide. The print request may be modified by adding the updated version to the print request. The user guide is printed using the updated version.

Abstract: A hydraulic cylinder monitoring apparatus of a type having a tube with a first end and a second end and a removable first cap member for selectively closing the first end of the tube, the first cap member having a first opening therein. A second cap member is welded to the other end of said tube, the second cap having a second opening therein. A piston is sealingly disposed within the tube for movement between a first and a second position between the first and second ends of the tube. A rod is operatively attached to the piston and extends from the piston and through the first opening in the first cap member whereby the piston and rod can move together between the first and second positions. A first hydraulic fluid port extends into the tube adjacent said one end of the tube. A second hydraulic fluid port extends into the tube adjacent the second end of the tube. A supplemental cap is removably attached to the second cap member, the supplemental cap having a passageway therein.

Abstract: A method of forming a plug-like member comprises placing a consumable member (4) in a bore (1) of a workpiece (2). The consumable member (4) is rotated relative to the workpiece (2) while they are urged together so as to generate frictional heat and the formation of plasticised material (5). The plasticised material (5) is allowed to solidify so as to form a plug-like member having an outer surface conforming to the inner surface of at least part of the bore (1). The plug-like member is either left in situ or, following formation of the complete plug-like member, removed from the workpiece.

Abstract: A method of forming or reforming a composite material comprises relatively rotating a pair of members (2,3) while urging them together under pressure so as to mix or remix together the materials (1) making up the composite. The urging direction is substantially parallel with the axis of relative rotation. The composite is then extruded (7).