A hair straightener (HS) comprises a heating unit (HU) for heating hair while exercising a pressure on the hair, a temperature sensor (TS) for measuring a temperature of the heated hair to obtain a measured temperature, and a pressure adjustment unit (PAU) for adjusting the pressure exercised by the heating unit (HU) on the hair, in dependence on the measured temperature. The heating unit (HU) may comprise a pair of heating plates (HP1, HP2) between which hair is clamped, and the pressure adjustment unit (PAU) may be arranged for changing a distance between the heating plates (HP1, HP2). The pressure adjustment unit (PAU) may comprise a motor-operated push tool (W, C) for increasing the distance between the heating plates (HP1, HP2) when the measured temperature exceeds a first threshold temperature. The hair straightener (HS) may comprise a pair of hinged arms (A1, A2) each provided with a respective one of the heating plates (HP1, HP2). The pressure adjustment unit (PAU) may comprise a motor-operated pull tool (W, S), for decreasing a distance between the hinged arms (A1, A2) when the measured temperature falls below a second threshold temperature, whereby the distance between the heating plates (HP1, HP2) is reduced.

A hair straightener (HS) comprises a heating unit (HU) for heating hair while exercising a pressure on the hair, a temperature sensor (TS) for measuring a temperature of the heated hair to obtain a measured temperature, and a pressure adjustment unit (PAU) for adjusting the pressure exercised by the heating unit (HU) on the hair, in dependence on the measured temperature. The heating unit (HU) may comprise a pair of heating plates (HP1, HP2) between which hair is clamped, and the pressure adjustment unit (PAU) may be arranged for changing a distance between the heating plates (HP1, HP2). The pressure adjustment unit (PAU) may comprise a motor-operated push tool (W, C) for increasing the distance between the heating plates (HP1, HP2) when the measured temperature exceeds a first threshold temperature. The hair straightener (HS) may comprise a pair of hinged arms (A1, A2) each provided with a respective one of the heating plates (HP1, HP2). The pressure adjustment unit (PAU) may comprise a motor-operated pull tool (W, S), for decreasing a distance between the hinged arms (A1, A2) when the measured temperature falls below a second threshold temperature, whereby the distance between the heating plates (HP1, HP2) is reduced.

A haircare appliance is described having first and second arms that define a hair treatment chamber, an infrared emitter configured to emit infrared radiation into the hair treatment chamber, and an airflow generator configured to generate an airflow within the hair treatment chamber. The infrared emitter is configured to emit infrared radiation including a peak wavelength greater than 900 nm.

A system is providing that includes processing circuitry configured to receive information of a specific sensed condition of a body part of a user detected by the at least one sensor of a device during a session, receive information of a tracked location of the device from a location tracker during the session, associate a specific time when the specific sensed condition is detected with a location of the device in space at the specific time, and determine a location on the body part in a three-dimensional virtual environment where the specific sensed condition occurs based on the associated specific time and location of the device.

An auto-rotate flat iron assembly that can be turned into a curling iron by a simple press of a button. It automates the rotation of the clamped strands of hair in order to create different curl styles. The hair iron assembly creates curls in hair by adjustably applying heat, clamping around hair strands, and automating rotation of the tongs in either direction, so as to achieve the desired wave or curl in hair. A stop member restricts rotation to 180. A power button powers on and off a motor. A rotate button rotates the tongs in both directions 180 and up to or greater than 360. A heat button incrementally increases and decreases heat in tongs. A tong lever controls opening and closing of tongs around hair strands. Different hair curl styles are achieved by changing heat temperature and/or speed of pulling down the iron after the rotation is complete.

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 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.

The present invention relates to a refill (10) for an appliance, notably a hair-shaping appliance, the refill comprising a fixing means able to collaborate with a complimentary member belonging to a receiving structure of the appliance, the fixing means of the refill comprising two profile elements (14, 15) able to engage in an insertion guide of the receiving structure and between them defining a space in which one or more members of the appliance are able to engage.

The present invention relates to a refill (10) for an appliance, notably a hair-shaping appliance, the refill comprising a fixing means able to collaborate with a complimentary member belonging to a receiving structure of the appliance, the fixing means of the refill comprising two profile elements (14, 15) able to engage in an insertion guide of the receiving structure and between them defining a space in which one or more members of the appliance are able to engage.

A rechargeable hair styling tool may be plugged into an electrical outlet to enable charging of each battery and operation of the hair styling tool. Electronics of the hair styling tool may enable it to alternately operate under power from the battery or batteries (i.e., stored power) while the hair styling tool is unplugged from an electrical outlet (e.g., a wall socket, etc.) and under power of an external source of electricity while the hair styling tool is plugged into the electrical outlet. Each heating element of such a rechargeable hair styling tool may be heated when the hair styling tool is plugged in and, once each heating element has been heated to a sufficient temperature, continue to function under power supplied by the battery or batteries of the rechargeable hair styling tool.