Lexington Lasercomb Ipag

Other

Lexington International, LLC

Henry Pearl

David Michael Sinofsky

A hand-held device for hair growth stimulation. The device parts the user's hair while the light source radiates user's exposed scalp. Non-light emitting teeth are uses to part the user's hair in front of an associated light source. An optional timer can be used to control the length of time the light source is activated. Parallel rows of teeth are aligned with a central row of light beams and part the individual's hair to form furrows in the user's hair as the device is combed through the user's hair. The furrows create an unobstructed path for the light beam to reach the user's scalp. Various embodiments use laser and/or non-coherent light sources to provide light energy to the user's scalp. An optional removable teeth assembly can be used to allow repair or sharing of the device.

Apparatus and method for stimulating hair growth

A device for stimulating hair growth applied to a user's scalp. The device includes a housing. A plurality of light emitting diodes coupled to the housing operable to emit non-coherent light, the non-coherent light having at least two intensity peaks. A plurality of pairs of teeth extending from the housing, wherein the plurality of light emitting diodes are disposed between each pair of teeth; and wherein each of the plurality of pairs of teeth parts the user's hair to expose the scalp.

A hand-held laser device that stimulates hair growth. The device provides distributed laser light to the scalp while simultaneously parting the individual's hair to ensure that the laser light contacts the individual's scalp. A unique beam splitting reflector splits a single laser beam to ensure that energy from the laser beam is evenly distributed. The reflector is mechanically aligned with the laser source and has a zigzag structure which mechanically deflects portions of the beam as it passes over the peaks of the reflector. The portions of the laser beam form a line of laser beams that project toward the individual's scalp. Parallel rows of teeth are aligned with a central row of individual laser beams and part the individual's hair to form furrows in the individual's hair as the device is combed through the individual's hair. The furrows create an unobstructed path for the laser beam to reach the scalp of the individual. Another embodiment uses a non-coherent light source to provide light energy to the individual's scalp. This embodiment also uses teeth to create a series of furrows to provide unobstructed access to the individual's scalp by the light. In this embodiment, the light source can be a series of LEDs or other lights aligned with the teeth, or a single elongated light source which provides light across the area exposed by the teeth. Another embodiment allows the use of a combination of laser light and non-coherent light.

A hand-held laser device that stimulates hair growth. The device provides distributed laser light to the scalp while simultaneously parting the user's hair to ensure that the laser light contacts the user's scalp. A unique beam splitting reflector splits a single laser beam to ensure that energy from the laser beam is evenly distributed. The reflector is mechanically aligned with the laser source and has a zigzag structure which mechanically deflects portions of the beam as it passes over the peaks of the reflector. The portions of the laser beam form a line of laser beams that project toward the user's scalp. Parallel rows of teeth are aligned with a central row of individual laser beams and part the user's hair to form furrows in the user's hair as the device is combed through the user's hair. The furrows create an unobstructed path for the laser beam to reach the scalp of the user.

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London, United Kingdom

Henry Pearl