ILLUMINATED NAIL CLIPPER

Abstract

A light is disposed on a blade of a nail clipper and covered by a light housing. The housing is dimensioned and configured to the cutting edge of the blade of the nail clipper. The housing clears the cutting edge of the blade so as not to obstruct the cutting action of the blades in the clipper. Light emitted from the light housing is focused on a pet's nail intended to be cut due, in part, to the fact that the housing corresponds in shape to the cutting edge of the blade. The housing may be made of light diffusing material that also allows light to illuminate a pet's nail. The illuminated nail clipper allows a user to cut a pet's nail regardless of the position or angle of the nail and protects the users eyes from the direct exposure to the lighting source in the light housing.

Claims

1. An illuminated nail clipper comprising: a clipper having a first blade with a first cutting edge and a second blade with a second cutting edge; and a light housing disposed on said first blade, said light housing retaining a light, said light housing having a light housing edge, wherein said first cutting edge is dimensioned and configured to said light housing edge, wherein said light is inactive in a rest state and said light is activate when compressing arms of said clipper.

2. The nail clipper of claim 1, wherein the light housing mirrors a shape of the first blade.

3. The nail clipper of claim 1, wherein said first blade has a first curved cutting edge.

4. The nail clipper of claim 1, wherein said light housing edge is adjacent said first cutting edge without obstructing cutting action of said blades.

5. The nail clipper of claim 1, wherein said light housing edge matches in shape a profile of said cutting edge without obstructing cutting action of said first blade and said second blade.

6. The nail clipper of claim 1, wherein the light housing is made of light diffusing material.

7. A light housing disposed over a blade of an illuminated nail clipper wherein the housing is dimensioned and configured to a cutting edge of said blade.

8. The housing of claim 7, wherein the light housing is made of light diffusing material.

9. The housing of claim 7, wherein a light in said housing is activated by compressing arms of said clipper.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0005] FIG. 1 is perspective picture of the illuminated nail clipper.

[0006] FIG. 2 is an inside view of the light housing or illuminated panel.

[0007] FIG. 3A is diagram of a circuit used with the illuminated nail clipper.

[0008] FIG. 3B is a concentrated view of the circuitry in the illuminated nail clipper.

[0009] FIG. 4 is perspective picture of the illuminated guillotine-type nail clipper.

DETAILED DESCRIPTION OF THE INVENTION

[0010] FIG. 1 shows a nail clipper 100 having arms 110, 112 and a first opposing blade 130 having a cutting edge 134, a second opposing blade 132 also with a cutting edge, a spring 120 disposed between the arms 110, 112, a battery door 116, a light housing or illuminated panel 180 with an edge 184 adjacent and close in profile with said cutting edge 134. The present invention will describe the invention with curved blade cutting edges as shown in FIG. 1. However, said cutting edges may take any form and need not be limited to said curved shape.

[0011] The light housing 180 is dimensioned and configured to a blade of the clipper 100 such as blade 130. See also FIG. 3A. The light housing 180 has a light housing edge 184 which is adjacent to the cutting edge 134 of the clipper 100. In some embodiments, the light housing edge 184 will mirror and match the contour or shape of the curved cutting edge 134. The light housing edge 184 may therefore matches in shape a profile of said cutting edge. The light housing edge 184 also lies near, abut and even touch the cutting edge 134 to illuminate the pet's nail. However, it should be noted that the light housing edge 184, though adjacent the cutting edge 134, will not obstruct the cutting edge 134 nor interfere with the cutting action of the blades 130, 132. By having the light housing edge 184 adjacent to the cutting edge 134 a user is able to direct the light emitted from the light 186 to the pet's nail that is being offered for clipping.

[0012] FIG. 2 shows the interior of the light housing 180 and arm panel 182 both of which are turned out and away from the blade 130 and arm 112, respectively. The housing 180 holds or cradles a light 186. The light 186 may be any form of light including but not limited to an LED light. The light housing 180 may be made of material that permits light to diffuse such as but not limited to acrylic. The arm panel 182 retains electrical components that are used to active the light 186.

[0013] By having the light 186 cradled in the light housing 180 and having the light housing edge 184 dimensioned and configured to blade cutting edge 134, the light rays emitted from light 186 are focused on the nail regardless of the angle or position at which the pet nail is being offered for clipping. Such a feature is quite useful when the clipper is used on an uncooperative animal whose nail is set to be cut. The nail intended to be cut is thus directly illuminated allowing the person using the clipper 100 to see the quick or blood vessel through the pet nail.

[0014] In one embodiment, the light housing 180 may be made of light diffusing material which contributes to the ability of the light rays emitted from the light 186 to be able to illuminate the nail that is intended to be cut. In this embodiment, the light rays emitted from the light 186 focus directly on the nail by being adjacent the cutting edge 134 and illuminate the pet nail by diffusing the light rays via the light diffusing material used in the housing 180. It should be noted that the housing 180 will be used to protect the user's eyes from light rays emitted by the light 186. Specifically, light rays emitted through the housing 180 are directed through housing edge 184 so the light rays do not directly shine into the eyes of the user.

[0015] Looking now to FIG. 3A, the clipper 100 is shown in a relaxed or first position with the arms 110, 112 apart. Here the light 186 is not active or on as the circuit is open. In a second position, also called an illuminated position, the arms 110, 112 of the clipper 100 are squeezed together activating the light 186 within the light housing 180. See FIG. 3B. The act of compressing the arms 110, 112 of the clipper 100 closes the battery powered electrical circuit and turns on light 186 when contact is made between a spring switch 50 in the spring 120 and a wire element 52. The spring 120 may be coated with an electric insulation material. The light may be powered by three watch batteries that is compact enough to fit in either arm 110, 112. In one embodiment, a battery cover 116 is designed to be opened and closed with a penny for easy access to the batteries. Unlike prior art clippers, the current clipper 100 does not require extra parts, such as a switch or a button to illuminate the light 186 in the clipper 100. The circuitry for illuminating the clipper, may, in one embodiment be found in an arm housing 182 disposed on either arm 110, 112. See FIG. 3A.

[0016] The invention above has been described with an illuminated scissor style nail clipper 100 however other clippers may be covered under the illuminated nail clipper description of the present invention. For instance, FIG. 4 shows a guillotine-type of illuminated nail clipper 200. The clipper 200 has guillotine blades 230, 232 that is illuminated by a light 286 that is held in a light housing 280. The housing 280 is disposed on blade 230 to illuminate a nail that is presented within the hole in blade 230. In another embodiment, the housing 280 is dimensioned and configured to a lower surface of blade 230 providing clearance for blade 232 to cut a nail. In yet another embodiment, the housing 280 is dimensioned and configured to a lower surface of blade 232 and may be further dimensioned and configured to a cutting edge of blade 232 to directly shine and focus light on the nail intended to be cut. The guillotine-type clipper 200 is illuminated when the arms 212, 210 are squeezed to activate the cutting action of the blades 230, 232. This squeezing action causes the electrical circuit within the clipper 200 to be closed similar to the description with clipper 100. When the arms 210, 212 are relaxed or in a first position the electrical circuit is open and the light 286 is off.

[0017] The guillotine-type clipper 200 will be constructed to have many of the features of the nail clipper 100. Similar to housing 180, housing 280 would be made to contour, match, and be dimensioned and configured to the guillotine blade 230. The housing 280 would also be designed to fit on the guillotine blade 230 without obstructing the cutting action of the blades 230, 232. Housing 280 cradles a light 286 and would be made of material useful in diffusing light emitted from light 286. Just like light 186, when light 286 is turned on the housing 280 illuminates any nail placed through the blades 230, 232 for clipping. The housing 280 focuses light rays emitted from light 289 on the nail without directly shining into the eyes of the user using the clipper 200 as the housing 280 is curved to the shape of the guillotine blade 230.

[0018] While the present invention has been described in conjunction with specific embodiments, those of normal skill in the art will appreciate the modifications and variations can be made without departing from the scope and the spirit of the present invention. Such modifications and variations are envisioned to be within the scope of the appended claims.