A mascara application system includes two brushes on arms or wands. A manufacturing approach is included. Wands are biased together, requiring force to separate brushes to place brushes on opposite sides (surfaces, top and bottom) of an eyelash. Upon release of the force brushes remain in contact with no affirmative force required to keep them together. During application of mascara, a user's fingers remain free to manipulate the position and movement of the brushes by holding, rolling, drawing, or otherwise controlling the handle to which the wands anchor. Brushes may be the same or different sizes, on simple, cantilevered arms or in a crossed (reverse tweezers) configuration. A reservoir of mascara product may receive, and seal by means of engaging, the applicator without relative rotation.

A skincare device having energy regenerating end effector is presented. In one embodiment, an end effector includes an inner end effector structure configured to oscillate about an axis. The inner end effector structure includes at least one magnet and a plurality of contacting elements configured to contact skin of a user. The end effector also includes an outer end effector structure having at least one induction coil. The at least one magnet and the at least one induction coil cooperate to generate electrical current in the at least one induction coil when the end effector oscillates about the axis.

A pump toothbrush having a toothpaste tube to dispense dentifrice material to top of bristle head is disclosed. The pump toothbrush has a pump head with a resilient button to create an internal vacuum force to draw the dentifrice material from the toothpaste tube. The toothpaste tube is supported by width-limiting fingers to prevent total collapsing of sidewalls resulting in blocking of its flow channel. A self-closing spout is used for preventing backflow. For a manual pump toothbrush the toothpaste tube has an oval-shaped shoulder for mating with the oval-shaped shoulder of a detachable handle for fastening the toothpaste tube by threads. For an electrical pump toothbrush, a detachable endcap connector is used for swinging out the toothpaste tube from its handle for replacement. A sonic vibration model uses rubber molding to minimize vibration on the handle. A dual-rotary model has two rotary bristle elements engaged by gear teeth.

A back and shoulder cleansing machine for a shower wall is disclosed. The device mounts to the wall using suction cups and is connected to the shower head water supply for dispensing water and soap from the brush body. Additionally, the brush body rotates and also has a pair of elevated brushes extending from the main device. The elevated brushes are also configured to have a swiveling motion and are then used to wash a person's shoulders. Additionally, the main body includes a refillable soup revivor which is accessed from a top end of the main body. Excess water from within the main body is then dispensed from a release valve at the bottom end of the main body.

The present invention presents a veterinary toothbrush having dual heads. The presented solution provides a cost-saving measure for connecting or attaching two conventionally known standard toothbrushes to form a dual-headed toothbrush. The present invention focuses on various mechanisms such as pinning, welding, or dipping of two conventionally known standard toothbrushes to permanently form a single toothbrush with a dual head with bristles. According to an aspect, the two existing toothbrushes may be plastic dipped to form a single dual-head brush. According to another aspect, the two existing toothbrushes may be welded together to form a single dual head brush. In another mechanism, the two existing toothbrushes may be joined or pinned together to form a single dual head brush.

Proposed is a brush for applying makeup. The brush according to the present disclosure includes: a large brush (100); a receiving space (140) formed along a length direction of the large brush (100) at a position corresponding to or eccentric from a center of the large brush (100) so that the receiving space (140) is open at upper and lower ends thereof and at a side of a circumference thereof; and a small brush (200) configured to be coupled to the large brush (100) in a direction from top to bottom of the receiving space (140) so as to coincide with a disposition direction of the large brush (100) so that the small brush (200) is used in conjunction with the large brush (100) as one integrated brush (300), or separated from the large brush (100) in a direction from bottom to top thereof and selectively used.

The present disclosure generally relates to a portable, daily-use cleaning product. More specifically, the present disclosure relates to an apparatus, device, or structural system that is adapted to clean or disinfect a restraining member, such as a seatbelt in a car or a restraining belt of an airplane seat or train, or a supporting member, such as a support bar in a subway car or metro bus, and other suitable examples.

An applicator member for applying a cosmetic product to human keratin materials, including an applicator head having two opposite faces, the applicator head including: a first part having at least one housing, and a second part that is connected to the first part by a hinge and is at least partially engaged in the housing of the first part, wherein the first and second parts are both accessible from each of the faces of the applicator head.

Controllable brush, comprising a bristle carrier (BC) having a plurality of bristles (B), and a supplementary carrier (SC) having a plurality of protrusions (P), a distance (d) between the supplementary carrier (SC) and the bristle carrier (BC) being modifiable, whereby decreasing the distance (d) results in the protrusions (P) being inserted through the bristle carrier (BC). Decreasing the distance (d) results in the protrusions (P) being inserted inside the bristles (B). Alternatively, decreasing the distance (d) results in the protrusions (P) being inserted between the bristles (B). The controllable brush may further comprise an actuator for modifying the distance (d), and a control unit for controlling the actuator in response to a sensor output. The sensor may be arranged for measuring a force experienced by the brush. Alternatively, the sensor may be a camera of a smartphone.

The present invention relates to a brush head (10, 10a, 10b, 10c) for use with a body care device (100), comprising a plurality of bristles (22, 22a-22e), a carrier (16) for fixedly carrying the plurality of bristles (22, 22a-22e), and connection means for connecting the carrier (16) to a housing (50) of the body care device (100) defining a first axis (14), so that, when the brush head is connected to the housing (50), the carrier (16) is rotatable about the first axis (14) and pivotable about a second axis (20) perpendicular to the first axis (14) with respect to the housing (50), wherein the carrier (16) comprises a plurality of carrier parts (17), each fixedly carrying a corresponding one of a plurality of bristle groups (26, 28, 30), and wherein at least one of the plurality of carrier parts (17) comprises a shaft defining a third axis (40, 42, 44) about which the corresponding bristle group (26, 28, 30) is rotatable.