A beverage bottle is provided including a hollow body which has a top, a bottom and a substantially cylindrical sidewall. The beverage bottle's body has a tapered neck at the top of the bottle which terminates at the bottle's opening. In addition, the sidewall includes a pair of parallel longitudinally extending groves which form a projection between the grooves wherein the projection has a tapered edge at the bottle's tapered neck. In addition, the bottle's sidewall includes a longitudinally extending channel located diametrically opposed to the longitudinally extending projection. The channel extends from the bottle's bottom to the bottle's tapered neck and includes a diminishing depth at the bottle's tapered neck to form a tapered shelf. The projection and channel are configured so that the bottle's projection could be received within a channel of another similarly constructed beverage bottle so as to connect and affix two beverage bottles together.

A drinking vessel product includes a wine glass with an inner cavity filled at least partly with wine. The wine glass has a body that defines the cavity, an upper opening that is sealed with a removable seal such as a metal foil, and a smaller fill opening at the bottom. The glass includes a support that is attached to the body and that includes a pedestal, a stem and a stop formation that seals the fill opening. The body and support are molded from plastic materials. The cavity is filled with wine after the upper opening has been sealed, by inverting the glass and filling it from the fill opening, before fitting the support to seal the fill opening.

A crate for storing containers includes a plurality of walls and a base connected to the plurality of walls. The base includes a plurality of recessed areas each having a first container contact surface spaced from a second container contact surface.

Non-cylindrical plastic paint container with handle.

Tissue-processing containers are disclosed for facilitating multistep processing of tissue. Also disclosed are systems incorporating the tissue-processing containers that include shakers, incubators, controllers, and pumps. Multistep methods are disclosed for processing tissues using the tissue-processing containers. The tissue-processing containers are specially designed to achieve efficiencies in automated tissue processing, exposure of tissues to processing media, and multistep tissue processing protocols. The described tissue-processing containers comprise a cup-like cavity comprising a middle hole covered by a mesh screen, troughs for separate processing steps, and are stackable in a substantially airtight and substantially watertight manner. Tissues for processing using the described tissue-processing containers include nerve tissue. Also described herein is a transport housing for the transport of stacks of tissue-processing containers, and which may directly incubate those containers, or which may be placed inside a separate incubator for incubating the containers.

Tissue-processing containers are disclosed for facilitating multistep processing of tissue. Also disclosed are systems incorporating the tissue-processing containers that include shakers, incubators, controllers, and pumps. Multistep methods are disclosed for processing tissues using the tissue-processing containers. The tissue-processing containers are specially designed to achieve efficiencies in automated tissue processing, exposure of tissues to processing media, and multistep tissue processing protocols. The described tissue-processing containers comprise a cup-like cavity comprising a middle hole covered by a mesh screen, troughs for separate processing steps, and are stackable in a substantially airtight and substantially watertight manner. Tissues for processing using the described tissue-processing containers include nerve tissue. Also described herein is a transport housing for the transport of stacks of tissue-processing containers, and which may directly incubate those containers, or which may be placed inside a separate incubator for incubating the containers.

A two-sized, multi-cupped fluid holder having an upper end a plurality of hexagonally shaped upper recesses therein. There is also a lower end, with the lower end having a plurality of hexagonally shaped lower recesses therein. There is a side wall having a front surface and a back surface. The side wall front surface having at least one pair of outwardly projecting ridges. The side wall back surface having at least one pair of inwardly projecting grooves. The ridges and the grooves a first set being configured to mate with and receive the ridges and groves of another set.

Provided are container assemblies, including at least two containers detachably attached to one another by locking arrangements.

The present invention is directed to a stackable container system. The stackable container system can comprise a beverage container, a beverage container lid, a plurality of smaller containers, and a plurality of smaller container lids. The smaller containers and smaller container lids are configured to allow any of the smaller container lids to be used on any of the smaller containers. The bottom of the beverage container and the bottom of each smaller container is also configured to allow the beverage container or smaller container to be interlocked with the top of any of the smaller container lids. In addition to storing beverage ingredients, the stackable container system can also be used to store other edible and inedible ingredients.

A collapsible food keeper is selectively positionable between an expanded position and a collapsed position, in which the food keeper may be used to contain food items such as eggs in both positions. In one version, an upper container portion is telescopically connected to a lower container portion, with a lid removably attached to the upper container and a base removably attached to the lower container.