A hair accessory device includes a male snap member and a female snap member. The female snap member mates with the male snap member. At least one of the snap members includes an aperture for feeding hair there through. The male and female snap members are moveable between a first position, in which a snap is formed and the hair is retained, and a second position, in which the snap is disengaged. A hair accessory is placed in communication with the male snap member, the female snap member, or both male and female snap members. Preferred implementations employ pluralities of male and female snap member, and dual snap members.

A light-transmissive filament is configured to emit light through its side wall. In a first segment, a first proportion of the light received by the segment is emitted through the side wall. In a second segment, a second, smaller proportion of the light received is emitted. A method of producing the light-transmissive filament is also provided.

A dual-purpose hair styling and retention device including a curved handle having a top surface couplable to a user's head and a bottom surface opposite the top surface, the top surface and the bottom surface forming a hand gripping surface. The dual-purpose hair styling and retention device also includes a base pivotally coupled to the handle, the base having an upper surface and a bottom surface opposite the upper surface, the upper surface including a plurality of bristles coupled thereto. The dual-purpose hair styling and retention device further includes an extended configuration in which the handle extends from the base to expose the hand gripping surface and a hair-retention configuration in which the base is selectively coupled to the bottom surface of the handle to at least partially obstruct the hand gripping surface and expose the plurality of bristles.

An improved jewelry member comprises a transparent cover or shield member, a frame housing including a top surface, a bottom surface and a top peripheral wall portion bounded by an outer peripheral wall portion and an authentic or natural and polished wood member secured to the top surface of the frame housing. A shank fastening member secured to the bottom surface of the frame housing. At least one feather arrangement is disposed and fixed to the top surface of the authentic or natural polished wood member. The transparent cover or shield member is secured by a bonding material to at least the top surface of the authentic or natural polished wood member to completely cover the at least one feather arrangement and at least a portion of the authentic or natural and polished wood member and the frame housing to protect them from damage.

An improved jewelry member comprises a transparent cover or shield member, a frame housing including a top surface, a bottom surface and a top peripheral wall portion bounded by an outer peripheral wall portion and an authentic or natural and polished wood member secured to the top surface of the frame housing. A shank fastening member secured to the bottom surface of the frame housing. At least one feather arrangement is disposed and fixed to the top surface of the authentic or natural polished wood member. The transparent cover or shield member is secured by a bonding material to at least the top surface of the authentic or natural polished wood member to completely cover the at least one feather arrangement and at least a portion of the authentic or natural and polished wood member and the frame housing to protect them from damage.

A wearable assembly is disclosed including a decorative ornament having a coupling surface substantially opposite a decorative surface thereof; and a coupling member coupled to the coupling surface. The coupling member is adapted to selectively, removably couple to a wearable item such that the decorative surface is visible in an assembled configuration of the wearable assembly.

A hair accessory includes a hair accessory body and an anti-slip structure consisting of a plurality of elastic silicon rubber pins or elastic plastic pins and molded on at least one part of the hair accessory body. The formation of the anti-slip structure on the hair accessory is achieved using injection molding technology.

The present invention relates to hair band EEGs. More particularly, the present invention relates to hair bands.

The invention features an apparatus and method of attaching false hair. The hand-held device allows false hair to be secured onto the user's weft of hair and braid. Clips are dispensed from a tray within the apparatus to a crimping assembly by way of operation of a number of geared components of the apparatus. Aspects of embodiments of the invention also contemplate use of levered components in operation of the apparatus.

A self-contained, interchangeable decorative accessory is provided. The decorative accessory is backed by a low-profile hook and loop fastener that is coupled to a second low-profile hook and loop fastener. The decorative accessory may be coupled to headbands, purses, belts and the like.