This disclosure relates to a bottle having a top portion comprising an opening, a bottom portion, and a shell portion extending between the top portion and the bottom portion. The top portion includes a sealing part which is arranged to releasable cover the opening. The bottom portion includes a recess such that the bottom portion is dimensioned to receive at least a part of a top portion of another similar bottle. A locking arrangement is included such that the top portion comprises a first locking element and the bottom portion comprises a second locking element for locking the bottle and another similar bottle together.

An animal resistant container system is contemplated in which two separate storage volumes, each including its own connector portion that defines the opening into the interior of that storage volume, may be simultaneously connected to opposed interconnector portions of a single interconnector, with the interconnector including a cross-sectional structure that may serve to at least partially occlude the opening into the interior of either or both storage volume when that storage volume is connected to the interconnector. In this fashion, two separate interior volumes may be utilized in a modular way, which permits the simultaneous use of different types or sizes of storage volumes with a single interconnector portion.

A packaging system for candles, comprising an enclosure which consists a candle with one or more wicks; a cover to which an opening handle is connected, for opening the enclosure before use; a rigid lighting surface connected to the inner surface of the enclosure's cover, for lighting the candle by friction; matches for lighting the candle by rubbing with the rigid lighting surface; a sticker or slots for affixing the matches to the inner surface of the enclosure's cover, near the lighting surface.

A stackable packaging unit comprises a molded tray including one or more compartments and a female feature. Additionally, the stackable packaging unit includes a cover attached to the molded tray and configured to cover at least a portion of at least one of the compartment(s) of the molded tray. The cover is made of folded paperboard or cardboard and includes a handle extending upward. The handle of the cover provides a male feature that is configured to fit within the female feature of a further one of the stackable packaging units that's stacked above the stackable packaging unit. The molded tray can be made of molded pulp, in which case the molded tray and the paperboard or cardboard from which the cover is made can both be recyclable. The molded tray and the paperboard or cardboard from which the cover is made can additionally or alternatively include postconsumer recycled material.

The present disclosure is directed to containers comprising one or more magnets such that the containers, when placed adjacent to one another, may be magnetically coupled together.

Food containers for use in packaging, storing, transporting, cooking, and/or serving food contents are provided. The food container can include a pan defining a receptacle. The pan can include one or more side walls, a base, and a lip. The lip can include a thickness sufficient to support the weight of the pan and food contents. The food container may include a lid disposed over the opening into the pan. The lid can be shaped to receive a base of an adjacent pan.

The present invention provides a packaging container for bulk solids. The container comprises a container body having a container wall extending from a container bottom to a container opening in a height direction of the container. The container wall and the container bottom delimit an inner space in the container, and a first peelable or tearable sealing membrane being attached to an inner surface of the container wall forms a roof over a first inner compartment in the inner space. A second peelable or tearable sealing membrane is applied between the first peelable or tearable sealing membrane and an edge of the container opening and is attached to the inner surface of the container wall. The first peelable or tearable sealing membrane forms a floor of a second inner compartment in the inner space and the second peelable or tearable sealing membrane forms a roof over the second inner compartment.

The structural aspects of this container sliding lid are hard flat plate material which could spring and used to cover various multi-purpose containers. That kind of container may be used to store things or appliances and preferred as food storage but the container has to be provided with top opening that are encircled by container edge as circle at the same plane and the side edges are parallel straight lines. This container sliding lid has been formed as flat plate (probably gibbously twisted to strengthen and create increased bonding of the flat materials), with size covering the entire container edge. The front wall of lid, 2 side walls of lid, and back wall of lid, are homogeneously formed down at the edge of the lid plate, attached and enclosing the upper of all sides of the container wall. After being characterized, the features that had been modified from existing aspects are side wall of lid or the part which formed covering lower than front wall of lid and there is a rear leg plate which is flat plate formed down from back wall of lid until the bottom edge almost reach the floor. There are various container sliding lids, basic plain pattern or complex pattern which have been revealed in the DISCLOSURE OF INVENTION.

The present disclosure provides a lower box body, a battery box and a vehicle, the lower box body comprises a base body, a first protecting assembly, a mounting hole. The base body comprises a bottom plate portion, a side plate portion, eave portions. The first protecting assembly is provided at outside of the base body, fixed to the base body and is attached to the eave portion. The mounting hole penetrates the eave portion and the first protecting assembly. The first protecting assembly improves the entirety structural strength of the lower box. Because the mounting hole is formed by penetrating the eave portion and the first protecting assembly, the structural stability of the mounting location of the lower box body is improved, thereby making the mounting location of the lower box body not be prone to be deformed or damaged when the battery box is subjected to the external force.

The invention relates to a method for manufacturing a covering structure for a cardboard package comprising a tubular body made up a cardboard material. The covering structure comprises a flat assembly of three materials: (1) a cellulosic material covered with a reactivatable barrier material over the face thereof oriented towards a safety membrane, making up a lid cardboard, (2) a laminating part arranged between said lid cardboard and the safety membrane, with a shape conjugated to the shape of the opening of the tubular body, made from paper, or paper whereof the face oriented towards said lid cardboard is coated with a material having barrier and sealing properties, and (3) a safety membrane, made up of a paper coated with at least one reactivatable barrier material on the surface thereof not oriented towards the laminating part.