The embodiments provide a rugged enclosure for an external drive. The enclosure is configured to provide shock protection and protect the external drive from contaminants. The enclosure may be provided with a set of cushions and spacers to accommodate different sizes and types of external drives. In addition, the enclosure may comprise a port that allows for use of the external drive while enclosed. Furthermore, the enclosure may comprise a retaining feature like a loop or lanyard that allows the enclosure to be easily transported and secured.

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.

A method of forming a releasable closure for a container (10) having a circular opening (10A, 21B, 21), the method comprising releasably securing (23) an annular skirt portion (21) of the closure to a neck portion of the container (10), eg by means of a thread, subsequently locating a separate closing portion (22) of the closure over an opening (10A, 21B, 21) in the skirt portion (21), and irreversibly securing (23) the closing portion (22C, 22) to the skirt portion (21), eg by seaming, to form a closure that closes the opening (10A, 21B, 21) of the container (10) but is releasable therefrom by unscrewing the skirt portion (21) from the neck portion of the container (10). A closure comprising two, initially separate, components is also described: an annular skirt portion (21) and a closing portion (22C, 22) which can be irreversibly secured to the skirt portion (21) after the annular skirt portion (21) has been releasably secured to the neck portion of a container (10). An intermediate product comprising a container (10) having an annular skirt portion (21) of a releasable closure releasably secured to a neck portion thereof is also described as well as a method of filling a container (10) comprising the steps of providing a container (10) having an annular skirt portion (21) of a releasable closure releasably secured thereto, filling the container (10) through an opening (10A, 21B, 21) in the skirt portion (21) and subsequently locating a separate closing portion (22) of the closure over the opening (10A, 21B, 21) in the skirt portion (21), and irreversibly securing (23) the closing portion (22C, 22) to the skirt portion (21) so as to form a closure that closes the opening (10A, 21B, 21) of the container (10) but is releasable therefrom. The opening (10A, 21B, 21) of the annular skirt portion (21) may simulate the opening (10A, 21B, 21) of a conventional can body and the closing

A container including a container lid and a container bottom is provided. The container lid is a composite structure including a lid component and a connection ring connected to the lid component. The connection ring connects to the container bottom. The lid component may be a metal component.

Lid for a preserving jar (10), said jar (10) being provided at the circular mouth (11) with a thread (13) formed on the side wall (12) thereof, and said 1 id (1) comprising a circular c losing plane (101) and a continuous cylindrical side wall (201), made of stainless steel sheet piece, said side wall being provided with a plurality of cavities (211, 221, 231) on the outer face of said wall 1(201), corresponding to reliefs on the inner face, and said reliefs (211, 221, 231) being arranged along a helical path (13) corresponding to the pitch of the thread (13) on the side wall (12) of the mouth (11) of the vessel (10), and being provided with removable sealing means (301) arranged on the inner surface of the closing plane (101).

Lunch container comprising a container body made of a metal material, provided with a bottom wall and a continuous side wall, the trailing edge of which is provided with a toroidal relief projecting radially outwardly, and a lid, comprising a flat plate, made of a metal material, along the peripheral edge of which a gasket made of an elastomeric material is overmolded, so as to encompass a portion of the peripheral edge of the plate, the gasket being formed so as to cooperate with the toroidal relief protruding from the trailing edge of the container body, and there being provided in the plate, at a given distance from the peripheral edge thereof, a recess formed from the outside to the inside of the plate, and provided with a through-hole in which is housed the valve-cap of the lid, also made of elastomeric material.

A gasket body, a detachable sealing cover and a container, include a body, a sealing element and a magnet. The body includes a main plane and a peripheral wall located on the periphery of the main plane. The sealing element is connected to the periphery of the peripheral wall. The main plane is provided with a mounting blind hole, which has an opening facing inward. The magnet is mounted into the mounting blind hole from the opening. The main plane is provided with through holes. Due to its magnetism, the magnet located inside the mounting blind hole can facilitate the connection or removal of the sealing cover, the sealing element on the periphery can improve sealing ability, and when the sealing cover is closed, part of the air in the container can be discharged from the through holes and sealing element, forming a stronger negative pressure and enhancing sealing ability.

An assembly includes a jar, a lid, and a sealing liner arranged within the lid. The jar includes a first thread and the lid includes a second thread arranged to mate with the first thread. The first thread includes a detent and the second thread includes a locking nib configured to engage the detent of the first thread. The sealing liner is configured such that, upon twisting the lid onto the jar such that the second thread engages the first thread, the first end of the jar engages the sealing liner and compresses the sealing liner, wherein sealing liner at least partially decompresses when the ends of the first thread and the second thread are in engagement with each other.

A metal closure having multiple thread engaging lugs configured to decrease the pressure exerted by the closure lugs on the neck of a container is provided. In various embodiments, the metal closure comprises a top wall, a skirt extending downward from a peripheral edge of the top wall, a lower edge included on the skirt, and a plurality of lugs formed at the lower edge of the skirt. Pressure may be decreased by the closure having more lugs and/or larger lugs than other metal closures. The closure is provided with a gasket configured to provide enhanced sealing properties when the closure is secured to a container.

A portable insulated storage container includes an insulated body having an internal cavity for storing one or more items and an insulated lid. The insulated body includes a base, first and second opposing end panels, and first and second opposing side panels. The first and second opposing end panels are each configured to move between a first vertical orientation and a second horizontal orientation. Each of the first and second opposing side panels includes an upper portion connected to a lower portion by a hinge. The insulated lid configured to engage the insulated body to close the internal cavity.