A device for and method of hot swapping one or more electronic devices from an immersion cooling tank having a first opening, the device including a condensing unit removably locatable in first opening of the immersion cooling tank, the condensing device having a condensing coil forming a second opening through which the electronic device(s) is removable. A retractable cover sheet assembly, under computer control, is positioned to form a sized opening, which may include a containment structure, prior to opening the tank lid to minimize dielectric fluid loss.

A device for and method of hot swapping one or more electronic devices from an immersion cooling tank having a first opening, the device including a condensing unit removably locatable in first opening of the immersion cooling tank, the condensing device having a condensing coil forming a second opening through which the electronic device(s) is removable. A retractable cover sheet assembly, under computer control, is positioned to form a sized opening, which may include a containment structure, prior to opening the tank lid to minimize dielectric fluid loss.

A shrink label for application to a bottle and a cap is provided to maintain the position of the cap relative to the bottle. The shrink label includes an interior surface defining an opening therethrough, a first adhesive strip extending circumferentially about the interior surface of the shrink label, and a second adhesive strip spaced a distance above the first adhesive strip and extending circumferentially about the interior surface of the shrink label. The first adhesive strip is aligned with a portion of the bottle and the second adhesive strip is aligned with a side portion of the cap such that an intersection point between the bottle and the cap is positioned between the first adhesive strip and the second adhesive strip. A perforation line can be included on the shrink label above the second adhesive strip for removal of the shrink label.

A shrink label for application to a bottle and a cap is provided to maintain the position of the cap relative to the bottle. The shrink label includes an interior surface defining an opening therethrough, a first adhesive strip extending circumferentially about the interior surface of the shrink label, and a second adhesive strip spaced a distance above the first adhesive strip and extending circumferentially about the interior surface of the shrink label. The first adhesive strip is aligned with a portion of the bottle and the second adhesive strip is aligned with a side portion of the cap such that an intersection point between the bottle and the cap is positioned between the first adhesive strip and the second adhesive strip. A perforation line can be included on the shrink label above the second adhesive strip for removal of the shrink label.

A closure element for closing a container comprises an inner cap member coupled with a mouth of the container, an outer cap member movably coupled to the inner cap member, and a transponder having a chip and an antenna housed between the inner and outer cap members. The closure element further comprises two first capacitor plates connected with the chip, which are attached to one of a top wall of the inner cap member and a top wall of the outer cap member, and a second capacitor plate attached to the other of the top wall of the inner cap member and the top wall of the outer cap member, such that a relative movement of the outer cap member and the inner cap member switches the closure element between a first configuration and a second configuration having a different capacitance between the first and second capacitor plates.

A closure element for closing a container comprises an inner cap member coupled with a mouth of the container, an outer cap member movably coupled to the inner cap member, and a transponder having a chip and an antenna housed between the inner and outer cap members. The closure element further comprises two first capacitor plates connected with the chip, which are attached to one of a top wall of the inner cap member and a top wall of the outer cap member, and a second capacitor plate attached to the other of the top wall of the inner cap member and the top wall of the outer cap member, such that a relative movement of the outer cap member and the inner cap member switches the closure element between a first configuration and a second configuration having a different capacitance between the first and second capacitor plates.

A beverage container includes a main body portion for accommodating a beverage and a lid portion provided on the upper portion of the main body portion, the lid portion includes a beverage opening portion (312) for discharging the beverage and a beverage opening and closing portion side sealing material (324) for opening and closing the beverage opening portion (312) from the lower side of the beverage opening portion (312), the lid portion further includes a gas opening portion (313) provided separately from the beverage opening portion (312) and for taking outside air into the main body portion in a case where the beverage accommodated in the main body portion is discharged and a gas opening and closing portion side sealing material (325) for opening and closing the gas opening portion (313) from the lower side of the gas opening portion (313).

A beverage container includes a main body portion for accommodating a beverage and a lid portion provided on the upper portion of the main body portion, the lid portion includes a beverage opening portion (312) for discharging the beverage and a beverage opening and closing portion side sealing material (324) for opening and closing the beverage opening portion (312) from the lower side of the beverage opening portion (312), the lid portion further includes a gas opening portion (313) provided separately from the beverage opening portion (312) and for taking outside air into the main body portion in a case where the beverage accommodated in the main body portion is discharged and a gas opening and closing portion side sealing material (325) for opening and closing the gas opening portion (313) from the lower side of the gas opening portion (313).

The present disclosure provides a bottle container designed with a flattened oblong shape, allowing for easy stacking of multiple bottle containers and storage in narrow pockets etc. The bottle container is also modular, with a lockable, resealable connection between two container elements allowing it to be opened and for the interior to be accessed and cleaned through an opening that is as wide as the bottle container itself.

The present disclosure provides a bottle container designed with a flattened oblong shape, allowing for easy stacking of multiple bottle containers and storage in narrow pockets etc. The bottle container is also modular, with a lockable, resealable connection between two container elements allowing it to be opened and for the interior to be accessed and cleaned through an opening that is as wide as the bottle container itself.