A hair-styling device may include a pair of articulated jaws having respective heating plates. At least one cartridge configured to contain a liquid may be included in one of or both of the jaws. The cartridge includes an ultrasonic transducer with micro-perforations configured to transform the liquid into a dispersion of droplets, and an outlet configured to deliver the dispersion of droplets, through a delivery cavity situated in at least one of the heating plates, to discharge ports distributed over a surface of the heating plate.

A device for measuring hair properties has a first part (I) and a second part (II) between which hair (H) is guided. The first part includes a measuring probe (MP), and the second part is arranged for deforming the hair against the measuring probe. While the device moves along the hair, the measuring probe experiences both a friction force resulting from the hair being guided along the measuring probe, and a deformation force resulting from hair deformation by the second part against the measuring probe. The second part includes a pressure element (PB, S) for pressing the hair against the measuring probe. In alternative embodiments, the second part comprises alignment elements (AE) at opposite sides of the measuring probe, and guidance elements (G) for mitigating an influence of an angle at which the device is applied to the hair to the friction force and/or the deformation force.

Certain exemplary embodiments can provide a system, machine, device, and/or manufacture configured or adapted for, and/or a method for, activities that can comprise and/or relate to a burn guard system configured or adapted to operably prevent burns to the skin of a user of a heated hair curling iron.

A hairstyling apparatus is shown. The apparatus includes a heated barrel with a central axis. R also includes a heating element connected with the barrel and a hair styling tool extending along a longitudinal length of the hairstyling surface and configured to rotate around the central axis of the barrel, the hairstyling tool including a comb portion comprising a plurality of bristles that protrude in a direction away from the hairstyling surface and a grooved portion comprising a plurality of grooves that expose the hairstyling surface.

A hair styling device includes an upper gripping portion, a lower gripping portion, a hinge structure connecting the upper gripping portion and the lower gripping portion, an upper clamping head connected to the upper gripping portion and a lower clamping head connected to the lower gripping portion. The upper clamping head includes an upper clamping surface and a top, The lower clamping head includes a lower clamping surface and a bottom. The lower clamping surface and the upper clamping surface are arranged to be paired together when the hair styling device is in a closed position. The upper clamping surface has an upper twisted deflection angle with respect to the upper gripping portion. The lower clamping surface has a lower twisted deflection angle with respect to the lower gripping portion. The upper twisted deflection angle is equal to the lower twisted deflection angle.

Disclosed is a magnetic elastic hairdressing massage comb, which includes a circle of outer non-electric conductive adiabatic gears with a certain interval space arranged around a working face of the shell and a heat conductive comb body layer arranged at the inner of the non-electric conductive adiabatic gear circle, on which several lattice arrayed magnetic elastic moving gears are set. Said magnetic elastic moving gears are hollow heat conductive gears. A heat resistant magnetic body X is fixed in the bottom of the hollow heat conductive gear body. On the upside of X, a heat resistant magnetic body Y is arranged with X with like poles facing each other. The top of Y is connected to a small high-temperature resistant adiabatic column, which stretches out of the opening at the top of said hollow heat guide gears.

Disclosed is a magnetic elastic hairdressing massage comb, which includes a circle of outer non-electric conductive adiabatic gears with a certain interval space arranged around a working face of the shell and a heat conductive comb body layer arranged at the inner of the non-electric conductive adiabatic gear circle, on which several lattice arrayed magnetic elastic moving gears are set. Said magnetic elastic moving gears are hollow heat conductive gears. A heat resistant magnetic body X is fixed in the bottom of the hollow heat conductive gear body. On the upside of X, a heat resistant magnetic body Y is arranged with X with like poles facing each other. The top of Y is connected to a small high-temperature resistant adiabatic column, which stretches out of the opening at the top of said hollow heat guide gears.

A hair brush for use in a hairdressing store, a beauty shop, or at home, is able to easily and freely create a hair style by arranging flexible brush pins to a brush pedestal of the hairbrush so that the hair is easily entangled around the brush portion. The brush pedestal is further provided with a large number of hot air injection holes to inject hot air generated by a heater and a fan formed at an inside of the brush pedestal. Thus, hair styling using the hot air by one-handed operation is possible. Further, since the brush pedestal is heated by receiving the heat generated by the heater, the brush pedestal in contact with the hair becomes hot and thus an iron effect at the time of hair styling can be obtained.

A device for treating body hair includes a host, a first functional component, and a second functional component. The first functional component is disposed at a first end of the host, and the second functional component is disposed at a second end of the host. The first functional component includes a knife blade and a knife blade notch, and the knife blade extends out of the first functional component from the knife blade notch. The second functional component includes a hair combing part and a heating body fixedly disposed in the hair combing part. The first functional component is movably disposed on the host, and the first functional component includes the knife blade for removing body hair, users may adjust a usage angle of the device as required. The second functional component includes the hair combing part and heating body for combing and curling the body hair.

A device for treating body hair includes a host, a first functional component, and a second functional component. The first functional component is disposed at a first end of the host, and the second functional component is disposed at a second end of the host. The first functional component includes a knife blade and a knife blade notch, and the knife blade extends out of the first functional component from the knife blade notch. The second functional component includes a hair combing part and a heating body fixedly disposed in the hair combing part. The first functional component is movably disposed on the host, and the first functional component includes the knife blade for removing body hair, users may adjust a usage angle of the device as required. The second functional component includes the hair combing part and heating body for combing and curling the body hair.