Abstract: A breakaway intravenous needle device, including a syringe and needle assembly, and a disposal apparatus for removing, retaining and discarding needles attached to the intravenous needle device. The breakaway syringe comprises a syringe barrel which extends from a proximal barrel end to a distal barrel end. A nozzle extends distally from the distal barrel end and includes a weakened portion. Bending of the syringe barrel relative to the nozzle distal end causes the syringe to break along the weakened portion. When coupled with a needle hub and needle assembly and used with the disposal apparatus of the present invention, the syringe and attached needle assembly are held stationary within an aperture disposed on the disposal apparatus. The syringe barrel may then be moved laterally or otherwise bent relative to the needle hub to break the syringe along the weakened portion of the nozzle.

Abstract: A bathroom waste collection and disposal unit for mounting on a floor of an enclosure includes a tank of unitary construction having a horizontal portion defining a refuse reservoir and a vertical portion open to the horizontal portion for refuse gases and to accommodate a pump. A toilet is mounted on the top surface of the horizontal portion in fluid communication with the reservoir of the horizontal portion of the tank. The horizontal portion includes a plurality of columns within the reservoir extending between the floor and top wall of the horizontal portion. The tank also includes a baffle housing for enclosing the float of the refuse pump to meter the rate of flow of water flowing away from the pump float as the pump is actuated to discharge refuse from the reservoir.

Abstract: A snap-in fitting includes male and female connector elements which are connectable to fluid conduits. The male connector element is insertable within a socket of the female connector element and is retained therein by a coupling ring. The coupling ring includes an integral base portion, collar portion and locking portion. The collar portion is seated within a retaining channel of the male connector element, and the locking portion lockingly abuts within a locking groove of the socket. The collar portion includes annular surfaces which converge from the base portion. The locking portion extends outwardly at an angle from the base portion and includes annular surfaces which diverge from the base portion. An undercut is formed at the juncture of the locking portion with the base portion, to maintain the pivot point of the locking portion adjacent such juncture. An O-ring mounted on the male connector element sealingly engages a wall of the socket.

Abstract: A pipe coupler assembly comprises a fitting which is securable to the ends of a pair of pipes. The fitting comprises a socket portion for receiving the pipe end. A plurality of tabs project rearwardly and outwardly from the socket portion and are disposed in circumferentially spaced relationship about a longitudinal axis of the fitting. The fitting also includes a circumferentially extending, radially outwardly open channel disposed forwardly of the socket portion. The channel extends radially inwardly relative to the socket portion and is adapted to receive a resilient seal ring. A generally radially extending shoulder is disposed between the tabs and the channel. This shoulder is adapted to engage an edge of the pipe end to limit insertion of the fitting. The assembly also includes a generally cylindrical, open-ended sleeve. The sleeve is sized to receive the fittings through axially aligned chambers thereof.