Abstract: Disclosed herein is a fluid sample collection system including a diversion valve, a spring and a collection canister. The diversion valve includes a diversion valve housing, the diversion valve is configured to receive a volume of fluid from a first fluid line and direct the volume of fluid to either a collection canister below the diversion valve using a collection channel or to a second fluid line using a passage channel. The collection channel is located below the passage channel. The spring is coupled to the diversion valve, and configured to transition the diversion valve between a collection state and a passage state. The collection canister includes a collection canister opening. The collection canister is configured to receive the volume of fluid by gravity flow and is coupled to the diversion valve by a fluid channel.

Abstract: Disclosed herein is a non-invasive urinary output measuring system having a urinary output measuring device and a fluid sensor system. The urinary output measuring device includes a receptacle body having a proximal opening, the receptacle body defining a collection cavity configured to receive a volume of fluid. The collection cavity includes a distal opening and an internal hydrophobic surface. The fluid sensor system is configured to measure the volume of fluid and includes a fluid sensor, a console including a processor further includes non-transitory computer-readable medium having a plurality of logic modules, one or more light indicator, and an opening mechanism configured to detachably seal the distal opening, the opening mechanism including a cover coupled to the receptacle body, and a lever configured to transition the opening mechanism between a closed configuration and an opened configuration.