Abstract: Some embodiments of the present disclosure include a bottle cork with a built-in removal mechanism. The bottle cork may include a cork body having a hollow sleeve positioned therein, the hollow sleeve housing a mini-corkscrew, the mini-corkscrew having a corkscrew end extending toward a bottom surface of the cork body and an end opposite the corkscrew end; a gas cartridge configured to be punctured by the end of the mini-corkscrew opposite the corkscrew end; and a knob top attached to the gas cartridge, such that when the knob top is rotated, the gas cartridge is pierced by the end of the mini-corkscrew opposite the corkscrew end while the corkscrew end is drawn into and through the bottom surface of the cork body. The pressure exerted by the pierced gas cartridge may force the bottle cork out of a bottle, thus negating the need for an external cork removal tool.

Abstract: Some embodiments of the present disclosure include a bottle cork with a built-in removal mechanism. The bottle cork may include a cork body having a hollow sleeve positioned therein, the hollow sleeve housing a mini-corkscrew, the mini-corkscrew having a corkscrew end extending toward a bottom surface of the cork body and an end opposite the corkscrew end; a gas cartridge configured to be punctured by the end of the mini-corkscrew opposite the corkscrew end; and a knob top attached to the gas cartridge, such that when the knob top is rotated, the gas cartridge is pierced by the end of the mini-corkscrew opposite the corkscrew end while the corkscrew end is drawn into and through the bottom surface of the cork body. The pressure exerted by the pierced gas cartridge may force the bottle cork out of a bottle, thus negating the need for an external cork removal tool.