An eyelash curler comprising a handle, an actuator, and a curling head. The handle has an elongated shape with a top end and a bottom end. The actuator is embedded within the handle with a switch exposed on the surface of the handle and an actuator stem extending from the top end of the handle. Manipulating the switch moves the actuator between a first position and a second position. The curling head has only one support bar, a first curler arm coupled to the end of the support bar, and a second curler arm coupled to the top end of the actuator stem. When the actuator is in the first position, the second curler arm is in contact with the top end of the handle and when the actuator is in the second position, the second curler arm is in contact with the first curler arm.

A hair styling device for styling curly or wavy hair. The hair styling device includes a body and a plurality of tines extending from a proximate end of the body, wherein each of the plurality of tines have a same length as measured from a proximal end to an opposing distal end of a tine. The tines are rigid and non-flexible to facilitate the manipulation and styling of curly hair. In some embodiments, the tines are angled such that the proximal end of the tine extends from a first side of the body and the distal end of the tine is disposed on a second side of the body, wherein the first side and second side are opposite one another. In other embodiments, the tines include an arcuate configuration. The configuration of the tines allows for various manipulation of hair to provide differently styled curls or wavy features.

A flexible heating device for hair shaping is disclosed. The flexible heating device in the form of a sheet, for hair shaping, comprises a heating layer comprising at least one flexible heater which can be supplied with electrical power, a flexible heat conductive layer provided on one surface of the heating layer, and a flexible heat insulation layer provided on the other surface of the heating layer, wherein the device is capable of forming an occlusive or closed space around the hair.

A hair styling apparatus with a plurality of modes for styling hair in a variety of fashions. The hair styling apparatus as at least two elongate components pivotally movable about a joint between an extended and closed position. Each elongate component having a styling part and a handle. The apparatus further has a clamp movably couplable to either elongate component, a temperature control means, and a power means. The hair styling apparatus is thereby portable and multifunctional.

A hairstyling apparatus is provided, the apparatus including: a barrel defining a hairstyling surface and a central longitudinal axis, wherein the barrel has a first proximal end and a second distal end; a heating element in thermal communication with the barrel; and a rotating member in rotating communication with the proximal end of the barrel which rotates around the central axis of the barrel, the rotating member including a rotating plate that surrounds the proximal end of the barrel and an axially extending tab from the rotating plate along a longitudinal length of the hairstyling surface over at least a portion of longitudinal length of the hairstyling surface; wherein the rotating member includes a comb member, extending from the rotating member (such as the rotating sleeve/collar) which is attached or assembled to the tab and comprises a plurality of comb teeth arranged along the longitudinal length of the hairstyling surface.

A hair-shaping device comprising a winding core, a rotatably drivable entraining element with an axis of rotation which corresponds to the longitudinal axis of the winding core, the entraining element designed to grasp a strand of hair and to wind the strand of hair around the winding core, and a housing that encloses the winding core, wherein the radial distance of the inside of the housing from the lateral surface of the winding core in the region of a winding space is sufficiently large such that winding the strand of hair onto the winding core is not hindered. The housing comprises a slot extending in the direction of the longitudinal extent of the winding core. The entraining element is arranged inside the winding space. The slot is designed for inserting a segment of hair to be shaped into the winding space and extends into the housing part facing the hair pull-in side and bounding the winding space in this direction, such that a strand of hair inserted into the insertion slot is caught by the entraining element rotating inside the winding space. The housing has a warm air flow inlet for supplying heat to a strand of hair located in the winding space between the winding core and the housing.

A hair iron includes a first elongated bar and a second elongated bar. The first elongated bar includes a first iron portion, a first fulcrum portion and a first grip portion, wherein the first iron portion includes a first heating pad where hair is to be ironed, and the first iron portion and the first grip portion are connected to and disposed at opposite sides of the first fulcrum portion. The second elongated bar engages with and is pivotally rotatable relative to the first elongated bar, and includes a second iron portion, a second fulcrum portion and a second grip portion, wherein the second iron portion includes a second heating pad that cooperates with the first heating pad to iron hair, and the second iron portion and the second grip portion are connected to and disposed at opposite sides of the second fulcrum portion. A first bending angle exists between the first iron portion and the first fulcrum portion, and a second bending angle exists between the second iron portion and the second fulcrum portion.

A hair styling device comprises an optical radiation source (L) for radiating hair (H), a sensor unit (S) for measuring effects from radiating hair (H), and a feedforward control device for controlling the optical radiation source (L) in dependence on a signal from the sensor unit (S). The optical radiation source (L1, L2) may produce a first flash having a first energy density that may be lower than required for photo-thermal hair reshaping, the optical radiation source being controlled to produce a subsequent flash in dependence on a sensor signal obtained in response to the first flash, which subsequent flash may have at least the first energy density. The sensor unit (S) may include a sensor arranged before the optical radiation source in a hair flow direction. The hair styling device may comprise, along a direction in which the hair (H) is guided, a first sensor (Si), a first LED unit (L1) being controlled in dependence on a signal from the first sensor (Si), a second sensor (S2), and a second LED unit (L2) being controlled in dependence on a signal from the second sensor (S2). The direction in which hair is guided through the hair styling device may determine which part of the optical radiation source will act as the first LED unit (L1). The hair styling device may comprise a drive mechanism (D) to move the hair (H) along the optical radiation source (L) at a speed controlled by the feedforward control device in dependence on the signal from the sensor unit (S).

A hair perming device and its temperature control circuit are disclosed. The temperature control circuit for a hair perming device is electrically connected with a heater of the hair penning device and comprises a main control module and a trigger module. The main control module controls the trigger module to be switched on such that a control signal outputted by the main control module can be sent to the heater for heating, and meanwhile for detects a working state of the trigger module. When a failure of the trigger module is detected, the main control module controls the trigger module to be switched off such that a continuous heating of the heater is stopped. When a failure of the trigger module is detected, the electrical power supply path of the heater is disconnected, and a continuous heating of the heater is stopped for avoiding excessive high temperature.

A hair curler having an inlet end having an air inlet, a longitudinally spaced apart second end, a longitudinal axis and a plurality of axially spaced apart curler outlets. A land portion is located between adjacent curler outlets and an air flow passage from the air inlet to the curler outlets.