Disclosed herein is a hair styling appliance that include electrodes and a control system that energises the electrodes to heat hair dielectrically. A sensor assembly is used to sense a property of the hair for the hair styling apparatus. During operation, the control system be used to suspend energisation of the electrodes during sensing of the property of the hair by the sensor assembly.

A haircare appliance is provided. The haircare appliance includes a body for engaging hair in use, a sensor arrangement, and a control unit. The sensor arrangement is configured to output a plurality of signals, each signal being indicative of a presence of an object at a respective region of the body. The control unit is configured to determine whether the object is hair based on temporal differences between the signals.

A hair curler comprises: a lower clamp body, comprising a heating seat for curling hair and a pair of grooves disposed at opposite sides of the heating sea; an upper clamp body, movably connected to the lower clamp body, the upper clamp body comprising an opening corresponding to the heating seat and protrusions disposed at opposite sides of the opening, the protrusions being aligned with the grooves respectively when the upper clamp body is closed to the lower clamp body; wherein the lower clamp body comprises a impeller for generating an airflow, and each groove comprises a bottom which defines vent holes to allow the airflow to enter the groove. While curling hair by the hair curler, air is accelerated by the impeller, and the accelerated air flows to the grooves via vent holes, timely cooling and protecting the hair, thereby enabling the hair to be quickly styled.

A hair curler with a button for manual control of forward and reverse rotation includes a host machine housing, a heating passage, a manual rotating mechanism, and a curling toggle. The manual rotating mechanism includes a control button, a commutation sliding block, which are respectively arranged on the host machine housing, and a transmission assembly arranged inside the host machine housing. The commutation sliding block is connected to the transmission assembly. The transmission assembly is connected to the control button through engagement of transmission teeth. The curling toggle has one end that is connected to the transmission assembly through engagement of transmission teeth, so as to rotate under the control of the control button.

Disclosed in the present disclosure is a hairdressing and styling apparatus. The hairdressing and styling apparatus include clamping plates, at least a first heating element, and at least a second heating element, where the clamping plates include the first clamping plate and the second clamping plate capable of being opened or closed relative to each other; the first heating element is rotationally arranged on the clamping plate, each of the first heating elements is provided with at least two different styling surfaces, the first heating element can be rotated to at least two different angular positions, such that the different first styling surfaces can be switched for styling; and the second heating element is telescopically arranged on the clamping plate between a first position and a second position.

Disclosed is a roller structure with an adjustable diameter and a hair-tangling prevention function, including an end support and at least two heat conduction plates, where the end support is connected to end parts of the heat conduction plates, and a plurality of the heat conduction plates can be all moved radially relative to the end support in a radial direction of the end support; and the roller structure further includes a hair-tangling prevention member arranged on a periphery of a gap where the heat conduction plates are connected with the end support. Therefore, the roller structure can effectively prevent the hair filaments from being inserted into the gap of the roller structure, thereby improving the styling experience, efficiency and effect. A hair curler including the roller structure is further disclosed in the present disclosure.

A hairdressing device includes a handle and a hairdressing head. The handle is equipped with a first circuit board, a driving mechanism, and a connecting component. The hairdressing head is detachably connected to the connecting component. The connecting component is connected to the driving mechanism. The driving mechanism is electrically connected to the first circuit board. The hairdressing head rotates together when the driving mechanism drives the connecting component to rotate. A heating member is provided on the hairdressing head. A conductive component is provided between the hairdressing head and the connecting component. The conductive component includes first conductive members for conducting electricity and elastic second conductive members. The first conductive member abuts against the second conductive member when the hairdressing head is assembled with the handle. The first circuit board is electrically connected to the heating member when the first conductive member abuts against the second conductive member.