The present embodiments relate to a hair removal tool. The tool may include a coil that is tightly wound and engaged to a housing. In operation, a user may roll the coil across a substrate (e.g., skin) to capture hairs between the coils in the coil. As the coil rolls radially around the housing, the outer edge of the coil can expand and contract, capturing and removing hairs as the coil rolls.

The present disclosure is concerned with a personal care device having a head portion having a driven treatment head, a handle portion having a drive unit for providing a motion having a motion direction, and a drive train extending between the drive unit and the driven treatment head for transmitting the motion from the drive unit to the driven treatment head, the drive train having a separable coupling. The separable coupling has a first coupling part having a first coupling element, a second coupling part having a second coupling element, the first and the second coupling elements being separably engaged with each other, and a resilient element biasing the first coupling element and the second coupling element against each other so that the first and second coupling elements are engaged in a gap-free manner along the motion direction.

A hair remover is provided, including a main body, a positioning member, a mounting member and a blade assembly. The positioning member is mounted on the main body. The mounting member has one end connected to the blade assembly and one other end received in the positioning member and movably connected thereto. The mounting member defines a receiving chamber. At least one through hole communicating with the receiving chamber is defined on a periphery of the mounting member. The mounting member is slidable to enable the positioning member to completely cover the through hole.

Clamping heads are disclosed with epilators and clamping hairs, and can include a first clamping unit and at least two spring plates arranged adjacent to each other on a plane traversing an axis of rotation of a stopper plate, each of said spring plate having a first spring plate clamping surface, and said stopper plate is adjacent to said first clamping unit and having a stopper plate clamping surface opposing said first spring plate clamping surface of each said spring plate, such that during rotation of said stopper plate relative to said first clamping unit, said first clamping unit reciprocally moves away from and towards said stopper plate such that a first space between said first spring plate clamping surface and said stopper plate clamping surface opens and closes for clamping hair.

The present disclosure is concerned with epilator having an epilator head that has a head housing and a skin contacting unit arranged for being pivotable with respect to the head housing around a first axis and a handle arranged for being held by a user's hand, wherein the epilator head is pivotably connected with the handle and is arranged for being pivotable with respect to the handle around a second axis, the first axis and the second axis being essentially perpendicular to each other and the first axis and the second axis have a distance to each other and wherein the epilator head comprises a neck portion that is connected with the handle to establish a separable but otherwise fixed connection and the head housing comprises a cylindrically or spherically shaped neck wall, which neck wall is arranged to immerse into a hollow defined by the neck portion when the head housing pivots around the second axis.

An epilating device having a frame, a pair of clamping elements with a first clamp and a second clamp mounted in the frame, wherein each clamp has a skin contact surface facing towards the user's skin. The first clamp and the second clamp being inclined with respect to each other in the open position and being parallel to each other in the closed position.

The present disclosure is concerned with epilator having an epilator head that has a head housing and a skin contacting unit arranged for being pivotable with respect to the head housing around a first axis and a handle arranged for being held by a user's hand, wherein the epilator head is pivotably connected with the handle and is arranged for being pivotable with respect to the handle around a second axis, the first axis and the second axis being essentially perpendicular to each other and the first axis and the second axis have a distance to each other.

The present invention is concerned with an epilator for removing body hair. The epilator comprises a body having a head section, a plucking cylinder which is rotatable about a first rotation axis in the head section for plucking hairs and at least one shaving blade for shaving off hairs, which is mounted in the head section movable with respect to the plucking cylinder. The at least one shaving blade is movable between a retracted position in which the at least one shaving blade does not protrude from the head section and an extended position in which the at least one shaving blade protrudes from the head section.

The present disclosure is concerned with a personal care device having a head portion having a driven treatment head, a handle portion having a drive unit for providing a motion having a motion direction, and a drive train extending between the drive unit and the driven treatment head for transmitting the motion from the drive unit to the driven treatment head, the drive train having a separable coupling. The separable coupling has a first coupling part having a first coupling element, a second coupling part having a second coupling element, the first and the second coupling elements being separably engaged with each other, and a resilient element biasing the first coupling element and the second coupling element against each other so that the first and second coupling elements are engaged in a gap-free manner along the motion direction.

A motor and a personal-care device having the motor. The motor has a motor carrier made at least partially from a sheet metal material, a movable motor part, and a spring element that couples the movable motor part with the motor carrier. The sheet metal material comprises at least one coupling area where the sheet metal material is folded so that its two layers are facing each other while each of the two layers comprises a slot, the slots being aligned with one another. A connection extension of the spring element extends through the aligned slots.