The present disclosure relates to a portable cold storage box having at least six identical square cold storage pieces capable of being put together to form a cuboid or cubic box. A through-hole is provided in the middle of each square cold storage piece. The periphery of each through-hole has one surface formed with a recess and an opposite surface formed with a step-shaped protrusion which can be snapped in a corresponding recess. Engageable tooth-shaped teeth are formed on opposite sides of the square cold storage pieces. A refrigerant is stored inside the square cold storage pieces in a sealed manner. The portable cold storage box of the present disclosure is advantageous in that it does not require a power source. It is easy to assemble, and after disassembling, the disassembled pieces can be quickly stacked up without being scattered around.

A lid component for a paperboard packaging container, the lid component comprising a lid part and a connecting part, the lid part comprising a top portion and a side wall portion, the top portion having an outer lid surface, an inner lid surface opposite to the outer lid surface, and a peripheral edge surrounding the outer lid surface; and the connecting part comprising an upper portion and a lower portion and having a lower edge surface. Stacking members are arranged on the outer lid surface and comprise a lid component stacking step and a container stacking step, the lid component stacking step being arranged laterally outboard and below the container stacking step. The lower portion of the connecting part is adapted to be supported by the lid component stacking step. A lid component comprising a locking arrangement and paperboard packaging container comprising a lid component are also disclosed.

Closure unit for a container, comprising a substantially flat cover element, for closing off the aperture in the container which cover element is provided with a tension element, for creating a pressure force that presses the cover element to a rim that surrounds the aperture of the container. The invention also prides a closure unit and a container as well as to methods for closing and opening a container with such a closure unit.

A method of packing a temperature sensitive product utilizes a temperature controlled product shipper that includes a phase change material bladder which can be filled at the point of packaging. The temperature sensitive product is contained within an product box or master case, which is in turn packed inside an insulated liner and an outer box. The PCM bladder fits between the master case and the insulated liner and is filled with a preconditioned flowable PCM at the point of packing just before closing the box for shipment.

A container for a powdered nutritional product is provided, the container comprising a can having a base and an upstanding sidewall defining an interior space, the sidewall extending to a rim defining an opening to the interior space, a seal attached to the rim and serving to sealingly close the opening, wherein the seal is provided with a scoop recess formed between the seal and a blister element connected to the seal. Additionally, a lid is provided having an upper part and a lower part, wherein the lower part has a greater radius than the upper part, and wherein the radius of the upper part is smaller than the radius of the rim of the can. Further, a scoop is provided for use with the described container, the scoop comprising a bowl and a handle attached to an upper part of the bowl, the handle extending downwardly away from the bowl forming a downward extension until reaching a deflection point, and extending horizontally away from the bowl from said deflection point thereby forming a horizontal extension.

A temperature controlled product shipper includes a phase change material bladder which can be filled at the point of packaging. The shipper includes an internal product box and an outer box where the product box is received within the outer box. The phase change material bladder is received within a cavity defined between the outer surface of the product box and the inner surface of the outer box. The shipper may also include an insulated liner which is received between the product box and the bladder.

A container for receiving therein a liquid is provided. The container comprises an upper portion, a lower portion opposite thereto, and sidewalls extending therebetween and all defining an enclosed volume therewithin. The upper portion comprises an opening to the volume. The container further comprises a cap configured to be secured to the upper portion for closing the enclosed volume. The upper portion is configured to be connected to the lower portion. The sidewalls are associated with one or more arrangements configured to facilitate connection to sidewalls of similarly constructed containers.

An improved drinking can enables a user to have fluid return into the can after drinking The improved drinking can comprises a can body comprising a contoured bottom edge immediately adjacent to a bottom recess. The can body further comprising a can top mechanically coupled to a spout. Where the spout is shaped to funnel fluid back into the can body. The bottom recess is shaped to enable a first improved drinking can to sit upon a second improved drinking can where bottom recess covers can top. This protects the drinking area from becoming contaminated during shipment, storage, and display. The can body is covered with a mural where the mural is covered by a mural cover comprising a tab such that the mural cover can be removed by applying force to the tab displaying the mural.

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.

An overpack salvage drum including a drum body and a lid. A bottom wall and side wall of the drum body cooperate to define an interior of the drum body. The lid is configured to close an open top of the drum body. The lid includes at least two independent lid threads to engage with corresponding independent drum threads provided on the drum body. The lid includes a plurality of alternating castellations having a flat inner facing side and castellations having an arcuate inner facing side, which can be interdigitated with castellations on another lid when two lids are stacked together, or can be used to lock with a drum body to rotationally secure a drum body relative to the lid when in a stacked arrangement. The lids include lugs and recesses, or rings that allow for secure stacking of the lids.