A selectively positionable hands free clipping device for use in cutting and styling of hair includes a coupler, which can selectively engage an element of a chair, such as an armrest or seatback. An arm is engaged to and extends from the coupler. The arm is flexible and thus can be bent into a plurality of shapes. A hair clip engaged to the arm distal from the coupler can selectively engage a lock of hair. The arm can be bent into a respective shape to selectively position the hair clip relative to the chair. The clip can be used to hold the lock of hair, allowing it to be cut precisely, colored, frosted, and the like.

The invention pertains to the restriction of movement of one or two cochlear implant processors affixed inside of a decorative hairbow. The functionality of a concealed pocket within the hairbow is to limit the movement of a cochlear implant processor while concealing the presence of the processor. Concealed pockets are located bilaterally on the hairbow to provide users with either a unilateral or bilateral wearing option. The hairbow is affixed to a retainment item that can be attached to the user's hair or head. Due to the decorative nature of the hairbow, young cochlear implant users may be more inclined to wear the cochlear device.

The invention pertains to the restriction of movement of one or two cochlear implant processors affixed inside of a decorative hairbow. The functionality of a concealed pocket within the hairbow is to limit the movement of a cochlear implant processor while concealing the presence of the processor. Concealed pockets are located bilaterally on the hairbow to provide users with either a unilateral or bilateral wearing option. The hairbow is affixed to a retainment item that can be attached to the user's hair or head. Due to the decorative nature of the hairbow, young cochlear implant users may be more inclined to wear the cochlear device.

A hair clip has a first bow-like holding or clamping section, a second bow-like holding or clamping section extending parallel thereto, and a U-shaped connecting section which connects one of the ends of the clamping sections. The clamping sections connect to the ends of the “U”. The device is integrally made of plastic, in one piece.

A hair clip has a first bow-like holding or clamping section, a second bow-like holding or clamping section extending parallel thereto, and a U-shaped connecting section which connects one of the ends of the clamping sections. The clamping sections connect to the ends of the “U”. The device is integrally made of plastic, in one piece.

The present invention relates to a hair fastening device for styling hair and holding hair. Particularly, the hair fastening device includes a camouflaged hair fastener, including a body having a surface and an interior portion, a hair fastening mechanism coupled to at least one portion of the body, and a camouflaged layer applied to the surface of the body, the camouflaged layer is configured to decrease an appearance and visibility of the camouflaged hair fastener by attenuating and mitigating reflected light radiated from the surface of the body.

The present invention relates to a hair fastening device for styling hair and holding hair. Particularly, the hair fastening device includes a camouflaged hair fastener, including a body having a surface and an interior portion, a hair fastening mechanism coupled to at least one portion of the body, and a camouflaged layer applied to the surface of the body, the camouflaged layer is configured to decrease an appearance and visibility of the camouflaged hair fastener by attenuating and mitigating reflected light radiated from the surface of the body.

A hair clip includes a first paddle extending from a first tab. The first paddle has at least a portion with a width that is greater than a width of the first tab. A second paddle extends from a second tab. The second paddle has at least a portion with a width that is greater than a width of the second tab. The second tab is connected to the first tab. A biasing element is disposed between the first tab and the second tab. The biasing element applies a biasing force to both the first and second paddles such that in a rest position, the first and second paddles are in a closed position, and, in a use position, a first force is applied to the first tab and a second force is applied to the second tab such that the first tab and second tab are moved closer to one another and the first and second paddles are moved further apart from one another than in the rest position.

A hair clip apparatus includes a tongue, a clasp and a plurality of hair engaging teeth. The clasp cooperates with the tongue to retain the hair in a desired styling effect. The hair engaging teeth are spaced from the clasp and the tongue to engage hair surrounding the clasp and the tongue. The hair clip apparatus is retained in the volume of hair by trapping the hair between the clasp and the tongue, and also via the hair engaging teeth. The hair engaging teeth also are arranged to retain and secure hair between adjacent teeth, and also trap hair between the inner surfaces of the teeth and the base and/or tongue.

A hair-style retaining auxiliary for use with a hair-style retainer is provided. The hair-style retainer at work has at least a first portion in contact with hair. The hair-style retaining auxiliary includes a base attached onto the first portion of the hair-style retainer; and a plurality of soft hook members integrally formed with and protruding from the base, and configured as a non-linear structure for locally changing linear distribution of hair in contact therewith.