A pair of scissors especially designed for children incorporates various ergonomic features to facilitate usage by a child. The shank and handle of one scissor are disposed at an offset angle to the blade. An assist leaf is pivotally mounted to one of the handles and is movable to engage the other handle to establish a minimum opening angle for the blades. The assist leaf in its functional position is resilient and imparts a slight spring reaction force upon application of a compressive force between the thumb and fingers. The minimum opening angle facilitates usage by the child since the opening and closing force on the scissors is lessened. The leaf is pivotal to a retracted position when the blades are in a fully closed position.

One feature pertains to cutters that include a first lever, a second lever having a bottom edge, and a cutting lever having a top edge. A first member rotatably couples the first lever to the second lever, a second member couples the cutting lever to the first lever and/or the second lever, where the second member provides a pivot for the cutting lever to rotate relative to the second lever. A means for rotating the cutting lever relative to the second lever to move the top edge toward or away from the bottom edge when the first lever's first end is moved relative to the second lever's first end is provided, where the first lever, the second lever, and the cutting lever are arranged in a side-by-side configuration such that each has a longitudinal axis that is parallel to each other when the cutters are in a closed position.

Scissors, comprising first and second mounted blades that rotate in relation to each other around a rotation axis, an eyelet attached to the first blade, the axis being positioned between the eyelet and the first blade.

Scissors, comprising first and second mounted blades that rotate in relation to each other around a rotation axis, an eyelet attached to the first blade, the axis being positioned between the eyelet and the first blade.

The present application discloses an anti-loosening structure, a folding knife and scissors applying same, wherein the anti-loosening structure includes a rotating shaft, a locking screw and a locking element. The rotating shaft is D-shaped, and the locking element is arranged on the rotating shaft which is static relative to the rotating shaft. The locking screw is arranged inside the rotating shaft and is threadedly connected with the rotating shaft or the locking element. The rotating shaft has a first end and a second end, wherein a limiting part is arranged on the first end of the rotating shaft, and the locking element is set on the outer side of the second end of the rotating shaft and is threadedly connected with the second end.

The present application discloses an anti-loosening structure, a folding knife and scissors applying same, wherein the anti-loosening structure includes a rotating shaft, a locking screw and a locking element. The rotating shaft is D-shaped, and the locking element is arranged on the rotating shaft which is static relative to the rotating shaft. The locking screw is arranged inside the rotating shaft and is threadedly connected with the rotating shaft or the locking element. The rotating shaft has a first end and a second end, wherein a limiting part is arranged on the first end of the rotating shaft, and the locking element is set on the outer side of the second end of the rotating shaft and is threadedly connected with the second end.

Adding weights in a prescribed manner to a scissors will provide a tool allowing users (typically students or children) to better develop fine motor skills. This is particularly helpful when helping users deal with neurological issues that may challenge their abilities. The weighted scissor will be heavier than a typical scissors, which can help in skill development. In some embodiments, the weight is focused in the handles thus requiring addition effort to operate.

Adding weights in a prescribed manner to a scissors will provide a tool allowing users (typically students or children) to better develop fine motor skills. This is particularly helpful when helping users deal with neurological issues that may challenge their abilities. The weighted scissor will be heavier than a typical scissors, which can help in skill development. In some embodiments, the weight is focused in the handles thus requiring addition effort to operate.

Systems involve a scissors assembly including (I) a thumb handle; and (II) a thumb ring having a first coupling condition, a second coupling condition, and a third coupling condition. When the thumb ring is in the first coupling condition, the thumb ring is fixedly coupled to the thumb handle. When the thumb ring is in the second coupling condition, the thumb ring is rotatably coupled to the thumb handle. When the thumb ring is in the third coupling condition, the thumb ring is slidably coupled to the thumb handle. Other aspects are described in the claims, drawings, and text forming a part of the present disclosure.

Systems involve a scissors assembly including (I) a thumb handle; and (II) a thumb ring having a first coupling condition, a second coupling condition, and a third coupling condition. When the thumb ring is in the first coupling condition, the thumb ring is fixedly coupled to the thumb handle. When the thumb ring is in the second coupling condition, the thumb ring is rotatably coupled to the thumb handle. When the thumb ring is in the third coupling condition, the thumb ring is slidably coupled to the thumb handle. Other aspects are described in the claims, drawings, and text forming a part of the present disclosure.