A reusable bottle cap system includes a bottle cap and a bottle cap cover. The bottle cap includes a proximal handling portion and a stem that extends from the proximal handling portion to a distal end. The stem has opposing outside and inside surfaces. The outside surface includes a sealing feature for sealing to the mouth of a beverage bottle. The inside surface defines an opening extending to the distal end of the stem. The shell has an inside surface defining a cavity that is closed at a distal end. A pin extends from the distal end of the inside surface of the shell. The pin is received into the opening of the stem to provide a holding force to secure the bottle cap cover to the bottle cap.

A reusable bottle cap system includes a bottle cap and a bottle cap cover. The bottle cap includes a proximal handling portion and a stem that extends from the proximal handling portion to a distal end. The stem has opposing outside and inside surfaces. The outside surface includes a sealing feature for sealing to the mouth of a beverage bottle. The inside surface defines an opening extending to the distal end of the stem. The shell has an inside surface defining a cavity that is closed at a distal end. A pin extends from the distal end of the inside surface of the shell. The pin is received into the opening of the stem to provide a holding force to secure the bottle cap cover to the bottle cap.

A bottle neck insert can include a cylindrical body having a first end and a second end, the cylindrical body having a plurality of rings; a flange provided at the first end, the flange protruding outwardly from the cylindrical body in a radial direction of the cylindrical body; and a valve section at the second end, the valve section having at least one slit, wherein the flange is configured to seat the insert onto a neck of a bottle and the valve section is configured to allow a pipette to pass through. A bottle storage system, can include a bottle having a neck with a smooth interior surface; an insert that is configured to fit inside the neck of the bottle; and a pipette assembly that is configured to proceed through the insert into the bottle.

A bottle neck insert can include a cylindrical body having a first end and a second end, the cylindrical body having a plurality of rings; a flange provided at the first end, the flange protruding outwardly from the cylindrical body in a radial direction of the cylindrical body; and a valve section at the second end, the valve section having at least one slit, wherein the flange is configured to seat the insert onto a neck of a bottle and the valve section is configured to allow a pipette to pass through. A bottle storage system, can include a bottle having a neck with a smooth interior surface; an insert that is configured to fit inside the neck of the bottle; and a pipette assembly that is configured to proceed through the insert into the bottle.

A closure device for a container to provide a combined protection of inert gas and oxygen scavenger methods. The closure device comprises a body, a fastening member, one or more plurality of protrusions, a blister, a hollow shaft, and a seal member. The closure device is removably coupled to an open end of the container through a fastening assembly. The fastening assembly includes at least one of friction fit, a snap fit, a screw fit, or any of a variety of fastening mechanisms. The closure device provides a combined protection of inert gas and oxygen scavenger methods. This is beneficial because it prevents nutritional and organoleptic degradation processes of wine through oxidation while aids to preserve the fruitier and fresher aromas and flavors of the wine. The closure device is designed to fit snugly over the neck of the bottle and create an airtight seal.

A closure device for a container to provide a combined protection of inert gas and oxygen scavenger methods. The closure device comprises a body, a fastening member, one or more plurality of protrusions, a blister, a hollow shaft, and a seal member. The closure device is removably coupled to an open end of the container through a fastening assembly. The fastening assembly includes at least one of friction fit, a snap fit, a screw fit, or any of a variety of fastening mechanisms. The closure device provides a combined protection of inert gas and oxygen scavenger methods. This is beneficial because it prevents nutritional and organoleptic degradation processes of wine through oxidation while aids to preserve the fruitier and fresher aromas and flavors of the wine. The closure device is designed to fit snugly over the neck of the bottle and create an airtight seal.

A tap (1) for dispensing liquids from a container is described, comprising a main body (3) adapted to be placed at the dispensing end of the container and comprising an integrated tamper-evident guarantee ring (3.1) which can be removed in a first opening step of the tap (1), a valve (5) inserted between a lower fixing body (4) and the main body (3), including slits (5.2) for the penetration of a dispensing dart (6), the lower fixing body (4) designed to block the valve (5) and allow the correct opening and closing and sealing of the slots (5.2) of the valve (5), and an upper cap (2) mounted on the main body (3) and anchored to the security ring (3.1) integrated in the main body (3).

A tap (1) for dispensing liquids from a container is described, comprising a main body (3) adapted to be placed at the dispensing end of the container and comprising an integrated tamper-evident guarantee ring (3.1) which can be removed in a first opening step of the tap (1), a valve (5) inserted between a lower fixing body (4) and the main body (3), including slits (5.2) for the penetration of a dispensing dart (6), the lower fixing body (4) designed to block the valve (5) and allow the correct opening and closing and sealing of the slots (5.2) of the valve (5), and an upper cap (2) mounted on the main body (3) and anchored to the security ring (3.1) integrated in the main body (3).

A reusable container housing. The housing includes a hollow shell that receives a recyclable cup, e.g., filled with powdered detergent, and holds it sealed and secure. A lid of the housing, when placed on top of the shell to seal its top opening, causes the cup within to be pressed downward past a set of detents and locked thereby. The hollow shell includes an open bottom sealed with a flexible diaphragm. To eject the cup from the housing (e.g., when it is empty), the lid is removed, and the flexible diaphragm is pushed upward thereby forcing the cup upward and past the detents. The cup may then be removed and replaced.

A reusable container housing. The housing includes a hollow shell that receives a recyclable cup, e.g., filled with powdered detergent, and holds it sealed and secure. A lid of the housing, when placed on top of the shell to seal its top opening, causes the cup within to be pressed downward past a set of detents and locked thereby. The hollow shell includes an open bottom sealed with a flexible diaphragm. To eject the cup from the housing (e.g., when it is empty), the lid is removed, and the flexible diaphragm is pushed upward thereby forcing the cup upward and past the detents. The cup may then be removed and replaced.