This invention provides a novel solution for a Plug-Removing Tool comprising a base, a helicoid tool, and a lever. The invention also includes a method for using a Plug-Removing Tool to remove a plug from an opening of a container comprising partially inserting a helicoid tool of the Plug-Removing Tool into the plug, extending a lever of the Plug-Removing Tool, gripping the lever with a hand and using the lever to apply a torque relative to a point where the helicoid tool was inserted into the plug driving the helicoid tool into the plug, and using the Plug-Removing Tool, with the helicoid tool fully inserted into the plug, to pull the plug from the container.

This invention provides a novel solution for a Plug-Removing Tool comprising a base, a helicoid tool, and a lever. The invention also includes a method for using a Plug-Removing Tool to remove a plug from an opening of a container comprising partially inserting a helicoid tool of the Plug-Removing Tool into the plug, extending a lever of the Plug-Removing Tool, gripping the lever with a hand and using the lever to apply a torque relative to a point where the helicoid tool was inserted into the plug driving the helicoid tool into the plug, and using the Plug-Removing Tool, with the helicoid tool fully inserted into the plug, to pull the plug from the container.

An automatic bottle opener includes a motorized auger with automatic sensing for starting and stopping rotation of the auger. In some embodiments, the automatic bottle opener may sense engagement of the bottle opener with a bottle to activate rotation of the motorized auger for engaging and removing the cork and may sense an extracted position of the cork to stop rotation of the motorized auger. Additionally or alternatively, embodiments of the automatic bottle opener may sense a change in position (e.g., a tilted position) of the bottle opener to activate reverse rotation of the motorized auger for ejecting the extracted cork.

The bottle opener with magnetic cap retainer is a tool. The bottle opener with magnetic cap retainer is configured for use in opening a bottle. The bottle opener with magnetic cap retainer comprises a handle and a plurality of working elements. The handle is a grip used to manipulate each of the plurality of working elements. Each of the plurality of working elements forms a working element of the bottle opener with magnetic cap retainer used in the process of opening the bottle. The bottle opener with magnetic cap retainer removes a foil cover from the bottle. The bottle opener with magnetic cap retainer removes a cork from a bottle. The bottle opener with magnetic cap retainer removes a bottle cap from the bottle. The bottle opener with magnetic cap retainer stores the bottle cap that is removed from the bottle for future disposal.

A continuous pull corkscrew has a long L-shaped handle that provides greater torque than traditional corkscrews, thus allowing for a cork to be removed with less force applied to the corkscrew. Unlike a T-shaped crossbar, the handle has an L-shape an extends outward a significant distance past the body of the corkscrew and the bottle being opened. The resultant reduction in the amount of required force allows for more consumers to use the corkscrew to open wine bottles. The handle is foldable into a closed configuration against the side of the corkscrew body to provide a slim profile for convenient storage.

A continuous pull corkscrew has a long L-shaped handle that provides greater torque than traditional corkscrews, thus allowing for a cork to be removed with less force applied to the corkscrew. Unlike a T-shaped crossbar, the handle has an L-shape an extends outward a significant distance past the body of the corkscrew and the bottle being opened. The resultant reduction in the amount of required force allows for more consumers to use the corkscrew to open wine bottles. The handle is foldable into a closed configuration against the side of the corkscrew body to provide a slim profile for convenient storage.

A composite bottle opener includes: a cork remover unit having a hand grip, a bottle stopper and a corkscrew, one end of which is connected to the hand grip while the hand grip is attached detachably on the bottle stopper; a retractable fixing sleeve including an upper sleeve mounted movably on a lower sleeve while the cork removes unit is mounted on the upper sleeve; and one compressible cutter unit installed on a side wall of the lower sleeve such that the cutter is movable in a thickness direction of the side wall of the lower sleeve. In use, one needs to apply a little torque to tear away the sealing foil around the outer periphery of the bottle as well as the cork blocking the mouth of the bottle. The bottle stopper can be plugged back into the mouth of the bottle after the cork removal.

The subject matter of the present disclosure relates, in various embodiments, to a wine key comprising a head assembly and a handle assembly. The head assembly may comprise a unique configuration suited for affixing and using a twin neckstand assembly, a foil cutter disk, a spring, and a helical extractor. The twin neckstand assembly may comprise fulcrum notches for providing leverage against a bottle rim to enhance the effectiveness of extracting a cork stopper from the bottle. As well, the twin neckstand assembly may comprise cap reliefs and cap hooks for providing leverage against a bottle cap edge, so as to enhance the effectiveness of its removal. The handle assembly may comprise a multi-part structure, comprising a handle, an offset tube, a central rod, and an end cap. In some embodiments, the handle may be provided in cylindrical-shaped form that can be turned on a lathe by a Do-It-Yourself woodworker.

The present disclosure discloses an electric wine opener. It includes a bracket and a driving device which comprises a rotating shaft with a polygonal cross-section and a motor. The rotating shaft is rotatably installed on the bracket. The motor is installed on the bracket. The input shaft of the motor is connected to the rotating shaft. The electric wine opener further comprises a cylindrical cork extraction device which comprises a sleeve, a screw, a threaded drill, a cork sleeve, the sleeve with internal thread in the middle is mounted in the bracket. The screw is provided with a hexagonal hole corresponding to the rotating shaft. The screw is fitted in the rotating shaft. The electric wine opener further comprises a clamping device. Because the driving device, cork extraction device and clamping device are provided in the bracket, the driving device can drive the clamping device to clamp the bottle and the cork extraction device to extract the cork so as to ensure the electric wine opener to clamp the bottleneck of the wine bottle and further extract the cork automatically. The electric wine opener is easy to operate and it can be used to extract the cork steadily and quickly.

A wine bottle opening device is provided. The device is comprised of a wine bottle opening device with a set of adjustable spring jaws. The jaws can be adjusted around a wine bottle cork or cap to facilitate easy removal. The device may also be comprised of an integrated corkscrew and an integrated bottle opener.