An oral care product dispensing system includes a container and a plurality of individually packaged items arranged in an organized fashion according to a predetermined treatment plan. At least one of the individually packaged items, or the packages in which it is contained, may be identified with a predetermined time for use. The plurality of individually packaged items may be arranged sequentially according to the predetermined time for use, such as meals, times of day, days, or intervals.

The present disclosure generally relates to oral care systems and devices. An oral care system includes a container defining an interior portion. The container includes a repository provided within the interior portion and configured to hold a fluid, and a barrier configured to maintain the fluid separate from the interior portion. The barrier is configured to be breached to expose the interior portion to the fluid. The system further includes a tube configured to slide in the interior portion of the container. The tube includes a distal end configured to breach the barrier when the tube is moved in a direction of the fluid in the repository.

Provided is an apparatus which simultaneously dries and brushes animals with hair or fur. A positive air pressure source is forced through a general air passageway configuration, comprising a tube, a handle member air passageway, a brush member air passageway, and an outward air aperture. A handle member, comprising a heat adjuster and airflow adjuster, connects to a brush member including an air aperture, a bristle base, and bristles. The bristle base is detachable from the brush member. A depressible prong mechanism is fastened to the handle member for repeated connection and disconnection of the handle member and the brush member. The detachable bristle base and the disconnection of the handle member from the brush member allows for effective apparatus cleaning which leads to more efficient animal drying.

The present disclosure generally relates to oral care systems and devices. An oral care system includes a container defining an interior portion. The container includes a repository provided within the interior portion and configured to hold a fluid, and a barrier configured to maintain the fluid separate from the interior portion. The barrier is configured to be breached to expose the interior portion to the fluid. The system further includes a tube configured to slide in the interior portion of the container. The tube includes a distal end configured to breach the barrier when the tube is moved in a direction of the fluid in the repository.

A vacuum cleaner comprising: a cleaner main body configured to generate suction power; and a suction unit configured to suck dust using the suction power. The suction unit comprising: a drum brush comprising a cylindrical drum rotatable to brush away dust from a floor, and conductive bristles provided on an outer circumferential surface of the drum; and a conductive dust guide unit comprising a guide portion connectable to the cleaner main body and configured to guide the sucked dust to be transferred to the cleaner main body, and a contact portion formed to extend from the guide portion, provided to be in contact with the bristles of the drum brush, and configured to transfer static electricity, which is charged as the vacuum cleaner is operated, from the cleaner main body to the conductive bristles of the drum brush.

A cleaning device including a covering hood having a lower surface facing a surface to be cleaned and an inlet on an upper surface thereof, through which contaminants are sucked; an air knife provided on a circumference of the covering hood and having an outlet for spraying high pressure air to the surface to be cleaned; a sweeper installed inside the covering hood and rotated by a driving motor to guide foreign objects swept away from the surface to be cleaned and contaminants floated by the high pressure air injection of the air knife to the inlet; a rotary member including a shaft passing through a circumferential surface of the covering hood and the air knife, and a rotary knob coupled to one end of the shaft to rotate the air knife to adjust an air spray angle.

There is described herein a broom-style cleaning appliance with built in vacuum assembly that can be activated via an elongate nozzle member located adjacent a bundle of cleaning bristles to eliminate the need for a dustpan. Once the vacuum module is activated the debris is collected in a collection chamber housed above or adjacent to the cleaning bristles or elements.

A suction assembly, toothbrush, and method are provided that suction fluids and debris resulting from brushing. The suction assembly includes a housing configured to couple to the toothbrush so that a portion extends around sides and a back of the toothbrush head and is spaced from the toothbrush head by a gap. The suction assembly further includes a vacuum pump, a collection reservoir, and one or more conduits that couple the vacuum pump, suction head portion, and collection reservoir to apply a suction around the toothbrush head through the gap and deposit suctioned material in the collection reservoir.

A vacuum housing attachment used with a animal grooming tool for vacuuming loose fur and hair as an animal is groomed The housing attachment includes an inverted “U” shaped tool housing. The tool housing includes an open bottom portion, a closed first end portion and an open second end portion. The open second end portion is adapted for receiving the grooming tool therethrough. The tool housing is adapted for holding the grooming tool in a snug fit. Attached to a rear portion of the tool housing is a hollow handle. One end of the hollow handle includes a vacuum intake port for receiving the fur or hair from an animal, as the animal is being groomed. An opposite end of the hollow handle includes a vacuum exit port adapted for attachment to a vacuum tube.

A cleansing device includes a body, a head, an applicator, and a diaphragm. The body can define a handle. The head can be mechanically coupled to the body. The applicator can be arranged on a top of the head. The applicator can include an application surface and a back surface, and can define a plurality of openings. The diaphragm can be disposed within the head and against the back surface of the applicator. The diaphragm is configured to move in a reciprocating manner towards and away from the back surface of the applicator to create a suction force within the plurality of openings configured to draw contaminates away from pores of a cleansable surface that abuts the application surface of the applicator.