A hair trimmer is provided, including a trimmer housing having a drive end, a drive shaft projecting from the drive end, a support bracket associated with the drive end, and a cutting workhead connectable to the drive shaft and being supported on the trimmer by the support bracket. The cutting workhead is removable from operational engagement with the trimmer housing without the use of tools.

The present invention provides for a shaving device and more specifically, to a portable, conical shaped shaving apparatus with a central element, top and bottom caps, and when assembled, the apparatus is designed to look like a cosmetic container.

The present disclosure relates to an apparatus and method for trimming hairs by rotating a housing on a handle that contains one or more razor blades angled for shaving adjacent hairs.

A nose hair cutter for cutting nose hairs includes a main part formed along an axis of the main part including a cutting head and a handle connected thereto on a first end of the main part. A blade is arranged on the cutting head including a cutting edge extending in an axial direction. The blade is arranged on the cutting head such that the cutting edge of the blade protrudes at least in portions from a surface of the cutting head extending in a peripheral direction, such that the cutting edge intersects the hairs supplied thereto on an exterior of the cutting head. The cutting edge extends in a first plane of the main part extending in a radial direction. A flat facing the axis is positioned at least in portions at an acute angle of attack relative to the first plane.

A hair trimmer is provided, including a trimmer housing having a drive end, a drive shaft projecting from the drive end, a support bracket associated with the drive end, and a cutting workhead connectable to the drive shaft and being supported on the trimmer by the support bracket. The cutting workhead is removable from operational engagement with the trimmer housing without the use of tools.

A cutting apparatus for hair or fiber protruding from a surface includes a roller, a number of cutting features disposed at an outer peripheral surface of the roller, wherein the number of cutting features is adapted for cutting the hair or fiber when the roller rotates in contact with the filamentous surface or is moved while in contact with the filamentous surface.

The present invention relates to motorized clippers for hairs growing in the nose and ear cavities, comprising a shaving head with a moving blade (5) and a stationary blade (6), the stationary blade having slots (7) for penetration of the hairs on the front face (2) and on the side face (3) viewed in the direction of introduction of the shaving head into the cavity to be clipped, and said stationary blade also comprising slots for the penetration of hairs on the rear face (4) allowing cutting also of the hairs during withdrawal of the shaving head from the cavity to be clipped.

The present disclosure provides an electric toothbrush capable of more reliably suppressing transmission of vibration generated during use to the hand. Electric toothbrush according to the present disclosure includes body having drive shaft driven by rotary motor. In addition, electric toothbrush further includes head detachably attached to body, head including power transmission mechanism capable of transmitting power of rotary motor, and acting member operated by the power transmitted from power transmission mechanism. Further, electric toothbrush includes brush handle having bristle and detachably attached to head. Then, power transmission mechanism includes power transmission unit attachable to drive shaft in a state where idling is suppressed.

The disclosure provides a pair of vibrissa and eyebrow scissors having a fixed blade and a moveable blade capable of being rinsed separately. The pair of vibrissa and eyebrow scissors comprises a scissors head and a scissors body, wherein a driving device is arranged in the scissors body. The scissors head further comprises a blade separation device; the blade separation device is connected with the fixed blade or the moveable blade; and by operating the blade separation device, the fixed blade and the moveable blade that are in a laminating state are separated from each other. On the basis of the traditional vibrissa and eyebrow scissors, the disclosure is provided with a blade separation device which may separate the moveable blade from the fixed blade, so that the rinsing effect can be enhanced.

The present disclosure generally relates to instruments for neurotologic surgical procedures, and more particularly, instruments for shearing ear canal hairs having combined shearing, illumination, and vacuum functions. In certain embodiments, the instruments may further facilitate visualization of the ear canal during the shearing of ear canal hairs.