A device, system and method for treating the scalp hair of an individual including the storing, processing, and dispensing hair building material, wherein the device includes at one or more housings connected to a base and a plurality of bristle elements disposed in a flow receiving relation to hair building material contained within the different housings of the base. A vibratory force is exerted on the base, housings and/or hair building material contained therein to facilitate a con current dispensing of different portions of the hair building material in a manner which accomplishes and at least partial blending of the different portions of the hair building material in the area of a bristle portion of the base. Once blended the hair building material is distributed throughout intended portions of the hair of a user by the bristles.

A method of magnetically induced removal of hair from a brush, wherein the method is comprised of the steps of applying a ferrofluid composition onto a portion of a user's hair; brushing the ferrofluid composition coated hair with a hair brush having a plurality of bristles; placing a magnetized hair brush base having a plurality of openings over the bristles such that the plurality of openings aligns with and interacts with the plurality of bristles such that substantially any of the user's hair that is located within the bristles is attracted towards the magnetized hair brush base; and removing the user's hair from the bristles.

This disclosure relates generally to a system and method for the delivery of cooled air selectably using a device with removable component which directs cooled air to a desired area at or near the hair of a subject. The device may have one or more components which may be quickly and easily removed and replaced.

A hair brush configured to apply a hair fastener to a bundle of hair includes a housing having a handle portion and a brush portion. The hair brush also has an actuator that is coupled to the housing and a hair fastener applicator mechanism that is coupled to the housing and to the actuator such that operation of the actuator causes the hair fastener applicator mechanism to move between an open position in which the hair fastener is held in an elongated state that can receive the bundle of hair and a closed position in which the hair fastener is wrapped and secured around the bundle of hair.

The disclosure relates in general to a comb cleaning adaptor. Specifically, the disclosure relates to an adapter for a comb, or an adapter integrated with a comb, operating between a retracted and extended positions, configured to be reversibly coupled to the comb allowing its removal and reciprocally articulate a cleaning head along the comb's teeth such that at the retracted position, the adapter is still coupled to the comb but does not interfere with the combing activity.

A comb (1) according to the present invention comprises: a comb body (2) that has a through hole (4) for a plating treatment; a plurality of comb teeth (5) and a proximal end part (6) located at a proximal end from which the comb teeth (5) extend; and a cover (3) made of metal for covering front and reverse surfaces and side surfaces of the proximal end part (6) inclusive of the through hole (4) from a direction perpendicular to the longitudinal direction of the proximal end part (6), wherein the cover (3) comprises a front surface part (3a) and a reverse surface part (3b) for covering front and reverse surfaces of the proximal end part (6), as well as a side surface part (3c), the distance between the front surface part (3a) and the reverse surface part (3b) is gradually decreased toward the distal end, and, in a state where the cover (3) is separated from the comb body (2), the distance between the front surface part (3a) and the reverse surface part (3b) at the distal end is less than the thickness of the side surface of the proximal end part (6).

A pad assembly is adapted to direct heat from a high heat comb to hair and away from a user's palm. The pad assembly includes an outer cover, having an upper surface and a lower surface. Insulation between the upper surface and the lower surface. A hand strap is covering a portion of the lower surface and configured. The insulation directs heat from the high heat comb toward the hair and away from the user's palm.

A comb and a thermal protective glove are provided herein. In one embodiment, the comb includes: (1) a base having a top side and a bottom side, (2) a longitudinal row of teeth on the top side of the base and (3) an attacher having a coupling end connected to the bottom side of the base.

A barrel for a hair styling appliance, the barrel comprising: an external surface; and a heater-mounting surface inside the barrel; wherein the heater-mounting surface is integrally formed with the external surface. For example, the barrel may be formed as a single extruded metal component. Also provided is a barrel assembly comprising such a barrel, and one or more heater elements mounted on the heater-mounting surface. Also provided is a hair styling appliance (e.g. a curling tong, curling wand or hot iron brush) comprising such a barrel assembly. A heater element for a hair styling appliance is also provided, the heater element comprising a substrate having a conductive track for generating heat upon application of an electrical current thereto, and an integral temperature sensor. Manufacturing methods in respect of the above are also provided.

A barrel for a hair styling appliance, the barrel comprising: an external surface; and a heater-mounting surface inside the barrel; wherein the heater-mounting surface is integrally formed with the external surface. For example, the barrel may be formed as a single extruded metal component. Also provided is a barrel assembly comprising such a barrel, and one or more heater elements mounted on the heater-mounting surface. Also provided is a hair styling appliance (e.g. a curling tong, curling wand or hot iron brush) comprising such a barrel assembly. A heater element for a hair styling appliance is also provided, the heater element comprising a substrate having a conductive track for generating heat upon application of an electrical current thereto, and an integral temperature sensor. Manufacturing methods in respect of the above are also provided.