A container assembly includes a container body having a side wall encircling an axis, and a metal end for attachment to an upper edge of the side wall via heat-sealing. The outer peripheral region is shaped prior to application to the container body such that an annular channel is defined between an inner chuck wall and an outer chuck wall of the metal end. The metal end is pushed straight onto the side wall such that the upper edge of the side wall is received into the channel. The surfaces of the side wall and the opposing surfaces of the chuck walls have heat-sealable material thereon. The metal end is heated to melt and fuse the heat-sealable layers, thereby sealing the metal end onto the side wall. The metal end is shaped such that the free edge of the outer chuck wall is not exposed.

Apparatus and method(s) according to which a first container lid is sealingly engaged against a container body. Once so sealingly engaged, the container body is stacked onto a second container lid so that a first three-dimensional profile of the second container lid matingly receives a second three-dimensional profile of the container body, which second three-dimensional profile is located at an end portion of the container body opposite the first container lid. In one or more embodiments, the second container lid is identical to the first container lid. In one or more embodiments, the stackable containers have respective detachable and re-attachable container lids. In one or more embodiments, each container body and its corresponding detachable and re-attachable lid are both made of recyclable plastic.

The storage tote has a main body and a lid. The main body includes a bottom section, a plurality of sidewalls defining an open end, and a rim formed in the sidewalls adjacent the open end of the main body. The lid includes a base and a lip disposed adjacent the base, the lid adapted to cover the open end of the main body. The lip includes a plurality of latch receiving section, each of the latch receiving section includes at least one lock receiving section. A seal is disposed adjacent the lip of the lid and abuts the rim of the main body when the lid is covering the open end of the main body. The storage tote has at least one latch. The latch is connected to the main body of the storage tote and includes at least one locking mechanism.

A container lid is disclosed that accepts a snap-on container. The lid includes a continuous outer coupling trough for attachment to the open top of a beverage container where the trough circumscribes a footprint of the container lid. A straw-hole planar surface is disposed within the footprint, the straw-hole planar surface is adjacent to the outer coupling trough and a hole for drinking a liquid in the container extends through the straw-hole planar surface. A riser wall extends away from the straw-hole planar surface and defines a first planar surface above the straw-hole planar surface. A sip hole extends through the first planar surface. A food container coupling wall connects to the first planar surface and extends from the first planar surface to a position lower than the first planar surface and a food container coupling bottom connected to the food container coupling wall.

This present invention is filled like any conventional jar. Contents enter in through the top of the jar till filled. The difference between this jar and a conventional jar is that when the product contained within this jar is used down to the halfway point, the top half of this jar is unscrewed from the bottom half of the jar. The empty top half is then disposed of, and it's lid is now placed on the remaining content filled bottom half of the jar.

A lid for securing to the brim of a container, the lid including a container closure having a disk shaped member with a periphery for mating with the brim of the container. The periphery includes annular inner and outer side walls with at least one annular rib disposed on each of the inner and outer side walls. The ribs of the annular walls form a gripping area to secure the lid to the container for preventing leaks and accidental spillage. A top wall interconnects the inner and outer side walls and includes visual cues for viewing the brim of the container when the lid is affixed to the brim. The lid additionally includes a pronounced wedge shaped sipping spout projecting upwards from the container closure. The container closure includes a circular indented channel for stacking one lid covered cup over another with additional stability provided by the sipping spout.

A container assembly includes a container body having a side wall encircling an axis, and a metal end for attachment to an upper edge of the side wall via heat-sealing. The outer peripheral region is shaped prior to application to the container body such that an annular channel is defined between an inner chuck wall and an outer chuck wall of the metal end. The metal end is pushed straight onto the side wall such that the upper edge of the side wall is received into the channel. The surfaces of the side wall and the opposing surfaces of the chuck walls have heat-sealable material thereon. The metal end is heated to melt and fuse the heat-sealable layers, thereby sealing the metal end onto the side wall. The metal end is shaped such that the free edge of the outer chuck wall is not exposed.

A single piece thermoformed package or container configured to allow a user to visually determine whether the package or container has been tampered with. The container includes a base, a lid, and a hinge. The lid is pivotable relative to the base about the hinge to move the container from an opened position to the closed position. Once in the closed position, it is difficult to remove the lid without disengaging a tamper evident feature. The tamper evident feature may include a perforated section formed in the hinge and one or more pull or push sections. When the tamper evident feature is disengaged using the one or more pull or push sections, the perforation section allows the hinge to be broken such that the entire lid is removed. The container is made of polypropylene and thus can safely be microwaved and includes vents to release pressure.

The invention relates to a lid for drinks cans or the like, which is arranged and fixed over the annular upper projection of drinks cans, as a result of its general circular form that has a peripheral wing extending downwards and into the inside space as if tucked in, defining an inner stepped portion into which the upper annular edge of the can fits. Furthermore, an annular protrusion is defined on the upper surface of the lid, of a height and dimensions such that it defines an inner space wherein the annular protuberance of the cans fits, allowing the cans to be stacked in a stable and balanced manner.

A stackable container, including a body and a cap threadingly engageable with a neck portion of the body and having a vaulted interior and a top portion formed with a frustrum-shaped depression for snap-registered engagement with a base portion of a counterpart of the body, the cap further including handle projections and a skirt. Opposite stop structures prevent rotation of the cap relative to the body beyond predetermined threaded engagement; a detent releasably captures the body in the predetermined threaded engagement. A base portion of the body having inclined side walls facilitates rotation of the body with respect to the cap. The skirt guides the body into alignment with the cap. The base can have four of the side walls forming a square, the containers of a stack having any of four relative orientations. A consumable product such as a cosmetic can extend into the cap from the body.