A head mounted device with comb teeth for use with a clipper comprising a main body with an internal adjustment cord portion designed to go around the front or forehead of the head, a top support strap to go over the top of the head, the main body going from one edge of the forehead to the other, configured with mounting comb teeth extending from the main body, the main body has an inner soft ban that fits against the users head, the inner band when placed against the users head pushes horizontal pegs with screw attachments which cause the comb top to push out and the comb bottom to push in allowing the user to create a surface which will automatically angle a hair clipper for a blended haircut.

A multifunctional grooming template and stencil designed to be an all-in-one tool used to assist the user in cutting, trimming, shaping and drawing of the eyebrows, hairline, mustache, sideburns, beard and goatee facial patterns provided on the template. The design allows for simplistic shaping of each facial feature by allowing minimal adjustments for each section while the template is overlaid on the face and head. Straps are adjustable, elastic and removable so they can be removed at the user's discretion and fit all size heads and faces in various orientations. This feature enables hands free options. Slots are placed so that the invention can be mounted to the face and head in various orientations using the straps. A wide variety of shapes and curves comprise the template to maximize grooming by allowing the user to fill in, trim or cut the pattern of their choice with ease and consistency.

A multifunctional grooming template and stencil designed to be an all-in-one tool used to assist the user in cutting, trimming, shaping and drawing of the eyebrows, hairline, mustache, sideburns, beard and goatee facial patterns provided on the template. The design allows for simplistic shaping of each facial feature by allowing minimal adjustments for each section while the template is overlaid on the face and head. Straps are adjustable, elastic and removable so they can be removed at the user's discretion and fit all size heads and faces in various orientations. This feature enables hands free options. Slots are placed so that the invention can be mounted to the face and head in various orientations using the straps. A wide variety of shapes and curves comprise the template to maximize grooming by allowing the user to fill in, trim or cut the pattern of their choice with ease and consistency.

A hair design tool device having a handle, razor cartridge saddle and razor cartridge wherein the handle has a channel defining a closed edge and open edge defining a saddle sleeve for receiving the saddle in the closed position wherein the saddle is pivotally connected to the handle. The saddle defines a closed edge that mates with the handle channel and a channel for slidably receiving the razor cartridge which supports a razor and has a plurality of spaced prongs to define razor access openings with the edge of the razor being recessed in the frame for preventing inadvertent contact with the head or fingers. The razor cartridge may extend past the free end of the saddle for cutting thin strands of hair without pushing adjacent strands of hair. The handle may be fixed wherein the razor cartridge extends out one or both ends.

A hair cutting device adapted for cutting one's own hair comprises a comb piece having teeth with smooth comb edges near open ends and sharp cutting edges near closed ends, a moving cutting arm with sharp cutting teeth in contact and rough alignment with the sharp cutting edges of the comb piece, capable of reciprocating sideways back and forth and cutting hair in conjunction with the sharp cutting edges of the comb piece, and a hair guard in close proximity along their lengths. The hair guard can be lowered to expose the sharp cutting edges of the comb piece and moving cutting arm to cut hair or raised above the sharp cutting edges to work as a comb.

A hair cutting device adapted for cutting one's own hair comprises a comb piece having teeth with smooth comb edges near open ends and sharp cutting edges near closed ends, a moving cutting arm with sharp cutting teeth in contact and rough alignment with the sharp cutting edges of the comb piece, capable of reciprocating sideways back and forth and cutting hair in conjunction with the sharp cutting edges of the comb piece, and a hair guard in close proximity along their lengths. The hair guard can be lowered to expose the sharp cutting edges of the comb piece and moving cutting arm to cut hair or raised above the sharp cutting edges to work as a comb.

The present invention provides a barber instrumentality useful for identifying, establishing and producing a perfect perpendicular hairline. In particular, method is provided herein for the use of the instrumentality wherein a perfect perpendicular hairline can be identified, established and produced.

The present invention provides a barber instrumentality useful for identifying, establishing and producing a perfect perpendicular hairline. In particular, method is provided herein for the use of the instrumentality wherein a perfect perpendicular hairline can be identified, established and produced.

The invention relates to a comb (100) for being attached to a hair-cutting device (115). The comb comprises two surfaces (103, 104) configured to be in contact with the skin of the user. Each surface comprises a slot (105, 106) for attaching the comb to the hair-cutting device, and both surfaces have a common edge (107). When the hair-cutting device is attached to the slot of the first surface, the second surface is in contact with the skin, and when the hair-cutting device is attached to the slot of the second surface, the first surface is in contact with the skin. An asymmetric arrangement of the two slots allows for two cutting lengths of hair with one double-sided comb.

The invention relates to a comb (100) for being attached to a hair-cutting device (115). The comb comprises two surfaces (103, 104) configured to be in contact with the skin of the user. Each surface comprises a slot (105, 106) for attaching the comb to the hair-cutting device, and both surfaces have a common edge (107). When the hair-cutting device is attached to the slot of the first surface, the second surface is in contact with the skin, and when the hair-cutting device is attached to the slot of the second surface, the first surface is in contact with the skin. An asymmetric arrangement of the two slots allows for two cutting lengths of hair with one double-sided comb.