A hair styling apparatus includes a first member and a second member extending along a central longitudinal axis. The first member and the second member are configured for relative movement between an open position for receiving hair therebetween and an approximated position. The first member and second member each include an inner plate segment and an outer shell segment. The first member and the second member are each configured to impart a straightening effect on hair when clamped with the inner plate segment. A heating assembly is connected via the inner plate segment to the first member and the second member. At least one ion emitter is for generating ions upon activation of the hair styling apparatus.

A hair dryer includes a housing having a main air inlet, a main air outlet and a main interior volume between the main air inlet and the main air outlet. The housing has an auxiliary air inlet, an auxiliary air outlet, and an auxiliary interior volume between the auxiliary air inlet and the auxiliary air outlet. The auxiliary air inlet, the auxiliary air outlet and the auxiliary interior volume each are outside of the main interior volume so that the auxiliary air inlet and the auxiliary air outlet are not in communication with the main air inlet and the main air outlet. A first pair of ion emitters are in the main interior volume. A second pair of ion emitters are in the auxiliary interior volume. A fan is upstream of the first pair of ion emitters in the main interior volume, and selectively generates a main airflow through the housing from the main air inlet to the main air outlet. A heater is in the main interior downstream of the fan and upstream of the main air outlet relative to the main airflow.

A hair care device (B) comprises an ion generator (I), and a grounding protrusion protruding from the hair care device (B). When the hair care device comprises a sensor (MP), and ancillary elements (AE, G) for guiding hair to or along the sensor (MP), the grounding protrusion advantageously includes at least one of the ancillary elements (AE, G).

A curling iron includes a first member and a clamp segment connected to the first member configured for relative movement between a spaced apart position for receiving hair between the clamp segment and the first member and a closed position to impart a curling effect. A heating assembly is connected to the first member and/or clamp segment. The curling iron has at least one ion emitter for generating ions upon activation of the curling iron.

The invention discloses a hair dryer. The hair dryer comprises: a body, an installation cavity is provided in an interior of the body, a blowing mechanism is provided in an interior of the installation cavity; an annular inner air intake net, disposed at a tail end of the body; a plurality of perforative inner air inlets, formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover, detachably sleeved on an outer side of the annular inner air intake net; a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, wherein the plurality of outer air inlets communicate with the plurality of inner air inlets; porous fillers, arranged between the annular inner air intake net and the annular air intake net cover.

A hair styling apparatus includes a first member and a second member extending along a central longitudinal axis. The first member and the second member are configured for relative movement between an open position for receiving hair therebetween and an approximated position. The first member and second member each include an inner plate segment and an outer shell segment. The first member and the second member are each configured to impart a straightening effect on hair when clamped with the inner plate segment. A heating assembly is connected via the inner plate segment to the first member and the second member. At least one ion emitter is for generating ions upon activation of the hair styling apparatus.

The invention discloses a hair dryer. The hair dryer comprises: a body, an installation cavity is provided in an interior of the body, a blowing mechanism is provided in an interior of the installation cavity; an annular inner air intake net, disposed at a tail end of the body; a plurality of perforative inner air inlets, formed on a circumferential surface of the annular inner air intake net; an annular air intake net cover, detachably sleeved on an outer side of the annular inner air intake net; a plurality of perforative outer air inlets being formed on a circumferential surface of the annular air intake net cover, wherein the plurality of outer air inlets communicate with the plurality of inner air inlets; porous fillers, arranged between the annular inner air intake net and the annular air intake net cover.

A hair dryer is provided. The hair dryer has a main body unit, a blower, and a driver. The main body unit includes an inlet port at one end and an outlet port at the other end. The blower is disposed in the main body unit and configured to generate, in the main body unit, airflow flowing from the inlet port to the outlet port. The driver includes a motor and a frame and configured to drive the blower by a rotation of the motor. The frame includes a heat dissipater. The heat dissipater is configured to dissipate, using the airflow, heat generated in a winding of the motor.

A discharge device includes a discharge electrode, a counter electrode that faces the discharge electrode in a first direction, and voltage application unit that applies an application voltage between the discharge electrode and the counter electrode. The counter electrode includes a dome-shaped electrode having a recessed inner surface recessed to a side opposite to the discharge electrode in the first direction, and a protruding electrode that protrudes in a second direction intersecting the first direction from an opening edge of an opening of the dome-shaped electrode, the opening being provided at an end opposite to the discharge electrode. The discharge device forms a discharge path having at least partial dielectric breakdown between the discharge electrode and the protruding electrode, when the discharge occurs. The discharge path includes a first dielectric breakdown region generated around the discharge electrode and a second dielectric breakdown region generated around the protruding electrode.

A device for treating human keratin materials that delivers a cosmetic or dermatological composition onto the latter together with the application of an electric current, in particular an electrophoresis device, the composition applied being contained in a cartridge carried by the device, the cartridge having a body that forms a reservoir and a piston through which a drive screw passes and which can move in the body under the effect of the relative rotation of the screw and the piston, the device comprising an electric drive motor for bringing about this relative rotation of the screw and of the piston, and an electronic circuit for controlling the electric motor.