An apparatus for styling hair includes a first electrode and a second electrode spaced apart from the first electrode. An electrolyte reservoir can be disposed between the first electrode and the second electrode, and is configured to maintain a volume of an electrolyte between the first electrode and the second electrode. A control module is electrically coupled to the first electrode and the second electrode. The control module is operable to bias the first electrode at a first potential and the second electrode at a second potential to create an electrical potential difference between the first electrode and the second electrode. The electrical potential difference is configured to produce an electrolysis zone in the electrolyte disposed between the first electrode and the second electrode. The electrolysis zone is configured to style hair disposed in the electrolysis zone between the first electrode and the second electrode.

A hair comb body physically associated with hair comb teeth having an electronic-based level that determines the angle of orientation of the associated hair comb teeth and a plurality of lightsvisible from at least the front or back face of the bodythat indicate the angle of orientation of the associated comb teeth as measured by the electronic-based level, wherein the electronic-based level can be selectively locked to a desired angle, such that the level selectively provides a human-perceivable indication (e.g. audible and/or visual) when the comb teeth are oriented at the desired angle, thus, simplifying the provision of a consistent haircut. A method of cutting hair using the hair comb body is also disclosed.

A hair comb body physically associated with hair comb teeth having an electronic-based level that determines the angle of orientation of the associated hair comb teeth and a plurality of lightsvisible from at least the front or back face of the bodythat indicate the angle of orientation of the associated comb teeth as measured by the electronic-based level, wherein the electronic-based level can be selectively locked to a desired angle, such that the level selectively provides a human-perceivable indication (e.g. audible and/or visual) when the comb teeth are oriented at the desired angle, thus, simplifying the provision of a consistent haircut. A method of cutting hair using the hair comb body is also disclosed.

A power hairbrush which oscillates in operation with a frequency in the range of 55 Hz-120 Hz and an amplitude in the range of 8-20, with a brushhead adapted to remove sebum and other material from the scalp and hair of a user, the brushhead including a plurality of lines or rows of filament tufts, wherein each filament in the filament tufts at its distal end is split into several portions. The brushhead further includes a plurality of lines of solid tuft members positioned adjacent to the lines of filament tufts. The filament tufts are approximately 1-3 mm taller than the solid tuft members.

The invention relates to a hair styling appliance (1) comprising a shaft (12) having a comb-like styling tool (3), which extends only over part of the circumference of the shaft (12) and has teeth (5), which are each spaced apart from each other by a hair receptacle (10), are arranged in a tow in the longitudinal direction of the shaft (12), project from the shaft (12) and each form or have a styling part (7, 7.1), which is produced from a material that conducts heat well. In the part or the circumference of the shaft, which circumference is not occupied by the styling tool (3), the shaft (12) heats at least one hair collecting device (13), which follows the longitudinal direction of the row of teeth and is arranged opposite the latter such that, after hair has been caught by the hair collection device (13) and the shaft (12) has been rotated about the longitudinal axis thereof, the hair can be introduced into hair styling gaps situated between the pairs of styling parts (7, 7.1).

The invention relates to a hair styling appliance (1) comprising a shaft (12) having a comb-like styling tool (3), which extends only over part of the circumference of the shaft (12) and has teeth (5), which are each spaced apart from each other by a hair receptacle (10), are arranged in a tow in the longitudinal direction of the shaft (12), project from the shaft (12) and each form or have a styling part (7, 7.1), which is produced from a material that conducts heat well. In the part or the circumference of the shaft, which circumference is not occupied by the styling tool (3), the shaft (12) heats at least one hair collecting device (13), which follows the longitudinal direction of the row of teeth and is arranged opposite the latter such that, after hair has been caught by the hair collection device (13) and the shaft (12) has been rotated about the longitudinal axis thereof, the hair can be introduced into hair styling gaps situated between the pairs of styling parts (7, 7.1).

A hair-smoothing tool includes a supporting base, a carpeting structure on or over the supporting base, and optionally bristles and a cushion member. The bristles and the cushion member, if present, are formed on a first surface of the supporting base. The hair-smoothing tool further includes a carpeting structure on either the first surface of the supporting base or an opposite second surface of the supporting base, or both. The carpeting structure, for example, may be a hook structure or a loop structure of a hook and loop fastener.

A hair-smoothing tool includes a supporting base, a carpeting structure on or over the supporting base, and optionally bristles and a cushion member. The bristles and the cushion member, if present, are formed on a first surface of the supporting base. The hair-smoothing tool further includes a carpeting structure on either the first surface of the supporting base or an opposite second surface of the supporting base, or both. The carpeting structure, for example, may be a hook structure or a loop structure of a hook and loop fastener.

A personal grooming tool, more particularly an accessory for grooming facial hair, and more particularly for grooming beards. The tool includes a body, or handle, configured to be grasped by the user. Movably mounted in relation to the handle are at least a pair of combs, each between a retracted position and at least a use position. The tool also includes a brush, the bristles of which are affixed to the handle and which extend away from the handle. In respective retracted positions, each of the first and second combs is retracted within a respective one of two sides of the handle, and in the respective retracted positions, the first and second combs are also between the first side of the handle and bristles of the brush. The tool can also include a cover case configured to be removably affixed to the bristles of the brush.

A personal grooming tool, more particularly an accessory for grooming facial hair, and more particularly for grooming beards. The tool includes a body, or handle, configured to be grasped by the user. Movably mounted in relation to the handle are at least a pair of combs, each between a retracted position and at least a use position. The tool also includes a brush, the bristles of which are affixed to the handle and which extend away from the handle. In respective retracted positions, each of the first and second combs is retracted within a respective one of two sides of the handle, and in the respective retracted positions, the first and second combs are also between the first side of the handle and bristles of the brush. The tool can also include a cover case configured to be removably affixed to the bristles of the brush.