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 or have a male urethra positioned therethrough. The fluid collection device also includes a conduit at least partially disposed in the chamber. The conduit defines at least one aperture that allows an interior of the conduit to be in fluid communication with the chamber. The fluid collection device further includes a valve. The valve includes a first aperture coupled to the conduit and a second aperture that is fluid couplable to at least one of an air source, a vacuum source, or a fluid storage container. The valve is configured to control fluid flow through the conduit responsive to direction from a user.

The present disclosure relates to an ostomy device for manually controlling the release and collection of bodily waste from an external stoma of a subject. The ostomy device includes a collapsible collecting bag; a first base plate for encircling the stoma; a second base plate having an opening and connected to the collecting bag such that bodily waste can flow through the first base plate and the opening of the second base plate into the collecting bag; a valve for releasing intra-abdominal gas into an exterior of the device; and a cap for closing and for opening the device comprising an inward side for closing onto the second base plate. The valve comprises a valve member for closing the valve, which is openable by pressure applied in a direction towards the subject skin. The present disclosure also relates to an ostomy system including the aforesaid medical device.

An ostomy pouch vent includes a venting portion and a closure portion. The venting portion includes a cylindrical vent body defining a through-opening passage though the body. The closure portion including a closer body that is adapted to engage the vent body to selectively close the through-opening and a support member supporting the closure body. The support member manipulates the closure body into registration with the vent body to close the through-opening and manipulating the closure body away from the vent body to open the through-opening. A pair of grasping members extends in generally opposite directions from the support member. The grasping members have a grasping surface configured to be engaged by fingers of a user to apply a force to the support member.

A medical appliance is configured with material that creates a fluid barrier with interior walls of a stoma on a patient. These configurations may include an annular disc with a stem on one side that inserts into the stoma. The material may reside on the stem, for example, in the form of a replaceable hollow tube that covers at least part of the stem. On the other side, a rotatable spigot inserts into a recess. The rotatable spigot has a first position that forms a flow path through the stem and the annular disc to allow waste to drain from the stoma. In one implementation, the rotatable spigot can couple with a collection device that receives the waste. The patient can return the rotatable spigot to a second position to prevent flow of waste.

Ostomy appliance components providing low profile containment of waste from a surgical stoma. Waste collection pouch configuration, positioning, and positioning structure relate to potential advantages in manufacturing and operation of components.

An ostomy appliance (10) includes a pouch wall (12) defining at least a portion of a collection chamber (14) configured to collect and store effluent from a stoma, an inlet (16) formed in the pouch wall configured to be secured around the stoma, and a filter assembly (110) having a filter (114), a valve (116) and a bypass venting chamber (112) extending between the filter and the valve. The filter includes an active gas inlet section (124) configured to receive gas from the collection chamber, a bypass gas inlet section (126) configured to receive gas through the valve, and a filter outlet section (118) for exiting gas to the atmosphere.

A system for use in venting gas from an interior of an ostomy collection pouch is described. The system is removable and/or reusable in other medical devices. A flange is configured to affix the system to a hole in a wall of the ostomy collection pouch. The flange may have a straight or a curved configuration. In examples, the flange has a 90-degree configuration. Further, the system includes a manual or a passive filter to remove odor from the gas.

A colostomy or ileostomy bag cleaning system including; (i) a support defining a longitudinal axis; (ii) a base located at or near a first axial end of the support; (iii) an inlet for, in use, receiving fluid under pressure; (iv) a ring with a flange that is, in use, connectable to a corresponding connecting ring on a colostomy or ileostomy bag; (v) a conduit that is in fluid communication with the inlet at one end of the conduit and extends to the ring, defining an outlet from the conduit within the ring; and (vi) a seal between the ring and the conduit.

An ostomy appliance comprising an adaptor having a distal end adapted to be coupled to an ostomy wafer and a proximal end adapted to be coupled to a cap, said distal end having an opening in fluid communication with an opening in said proximal end.

An ostomy bag device includes a bag with first and second chambers communicating via a first opening and a pressure sensitive interface. The bag includes a second opening interfacing with a stoma exit and receiving waste in the first chamber, a third opening expelling the waste from the first chamber, and a fourth opening releasing gas from the second chamber. The interface transitions from a first state in which the interface prevents a gas flow through the first opening from the first to second chambers and a second state in which the interface allows the flow. A first pressure differential in the first chamber relative to the second chamber causes the interface to assume the first state preventing the flow and a second pressure differential in the first chamber relative to the second chamber higher than the first differential causes the interface to assume the second state allowing the flow.