What is disclosed is an improved cutting tool to provide improved cutting of small diameter materials, such as stems of flowers and other plants. The device provides a cutting mechanism that is parallel to or in the same plane of a circumference of a ring that is worn on the user's finger. This provides for an increased ergonomic cutting tool. The cutting tool has a blade and an opposing portion that is configured to retain the material to be cut while the blade is pressed into the material or the material can be pushed onto the blade. The device is preferably constructed of a unitary molded plastic with an integrated blade formed in the material.

A Special Powered Rivet Cutter for removing riveted fasteners that is made of durable and lightweight material, the cutter includes a pair of cutting jaws with cutting edges, two pivot apertures, and a power connection aperture; a top and bottom plate each with apertures over the pivot apertures; a pair of pivot pins washers and retainer nuts, to pivotally fasten the pins through the top and bottom plates and through each of the first jaw and opposite jaw, to the jaws and washer; and a pair of power pins connected to each other by a pair of span units with left and right handed fine threads and the pair of span units engaged with an externally threaded driver bar so the driver connection is driven by a power drive unit to engage the cutting edges with a rivet and to shear the rivet at the point of engagement.

A Special Powered Rivet Cutter for removing riveted fasteners that is made of durable and lightweight material, the cutter includes a pair of cutting jaws with cutting edges, two pivot apertures, and a power connection aperture; a top and bottom plate each with apertures over the pivot apertures; a pair of pivot pins washers and retainer nuts, to pivotally fasten the pins through the top and bottom plates and through each of the first jaw and opposite jaw, to the jaws and washer; and a pair of power pins connected to each other by a pair of span units with left and right handed fine threads and the pair of span units engaged with an externally threaded driver bar so the driver connection is driven by a power drive unit to engage the cutting edges with a rivet and to shear the rivet at the point of engagement.

A cutting head for a power tool. The cutting head includes a first jaw having a first blade mounting surface and a second jaw having a second blade mounting surface. The second jaw is rotatably coupled to the first jaw. The cutting head also includes a first blade removably coupled to the first blade mounting surface of the first jaw and a second blade removably coupled to the second blade mounting surface of the second jaw. A first cutting edge of the first blade is substantially co-planar with a second cutting edge of the second blade. During a cutting action, the first jaw and the second jaw rotate with respect to one another to bring the first cutting edge closer to the second cutting edge.

A riveting device for mutual assembly of two parts each including a bore, where the device includes a non-deformable external rivet having a tubular body suitable for being inserted into said bores and provided on one of the longitudinal ends thereof with a lip, and an internal rivet having a solid deformable cylindrical body and issuing substantially perpendicular from a flange, said tubular body having an external diameter slightly less than the diameter of said bores and a length D between the rear face of the lip thereof and the opposite end thereof at most equal to the sum of the thicknesses of the parts, said cylindrical body having an external homothetic transverse cross-section slightly less than the internal transverse cross-section of the tubular body, and a length slightly greater than that of the tubular body.

A multi-function tool includes a first handle, a second handle, a first cutting insert, and a second cutting insert. The first handle is pivotally coupled to the second handle at a pivoting axis. The first handle and the second handle move between an open position and a closed position relative to each other. A first insert surface is formed on the first handle, and a second insert surface is formed on the second handle. The first cutting insert includes a front side, a rear side configured to interface with the first insert surface, a left side including a flat anvil surface, and a right side including a cutting edge. A second cutting insert includes a front side, a rear side configured to interface with the second insert surface, a left side including a flat anvil surface, and a right side including a cutting edge.

A multi-function tool includes a first handle, a second handle, a first cutting insert, and a second cutting insert. The first handle is pivotally coupled to the second handle at a pivoting axis. The first handle and the second handle move between an open position and a closed position relative to each other. A first insert surface is formed on the first handle, and a second insert surface is formed on the second handle. The first cutting insert includes a front side, a rear side configured to interface with the first insert surface, a left side including a flat anvil surface, and a right side including a cutting edge. A second cutting insert includes a front side, a rear side configured to interface with the second insert surface, a left side including a flat anvil surface, and a right side including a cutting edge.

Disclosed is a multi-purpose tool having two elongated handles and a head portion pivotably connected about a common pivot joint. A flexible tubular element is connected to one of the two elongated handles. A gripping element is housed within a distal end of the tubular element. The gripping element can be extended or retracted from the distal end of the tubular element. A lighting element is attached to the distal end of the tubular element to illuminate working area.

Disclosed is a multi-purpose tool having two elongated handles and a head portion pivotably connected about a common pivot joint. A flexible tubular element is connected to one of the two elongated handles. A gripping element is housed within a distal end of the tubular element. The gripping element can be extended or retracted from the distal end of the tubular element. A lighting element is attached to the distal end of the tubular element to illuminate working area.

A flat-tipped end farrier shears includes a first arm, a second arm, and a connector pin. The first arm that rotates about the connector pin includes a first handle, a first shoulder, and a first jaw. The second arm that rotates about the connector pin includes a second handle, a second shoulder, and a second jaw. The first handle and the first jaw are oppositely connected to each other through the first shoulder. The second handle and the second jaw are oppositely connected to each other through the second shoulder. The first and second shoulders are rotatably mounted to each other through the connector pin so that the first and second handles are able to apply pressure to the first and second jaws. A first shear-cutting edge of the first jaw is then positioned offset from a second shear-cutting edge of the second jaw thus shearing a nail head.