Device for extracting a cork from a bottle

A device for extracting a cork from a bottle, the device comprising:

• a housing, the housing defined by an upper end and a lower end;
• a shaft, the shaft defined by a cavity, an air intake, and an air exhausting hole, the shaft configured to operatively connect to the lower end of the housing;
• a helix-shaped lever, the helix-shaped lever defined by a hollow passageway, a mount end, and a pointed end having an opening, the mount end of the helix-shaped lever configured to fixedly attach to the shaft, wherein the hollow passageway of the helix-shaped lever is in communication with the cavity of the shaft, the pointed end of the helix-shaped lever configured to penetrate a cork;
• a handle, the handle configured to attach to the upper end of the housing, the handle further configured to enable axial and rotational manipulation of the helix-shaped lever;
• a gas cartridge, the gas cartridge configured to contain a pressurized gas;
• a release valve mechanism, the release valve mechanism configured to contain the gas cartridge, the release valve mechanism further configured to regulate discharge of the pressurized gas from the gas cartridge;
• a spring, the spring configured to operatively connect to the pressure release button, the spring further configured to expand against the pressure release button when the helix-shaped lever penetrates the cork;
• and
• a pressure release button, the pressure release button configured to operatively connect to the release valve mechanism and the spring, the pressure release button further configured to actuate variable discharge of the pressurized gas from the gas cartridge, the pressure release button further configured to provide tactile feedback when the spring expands,
• wherein the pressurized gas discharges from the gas cartridge and passes through the cavity of the shaft, the hollow passageway of the helix-shaped lever, and the opening in the pointed end of the helix-shaped lever.

A device for extracting a cork from a bottle, the device comprising:

• a housing, the housing defined by an upper end and a lower end;
• a shaft, the shaft defined by a cavity, an air intake, and an air exhausting hole, the shaft configured to operatively connect to the lower end of the housing;
• a spiral-shaped corkscrew, the spiral-shaped corkscrew defined by a hollow passageway, a mount end, and a pointed end having an opening, the mount end of the spiral-shaped corkscrew configured to fixedly attach to the shaft, wherein the hollow passageway of the spiral-shaped corkscrew is in communication with the cavity of the shaft;
• a handle, the handle configured to attach to the upper end of the housing, the handle further configured to enable axial and rotational manipulation of the spiral-shaped corkscrew;
• a gas cartridge, the gas cartridge configured to contain a pressurized gas;
• a release valve mechanism, the release valve mechanism configured to contain the gas cartridge, the release valve mechanism further configured to regulate discharge of the pressurized gas from the gas cartridge;
• and
• a pressure release button, the pressure release button configured to operatively connect to the release valve mechanism, the pressure release button further configured to actuate discharge of the pressurized gas from the gas cartridge, wherein the pressurized gas discharges from the gas cartridge and passes through the cavity of the shaft, the hollow passageway of the spiral-shaped corkscrew, and the opening in the pointed end of the spiral-shaped corkscrew.