The present application discloses a blade mechanism and an electric scissors having the blade mechanism. The blade mechanism includes a setting blade, a moving blade, and a rotating shaft assembly. The rotating shaft assembly respectively passes through the setting blade and the moving blade to allow the setting blade and the moving blade being rotatablely connected. The cutting edge of the moving blade is automatically ground when the moving blade frictionally rotates relative to the setting blade. According to the present application, the moving blade and the setting blade of the blade mechanism open or close to generate friction, allowing the cutting edge of the moving blade to be automatically ground by the setting blade, thus the durability of the moving blade is improved.

The present application discloses a blade mechanism and an electric scissors having the blade mechanism. The blade mechanism includes a setting blade, a moving blade, and a rotating shaft assembly. The rotating shaft assembly respectively passes through the setting blade and the moving blade to allow the setting blade and the moving blade being rotatablely connected. The cutting edge of the moving blade is automatically ground when the moving blade frictionally rotates relative to the setting blade. According to the present application, the moving blade and the setting blade of the blade mechanism open or close to generate friction, allowing the cutting edge of the moving blade to be automatically ground by the setting blade, thus the durability of the moving blade is improved.

A low-friction hub assembly for pivotally connecting a pair of scissors or lever-like members employs a pair of cooperative hub members. A first hub member has an exterior threaded surface which threadably engages with an interior threaded surface of the second hub member. Each of the hub members has annular shoulders which engage against opposed annular surfaces of surrounding aligned pivot openings of the scissors. A locking member comprising a pair of opposed pawls engages a serrated surface to lock the subassembly. A throughbore extends through the pivot assembly.

A low-friction hub assembly for pivotally connecting a pair of scissors or lever-like members employs a pair of cooperative hub members. A first hub member has an exterior threaded surface which threadably engages with an interior threaded surface of the second hub member. Each of the hub members has annular shoulders which engage against opposed annular surfaces of surrounding aligned pivot openings of the scissors. A locking member comprising a pair of opposed pawls engages a serrated surface to lock the subassembly. A throughbore extends through the pivot assembly.

A nipper, components thereof, and associated methods. The nipper includes first and second jaws, and first and second levers connected to respective ones of the jaws. The jaws are pivotable about a pivot axis to move cutting edges of the jaws toward and away from each other. The jaws and levers have a keyed connection for conjoint pivoting of the respective jaws and levers about the pivot axis. A retainer is configured to retain the cutting edges in a closed arrangement. The nipper includes a poker for cleaning paint from an eyelet of a lure or fishing hook. The poker is movable between stowed and deployed positions with respect to a lever of the nipper.

A nipper, components thereof, and associated methods. The nipper includes first and second jaws, and first and second levers connected to respective ones of the jaws. The jaws are pivotable about a pivot axis to move cutting edges of the jaws toward and away from each other. The jaws and levers have a keyed connection for conjoint pivoting of the respective jaws and levers about the pivot axis. A retainer is configured to retain the cutting edges in a closed arrangement. The nipper includes a poker for cleaning paint from an eyelet of a lure or fishing hook. The poker is movable between stowed and deployed positions with respect to a lever of the nipper.

A nipper, components thereof, and associated methods. The nipper includes first and second jaws, and first and second levers connected to respective ones of the jaws. The jaws are pivotable about a pivot axis to move cutting edges of the jaws toward and away from each other. The jaws and levers have a keyed connection for conjoint pivoting of the respective jaws and levers about the pivot axis. A retainer is configured to retain the cutting edges in a closed arrangement. The nipper includes a poker for cleaning paint from an eyelet of a lure or fishing hook. The poker is movable between stowed and deployed positions with respect to a lever of the nipper.

A nipper, components thereof, and associated methods. The nipper includes first and second jaws, and first and second levers connected to respective ones of the jaws. The jaws are pivotable about a pivot axis to move cutting edges of the jaws toward and away from each other. The jaws and levers have a keyed connection for conjoint pivoting of the respective jaws and levers about the pivot axis. A retainer is configured to retain the cutting edges in a closed arrangement. The nipper includes a poker for cleaning paint from an eyelet of a lure or fishing hook. The poker is movable between stowed and deployed positions with respect to a lever of the nipper.

A pair of training scissors structurally configured to help a child learn proper finger positions for use of scissors. The handles include solid bowl apertures to positioned so that the tips of the fingers are desirably positioned so that the tips of the fingers are utilized to operate the scissors. The scissors also include an illumination feature that encourages a child to practice opening and closing the scissors as they are motivated by the light. This repetition serves to reinforce the proper finger positions, and the repetitions also help develop muscle strength.

A pair of training scissors structurally configured to help a child learn proper finger positions for use of scissors. The handles include solid bowl apertures to positioned so that the tips of the fingers are desirably positioned so that the tips of the fingers are utilized to operate the scissors. The scissors also include an illumination feature that encourages a child to practice opening and closing the scissors as they are motivated by the light. This repetition serves to reinforce the proper finger positions, and the repetitions also help develop muscle strength.