An articulated handle for a container is described. The articulated handle comprises a collar, a grip, and a securing means. The collar is configured for surrounding a container and comprises an articulated joint for positioning the collar between an open state for receiving the container and a close state for surrounding the container. The articulated joint divides the collar in a first portion and a second portion. The grip projects outwardly from the collar and comprises a first grip portion integrally formed to the first portion of the collar and a second grip portion integrally formed to the second portion of the collar. The first and second grip portions are each configured for comprising a complementary portion. The complementary portions comprise a securing means which connects together the first and second grip portions when the collar is in the close state, thereby securing the articulated handle to the container.

A reusable holder includes a single length of durable elastic material, circular in cross-section, fashioned to form a first loop, a second loop, and a middle section handle assembly.

An accessory for use with a portable container includes a jacket having a storage member and configured to extend around at least a portion of the sidewall of the container and a connection member connected to the jacket and configured to support the jacket in connection with the container. The connection member includes a connector configured to be connected to a port on the container such that a portion of the connector is received through the port.

A beverage drinking device includes a body that supports a plurality of containers arranged relative to each other such that a liquid from a first one of the containers flows into an adjacent, second one of the containers while an individual consumes liquid from the second one of the containers.

A detachable cup handle apparatus enables a user to conveniently carry a cup by hand without touching the cup. The apparatus offers a clip that allows the user to securely hold all types of insulated cups with a lip. The apparatus comprises a loop with a protrusion clip that hooks onto the cup while the clip presses against the edge to retain the apparatus on the cup. The apparatus is light-weighted and compact and ensures against toppling of the cup being held when the cup is placed atop a surface. Further, the apparatus provides commercial coffee/tea houses an economical and convenient add-on offering to their customers when purchasing beverages of extreme temperatures being contained in insulated cups. Thus, the apparatus enhances the user's safety, significantly minimizes burning injuries, and reduces the liability of the commercial coffee/tea houses.

A tool box has a box body and a handle. The box body has a mounting portion mounted at the box body. The mounting portion has an upper positioning recess and a lower positioning recess. The handle has a holding portion, a connecting portion, and a marking portion. The holding portion is an elongated board and is engaged with the lower positioning recess, a cross section of the holding portion being U-shaped with an opening facing upward. The connecting portion is formed at an inner end of the holding portion and is an upright board. The marking portion is formed at a top portion of the connecting portion and is an elongated board and is engaged with the upper positioning recess, a cross section of the marking portion being U-shaped with an opening facing downward.

The present invention relates to a bottom chime for a beverage keg. The bottom chime is configured to be push fitted onto the keg, and to subsequently be removable from the keg, for example to enable recycling of the bottom chime separately to the keg. The bottom chime comprises a plurality of inwardly extending engagement elements that are configured to form a snap fit engagement with a corresponding plurality of recesses provided in the body of the keg.

Disclosed herein is a liquid container having a hollow handle located adjacent to the center of mass of a container filled with liquid. With the hollow handle located adjacent to the center of mass, the total bending moment exerted on a user's wrist is drastically reduced. The container may contain a reservoir tank to retain any type of liquid. Further, the handle is hollow such that liquid may flow from the upper chamber to the lower chamber through the handle. In some embodiments, the handle is structured to house a filtration system. In some embodiments, the reservoir is structured to house a filtration system. A liquid may pass through the filtration system to become treated before being stored in the lower chamber.

The present disclosure relates generally to a collapsible container having a top section, a bottom section, and a middle section between the top section and the bottom section. The top section and the bottom sections can be formed from a rigid material, for example, plastic. The middle section can be formed from a flexible material that can fold over onto itself, allowing the container to collapse for easy and compact storage. The container can further comprise handles rotatably coupled to the top section that, when rotated downward, can releasably couple to handle holds of the bottom section, thereby providing rigidity to the container in its expanded configuration to prevent or reduce the occurrence of unintentional collapse. In an upward position, the handles can fit together to create a single carrying point. The handles are also configured to slide into the footprint of the container to allow for compact storage.

A handle and assembly for a bucket. The bucket has first and second attachment regions on the inner surface of the sidewall near the rim. The sidewall has a compressed condition in which compressive forces are applied to opposite sides to reduce the distance between the attachment regions, and a relaxed condition with forces. The handle has attachment ends with an axis between them. The attachment ends attach to the attachment regions such that the handle rotates about the axis and can also move laterally along the axis. The handle has a first rotational position in which the handle is above the rim, and a second rotational position in which the handle is below the rim. The handle cannot rotate between the first and second positions when the sidewall is relaxed, but can when the sidewall is laterally compressed.