The invention discloses a hair claw clip having a hair-receiving gap allowing hair to exit between two spaced part axially aligned pivoting joints that interconnect two cooperating clip members.

A method of producing a plastic member of a hair ornament comprises providing first and second plastic materials which are different in material and color. The first plastic material is transparent or translucent. The second plastic material is in the form of a plurality of particles. The first plastic material, the second plastic material, and a bridging agent are mixed and filled into an injection molding machine. The first plastic material melts and envelops the particle-shaped second plastic material. The enveloped particle-shaped second plastic material is outputted to a mold for forming the plastic member of the hair ornament. A hardened product of the plastic member is removed from the mold. The first plastic material forms an outer surface layer of the plastic member. The shape and the color of the second plastic material are directly viewable from an outer side of the product of the plastic member.

An automatic pop-open hair clip, which comprises a first clip body, a second clip body, and a helical clutch shaft; the helical clutch shaft is pivotally set between the first clip body and the second clip body, capable of providing the spring force necessary for the automatic pop-opening of the first and second clip bodies; the helical clutch shaft includes a first shaft body, a second shaft body, a cap, a resilient telescopic torsion element, and a shaft; when the user presses both the first and second clip bodies at the same time, the helical clutch shaft can perform a multi-stage closing and clamping operation, and when the user presses both ends of the helical clutch shaft simultaneously, the aforementioned resilient telescopic torsion element can automatically cause the first and second clip bodies to pop open.

An automatic pop-open hair clip, which comprises a first clip body, a second clip body, and a helical clutch shaft; the helical clutch shaft is pivotally set between the first clip body and the second clip body, capable of providing the spring force necessary for the automatic pop-opening of the first and second clip bodies; the helical clutch shaft includes a first shaft body, a second shaft body, a cap, a resilient telescopic torsion element, and a shaft; when the user presses both the first and second clip bodies at the same time, the helical clutch shaft can perform a multi-stage closing and clamping operation, and when the user presses both ends of the helical clutch shaft simultaneously, the aforementioned resilient telescopic torsion element can automatically cause the first and second clip bodies to pop open.

A hairclip comprises two pivotably connected clip bodies each including a pressing portion having a through-hole with a pressing side. Each clip body includes an outer side having a coupling portion which includes a first coupling groove adjacent to the through-hole and a second coupling groove remote to the through-hole. An arcuate elastic element includes extends through the through-holes. Two ends of the elastic element are coupled with the first coupling grooves respectively. When the clip bodies are opened, the pressing sides press against the elastic element and the ends of the elastic element couple with the second coupling grooves. When the clip bodies are closed to an extent where the second coupling grooves are incapable of retaining the ends of the elastic element, the ends of the elastic element automatically disengage from the second coupling grooves and displace to a position for coupling with the first coupling grooves.

A hairclip comprises two pivotably connected clip bodies each including a pressing portion having a through-hole with a pressing side. Each clip body includes an outer side having a coupling portion which includes a first coupling groove adjacent to the through-hole and a second coupling groove remote to the through-hole. An arcuate elastic element includes extends through the through-holes. Two ends of the elastic element are coupled with the first coupling grooves respectively. When the clip bodies are opened, the pressing sides press against the elastic element and the ends of the elastic element couple with the second coupling grooves. When the clip bodies are closed to an extent where the second coupling grooves are incapable of retaining the ends of the elastic element, the ends of the elastic element automatically disengage from the second coupling grooves and displace to a position for coupling with the first coupling grooves.

A hair clip having a hidden hinge includes two clip members each having a handle, an array of teeth for retaining hair, an engagement shoulder disposed between the handle and the array of teeth, and a resilient member disposed along the inner edges of the engagement shoulders and between the arrays of teeth of each clip member interconnecting and biasing the clip members toward a closed configuration, the engagement shoulders disposed in abutting engagement thereby forming an engagement seam, and the engagement shoulders disposed between the handles and the resilient member of the two clip members such that the resilient member is hidden behind the engagement seam when viewing the hair clip from an outer vantage point.

A hair clip having a hidden hinge includes two clip members each having a handle, an array of teeth for retaining hair, an engagement shoulder disposed between the handle and the array of teeth, and a resilient member disposed along the inner edges of the engagement shoulders and between the arrays of teeth of each clip member interconnecting and biasing the clip members toward a closed configuration, the engagement shoulders disposed in abutting engagement thereby forming an engagement seam, and the engagement shoulders disposed between the handles and the resilient member of the two clip members such that the resilient member is hidden behind the engagement seam when viewing the hair clip from an outer vantage point.

There is provided a hair fastener in the form of a hair claw device. The hair fastener has a first outer claw member and a second outer claw member. The first and second outer claw members are pivotably connected at and movable about a rear end thereof, and are provided with a plurality of outer fingers divergingly extending from a rear portion to a front portion of the first and second outer claw members. The hair fastener further has a first inner claw member and a second inner claw member fixedly secured to opposite inwardly facing surfaces of the rear portion of the first outer claw member and the second outer claw member, respectively.

There is provided a hair fastener in the form of a hair claw device. The hair fastener has a first outer claw member and a second outer claw member. The first and second outer claw members are pivotably connected at and movable about a rear end thereof, and are provided with a plurality of outer fingers divergingly extending from a rear portion to a front portion of the first and second outer claw members. The hair fastener further has a first inner claw member and a second inner claw member fixedly secured to opposite inwardly facing surfaces of the rear portion of the first outer claw member and the second outer claw member, respectively.