A hair retaining device comprising a rod with two elongate helical coils surrounding a portion of the rod. The coils are attached only at one end of the rod and are offset from one another by 180 degrees. In use, the end of the rod is slid through a desired hair style using a weaving motion to pick up small portions of the hair. Once the rod is in place, it is screwed into a user's hair and the hair strands are retained. To remove the device, the rod is unscrewed to loosen from the hair strands and the rod is then pulled out of user's hair.

There is provided a hair fastener. The hair fastener has an elongate body made of an elastic material stretchable under tension for maximizing holding capability of hair and a locking means at least part of which made of a stiff material. The locking means includes a first member and a second member arranged at opposite ends of the body. The first member and the second member are releasably engageable with each other by way of a mechanical interference fit in that engagement of the first and second members is achieved independent of degree of tension of the elastic body and engagement or disengagement of the first and second members is achieved by way of one hand operation of a user. The fastener is adapted to assume a first configuration in which the first member and second members are engaged before tying the hair and a second configuration in which the first and second members are disengaged whereby removal of the fastener from the hair in the second configuration minimizes movement of the fastener along the length of the hair and thus eliminating or at least reducing frictional contact with the hair. With this construction, majority part of the hair fastener can be made of a high friction material to provide improved gripping or holding security of hair and yet hair is not damage during removal of the fastener from user's hair.

A ponytail holder comprises a generally elongated, generally cylindrical member having first and second ends of a first diameter and a central section of lesser diameter, defining a relief for receiving an elastic band for securing a bundle of hair to said ponytail holder.

A method and product for lifting the front of the hair out of a person's face preventing the shedding of stray hair and to give a person's hair volume with the added benefit of being making one's hair aesthetically pleasing. The product will be mainly comprised of plastic or acrylic with metal spring hinges. The product is usually in the form of a square with one side missing and slides into the front of the hairline pushing the hair back from the face, preventing stray hairs from being shed, and giving the hair volume. The plastic teeth along the back edge of the product slide into the hair and then lock the product in place so that it doesn't shift when a person is moving around or going about his or her usual business. The product may also be folded up via pushing the sides adjacent to the toothed edge inward so that the product is compact and easily stored.

The product's unique square shape allows for easy storage and for the hair to stay up when pushed back. The fact that the product is square instead of rounded creates a unique look when the product is used to push the hair back from the face. Rather than settling back into its natural position, the hair is forced to stay up inconformity with the right angles at either side of the product which would not occur had the product been rounded.

A method and product for lifting the front of the hair out of a person's face preventing the shedding of stray hair and to give a person's hair volume with the added benefit of being making one's hair aesthetically pleasing. The product will be mainly comprised of plastic or acrylic with metal spring hinges. The product is usually in the form of a square with one side missing and slides into the front of the hairline pushing the hair back from the face, preventing stray hairs from being shed, and giving the hair volume. The plastic teeth along the back edge of the product slide into the hair and then lock the product in place so that it doesn't shift when a person is moving around or going about his or her usual business. The product may also be folded up via pushing the sides adjacent to the toothed edge inward so that the product is compact and easily stored.

The product's unique square shape allows for easy storage and for the hair to stay up when pushed back. The fact that the product is square instead of rounded creates a unique look when the product is used to push the hair back from the face. Rather than settling back into its natural position, the hair is forced to stay up inconformity with the right angles at either side of the product which would not occur had the product been rounded.

A device including a headband implement having a fabric with an outer surface and an inner surface, a hairclip implement configured to be operable for engagement with the headband implement, a base section of the hairclip implement configured to be encased between the outer surface and an inner surface of the headband implement, a plurality of prongs configured to slide into a hair of a user, and a tab implement operable for securing a hairclip implement to an internal surface of the headband implement.

A device including a headband implement having a fabric with an outer surface and an inner surface, a hairclip implement configured to be operable for engagement with the headband implement, a base section of the hairclip implement configured to be encased between the outer surface and an inner surface of the headband implement, a plurality of prongs configured to slide into a hair of a user, and a tab implement operable for securing a hairclip implement to an internal surface of the headband implement.

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 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 hair clip may comprise a band configured to be bendable along a length of the band from a substantially flat shape to a substantially oval shape, the band comprising a first end and a second end. The hair clip may comprise a plurality of teeth projecting from the band along the length of the band. The hair clip may comprise a first fastening element disposed at the first end of the band and a second fastening element disposed at the second end of the band. The first fastening element and the second fastening element may be configured to engage with one another when the first end of the band and the second end of the band are brought together to hold the band in the substantially oval shape.