The invention relates to a skin treatment device comprising a handle with an energy supply, an application head with at least one heat source comprising at least one semiconductor light source, and at least one heat sink comprising cooling fins. The heat sink is located remote from the heat source within the handle. Further, the heat source is thermally connected to the heat sink by means of a heat transfer system (6, 6′, 6″) which comprises a hermetically sealed tubular body containing a working medium, wherein the pressure within the tubular body is chosen such that the working medium is a saturated liquid at room temperature and may be vaporized by the heat source.

A device (100A) for treating skin (S) comprises a skin treatment member, a skin contacting surface (10), a mounting member (104) for mounting the skin treatment member (110) and the skin contacting surface (107), and friction controlling means (124, 126, 134) configured and arranged to control friction between the skin contacting surface (107) and the skin (S) to be treated, in at least one controlled friction area (122) of the skin contacting surface (107), during use when the skin contacting surface (107) is moved over the skin (S). In particular, the friction controlling means (124, 126, 134) are adapted to introduce a slip motion of the controlled friction area (122) relative to the mounting member (104) in a direction corresponding to a local direction of extension of the skin contacting surface (107). The device comprises sensing means (130, 138) configured and arranged for detecting a first parameter, which is related to an amount of friction between the skin contacting surface (107) and the skin during use, and the friction controlling means are adapted to control a second parameter of the slip motion in dependence on a value of the first parameter detected by the sensing means (130, 138). The first parameter is for example an actual motion direction of the device relative to the skin during use, or an amount of skin doming of the skin in a hair-entry aperture of the skin treatment member. The second parameter is for example a frequency or a maximum velocity of the slip motion.

An epilator includes an epilation head and a massage roller arranged next to the epilation head. The massage roller is rotatable about a longitudinal axis and includes pairs of elementary massaging members positioned in a V-shape relative to each other. Each elementary massaging member may be a round, elliptical, or polygonal disc.

Removing hair in a conventional manner is of low work efficiency. Nasal hair stereoscopically grows, and where in the nasal vestibule portion it grows is not clear. Thus, it is difficult in some cases to treat even one nasal hair. Also, using a shaver does not allow treated nasal hair to be visually recognized, which leaves uncertainty as to how much of nasal hair that has been actually treated. Therefore, a hair remover that pinches hair by compressing a spring along an axle member and removes the hair by moving with the spring being compressed is provided.

The present invention relates to a body care system (100a-j) including a cooling device (10a-j) for a body care system (100a-j) comprising a brush unit (12) including a plurality of airflow generating structures, a connecting unit (16) for connecting the brush unit (12) to a driving unit (14), the driving unit (14) being configured to drive the brush unit (12) to rotate about a rotational axis (18) to generate an airflow by the rotation of the airflow generating structures, wherein the rotational axis (18) is substantially parallel to the surface of the body part, and a supplying unit arranged inside the brush unit (12) for supplying a cooling medium to the plurality of airflow generating structures of the brush unit (12) to evaporate the cooling medium by the generated airflow.

The present invention relates to hair removal, and in particular to a handheld hair removal apparatus. In order to reduce pain during hair removal, the handheld hair removal apparatus (10) comprises a hair removal arrangement (12), a support structure (14) and a skin stretching device (16) attached to the support structure and comprising at least two leading surface portions (18a, 18b) for skin contacting and stretching. The apparatus has a main movement direction (26) in which the apparatus is to be moved relative to skin during use. The hair removal arrangement comprises a skin contact portion (30) for contacting a user's skin during operation, wherein the skin contact portion extends at least along a primary axis (32) extending perpendicularly to the main movement direction (26). The at least two leading surface portions, seen in an imaginary plane comprising a base line (27) and extending parallel to the main movement direction (26), are arranged at opposite inclinations of at least 20° with respect to the base line (27), which extends perpendicularly to the main movement direction and parallel to the primary axis, and are each provided with a skin touching surface portion (34a, 34b) having a main direction of extension that is inclined a tan angle of at least 20° with the base line seen in said imaginary plane. During operation, the leading surface portions are brought into contact with the skin to act on the skin with a pushing force (42) having a first vector (38), parallel to the skin's surface, in a first direction (Y) parallel to the main movement direction, and a second vector (40), parallel to the skin's surface, in a second direction (X) perpendicular to the main movement direction. In an operational position, the skin stretching device is arranged in front of the skin contact portion with respect to the main movement direction. During operation, the skin stretching device provides a stretched skin portion between the at least two leading surface portions.

The present disclosure discloses a depilator including a cold compressing portion, a heat sink assembly and a heat conducting plate which are located away from the cold compressing portion. The heat conducting plate includes a main heat absorbing portion and a heat outputting portion. The main heat absorbing portion is in contact with the cold compressing portion, to absorb heat of the cold compressing portion. The heat outputting portion is in contact with the heat sink assembly, to conduct the heat to the heat sink assembly. The depilator defines a cooling channel. The depilator comprises a housing; the housing defines at least one cooling inlet and at least one cooling outlet; the cooling channel is formed between the at least one cooling inlet and the at least one cooling outlet; the heat of the heat sink assembly is dissipated through the cooling channel and the at least one cooling outlet.

The present invention relates to a body care system (100a-j) including a cooling device (10a-j) for a body care system (100a-j) comprising a brush unit (12) including a plurality of airflow generating structures, a connecting unit (16) for connecting the brush unit (12) to a driving unit (14), the driving unit (14) being configured to drive the brush unit (12) to rotate about a rotational axis (18) to generate an airflow by the rotation of the airflow generating structures, wherein the rotational axis (18) is substantially parallel to the surface of the body part, and a supplying unit arranged inside the brush unit (12) for supplying a cooling medium to the plurality of airflow generating structures of the brush unit (12) to evaporate the cooling medium by the generated airflow.

A device for treating skin includes a skin treatment member, a skin contacting surface, a mounting member for mounting the skin treatment member and the skin contacting surface, and a friction controlling device to control friction between the skin contacting surface and skin to be treated, in at least one controlled friction area of the skin contacting surface when the skin contacting surface is moved over the skin. The friction controlling device introduces a slip motion of the controlled friction area relative to the mounting member in a direction corresponding to a local direction of extension of the skin contacting surface. The device also includes a sensor for detecting a first parameter related to an amount of friction between the skin contacting surface and the skin during use, and the friction controlling device controls a second parameter of the slip motion in dependence on a value of the first parameter.

The present invention relates to hair removal, and in particular to a handheld hair removal apparatus. In order to reduce pain during hair removal, the handheld hair removal apparatus comprises a hair removal arrangement, a support structure and a skin stretching device attached to the support structure and comprising at least two leading surface portions for skin contacting and stretching. The apparatus has a main movement direction in which the apparatus is to be moved relative to skin during use. The hair removal arrangement comprises a skin contact portion for contacting a user's skin during operation, wherein the skin contact portion extends at least along a primary axis extending perpendicularly to the main movement direction During operation, the skin stretching device provides a stretched skin portion between the at least two leading surface portions.