A cutting tool is provided. The cutting tool includes a first member and a second member that are configured to be disposed on opposite sides of the free end of the cable tie. At least one of the first and second members is articulable toward the other. The first member includes a curved blade that is curved along at least a portion of the curved blade along a transverse direction perpendicular to a longitudinal axis defined by the free end of the cable tie. The second member has an opposed surface. Urging the curved blade toward and into contact with the opposed surface removes an end portion of the free end of the cable tie, with a remaining portion of the free end of the cable tie curved along at least a portion of the remaining portion of the free end along the transverse direction.

A scissors tool for incising and cutting a cable, comprising a first scissors part and a second scissors part, which are mounted on each other via a scissors joint so that they can pivot about a scissors pivot axis. The first and second scissors parts each comprise a finger accommodation rendering it is possible to induce a pivoting movement of the scissors parts in a closing direction. Furthermore, the scissors parts each comprise a separating cutting blade. The separating cutting blades are moved towards each other with a pivoting movement of the scissors parts in the closing direction for cutting a cable. A stripping incision blade is movably guided on the first scissors part between an insertion position and an incision position. An actuating element is integrated into the finger accommodation of the first scissors part. A drive connection connects the actuating element to the stripping incision blade.

A scissors tool for incising and cutting a cable, comprising a first scissors part and a second scissors part, which are mounted on each other via a scissors joint so that they can pivot about a scissors pivot axis. The first and second scissors parts each comprise a finger accommodation rendering it is possible to induce a pivoting movement of the scissors parts in a closing direction. Furthermore, the scissors parts each comprise a separating cutting blade. The separating cutting blades are moved towards each other with a pivoting movement of the scissors parts in the closing direction for cutting a cable. A stripping incision blade is movably guided on the first scissors part between an insertion position and an incision position. An actuating element is integrated into the finger accommodation of the first scissors part. A drive connection connects the actuating element to the stripping incision blade.

A hair-cutting apparatus includes a first scissor and a second scissor. The first scissor includes a first jaw, a first curved blade, and a first handle. The first jaw includes a concave inner surface from which the first curved blade projects. The second scissor includes a second jaw, a second curved blade, and a second handle. The second jaw includes a concave inner surface from which the second curved blade projects. The first and second scissors are pivotably connected to each other. The first curved blade and the second curved blade form an opening when in the closed position that is of a generally elongated ellipse shape. The first and second jaws define a generally horizontal plane. The first curved blade projects in a generally downwardly and inwardly direction from the generally horizontal plane at a first angle. The second curved blade projects similarly at a second angle.

A hair-cutting apparatus includes a first scissor and a second scissor. The first scissor includes a first jaw, a first curved blade, and a first handle. The first jaw includes a concave inner surface from which the first curved blade projects. The second scissor includes a second jaw, a second curved blade, and a second handle. The second jaw includes a concave inner surface from which the second curved blade projects. The first and second scissors are pivotably connected to each other. The first curved blade and the second curved blade form an opening when in the closed position that is of a generally elongated ellipse shape. The first and second jaws define a generally horizontal plane. The first curved blade projects in a generally downwardly and inwardly direction from the generally horizontal plane at a first angle. The second curved blade projects similarly at a second angle.

Scissors comprising a slit are disclosed. The scissors may be used to cut or tear thread. In one embodiment, for example, the scissors comprise a first blade having an outer edge and a cutting edge, a second blade having a static edge positioned to engage the cutting edge of the first blade, and a slit in the first blade. The slit in the first blade extends toward a tip of the first blade and through a portion of the width of the first blade without extending therethrough. In operation, the scissors can be used to release a material from a machine by cutting thread attaching the material to the machine.

Scissors comprising a slit are disclosed. The scissors may be used to cut or tear thread. In one embodiment, for example, the scissors comprise a first blade having an outer edge and a cutting edge, a second blade having a static edge positioned to engage the cutting edge of the first blade, and a slit in the first blade. The slit in the first blade extends toward a tip of the first blade and through a portion of the width of the first blade without extending therethrough. In operation, the scissors can be used to release a material from a machine by cutting thread attaching the material to the machine.

A scissors blade structure and a pair of electric scissors are provided, and relate to the technical field of scissors. The scissors blade structure includes a first blade, a second blade, and a connection shaft. The first blade is provided with a first connection hole. The second blade is provided with a second connection hole. One end of the connection shaft is connected with a stop cap portion, and another end of the connection shaft is connected with a fastener after sequentially passing through the first connection hole and the second connection hole. The fastener is screwed to a third shaft section in an axial direction of the third shaft section of the connection shaft. The third shaft section is further provided with an anti-detachment shaft. The anti-detachment shaft is connected with an anti-detachment cap portion.

A scissors blade structure and a pair of electric scissors are provided, and relate to the technical field of scissors. The scissors blade structure includes a first blade, a second blade, and a connection shaft. The first blade is provided with a first connection hole. The second blade is provided with a second connection hole. One end of the connection shaft is connected with a stop cap portion, and another end of the connection shaft is connected with a fastener after sequentially passing through the first connection hole and the second connection hole. The fastener is screwed to a third shaft section in an axial direction of the third shaft section of the connection shaft. The third shaft section is further provided with an anti-detachment shaft. The anti-detachment shaft is connected with an anti-detachment cap portion.

The invention relates to scissors for cutting off inseam or sewn on labels (brand labels, care labels, manufacturer labels, etc.) from clothing, but can also be used in other fields. The scissors include first and second lever elements, each having a working portion on one end and a handle on the other end, the elements being interconnected such as to be movable in relation to one another; the working portion of the second lever element has a cutting edge, and the working portion of the first lever element has at least one longitudinal slit for receiving a material to be cut off, the slit giving rise to an inner blade member extending inwardly from the slit and an outer blade member extending outwardly from the slit, wherein the outer blade member extending outwardly from the slit has an edge that is positioned to be capable of contacting with the cutting edge of the working portion of the second lever element along the cutting line.