Abstract: A helmet includes an outer shell, an intermediate isolator shell, an intermediate damping shell and an inner shell. The helmet further includes inner padding, a plurality of shocks, a plurality of shock mounts and one or more sensors. The helmet can further include an intermediate piston shell, one or more brake pads, a landing padding, and a bottom support. The helmet is configured to provide impact energy absorption and protect a user from brain and/or head injuries. The helmet provides controlled deceleration of the brain so as to prevent or minimize damage to the brain or head of the user. The one or more sensors of the helmet enables an impact detection system to be used concurrently with the helmet. The impact detection system is configured to measure, track, store, and present data collected during each use via a mobile application.

Abstract: Anesthesiology-services providers (such as anesthesiologists or corresponding physician extenders) are provided with a portable, handheld apparatus to facilitate the timely entry of information regarding anesthesiology-related events. To facilitate the data-entry process, this can include receiving inputs from an anesthesiologist via an end-user interface regarding at least one anesthesiology-related event and storing that information. Then, for at least some of these inputs, selectively characterizing one or more follow-on input opportunities by which the anesthesiologist can enter additional information regarding the anesthesiology-related event.