A skin cleanser includes a surface, such as a silicone surface, with at least one textured portion for transmitting vibrational tapping to the skin. The skin cleanser includes at least one oscillating motor for generating the tapping motion to the skin. The textured portion includes touch-points or a wave that transmit the tapping motion to skin in contact with the textured portions. The touch-points may include thicker and thinner formations of the touch-points to provide firmer or softer vibrations to the skin. The touch-points are within about 0.5 to 2.5 mm in diameter. One configuration includes multiple oscillating motors configured to provide different vibration frequencies at around 50-300 Hertz and operable simultaneously.

A disposable personal care apparatus includes a main body and a handle. The main body has a first body end and a second body end. The main body includes soap. The handle is configured to be grasped for moving the main body. The handle is integrally formed with the main body. The handle has a first handle end and a second handle end. The second handle end of the handle is closer to the first body end of the main body than the second body end of the main body. The main body is configured to support the handle in an upright position over the main body when the second body end of the main body is positioned on a surface. A longitudinal axis extends a length of the disposable personal care apparatus from the first handle end to the second body end.

The present disclosure relates to an electric orifice cleaning brush including a brush head, a brush head mounting platform onto which the brush head is detachably mounted, and a motor holder for supporting the brush head mounting platform and accommodating a motor. The brush head includes a rigid sleeve disposed at a peripheral part of the brush head, a bristle implanting portion that is extendable and retractable relative to the rigid sleeve, and bristles formed in bristle bindles. The bristle bindles being disposed on the bristle implanting portion and are radially distributed in an evenly spaced manner. By means of the present disclosure, a complete cleaning of an orifice of a human body can be achieved, and damages to the orifice can be avoided.

An electric orifice cleaning brush includes a brush head having a bristle implanting portion in the shape of a truncated cone and including a center region and apertures in the center region for facilitating air flowing. The brush head further includes bristles formed in bristle bindles. The bristle bindles are disposed outside the center region and are radially distributed in an evenly spaced manner. The cleaning brush further includes a brush head mounting platform onto which the brush head is detachably mounted and a driving mechanism having a fan blade disclosed thereon. The fan blade is configured to rotate with rotation of the driving mechanism and produce a negative pressure on the bristle implanting portion through the apertures. The cleaning brush further includes a motor configured to drive the brush head to move through the driving mechanism and a motor holder for supporting the brush head mounting platform and accommodating the motor.

The present disclosure relates to an electric orifice cleaning brush including a brush head, a brush head mounting platform onto which the brush head is detachably mounted, and a motor holder for supporting the brush head mounting platform and accommodating a motor. The brush head includes a bristle implanting portion in the shape of a truncated cone and comprising a center region and bristles formed in bristle bindles. The bristle bindles are disposed outside the center region of the bristle implanting portion and are radially distributed in an evenly spaced manner. By means of the present disclosure, a complete cleaning of an orifice of a human body can be achieved, and damages to the orifice can be avoided.

A facial cleansing brush structure includes an outer casing, a brush head assembly, and a brush head drive device. The outer casing has a brush head installation chamber. The brush head assembly includes a brush head and a brush head retaining member. The brush head has an installation baseplate and at least two elastic limit arms. The brush head and the brush head retaining member are skillfully designed to complete the assembly of the brush head and the brush head retaining member. The assembly is simple, easy and stable. On the premise that the facial cleansing brush is small in size, the brush head has a large cleansing area to enhance the cleansing efficiency.

An oscillating motor for a personal care appliance that aims to reduce or substantially eliminate vibration transmitted to the appliance handle. In order to reduce vibration in the handle, the oscillating motor in one embodiment includes dual workpiece mounts. Each workpiece mount is moved independently by one of the two output drives or armatures of the oscillating motor. The oscillating motor utilizes dual, counter-oscillating armatures, each armature/inertial device being configured to offset the inertia generated by the other of the armature/inertial device, thereby creating zero or almost zero moments about the oscillating axis of the workpiece.

An oscillating motor for a personal care appliance. The oscillating motor imparts suitable oscillating motion to one or more associated workpieces or workpiece sections via first and second independently moving armatures. The first and second armatures move counter to one another. Each armature/inertial device can be configured to offset the inertia generated by the other of the armature/inertial device, thereby creating zero or almost zero moments about the oscillating axis of the workpiece. The one or more workpiece or workpiece sections can include but is not limited to cleansing brushes, composition applicators, exfoliating brushes, exfoliating discs, toothbrushes, shaving heads, etc.

The present invention discloses personal hygiene device or cleaning devices and cleaning apparatuses. The cleaning devices include an elongate member, at least one housing coupled to a proximal end of the elongate member, at least one agitation mechanism movably coupled to the at least one housing, and a cleaning device removably coupled to the at least one housing. The cleaning apparatuses include a cleaning portion, a first attachment portion at a first end of the cleaning portion, and a second attachment portion at a second end of the cleaning portion. Methods of using the cleaning devices are also disclosed.

An extendable battery operated scrubber brush with interchangeable brush heads is provided. The scrubber brush includes a battery operated scrubber brush having an extendable handle and a plurality of interchangeable brush heads, each having different body cleaning materials thereon, and a battery charging docking station. The handle is extendable via an elongated member that is slidably disposed in an interior volume thereof. The handle includes a proximal end and a distal end that includes a drive shaft for removably receiving an interchangeable brush head thereon. The drive shaft is coupled to an electric motor disposed in the handle that rotates the drive shaft and drives an interchangeable brush head mounted thereon. The proximal end includes a port for receiving an electrical connector disposed in the docking station and one or more activation switches for activating the electric motor and driving the drive shaft.