Abstract: A seated patient positioner for placement on a chair comprises a seating segment including an off-loading element, a seating surface and an opposite interface surface. A base segment includes an elongated sheet sized to cover the seat of the chair, with a top surface and an opposite slip-resistant bottom surface which contacts the seat of the chair and provides a friction surface to resist slipping between the base segment and the seat of the chair. A fold segment connects the seating segment to the elongated sheet of the base segment, and is configured for the seating segment to be folded over onto the base segment with the interface surface in contact with the top surface of the base segment. A chair engagement feature is provided for engaging the seated patient positioner to the chair to resist dislodgment of the positioner from the chair.

Abstract: A therapeutic cushioning boot includes a partially fiber-filled body that defines an interior pocket to removably receive an inflated static air bladder. The body includes a pair of inflation ports configured for the passage of tubing associated with an auxiliary device used with the boot. The boot includes an Achilles bladder, positioned to support the Achilles tendon, that is attached to the static air bladder to define a pair of notches that engage the inflation ports to effectively anchor the air bladder within the interior pocket. The static air bladder is configured to provide an increasing inflated height from the top of the boot toward the foot portion.

Abstract: In some examples, a computer system may receive an indication to present a user interface presenting data for a plurality of metrics related to at least one of a status or a performance of a storage system. The computer system may determine a status of a workflow that processes messages received from the storage system. Further, the computer system may determine an end time for a plurality of metric visualizations to present in the user interface based on the status of the workflow. The computer system may render the plurality of metric visualizations, with each metric visualization having the determined end time. Further, the computer system may provide the plurality of rendered metric visualizations for presentation in the user interface on a display.

Abstract: In some examples, a computer system may receive an indication to present a user interface presenting data for a plurality of metrics related to at least one of a status or a performance of a storage system. The computer system may determine a status of a workflow that processes messages received from the storage system. Further, the computer system may determine an end time for a plurality of metric visualizations to present in the user interface based on the status of the workflow. The computer system may render the plurality of metric visualizations, with each metric visualization having the determined end time. Further, the computer system may provide the plurality of rendered metric visualizations for presentation in the user interface on a display.