The present application relates to a device for cutting hair. The device comprises a housing, a cutting unit arranged at one end of said housing and comprising a cutting element. The device comprises an electrode, and a voltage source connected to the electrode. The voltage source is configured to provide the electrode with an electrostatic charge so that the electrode is configured to attract charges naturally present in haircut by the cutting unit without actively charging the cut hair and to consequently draw and/or hold the cut hair away from the cutting element. The hair cutting device also having a sensor which is arranged to detect a condition relating to the use of the device. The voltage source is activated or deactivated depending on said detected condition.

A shaver head has an upper housing having at least one blade secured thereto, a front mating engagement mechanism, and a rear engagement catch mechanism. The shaver head also has a lower housing having a front mating engagement mechanism, and a locking switch secured adjacent the rear edge of the lower housing, the locking switch having a button coupled to a catch which releasably engages the rear engagement catch mechanism.

The present invention provides for a shaving device and more specifically, to a portable shaving apparatus designed to look like a cosmetic container.

The present disclosure relates to an adjustment drive (50) for an adjustable spacing comb (26) for a hair cutting appliance (10) and to a hair cutting appliance (10) that is fitted with an adjustable spacing comb (26). The present disclosure further relates to a method for operating an adjustable spacing comb (26) for a hair cutting appliance (10). The adjustment drive (50) comprises an actuator (52) that is configured for actuating a movable comb portion (40) of the adjustable spacing comb (26) with respect to a blade set (16) of the hair cutting appliance (10), and a proximity sensitive or touch sensitive sensor element (64), particularly a gesture control user input interface, wherein the sensor element (64) is configured to detect multi-faceted user inputs (70, 72) applied to the sensor element (64) and to output a user input signal that is derived from the multi-faceted user inputs (70, 72), and wherein the actuator (52) is operated on the basis of the user input signal.

A hair grooming device includes a body having a lower housing and a removable cover, the lower housing defining a substantially hollow cavity. The lower housing is formed of a first material. A liner is received by the lower housing in the cavity. The liner is formed of a second material, the second material is different than the first material.

A hair cutter with an improved blade assembly is described. The blade assembly includes a first blade, a second blade, a yoke coupled to the second blade, a blade guide between the first and second blade, a retainer, and a biasing mechanism. The biasing mechanism includes a base and at least one arm configured to interface with and move with the second blade. The retainer is positioned behind the second blade and engages the biasing mechanism. The retainer is further configure to receive a housing connector, allowing for coupling to a handle of the hair cutter.

A hair cutting device kit including a detachable cutting unit actuator, and user-moveable control element. The cutting unit has an extension mechanism configured to vary a cutting length of the cutting unit within a cutting length range. The actuator is configured to cooperate with the extension mechanism of the cutting unit to vary a cutting length of the cutting unit, the actuator being moveable between a first actuator position corresponding to a first extreme cutting length, and a second actuator position corresponding to a second extreme cutting length. The control element is moveable between a range of length control positions between a first control position corresponding to the first actuator position and a second control position corresponding to the second actuator position, and an off position corresponding to deactivation of the drive. The actuator is in the first actuator position when the control element is in the off position.

The present invention provides for a hair trimming apparatus having a pivotally attached blade cartridge with a blade that is insert-molded to a jacket and has a rear surface that is etched.

A dreadlock grooming device including handle, a cylindrical housing attached to the handle, a power source, and a power control. The cylindrical housing includes a first-semi-arcuate-section and a second-semi-arcuate-section together forming a clamp of the cylindrical housing. The cylindrical housing includes a plurality of serrated blades positioned along an interior surface of the cylindrical housing provided to remove stray hairs from a section of hair within the clamp formed by the first-semi-arcuate-section and the second-semi-arcuate-section during use.

A hair cutter with an improved handle is described. The handle includes a neck and upper and lower housings that together form a surface with a gripping portion. The handle extends longitudinally from a cutting end to a handle or gripping end opposite a blade assembly at the cutting end. The gripping portion of the handle facilitates gripping and/or handling the handle. The location of the griping portion and the size relative to the handle allows for improved grasping for users. The neck is configured to deflect hair and/or debris away from the hair cutter and includes a shape and size relative to the handle allowing for reduced weight compared to a standard hair shield.