Abstract: An aspiration device is described, including a bulb aspirator including a bulb body, a first collar and tip, the bulb body includes an upper portion configured for receiving one end of the first collar and lower portion configured for receiving in a first configuration a stop and in a second different configuration a second collar associated with a suction tube, the tip is configured for insertion into a passageway; the stop being configured for detachable connection to the lower portion of the bulb body when in the first configuration; and the suction tube including the second collar, a tube portion and an adaptor, the second collar is disposed at a first end of the suction tube and being adapted to be coupled to the lower portion of the bulb body, the adaptor is configured to adapt to a human mouth to enable suction to be applied at the adaptor.

Abstract: An aspiration device is described, including a bulb aspirator including a bulb body, a first collar and tip, the bulb body includes an upper portion configured for receiving one end of the first collar and lower portion configured for receiving in a first configuration a stop and in a second different configuration a second collar associated with a suction tube, the tip is configured for insertion into a passageway; the stop being configured for detachable connection to the lower portion of the bulb body when in the first configuration; and the suction tube including the second collar, a tube portion and an adaptor, the second collar is disposed at a first end of the suction tube and being adapted to be coupled to the lower portion of the bulb body, the adaptor is configured to adapt to a human mouth to enable suction to be applied at the adaptor.

Abstract: A cap and container assembly is disclosed which may be used for human body cavity irrigation or other liquid dispensing activities. The cap may include a first channel extending from a base through a neck portion to an opening in a tip portion of the cap. A side body defining a second channel may extend from the first channel near the neck portion of the cap to an opening at a distal end of the side body. An axial dimension of the tip portion may extend at an angle relative to an axial dimension of the neck portion. Liquid may flow out of the first channel under the influence of gravity and as a result of control of air flow into the second channel.