Abstract: A lid dispenser includes a housing, shaft assemblies and a lid dispensing mechanism. Each shaft assembly includes a shaft that extends from a base of the housing, a lid shelf that supports at least a bottom-most lid in the lid stack area and a drive gear about its shaft so that rotation of the drive gear causes rotation of the associated shaft and lid shelf. A common gear is positioned so as to mesh with each of the drive gears such that rotation of the common gear causes corresponding rotation of each of the drive gears. Manual operation of the lid dispensing mechanism causes the common gear to rotate each of the shafts sufficient to allow the lid shelves to dispense the bottom-most lid. Release of the lid dispensing mechanism rotates the common gear back to a default position, rotating each of the shaft assemblies back to their default position.

Abstract: A dispenser for dispensing flexible lids includes a housing having a lid stack holder for containing a coaxial stack of lids. Lids are supported within a substantially coaxial channel of the lid stack by a pair of opposing indexing shafts that rotate upon operation of a user operable drive device to pass a bottom-most lid to a discharge area. The drive device may be calibrated to rotate the indexing shafts by an adjustable amount that is determined, at least in part, by the height of each lid and/or the spacing between lids in the stack. Further, the housing may be constructed from a fixed housing portion and an adjustable housing portion. The adjustable housing portion allows the spacing between the indexing shafts to be adjusted to correspond to the circumference of the lids currently being dispensed.

Abstract: A dispenser is provided for dispensing objects including for example, container lids for beverages such as soft drinks, coffee, tea, and juice. For example, a coaxial stack of lids is loaded into a housing of the dispenser. Upon actuation of a the dispenser, the bottom-most lid in the stack of lids is delivered to a discharge area by passing the bottom-most lid through a nip point defined between a pair of oppositely rotating indexing shafts. Once the bottom-most lid is delivered to a discharge area, the indexing shafts are brought to rest.