Abstract: A hemodialysis wand holder includes a container having a plurality of side walls configured to form an open top end and a cavity extending downwardly from the open top end. A lid is removably coupled to the open top end wherein the lid has at least one aperture formed therein. At least one hemodialysis wand is removably inserted through the at least one aperture such that the at least one hemodialysis wand is suspended above a bottom one of the side walls. A collection tray is adjustably situated along the bottom side wall. Such a collection tray is removably reciprocated along a linear travel path registered transverse to a front one of the side walls. A fluid-absorbent liner is removably positioned within the collection tray for receiving fluids dripping down from the at least one hemodialysis wand suspended partially within the cavity.

Abstract: A hemodialysis wand holder includes a container having a plurality of side walls configured to form an open top end and a cavity extending downwardly from the open top end. A lid is removably coupled to the open top end wherein the lid has at least one aperture formed therein. At least one hemodialysis wand is removably inserted through the at least one aperture such that the at least one hemodialysis wand is suspended above a bottom one of the side walls. A collection tray is adjustably situated along the bottom side wall. Such a collection tray is removably reciprocated along a linear travel path registered transverse to a front one of the side walls. A fluid-absorbent liner is removably positioned within the collection tray for receiving fluids dripping down from the at least one hemodialysis wand suspended partially within the cavity.

Abstract: A multi-chambered container for selectively storing and dispensing a plurality of items may include predetermined quantities of first and second items and a container having a divided cavity formed therein. The container may further have a spout formed at a top end thereof and in fluid communication with the cavity. Additionally, the container may have first and second mutually exclusive passageways extending from the cavity and terminating at the spout. A mechanism may be included for selectively dispensing one of the first and second items from the spout. Such a mechanism may channel one item along a corresponding passageway while prohibiting another item from being dispensed. The mechanism may be operated by rotating a cam and semicircular disc to position an opening on a simultaneously rotated wheel over the desired passageway. The mechanism may rotate the opening 180 degrees for every 360 degree rotation of the cam.