A drinking vessel including a vessel body configured to receive a liquid and a rotating handle assembly. The rotating handle assembly includes an attachment plate secured to an exterior surface of the vessel body. The attachment plate includes a rotation post extending out from a handle engaging surface of the attachment plate, a first plurality of positioning detents positioned in the handle engaging surface of the attachment plate, and a second plurality of positioning detents positioned in the handle engaging surface of the attachment plate. A handle member is rotatably secured to the rotation post and includes a vessel engaging surface positioned adjacent the handle engaging surface of the attachment plate and a plurality of engaging mechanisms disposed adjacent the handle engaging surface. The handle member is configured to be rotated with respect to the vessel body to a first position in which the plurality of engaging mechanisms of the handle member engage the first plurality of positioning detents of the attachment plate and a second position in which the plurality of engaging mechanisms engage the second plurality of positioning detents.

A handle including a connector portion with a through-slot and a biasing member. The through-slot defines a travel path. The biasing member is adjacent the through-slot and extends along the travel path. The through-slot is configured to receive a distal portion of an anchor. The biasing member is configured to bias the distal portion in a travel direction along the travel path.

A collapsible security container is disclosed. The collapsible security container comprises a collapsible box and a hinged-lid connected to the collapsible box. The collapsible box comprises a bottom panel: a front panel, a left side panel, a right side panel and a back panel connected to the bottom panel by fold lines along respective edges of the bottom panel, wherein the bottom panel, front panel, left side panel, right side panel and back panel define an interior compartment. A locking system secures the hinged-lid to the collapsible box. A strap is attached to the collapsible box. The strap has an attachment end that is attached to the collapsible box and a free end that terminates in a fastener or stopper for securing the security container about or to a structure such as a door or wall.

A handle system for oblong carrying cases that is composed of an oblong carrying case, a pair of diametrically opposed inwardly curved channels that are located within the recess and a handle that has two diametrically opposed legs and each leg has wheels. The curved channels allow the handle to tilt at an angle that is approximately 15 degree of rotation in relation to the channels. The oblong case can be a guitar carrying case.

The present invention related to a container for food and other products, where said container comprises: An upper compartment or part and a lower threaded lid; in the upper compartment is placed the contents of the product that can be food, and others. The lower threaded lid is interchangeable and allows the reuse of the upper compartment, and the arrangement of the upper compartment in an extended manner and under the upper compartment allows easy, quick and practical interchangeability of the lower threaded lid, without needing to flip the upper compartment in order to place or remove it. Likewise, the upper threaded lid is protected by a security seal at the junction between the upper threaded contour and said upper threaded lid. The package or container has at least one flexible and adaptable handle. Between the upper compartment and the inner container there is a free space through which the heat flows and surrounds the outside of the entire inner container, which holds the content of the product. The lower threaded lid has an integral mechanism of compounds that houses the chemical compounds that allow food to be heated and remain hot; said chemical compounds are calcium oxide or calcium chloride and water, separated by a breakable sheet and/or a breakable container. The calcium oxide or calcium chloride and the breakable water container are placed separately, as well as at least one striking mechanism for breaking the water container, allowing the elements to combine, producing an exothermic reaction. The lower threaded lid is joined to the upper compartment through a threaded connection and optionally an adhesive tape that makes it possible to maintain the temperature and avoid possible leaks of the content that is inside the container. There are three optional mechanisms for activating the self-heating device.

A handle including a connector portion with a through-slot and a biasing member. The through-slot defines a travel path. The biasing member is adjacent the through-slot and extends along the travel path. The through-slot is configured to receive a distal portion of an anchor. The biasing member is configured to bias the distal portion in a travel direction along the travel path.

A system for carrying a container comprising a plastic handle with tabs for insertion into slots on the container configured so that the tabs may be inserted when the handle is not in an upright or resting position.

A container for food products is defined by a cup-shaped basket, which is made of a first polymeric material, and is provided with a gripping handle connected to the basket in rotary manner by means of two coupling elements, which are made of a second polymeric material, and are welded to the basket itself.

A beverage container includes a first container unit having a first receiving compartment and a second container unit. The second container unit includes a second container body having a second receiving compartment, and a utility lid detachably mounted on the second container body. The utility lid has an access opening. The beverage container is operated between an assembled mode and a segregated mode, wherein in the assembled mode, the first container unit and the second container unit are detachably attached to form an integral beverage container, wherein in the segregated mode, the first container unit is detached from the second container unit so that a user is allowed to access objects stored in the second receiving compartment through the access opening.