The present invention relates to pruning shears, and is intended to cut off branches and stems of landscape trees, fruit trees, etc. while minimizing slips, etc. occurring during pruning when the branches or stems have large diameters or are stiff, to alleviate impacts applied to a hand of an operator particularly at the moment when thick branches or stems are cut off, and to be conveniently hung on a tree branch during work. Furthermore, the pruning shears have a sliding portable saw accommodation means configured to cut off a tree branch or stem outside the cutting range of the pruning shears.

Provided are methods and apparatus for addressing mats and tangles in the fur of mammals. Specifically, provided herein is a doubled-bladed tool for mat and tangle-splitting that reduces or eliminates the pain and stress experienced by the animal during grooming.

Provided are methods and apparatus for addressing mats and tangles in the fur of mammals. Specifically, provided herein is a doubled-bladed tool for mat and tangle-splitting that reduces or eliminates the pain and stress experienced by the animal during grooming.

Hairdressing scissors include a pair of blade bodies each having a blade portion, a middle portion, and a handle portion in turn from a tip side. The handle portion includes first and second press-formed bodies each in the shape of a flat plate and facing each other along an axial center of a pivot to extend parallel to each other along a longitudinal direction of the blade body; and cylindrical collars and first and second resin materials configured to bridge the first and second press-formed bodies. The first press-formed body includes an extension portion extending toward an associated middle portion further than the second press-formed body to be connected to the associated middle portion, and the second press-formed body is spaced apart from the associated middle portion.

Ergonomic snips have a pair of pivoted levers each having a forward end formed as a cutting blade and a rearward end forming a hand portion. A first handgrip on one hand portion includes a first anti-slip ear suitable for engaging a user's thumb. A second handgrip on the other hand portion includes a second anti-slip ear to form a finger receiving portion to accommodate one or both of the index and middle fingers of a user to allow a user to either place the second anti-slip ear between the user's index and middle fingers to maximize torque or place the second anti-slip ear between said middle and ring fingers to provide greater cutting control or precision. The distances between a user's thumb and the user's index and middle fingers remain substantially the same in both positions of the hand.

Ergonomic snips have a pair of pivoted levers each having a forward end formed as a cutting blade and a rearward end forming a hand portion. A first handgrip on one hand portion includes a first anti-slip ear suitable for engaging a user's thumb. A second handgrip on the other hand portion includes a second anti-slip ear to form a finger receiving portion to accommodate one or both of the index and middle fingers of a user to allow a user to either place the second anti-slip ear between the user's index and middle fingers to maximize torque or place the second anti-slip ear between said middle and ring fingers to provide greater cutting control or precision. The distances between a user's thumb and the user's index and middle fingers remain substantially the same in both positions of the hand.

A hand-held device consistent with the present disclosure includes a first member and a second member coupled together by a pivot point such that each member can rotate independently. The first member includes a first handle and the second member includes a second handle on a first region of each member. The area of the second handle is greater than the area of the first handle. The shearing device includes a protrusion on a second region of each member. Each protrusion is disposed at least 65 degrees from the corresponding handle of each member. The protrusion of the first member has a beveled portion above a cutting edge of the first member. During a cutting action, cross-torque force is applied upon the protrusion of the second member by the first member or a cross-torque force is applied upon the protrusion of the first member by the second member.

Improved bedside medical scissors are provided, which include a first scissor component including a first handle component and a second scissor component including a second handle component. The first scissor component includes a plurality of circles, each with different sized diameters, and the second scissor component includes a plurality of measurement increments. The improved bedside medical scissors also feature a removable light positioned in the first handle component. The removable light being operable while positioned in the first handle component and while removed from the bedside medical scissors.

Improved bedside medical scissors are provided, which include a first scissor component including a first handle component and a second scissor component including a second handle component. The first scissor component includes a plurality of circles, each with different sized diameters, and the second scissor component includes a plurality of measurement increments. The improved bedside medical scissors also feature a removable light positioned in the first handle component. The removable light being operable while positioned in the first handle component and while removed from the bedside medical scissors.

Disclosed are scissors, which comprise handles and scissors heads, the handles comprising a first handle and a second handle, the scissors heads comprising a first scissors head and a second scissors head, the first scissors head being provided with a first blade and extending from one end of the first handle, the second scissors head being provided with a second blade and extending from one end of the second handle, and the first scissors head being pivotally hinged to the second scissors head via a pivoting structure, wherein the first scissors head and the second scissors head have a small width to thickness ratio at the connection between the scissors heads and the pivoting structure. The scissors greatly increase the rigidity of the scissors head, enhance the shear-compression intensity of the scissors, facilitate the cutting of thick objects, and meet the requirements of various objects to be operated.