A system for sealing a beverage container includes a crown defining a bottom surface. A liner that includes an oxygen scavenger is coupled to the crown such that a top surface of the liner contacts the bottom surface of the crown. The bottom surface of the liner supports printed indicia where the bottom surface of the liner and the printed indicia are exposed to a beverage contained in the beverage container.

The present disclosure generally pertains to a device for separating two or more components of an explosive device. The elongated hollow device has an interior space for holding the components as well as two open ends. A separator is positioned within the device, thus creating at least two non-communicating compartments. The separator prevents the premature mixing of the components. Application of compressive force onto the circumference of the separator will cause the separator to fracture, thus mixing the components. The device increases safety and lowers costs associated with shipping explosive materials by keeping the components separated until immediately before use.

In accordance with one embodiment of the invention, there is provided an improved disposable aluminum lids configured to have a slight tapering between the raised ridge and the downwardly extending skirt, and further configured to have a rolled lip formed around the entire periphery of the downwardly extending skirt, which includes both the sides and the corners of the improved disposable aluminum lid. The improved disposable aluminum lid is manufactured to prevent cuts and injury to the consumer and allow for proper nested of multiple lids for shipping and storage.

In accordance with one embodiment of the invention, there is provided an improved disposable aluminum lids configured for use with a pan. The lid has a continuously rolled lip around a skirt that when placed on the pan is bent to secure the two together. The rolled lip around the entire periphery of the skirt includes both the sides and the corners of the improved disposable aluminum lid. This significantly reduces the possibility of cuts and injuries to the user with securing the lid to the pan or removing it therefrom.

A closure includes a top panel and a corner section connecting an outer periphery of the top panel with a downwardly extending annular skirt. A plurality of gently curved ridges are spaced about the outer perimeter of the closure. The ridges generally extend from a lower portion of the skirt and around the corner section, with the upper ends of the ridges terminating proximate the top panel outer periphery. A plurality of knurls extend radially outwards from the midpoints of the ridges along the skirt of the closure. The configuration, arrangement, and spacing of the ridges and knurls about the closure provide an enhanced grip and feel, allowing for easier twist-off of the closure from a container. The closure may be used interchangeably with existing capping chucks used to apply conventional closures without requiring any modification to the capping chucks to apply the closures to containers during a capping process.

The present invention provides a connecting device, a beverage bottle, and a mobile terminal support comprising the beverage bottle. A first protrusion and a second protrusion which are sequentially connected are arranged on a main body of the connecting device; the first protrusion is eccentrically arranged relative to the main body, and the first and second protrusions are concentrically arranged. A mobile terminal ring buckle pasted on the back side of a mobile phone sleeves the first protrusion, and the second protrusion limits the ring buckle. The mobile phone is fixedly supported when the mobile terminal ring buckle sleeves the beverage bottle. Meanwhile, by setting the size relations among the first protrusion, the second protrusion and the bottle cap main body, the mobile terminal support may become a portable support through which the raising angle of the mobile phone can be adjusted.

This disclosure relates to caps and closures manufactured from an ethylene interpolymer product, or a blend containing an ethylene interpolymer product.

This disclosure relates to caps and closures manufactured from an ethylene interpolymer product, or a blend containing an ethylene interpolymer product.

A liquid dispensing razor with a handle defining a cavity. A cartridge mounted to the handle. The cartridge has a cap, a guard and one or more blades between the cap and the guard. A fluid applicator is mounted to the shaving razor cartridge for delivering fluid to a surface to be shaved. A fluid reservoir is at least partially positioned within the cavity of the handle. The fluid reservoir has an inner wall defining an opening and a frangible seal within the opening. A fluid connector is positioned within the cavity. The fluid connector has an angled tip configured to pierce the frangible seal to establish a fluid connection between the fluid applicator and the fluid reservoir. The fluid reservoir has an inner wall with an annular rib that engages the fluid connector.

A packaging sleeve (2) having at least one latching cap (1) arranged on the end. The shape of the latching cap is adapted according to the outer perimeter of the packaging sleeve (2) and securely attached to the packaging sleeve by its side walls (13) by a latching wall (15).