Abstract: In one general aspect, in an embodiment, a method is performed by a computer system. The method includes providing a user interface having a user interface control that simulates chest compressions during cardiopulmonary resuscitation (CPR). The method also includes receiving a real-time simulated compression indicator via the user interface control. The method also includes recording information related to the real-time simulated compression indicator in a compression time series. The method also includes providing, in the user interface, real-time feedback regarding a time distribution of at least a portion of the compression time series.

Abstract: In an embodiment, a method includes receiving, by a user device, a code start trigger, where the user device is dockable on a crash cart and in communication with a controller disposed in relation to the crash cart. The method also includes, responsive to the code start trigger, initiating a code workflow, creating an event log for the code workflow, and determining a patient rhythm. The method also includes monitoring for real-time code events. The monitored real-time code events include patient intervention and a new patient rhythm. The method also includes, responsive to a determination that a real-time code event has occurred, executing programmed action that includes updating the event log.

Abstract: An ergonomic work station has upper and lower work platforms disposed one above the other. These are supported on electrically actuated telescoping pedestals to allow the user to select and adjust the elevation of the work platforms individually. Position sensors within each of the pedestals sense the elevation of the upper end of the respective pedestal and provide an output to logic and motor control circuitry. This is configured to maintain the lower work platform level when the height of the lower work platform is being adjusted and to prevent the upper and lower work platforms from colliding, by maintaining at least a predetermined minimum vertical distance between the two work platforms when the lower work platform is being raised or when the upper work platform is being lowered.