Abstract: An oral hygiene products dispenser stand for storing and dispensing oral hygiene products such as toothbrushes, mouthwash, disposable cups, and dental floss is described. The stand includes a base, a supporting framework for storing and dispensing disposable cups, and a plurality of toothbrush holders. The brush head end of a toothbrush can be placed into a toothbrush holder to be sanitized and dried. The stand serves as an oral hygiene products dispensing station when the base supports a bottle of mouthwash, fluoride rinse or other antiseptic fluid.

Abstract: The present invention provides a cup dispenser for holding cups adjacent to the dispenser. The cup dispenser is designed for use with a bottle having a liquid dispenser mounted thereon, and includes a saddle and a holder. The saddle includes a top panel including an opening sized to accommodate the liquid dispenser of the bottle, and one or more side panels connected to and extending downwardly from the top panel. When the liquid dispenser is inserted through the opening, the saddle engages the bottle. The holder extends from a side panel and is configured to receive a plurality of vertically stacked cups. There are many advantages associated with the cup dispenser of the present invention. Dispensing liquids such as mouthwashes, fluoride solutions, medications, and refreshments becomes more convenient and more sanitary using the cup dispenser of the present invention.

Abstract: A sign holder for a packet of planar members bearing characters for display. Deformable material having a sheet portion has a pocket for receipt of the packet. The pocket has a front retaining wall formed from the sheet portion to prevent the packet from moving out of the pocket in a front direction. The pocket also has, pressed from the sheet portion in a direction away from the front direction, the following: First and second opposed and spaced apart side walls, and a third side wall located in the pocket intermediate the first and second side walls. The first, second and third side walls retain the packet in directions transverse to the front direction. First, second and third backing walls are connected, respectively, to the first, second and third side walls. The first, second and third backing walls inhibit movement of the packet in a direction opposite to the front direction. At least one gap substantially separates the first, second and third backing walls from each other.