A universal absorbent collar for use on vessels holding liquid. One embodiment of the collar includes a length of material, one end of which forms a loop structure through which the other end is inserted after the length of material is wrapped around the vessel. The user can tighten the collar by pulling on a single end of the strip of material. In addition, the strip of material is meant to double as a marketing tool and can feature any manner of information. A second embodiment of the device consists of a corded structure that is wrapped around a vessel and tied in place or fastened in place.

A universal lid system and methods for use with any of a selection of teapots for quick and sanitary beverage preparation. More specifically, the present invention is directed to a system and methods including a lid sized and shaped to facilitate the storage of a retention element such as a tea bag. The retention element may be held out of contact with the beverage by a retention element stabilizing component.

A tableware tea piece (10, 11, 12) intended to be used in conjunction with a drinking cup (60, 6) or teapot (63) vessel (60), includes first and second principal surfaces (1) and a well (8) defined by the second surface (1, 2, 95). It further includes a perimeter recess (40), and is configured and arranged (2) to be placed to act as a lid on a vessel (60) containing hot water (90) with the first surface (1, 2, 95) uppermost without slipping sideways off the vessel (60) and forming an aperture in side (1, 2) the rim (62) of the vessel (60). The tea piece (10, 11, 12) may be inverted and placed on a horizontal surface (1, 2, 95) with the second principal surface (1, 2, 95) uppermost and the first principal surface (1, 2, 95) supporting the piece (10) after inversion, to act as a receptacle for a used tea bag (80, 84), such that tea (89) which emanates from the used tea bag (80, 84) is contained on the second principal surface (1, 2, 95) within the well (8) and does not spill onto the horizontal surface (1, 2, 95).

The present disclosure describes a liquid handling vessel including a bottom surface; and a side wall protruding from the bottom surface, the side wall comprising one or more grooves located on an outer surface of the side wall, wherein the one or more grooves are configured for liquid storage.

The present disclosure relates to a beverage serving device such as a carafe which includes structures and methods of operation for preventing dripping of beverage from the pouring spout after dispensing as well as improve control of liquid flow during dispensing and the structure and function of an extension portion of the cover or lid carried on the carafe.

A universal lid system and methods for use with any of a selection of teapots for quick and sanitary beverage preparation. More specifically, the present invention is directed to a system and methods including a lid sized and shaped to facilitate the storage of a retention element such as a tea bag. The retention element may be held out of contact with the beverage by a retention element stabilizing component.

A tableware tea piece (10, 11, 12) intended to be used in conjunction with a drinking cup (60, 6) or teapot (63) vessel (60), includes first and second principal surfaces (1) and a well (8) defined by the second surface (1, 2, 95). It further includes a perimeter recess (40), and is configured and arranged (2) to be placed to act as a lid on a vessel (60) containing hot water (90) with the first surface (1, 2, 95) uppermost without slipping sideways off the vessel (60) and forming an aperture in side (1, 2) the rim (62) of the vessel (60). The tea piece (10, 11, 12) may be inverted and placed on a horizontal surface (1, 2, 95) with the second principal surface (1, 2, 95) uppermost and the first principal surface (1, 2, 95) supporting the piece (10) after inversion, to act as a receptacle for a used tea bag (80, 84), such that tea (89) which emanates from the used tea bag (80, 84) is contained on the second principal surface (1, 2, 95) within the well (8) and does not spill onto the horizontal surface (1, 2, 95).