Cap assemblies with magnetic closure retention mechanisms and drink containers including the same. A cap assembly includes a base, a drink spout defining a passage, a closure configured to be selectively transitioned between a closed configuration and a stowed configuration via an open configuration, and a magnetic closure retention mechanism to magnetically retain the closure in the stowed configuration. When the closure is in the closed configuration, the closure is operatively coupled to the drink spout and obstructs the flow of liquid therethrough. When the closure is in the open configuration or the stowed configuration, the drink spout is uncovered and unobstructed by the closure. When the closure is in the stowed configuration, the closure is magnetically retained against the base or a handle of the cap assembly.

A cap for a drinking vessel, and particularly a shaker cup. The claimed cap can be securely attached to the drinking vessel or shaker cup to avoid leaks, and also includes a sealable opening through which the contents of the drinking vessel can be poured or drunk and a handle that is convenient for a user and which is attached to the cap in such a manner that the handle moves somewhat freely relative to the cap and the mechanism for closing the opening in the cap. Any non-integral components that come into contact with the contents of the vessel are easily detachable to facilitate thorough cleaning.

Cap assemblies with magnetic closure retention mechanisms and drink containers including the same. A cap assembly includes a base, a drink spout defining a passage, a closure configured to be selectively transitioned between a closed configuration and a stowed configuration via an open configuration, and a magnetic closure retention mechanism to magnetically retain the closure in the stowed configuration. When the closure is in the closed configuration, the closure is operatively coupled to the drink spout and obstructs the flow of liquid therethrough. When the closure is in the open configuration or the stowed configuration, the drink spout is uncovered and unobstructed by the closure. When the closure is in the stowed configuration, the closure is magnetically retained against the base or a handle of the cap assembly.

Loading systems for adhesives and sealants are disclosed in which flexible sealant/adhesive-containing cartridges may be loaded through the front end of a retainer into a sleeve for dispensing, and then removed from the front end of the retainer when the cartridges are spent.

A drink and mist bottle cap is detachably attachable to a bottle to enable a person to produce a mist from a pump and mist nozzle and also drink from a drink spout. A drinking spout has a drink spout cap that is detachably attachable over the drinking spout to seal the liquid contents within the bottle when not drinking form the bottle. The drink and mist bottle cap may also have an anti-backwash valve that is configured to prevent backwash from flowing back into the interior of the bottle and an ultraviolet light configured to produce a disinfecting ultraviolet light within the bottle, and a pressure relief valve to allow pressure equalization when there is a pressure differential between the interior of the bottle and the exterior of the bottle.

Cap assemblies with magnetic closure retention mechanisms and drink containers including the same. A cap assembly includes a base, a drink spout defining a passage, a closure configured to be selectively transitioned between a closed configuration and a stowed configuration via an open configuration, and a magnetic closure retention mechanism to magnetically retain the closure in the stowed configuration. When the closure is in the closed configuration, the closure is operatively coupled to the drink spout and obstructs the flow of liquid therethrough. When the closure is in the open configuration or the stowed configuration, the drink spout is uncovered and unobstructed by the closure. When the closure is in the stowed configuration, the closure is magnetically retained against the base or a handle of the cap assembly.

An applicator for a container, the container for storing a substance to be applied and including an outlet through which the substance is to be discharged, wherein the applicator includes a brush head adapted to be located at the outlet; and a removable nozzle adapted to be optionally mounted over the brush head.

A drink and mist bottle cap is detachably attachable to a bottle to enable a person to produce a mist from a pump and mist nozzle and also drink from a drink spout. A drinking spout has a drink spout cap that is detachably attachable over the drinking spout to seal the liquid contents within the bottle when not drinking form the bottle. The drink and mist bottle cap may also have an anti-backwash valve that is configured to prevent backwash from flowing back into the interior of the bottle and an ultraviolet light configured to produce a disinfecting ultraviolet light within the bottle, and a pressure relief valve to allow pressure equalization when there is a pressure differential between the interior of the bottle and the exterior of the bottle.

A container for transporting and storing a liquid and with a dual function closure, the container comprises a container body with at least one inlet opening closed by a cap. The cap comprises a first and a second opening, as well as a first closure insert and a second closure insert. The first and second openings are each surrounded by a respective circumferential wall that comprises a shoulder. Each closure insert releasably engages with the respective shoulder such that the respective opening is fluid tightly closed. The cap comprises a locking means adapted to engage with a locking interface of a coupling device.

A vented transfer lid includes an inner collar projecting from a top panel of the transfer lid and having an outer circumferential surface having a texturized EDM surface finish. In some example forms, an interior surface of the top panel includes a texturized EDM surface finish. In example forms, the transfer lid includes a transfer port wherein at least a portion of an interior surface of the transfer port includes a texturized EDM surface finish. In other embodiments, at least a portion of the vented transfer lid comprises a nonpolar boundary such that fluids exposed to the nonpolar boundary bead and form droplets having a dimension rendering them incapable of passing through one or more vent paths.