Abstract: The present disclosure is for a system and a method for artificial intelligence (AI) based review of radiologic images as they are being read by a radiologist. The AI review is performed through the use of screen sharing and screen capture approaches allowing an AI model to analyze images without direct access to the raw image files. The AI review may compare user documented findings with AI model-based findings in order to identify discrepancies between the two. The discrepancies can be used as feedback for retraining the model and/or as feedback to the user to aid in education or track and/or improve an individual's review characteristics.

Abstract: An example apparatus includes a rod, an uphole coupling through which the rod extends, an expansion ring positioned on the rod below the uphole coupling, an elastomer element positioned on the rod below the expansion ring, a receptacle positioned on the rod below the elastomer element and configured to receive a portion of the elastomer element, a guardian ring positioned on the rod below the receptacle, and a portion of the receptacle is received in the guardian ring, a cap positioned on the rod and arranged for contact with the guardian ring, and a barrel to which the cap is connected, wherein the rod is partially received in the barrel, and one of the barrel and the rod is movable with respect to the other of the barrel and the rod to exert a compression load on the elastomer element.

Abstract: A processor-implemented method for simultaneously tracking one or more objects includes receiving, via a dynamical system with a set of sensors, a first set of unlabeled measurements from one or more objects. Each of the measurements is a function of time. A set of candidate tracks is determined for the one or more objects. Probabilities of each of the first set of unlabeled measurements being assigned to each of the set of candidate tracks are computed. A track from the set of candidate tracks is determined for each of the one or more objects based on a joint probability distribution of track attributes and the probabilistic assignment of each of the first set of unlabeled measurements to each of the set of candidate tracks.

Abstract: In one example, a method includes running a downhole system into a downhole environment that comprises a wellbore, and the downhole system is configured such that a reusable plug of the downhole system is positioned uphole of a perforation gun of the downhole system, then, with the perforation gun, perforating a casing at a stage of the wellbore, and the perforating is performed using a projectile, and the perforating is performed by firing the projectile from a chamber of the perforation gun.

Abstract: A dispenser includes a body that defines a chamber and a barrel that communicate with each other, and a penetrator assembly configured to be received in the chamber. The penetrator assembly includes a penetrator, a propellant operably positioned with respect to the penetrator, a primer in operable communication with the propellant, and an electrical conductor configured and arranged to carry electrical power to the primer. The dispenser may be positioned in a downhole location such as a wellbore, and the penetrator assembly may be fired so that the penetrator perforates a casing in the wellbore.

Abstract: A power connector includes a housing having a front wall including a socket configured to receive a power plug. The power connector includes an electrical component held by the housing being electrically connected to a power contact in the socket. The electrical component is a heat generating component. The power connector includes an EMI enclosure coupled to the housing. The EMI enclosure has walls defining a chamber. The housing, power contacts, and electrical component are received in the chamber. The walls of the EMI enclosure provide EMI shielding for the electrical component. The EMI enclosure includes a flap extending from a wall of the EMI enclosure into the chamber having a flap thermal interface thermally coupled to the electrical component to dissipate heat from the electrical component.

Abstract: A feedthrough capacitor assembly including a film-wound feedthrough capacitor and a mounting structure insulatively carrying the capacitor, the structure extendable through an opening in a conductive substrate and removably securable to the substrate. In response to opposed ends of the mounting structure applying a clamping force for non-movingly securing the capacitor to the substrate, the capacitor is not subjected to at least a portion of the clamping force.

Abstract: A feedthrough capacitor assembly including a film-wound feedthrough capacitor and a mounting structure insulatively carrying the capacitor, the structure extendable through an opening in a conductive substrate and removably securable to the substrate. In response to opposed ends of the mounting structure applying a clamping force for non-movingly securing the capacitor to the substrate, the capacitor is not subjected to at least a portion of the clamping force.

Abstract: A panel fuse module for use with one or more fuses. The panel fuse module includes a housing with a first fuse contact and a second fuse contact. The first fuse contact is resiliently deformable and is mounted on a post of the housing. A movable fuse holder is provided which is moveable relative to the housing and relative to the first fuse contact. A cam member is provided on the movable fuse holder. As the movable fuse holder is moved from the first position toward the second position, the cam member cooperates with the first fuse contact to move the first fuse contact from a less-stressed first position to a more-stressed second position to allow the respective fuse of the one or more fuses to be inserted into the housing without engaging the first fuse contact.

Abstract: A panel fuse module for use with one or more fuses. The panel fuse module includes a housing with a first fuse contact and a second fuse contact. The first fuse contact is resiliently deformable and is mounted on a post of the housing. A movable fuse holder is provided which is moveable relative to the housing and relative to the first fuse contact. A cam member is provided on the movable fuse holder. As the movable fuse holder is moved from the first position toward the second position, the cam member cooperates with the first fuse contact to move the first fuse contact from a less-stressed first position to a more-stressed second position to allow the respective fuse of the one or more fuses to be inserted into the housing without engaging the first fuse contact.

Abstract: A torque apparatus for facilitating manipulation of a guidewire includes a handle member dimensioned for engagement by a clinician and defining a longitudinal axis and a torque member mounted to the handle member. The torque member defines a lumen configured for reception and passage of a guidewire and is configured to rotate relative to the handle member to impart rotational movement to the guidewire. A gripper member associated with the torque member is adapted to releasably secure the guidewire relative to the torque member and a trigger member depending from the handle member is actuable to cause the gripper member to release the guidewire to thereby permit the guidewire to be moved within the lumen of the torque member. An actuator is operatively coupled to the torque member and is movable to impart rotational movement to the torque member to thereby cause corresponding rotational movement of the guidewire.

Abstract: A circuit box includes a housing having an internal compartment. The housing includes first and second entrances for receiving first and second electrical wires, respectively, into the internal compartment. The housing includes first and second wire receptacles that include first and second dielectric shells, respectively, and first and second contacts, respectively, that are held by the first and second dielectric shells, respectively. The first and second contacts are electrically connected together. The first and second dielectric shells include first and second cavities that include pluggable interfaces that are configured to mechanically receive first and second wire terminals, respectively, that terminate the first and second electrical wires, respectively, such that the first and second contacts mechanically mate with the first and second wire terminals, respectively. A circuit element is held within the internal compartment of the housing.

Abstract: An assembly and method for providing electromagnetic interference isolation. The assembly includes an enclosure which has a first panel and a second panel. Bus bars extend through the first panel and the second panel. A mounting plate is positioned between the first panel and the second panel. The mounting plate has locating members thereon. A plurality of inductive cores are positioned proximate the locating members, the inductive cores having openings through which the bus bars extend. The inductive cores are precisely positioned in the enclosure to facilitate the electromagnetic interference isolation.

Abstract: An assembly through which at least one bus bar extends includes bus bar-mounting openings. Insulators are positioned at each of the insulator-mounting openings. Each insulator includes a mounting member having contoured edges. A bus bar holding opening extends through the mounting member. Mounting openings are provided on the mounting member. The mounting openings being dimensioned to receive mounting hardware therein. The mounting openings are offset from the geometrical centerline of the bus-bar holding opening by more than the radius of the mounting hardware. The mounting hardware of adjacent insulators may be thereby interleaved to allow for close placement of the insulators while maintaining required spacing to provide proper electrical insulation.

Abstract: An assembly and method for providing electromagnetic interference isolation. The assembly includes an enclosure which has a first panel and a second panel. Bus bars extend through the first panel and the second panel. A mounting plate is positioned between the first panel and the second panel. The mounting plate has locating members thereon. A plurality of inductive cores are positioned proximate the locating members, the inductive cores having openings through which the bus bars extend. The inductive cores are precisely positioned in the enclosure to facilitate the electromagnetic interference isolation.

Abstract: A circuit box includes a housing having an internal compartment. The housing includes first and second entrances for receiving first and second electrical wires, respectively, into the internal compartment. The housing includes first and second wire receptacles that include first and second dielectric shells, respectively, and first and second contacts, respectively, that are held by the first and second dielectric shells, respectively. The first and second contacts are electrically connected together. The first and second dielectric shells include first and second cavities that include pluggable interfaces that are configured to mechanically receive first and second wire terminals, respectively, that terminate the first and second electrical wires, respectively, such that the first and second contacts mechanically mate with the first and second wire terminals, respectively. A circuit element is held within the internal compartment of the housing.

Abstract: A torque apparatus for facilitating manipulation of a guidewire includes a handle member dimensioned for engagement by a clinician and defining a longitudinal axis and a torque member mounted to the handle member. The torque member defines a lumen configured for reception and passage of a guidewire and is configured to rotate relative to the handle member to impart rotational movement to the guidewire. A gripper member associated with the torque member is adapted to releasably secure the guidewire relative to the torque member and a trigger member depending from the handle member is actuable to cause the gripper member to release the guidewire to thereby permit the guidewire to be moved within the lumen of the torque member. An actuator is operatively coupled to the torque member and is movable to impart rotational movement to the torque member to thereby cause corresponding rotational movement of the guidewire.

Abstract: An assembly through which at least one bus bar extends includes bus bar-mounting openings. Insulators are positioned at each of the insulator-mounting openings. Each insulator includes a mounting member having contoured edges. A bus bar holding opening extends through the mounting member. Mounting openings are provided on the mounting member. The mounting openings being dimensioned to receive mounting hardware therein. The mounting openings are offset from the geometrical centerline of the bus-bar holding opening by more than the radius of the mounting hardware. The mounting hardware of adjacent insulators may be thereby interleaved to allow for close placement of the insulators while maintaining required spacing to provide proper electrical insulation.

Abstract: The present disclosure provides, in part, a self-contained, point-of-care device for the early detection of infection, or other pathologic conditions that can lead to system inflammation, by the detection of the endogenous gaseous mediator nitric oxide (NO.) and methods of use.

Abstract: A battery monitoring system is provided to monitor a battery stack having multiple cells connected in series. The monitoring system includes monitor modules to monitor respective subsets of the cells of the battery stack, each monitor module, in response to one or more control signals, measuring cell voltages of the respective subset of cells and providing at least one readout signal that represents the sampled cell voltages, the monitor modules being electrically connected in a stack such that each monitor module is referenced to the voltage of the respective subset of cells, and the control signals and the readout signal are connected through the monitor modules of the stack, and a system control unit to provide the control signals to the monitor modules and to receive the readout signals from the monitor modules.