An apparatus to facilitate makeup blending and application is disclosed. The makeup blender includes a body that provides a steady state vibration and is easily grasped by a human hand. The makeup blender is electrically powered by replaceable batteries or rechargeable batteries. The makeup blender provides for an attachment interface that facilitates easy snap on or off, for attachments such as a brush or a cotton ball holder. The electrically powered consistent vibration on an attachment such as a brush provides for even and smooth blending of makeup over the skin.

A toothbrush head includes a fixture and a compressing sleeve. The fixture includes a first end and a second end. The first end is provided with a protrusion fastened with the brush head. The second end splits to form a gap that extends toward the first end. The gap has a fastening space fastened with the driving shaft of an electric toothbrush. The compressing sleeve sleeves the outside of the fixture to shrink the gap. The fixture is fastened with the metal driving shafts with various shapes or sizes of electric toothbrushes. As long as the compressing sleeve sleeves the outside of the fixture, the fixture is not loosed. Thus, the toothbrush head is suitable for electric toothbrushes of many brands.

The disclosure provided herein is directed to a body scrubbing device. The body scrubbing device has a cleaning member and a connection member that are removably connected to a body of the body scrubbing device. The body scrubbing device is stackable and arrangeable with another body scrubbing device by interconnection between a male interconnection member and a female interconnection device.

An oral care refill head (300), the oral care refill head (300) may be detachably coupled to a handle (200). The handle (200) may include a stem (250) that is received within a connection cavity (326) of the oral care refill head (300). The stem (250) and the connection cavity (326) may have specific geometries and structures to ensure an adequate coupling therebetween. An oral care implement (100), the oral care implement (100) have a pressure sensing assembly, excessive pressure applied onto the oral care refill head (300) will cause the motor (140) and a motor chassis (401) to rock. As the motor chassis (401) rocks, a contact element (456) thereon will actuate a pressure actuator element (455). In response, a control unit (150) may initiate generation of a user perceptible signal to inform the user of the excess pressure.

A cleaning tool includes a holding rod and a cleaning assembly that is disposed on at least one end of the holding rod, wherein a connecting assembly is disposed between the holding rod and the cleaning assembly. The connecting assembly includes a controlling member having an engaging portion and a pressing portion. When the holding rod is connected to the cleaning assembly, the engaging portion corresponds to an engaged portion on an inner wall of a connecting tube of the cleaning assembly, so that the holding rod and the cleaning assembly are locked to each other, and the pressing portion is located out of the connecting tube. When the pressing portion is pressed, the engaging portion is disengaged from the engaged portion, thereby allowing the holding rod to be disengaged from the cleaning assembly.

A reconfigurable brush includes an elongated brush head extending between brush-head first and second ends and a brush handle extending between handle proximate and distal ends. The brush-head first end is mounted to the handle distal end for rotation about a brush-head rotation axis between opposed first and second angular orientations and axial displacement along the brush-head rotation axis between opposed axial first and second positions. The first and second angular orientations are defined such that the brush-head second end is disposed, respectively, (i) rearwardly of the brush-head first end and the handle distal end and (ii) forwardly of the brush-head first end and the handle distal end. The axial first and second positions correspond to the handle being, respectively, (a) locked in one of the first and second angular orientations and (b) unlocked to allow rotation between the opposed first and second angular orientations.

A solar panel cleaning system includes a brush connected by a hose to a fluid supply. The brush has scrubbing material, such as bristles, attached to a brush body for mechanically cleaning the surface of the solar panel. The width of the contact surface of the scrubbing material may be equal to the width of the solar panel, so that the solar panel may be cleaned with only upward and downward strokes. The brush body may further support a fluid manifold that receives the fluid from the fluid supply. The fluid manifold may include nozzles that emit the fluid under pressure onto the solar panel. The nozzles may project both frontward and rearward of the brush body so that the fluid sprays off the solar panel in front of and behind the brush. Spray patterns of the nozzles may overlap and impinge the entire width of the solar panel.

An oral healthcare personal appliance (10), configured for use with a removable brush head (20) having a first light guide (28), comprises a handle (16), an actuator (14) with a hollow drive shaft (18), a second light guide (36) disposed co-axially between first and second ends of the hollow drive shaft, a rear stop connection adapter (62) coupled to the second ends of the hollow drive shaft and the second light guide, a light source (66) to emit light into the second light guide, and an optional front stop connection adapter (34) coupled to the first ends of the hollow drive shaft and the second light guide. Physically coupling the brush head to the handle enables both (i) a rotation of the brush head via a rotation of the hollow drive shaft and (ii) a transmission of light from the light source through the second light guide and into the first light guide.

The invention relates to an electric toothbrush handle and an electric toothbrush. The electric toothbrush handle comprises: a shell in the inner cavity of which at least one light emitting element is arranged; and a display interface arranged on the outer side of the shell and covering the light emitting element; wherein the display interface is provided with a mark in a set shape at a position corresponding to each light emitting element; the light of the light emitting element is capable of penetrating through the display interface so that the mark is visible. With the mark formed on the display interface, the machining process of the electric toothbrush handle is simplified, and the electric toothbrush with the electric toothbrush handle can effectively prevent water ingress.

Described herein are devices for cleansing the internal surface of various body cavities. The devices generally include a handle and one or more cleansing tips having different sets of cleansing surfaces. In addition to removing debris, and disrupting bacterial biofilms so as to make these bacteria more susceptible to various cleansing agents, the devices may be configured to deliver an antiseptic agent, an anti-inflammatory agent, or a fragrance to the body cavity surfaces, or deliver UV light to sanitize the surfaces. Methods for cleansing the surfaces of body cavities such as the nasal passages and vaginal cavity are also described herein. Systems including one or more cleansing devices and one or more cleansing formulations are further described.