In some embodiments, a magnifier defines a longitudinal axis A. The magnifier includes an arm with a distal end and a proximal end. A magnifying pane is located at the distal end and an engagement member is located at the proximal end. In various embodiments, the arm includes a distal segment, a mid segment, and a proximal segment. The distal segment is generally linear having a length L1 projected onto the longitudinal axis and is angled about 45 degrees relative to the longitudinal axis A. The mid segment is generally concave having a length L2 projected onto the longitudinal axis A. The proximal segment that is curved having a length L3 projected onto the longitudinal axis A and is convergent relative to the longitudinal axis A.

In some embodiments, a magnifier defines a longitudinal axis A. The magnifier includes an arm with a distal end and a proximal end. A magnifying pane is located at the distal end and an engagement member is located at the proximal end. In various embodiments, the arm includes a distal segment, a mid segment, and a proximal segment. The distal segment is generally linear having a length L1 projected onto the longitudinal axis and is angled about 45 degrees relative to the longitudinal axis A. The mid segment is generally concave having a length L2 projected onto the longitudinal axis A. The proximal segment that is curved having a length L3 projected onto the longitudinal axis A and is convergent relative to the longitudinal axis A.

Disclosed herein are multipurpose scissors. In the multipurpose scissors, an upper blade and a lower blade are connected by a pivot pin, opposite cutting edges are formed on the upper and lower blades in front of the pivot pin, and upper and lower handles configured to grip the upper and lower blades and to perform cutting work are provided in back of the pivot pin. The multipurpose scissors include a garlic mincing unit, including: a crushing part configured such that pluralities of depressions and protrusions are formed to engage with each other on the friction surfaces of the upper and lower handles; and a discharge guiding part formed on the inner side of the crushing part, and configured such that an inclined guide surface and a discharge groove configured to discharge garlic, minced via the crushing part, in one direction are formed therein.

Disclosed herein are multipurpose scissors. In the multipurpose scissors, an upper blade and a lower blade are connected by a pivot pin, opposite cutting edges are formed on the upper and lower blades in front of the pivot pin, and upper and lower handles configured to grip the upper and lower blades and to perform cutting work are provided in back of the pivot pin. The multipurpose scissors include a garlic mincing unit, including: a crushing part configured such that pluralities of depressions and protrusions are formed to engage with each other on the friction surfaces of the upper and lower handles; and a discharge guiding part formed on the inner side of the crushing part, and configured such that an inclined guide surface and a discharge groove configured to discharge garlic, minced via the crushing part, in one direction are formed therein.

A tool is provided in order to facilitate utilization by users in a wide variety of applications. By way of example, a multipurpose tool may include first and second handles configured for relative movement between a closed position and an open position. At least the first handle includes an axle extending thereacross. The multipurpose tool also includes one or more tool members rotatably mounted upon the axle and foldable into the first handle and first and second jaws rotatably connected to the first and second handles, respectively. At least the first jaw defines an opening through which the axle of the first handle extends. The multipurpose tool further includes a resilient member disposed at least partially within the opening in order to apply a bias force to the first jaw during rotation of the first jaw relative to the first handle.

A cutter-used index assembly includes a cutting board, a pointer and at least one spring-biased detent. The cutting board includes at least one group of positioning bores and at least one groove in communication with the positioning bores. The groove is made with a diameter smaller than that of the positioning bores. The pointer is pivotally connected to the cutting board and includes at least one pointing tip. The pointing tip includes an aperture. The aperture includes an upper open end and a reduced lower open end. The at least one spring-biased detent includes comprising a ball inserted in the aperture and formed with a lower portion located out of the aperture. The lower portion of the ball is smoothly movable into one of the positioning bores from another along the groove.

A cutter-used index assembly includes a cutting board, a pointer and at least one spring-biased detent. The cutting board includes at least one group of positioning bores and at least one groove in communication with the positioning bores. The groove is made with a diameter smaller than that of the positioning bores. The pointer is pivotally connected to the cutting board and includes at least one pointing tip. The pointing tip includes an aperture. The aperture includes an upper open end and a reduced lower open end. The at least one spring-biased detent includes comprising a ball inserted in the aperture and formed with a lower portion located out of the aperture. The lower portion of the ball is smoothly movable into one of the positioning bores from another along the groove.

A candle wick trimming assembly includes a pair of scissors that are extendable downwardly into a candle jar for trimming a wick of the candle. A first box is coupled to the distal end of a respective one of the scissors and the first box abuts a top of the candle. A first blade is coupled to the first box and the first blade is spaced approximately 3.0 mm from the top of the candle when the first box is positioned on the top of the candle. A second box is coupled to the distal end of a respective one of the scissors and the second box is urged toward the first box when the scissors are closed. A second blade is coupled to the second box and the second blade engages the first blade when the scissors are closed to cut the wick.

A candle wick trimming assembly includes a pair of scissors that are extendable downwardly into a candle jar for trimming a wick of the candle. A first box is coupled to the distal end of a respective one of the scissors and the first box abuts a top of the candle. A first blade is coupled to the first box and the first blade is spaced approximately 3.0 mm from the top of the candle when the first box is positioned on the top of the candle. A second box is coupled to the distal end of a respective one of the scissors and the second box is urged toward the first box when the scissors are closed. A second blade is coupled to the second box and the second blade engages the first blade when the scissors are closed to cut the wick.

A dual scissor with lifter device for cutting out a pizza slice and lifting the pizza slice is provided herein. The dual scissor with lifter can comprise several parts. It can comprise a first scissor, a second scissor, and a lifter piece 115. The first scissor and the second scissor can be attached to the lifter piece. The first scissor and the second scissor can be used to cut out, for example, a slice of pizza (or pie, cheesecake, pastries, breads, and other flat-like circular foods), from the whole pizza. The lifter piece can be used to support and lift the slice of pizza after the slice has been cut by the first scissor and the second scissor.