Abstract: The present invention is related to a method for manufacturing a blade body of a nail clipper having a 3-dimensional inclined curve-type blade, including steps of forming an inclined curve with a curvature Ra using a boundary line which is formed when the periphery of grinding media with a radius Rg in an upright position is merged with an upper inclined surface having a predetermined angle ?1 with respect to a vertical line, forming a lower inclined surface by extending the inclined curve downward at an angle ?2 corresponding to the angle ?1, forming blade bodies using the upper and lower inclined surfaces to be inner inclined surfaces of the blade bodies, and grinding the ends of the upper and lower inclined surfaces simultaneously via grinding media with the radius Rg, whereby forming upper and lower 3-dimensional inclined curve-type blades with the curvature Ra, respectively.

Abstract: The present invention is related to a method for manufacturing a blade body of a nail clipper having a 3-dimensional inclined curve-type blade, including steps of forming an inclined curve with a curvature Ra using a boundary line which is formed when the periphery of grinding media with a radius Rg in an upright position is merged with an upper inclined surface having a predetermined angle ?1 with respect to a vertical line, forming a lower inclined surface by extending the inclined curve downward at an angle ?2 corresponding to the angle ?1, forming blade bodies using the upper and lower inclined surfaces to be inner inclined surfaces of the blade bodies, and grinding the ends of the upper and lower inclined surfaces simultaneously via grinding media with the radius Rg, whereby forming upper and lower 3-dimensional inclined curve-type blades with the curvature Ra, respectively.

Abstract: Embodiments of the invention provide a nail clipper. The nail clipper comprises upper and lower blade members with a suitable length to hold by hand which face each other and form inner concave parts of the spoon shape; cutting blades that face each other at one end of the concave part; support shaft holes to the cutting blades; elastic parts extended to one side of each of the concave parts, which are joined at the end to consolidate the upper and lower blade members; and a lever located above the upper blade member and connected through upper and lower blade members via the supporting shaft.

Abstract: The present invention relates to a method of manufacturing arc type blades for a nail clipper, which corresponds to a curved surface of a finger nail, arc type blades and a nail clipper manufactured by the same.

Abstract: Embodiments of the invention provide a nail clipper. The nail clipper comprises upper and lower blade members with a suitable length to hold by hand which face each other and form inner concave parts of the spoon shape; cutting blades that face each other at one end of the concave part; support shaft holes to the cutting blades; elastic parts extended to one side of each of the concave parts, which are joined at the end to consolidate the upper and lower blade members; and a lever located above the upper blade member and connected through upper and lower blade members via the supporting shaft.

Abstract: A nail clipper of the invention comprises a nail clipper body having a rigidity and a suitable length to grip, and a lever mounted on an upper side of the body and a nail cutter mounted on a lower side of the body through a supporting shaft passing through a supporting shaft hole formed in one side end of the body. When a user grips the cutter, and rotates the cutter centering around the supporting shaft according to using direction, the cutter is rotated at a time within a range of 360° without interference of an obstacle to cut the nail at the desired angle.

Abstract: A nail clipper of the invention comprises a nail clipper body having a rigidity and a suitable length to grip, and a lever mounted on an upper side of the body and a nail cutter mounted on a lower side of the body through a supporting shaft passing through a supporting shaft hole formed in one side end of the body. When a user grips the cutter, and rotates the cutter centering around the supporting shaft according to using direction, the cutter is rotated at a time within a range of 360° without interference of an obstacle to cut the nail at the desired angle.