The present invention relates to a cork remover for a bottle containing sparkling liquid. The remover includes an outer body and an inner body having a cork-gripping device and being slidably mounted in the outer body. The cork remover includes a notch for positioning the outer body over a bottle cork's safety harness. The bottle-gripping device is on the outer body for engaging on the bottle neck and structure for restricting the inner body's sliding movement in the cork's expelling direction.

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 device for uncorking a bottle of a pressurised liquid such as a bottle of champagne. The device includes a hollow main body with a substantially cylindrical cross-section, with a lower portion including an opening allowing the neck of the bottle to pass therethrough and a profile capable of snap-fitting the lower portion onto the collar of the bottle, an intermediate portion making it possible to grip the device and guide the ejected cork into the main body, and an upper portion including means for trapping the ejected cork so as to make it possible to trap and retain the cork after extracting same.

The exemplary cork extracting apparatus may include a body portion and one of more prongs extending from the body portion. The body portion may define an insertion stop surface such that the one or more prongs may be inserted into a cork of a bottle with the insertion stop surface proximate the bottle. Each of the one or more prongs may extend along a prong axis and each prong axis may intersect the insertion stop surface to define an acute angle. The body portion may be configured to be grasped, rotated, and pulled away from the bottle, after the one or more prongs are inserted into the cork, to extract the cork from the bottle.

The exemplary cork extracting apparatus may include a body portion and one of more prongs extending from the body portion. The body portion may define an insertion stop surface such that the one or more prongs may be inserted into a cork of a bottle with the insertion stop surface proximate the bottle. Each of the one or more prongs may extend along a prong axis and each prong axis may intersect the insertion stop surface to define an acute angle. The body portion may be configured to be grasped, rotated, and pulled away from the bottle, after the one or more prongs are inserted into the cork, to extract the cork from the bottle.

An integrated cork opener that is integrated into a cork. The cork comprising a body configured in size and in shape to seal a container. The cork further comprises a body pulling apparatus, which includes an anchor and a foldable handle, said body pulling apparatus is integrated into said body. In some exemplary embodiments, a container, such as a wine bottle, may be sealed using a cork comprising an integrated body pulling apparatus.

A corkscrew which is designed to break the seal between the bottle and the cork by pressing the cork down into the bottle before removal. This compression allows the seal to be broken between the bottle and the cork which allows the cork to be pulled with less force on the cork itself.