Disclosed is fabric taped aluminum tubes novel hair curler, relating to hairdressing apparatus field. Two ends of upper aluminum tube and lower aluminum tube are clamped onto connector and front stopper support; upper elastic sheet, upper iron sheet and first MCH are arranged inside upper aluminum tube with upper fabric outside; clamping sheet, with one end fixedly connected with lower other side of handle key via screws, is arranged on outer surface of upper fabric; FUSE, silicon gel stopper, lower elastic sheet, lower iron sheet and second MCH are arranged inside lower aluminum tube with lower fabric outside; front stopper is fixedly connected with one end of front stopper support via screws. Special fabrics coated on two semicircular aluminum tubes can generate negative ions, lock moisture and prevent moisture loss, thereby well protecting hair softer; the antistatic, silk-like curler is simple and convenient in operation and more comfortable.

A system is provided including a styling tool configured to treat or shape a user's hair, and a client device configured to communicate with the styling tool and provide feedback to the user regarding a user's usage of the styling tool. The client device is configured to receive input information from the user regarding a desired result to be achieved using the styling tool, and to output guidance information on a method of using the styling tool to achieve the desired result.

A hand held appliance includes a handle having an outer wall and an inner wall, a motor and a heater both housed within the inner wall, a wiring assembly including a power supply for the motor and a power supply for the heater wherein the power supply for the motor is substantially diametrically opposite the power supply for the heater within the handle. The power supply for the motor may be substantially diametrically opposite the power supply for the heater when the wiring assembly extends passed the motor. When the wiring assembly extends passed the motor, the wiring assembly may be located between the outer wall and the inner wall. The inner wall may include at least one channel extending along a radially outer surface for housing the wiring assembly and each of the at least one channel may house a wire of the wiring assembly.

The invention discloses a hair iron with a variable diameter structure, comprising a handle and rolling components which comprise a hair roller, two fixed bases and two rotating blades, wherein the handle and rolling components are connected via the securing joint connection between a slot and a fixed base; the hair roller further comprises a fixed rolling element, a movable rolling element, an axis and two auxiliary rolling elements; a knob is provided at the outer end of the handle corresponding to the slot, and is in a tenon joint with the rotating blades of this end; by twisting the knob, the rotating blades drive the movable rolling element and two auxiliary rolling elements to move, so as to adjust the diameter of the hair roller. The hair iron of the invention, which is compact in structure and easy to use, can roll out various curls with sizes of 32 mm-38 mm.

The present application provides a hair curler and a method using for same. The hair curler comprises a main body (1). The main body (1) comprises a first proximal end (2) and a first distal end (3); a first internal space (4) is formed inside the main body (1); a first elongated slot (6) communicated with the first internal space (4) is formed on the first proximal end (2); a first opening (8) of the first elongated slot (6) is formed on the first proximal end (2). The hair curler further comprises a first movable arm (7) movably disposed in the first internal space (4). A heating member for heating hair (33) is disposed on a slot wall of the first elongated slot (6) and/or the first movable arm (7). The hair curler is simple, practicable, safe and convenient.

A hair styling iron includes a housing, a mandrel extending longitudinally from the housing, the mandrel having a proximal end adjacent to the housing, and a distal end opposite the proximal end, and a plurality of light emitting elements within the mandrel. The plurality of light emitting elements are light emitting diodes that emit light having a wavelength between about 620 to about 750 nm. A cross-sectional area of the mandrel at the proximal end is greater than the cross-sectional area of the mandrel at the distal end.

A hair styling iron includes a housing, a mandrel extending longitudinally from the housing, the mandrel having a proximal end adjacent to the housing, and a distal end opposite the proximal end, and a plurality of light emitting elements within the mandrel. The plurality of light emitting elements are light emitting diodes that emit light having a wavelength between about 620 to about 750 nm. A cross-sectional area of the mandrel at the proximal end is greater than the cross-sectional area of the mandrel at the distal end.

A hair curling appliance includes a handle, a sleeve that is transparent and/or translucent that is connected to the handle, a heated barrel in the sleeve, and one or more hair winding members that are rotatable to wind hair around the heated barrel.

A hair curling appliance includes a handle, a sleeve that is transparent and/or translucent that is connected to the handle, a heated barrel in the sleeve, and one or more hair winding members that are rotatable to wind hair around the heated barrel.

A barrel for a hair styling appliance, the barrel comprising: an external surface; and a heater-mounting surface inside the barrel; wherein the heater-mounting surface is integrally formed with the external surface. For example, the barrel may be formed as a single extruded metal component. Also provided is a barrel assembly comprising such a barrel, and one or more heater elements mounted on the heater-mounting surface. Also provided is a hair styling appliance (e.g. a curling tong, curling wand or hot iron brush) comprising such a barrel assembly. A heater element for a hair styling appliance is also provided, the heater element comprising a substrate having a conductive track for generating heat upon application of an electrical current thereto, and an integral temperature sensor. Manufacturing methods in respect of the above are also provided.