A handheld device for combing and dispensing a non-liquid cosmetic on human hair, the device comprising a main body with a container portion for housing a dispersible dry cosmetic content, an attached handle portion, an internal shaking means, and brushing zone on the bottom of said container portion, wherein the brushing zone comprises a plurality of protruding teeth configured to produce a triboelectric effect to help the dry cosmetic adhere to a user's hair.

A hair coloring appliance includes a handle and a hair color delivery system supported within the handle. A nozzle assembly is adapted to receive hair color. The nozzle assembly includes a stationary frame and a nozzle array through which the hair color is delivered to the hair and a plurality of filaments adjacent the nozzles which are longer than the nozzles, acting as a stand-off between the nozzles and the scalp. A motor reciprocates the nozzle array back and forth as hair color moves through the nozzles.

A hair coloring appliance includes a handle and a hair color delivery system supported within the handle. A nozzle assembly is adapted to receive hair color. The nozzle assembly includes a stationary frame and a nozzle array through which the hair color is delivered to the hair and a plurality of filaments adjacent the nozzles which are longer than the nozzles, acting as a stand-off between the nozzles and the scalp. A motor reciprocates the nozzle array back and forth as hair color moves through the nozzles.

A system for coloring hair, the system including at least one cartridge containing a hair color, a hair color device comprising one or more chambers configured to receive the at least one cartridge, and a processor communicatively coupled to the dispense, wherein the process or is configured to visualize an image of a user's hair, detect one or more hairs in a predetermined color range in the image through image processing, and apply the hair color onto the one or more hairs in a predetermined color range through an applicator on the hair color device.

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.

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 dry-cleaning brush includes a body, a base plate and a bristle component. A storage cavity used for storing shampoo powder is formed between the body and the base plate. A powdering device is arranged in the storage cavity and includes a pressing rod arranged on the base plate, lever assemblies, pistons, and at least one leaking hole formed in the base plate, and the pistons are located at openings of the leaking holes. Each lever assembly includes a lever having two ends respectively clamped on the pressing rod and the corresponding piston. A rebound mechanism is arranged between an elastic gland, the pressing rod and the base plate. The powdering device controls the pistons based on the lever principle, the elastic gland and the pressing rod are pressed to drive the levers to pull the pistons away from the leaking holes.

A dry-cleaning brush includes a body, a base plate and a bristle component. A storage cavity used for storing shampoo powder is formed between the body and the base plate. A powdering device is arranged in the storage cavity and includes a pressing rod arranged on the base plate, lever assemblies, pistons, and at least one leaking hole formed in the base plate, and the pistons are located at openings of the leaking holes. Each lever assembly includes a lever having two ends respectively clamped on the pressing rod and the corresponding piston. A rebound mechanism is arranged between an elastic gland, the pressing rod and the base plate. The powdering device controls the pistons based on the lever principle, the elastic gland and the pressing rod are pressed to drive the levers to pull the pistons away from the leaking holes.

The presently disclosed subject matter is generally directed to a device that enables a user to add a product to the scalp, while also reducing or eliminating the excess product deposited on the user's hair. The device includes a housing that directly contacts the user's scalp and/or hair when in use. The interior of the housing includes an internal reservoir that houses a volume of product to be dispensed. A handle is attached to the housing to allow for easy and comfortable gripping by the user, as well as providing an inlet for the product to enter an internal reservoir. When a device lever is initiated, a series of hollow applicators extend through the housing to dispense a product on the user's scalp. When the lever is deactivated, the applicators retract into the interior of the housing for storage and to prevent product leakage.