A urine collection system disclosed includes a urine collection orifice in communication with a urine collection tube, a urine collection bladder in comunication with the urine collection tube, and a urine release valve comprising an outlet and an inlet in communication with a urine transfer tube. The urine collection system further includes a urine release tube in communication with the outlet of the urine release valve. The urine collection system further includes a substrate for the urine release valve, the substrate molded to a shape of a human leg. Additionally, a push button control of the urine release valve is included, as well as a spring return arm control of the urine release valve and a control cord. A pinch clip control of urine through the urine transfer tube is disposed inline with the urine transfer.

A portable toilet including: a bowl made of soft material; and a resilient loop integrated with the bowl, the resilient loop forming a rim of the bowl; wherein the bowl comprises a chamber at the bottom of the bowl. The chamber holds a bag which is taken out to cover the bowl during use.

The present disclosure relates to an integrated urine testing device (100) to facilitate the female user to urinate in the standing or sitting or squatting positions and allow them to determine the analyte present in the urine for testing purpose, for example, pregnancy. The device (100) includes the foldable structure (102), defining a spout member (106) having the inlet opening (108) and the outlet opening (112). The device (100) includes slits (126) and the test strip (132). The test strip (132) is fixedly disposed at the slits (126) of the wall member (118) of the spout member (106). The test strip (132) include the testing portion (134) is adapted to come in contact with the urine flowing in the spout member (106), and the indicating portion (136) of the test strip (132) is adapted for indicating test results without the test strip (132) being removed from the device (100).

In an example, a fluid collection device includes a fluid impermeable barrier that at least partially defines a chamber. The fluid impermeable barrier also defines an opening extending therethrough. The opening is configured to be positioned adjacent to a female urethra. The fluid collection device also includes a conduit at least partially disposed in the chamber. The conduit defines at least one aperture that provides fluid communication between an interior of the conduit and the chamber. The conduit also includes an outlet that provides fluid communication between the interior of the conduit and a vacuum source or a fluid storage container. The size and shape of the fluid collection device helps minimize the area of a user's skin both that contacts the device and to which a vacuum pressure is applied.

A urination device includes a receptacle having a cuboid shape. The receptacle further includes a top, a bottom, a front, a back, a first side, and a second side. A top opening is defined by an inner edge at the top of the receptacle. A front opening is defined by a front edge at the front of the receptacle. An elongated v-shaped channel is defined along the bottom from the front to the back. At least a portion of the elongated v-shaped channel is disposed below the top opening.

A vaginal urinary funnel flashlight apparatus for allowing easy and accurate illuminated urination includes a funnel body having a cup shaped upper portion and a cylindrical lower portion. The upper portion has a principal opening configured to surround a female genital region. A light sleeve is coupled to the dorsal side of the lower portion. The light sleeve has a proximal end, a distal end adjacent a release aperture of the lower portion, and a light cavity extending through the distal end to proximal the proximal end. A flashlight is slidingly engageable within the light cavity and comprises a flashlight body, a battery, an LED light, and a power switch.

A microgravity urine collection apparatus may include a bellows defining an internal chamber having a selectively adjustable volume. The bellows may include an inlet and an outlet. The microgravity urine collection apparatus may further include a first valve coupled to the bellows and configured to selectively control fluid flow through the inlet. The microgravity urine collection apparatus may also include a second valve coupled to the bellows and configured to allow fluid flow out of the bellows via the outlet and prevent fluid flow into the bellows via the outlet.

A portable female urinal. The portable female urinal includes a container having a front side, a back side, a first sidewall, a second sidewall, a base, and an upper end defining an interior volume. The first and second sidewalls bow inwards to create a saddle shape. An aperture is included within the upper end that is configured to receive urine. A telescopic spout having an extended and collapsed position is included on the front side. The telescopic spout is designed to access the interior volume such that the contents of the container can be evacuated therethrough.

A foldable urination device comprises a body having left and right curved fold lines and left and right side fold lines. Left and right long tabs are connected to respective left and right sides of the body. The left curved fold line and the left side fold lines are disposed on the left side of the body, and the right curved fold line and the right side fold line are disposed on a right side of the body, wherein the central fold line is disposed between the left and right curved fold lines and side fold lines. When the foldable urination device is folded along the curved and side fold lines, the foldable urination device forms a curved passageway having an entrance and an exit. The curved fold line has greater curvature on a top part of the body and lesser curvature on a bottom part of the body. The left long tab is adhered to the right side of the body. A folded handle is attached to the left long tab.