Abstract: A cigar cutter has a housing, a receiving well provided in the housing for receiving one end of a cigar, a motor retained inside the housing, and a cutter carried on the motor and extending into the receiving well. The cutter has a lower portion and a conical upper tip, with three cutting surfaces provided on the conical upper tip.

Abstract: An electric cigar cutter employs a motor-driven, rotatable cutting blade which functions to trim a cigar by cutting off the tip. The cutting blade pivots, and as it pivots, it passes through the cigar, thereby cutting the tip. The present invention incorporates two safety features, to prevent accidental activation of the cigar cutter and to protect a user's fingers from contacting the cutting blade. Additionally, a mechanism is provided for adjusting the amount of the cigar to be cut off.

Abstract: The cigar cutter (1) has a housing (2), an opening (3) adapted for insertion of a cigar or the end of a cigar, at least three blades (5), and a squeeze bar (6). When the cigar cutter (1) is squeezed, for example by the pressure of a single hand on the squeeze bar (6) and the side of the housing (2) opposite the squeeze bar (6), a mechanism translates the squeezing force into an irising movement of the blades (5). The mechanism includes rings (11), squeeze bar pins (15), and blade pins (21). The inside diameters of the rings (11) are less than that of the opening (3). Part of the end of the squeeze bar (6) protrudes into the housing (2) and is forked so as to sandwich the rings (11). Squeeze bar pins (15) extend from the rings (11) and pass through slots (17) in the forked end of the squeeze bar (6). By means of this arrangement, an inward movement of the squeeze bar (6) causes the rings (11) to rotate.