The disclosed technology includes a cleaning device for cleaning personal care tools, such as toothbrushes and shaving razors. The cleaning device can include a heating element configured to heat cleaning fluid received by the cleaning device and a high pressure nozzle configured to output heated cleaning fluid into the cleaning chamber.

A paintbrush sleeve, and a method of using the paintbrush sleeve, to keep bristles of a paintbrush moist, including a sleeve member configured to retain moisture, wherein the sleeve member is configured to snugly fit at least partially over the bristles of the paintbrush.

A dental cleaning device, including a main body to facilitate gripping thereof, a plurality of bristles disposed on at least a portion of a first end of the main body to facilitate brushing of at least one tooth, and a floss compartment disposed within at least a portion of a second end of the main body, the floss compartment including a floss roll to coil a line of floss, a floss dispensing aperture connected to the floss roll to receive the line of floss therethrough from the floss roll, and a blade disposed around the floss dispensing aperture to cut the line of floss.

A dust wand cleaner for dust wands that have radially-arrayed fibers that protrude to a define a generally cylindrical fiber head. The cleaner includes two open end sections and a midsection. Each end section has an internal passageway that preferably narrows from a first width that easily receives an inserted end of a generally cylindrical fiber head of a dust wand to a second width that compresses the fibers of the dust wand. The midsection has an internal passageway that is aligned with the internal passageways of the end sections, that is wider than the second width and that has inwardly extending bristles. When a dust wand is passed through the aligned passageways of the two open end sections and the midsection, debris adhering to the dust wand fibers is removed from the dust wand by being combed by the bristles.

A dust wand cleaner for dust wands that have radially-arrayed fibers that protrude to a define a generally cylindrical fiber head. The cleaner includes two open end sections and a midsection. Each end section has an internal passageway that preferably narrows from a first width that easily receives an inserted end of a generally cylindrical fiber head of a dust wand to a second width that compresses the fibers of the dust wand. The midsection has an internal passageway that is aligned with the internal passageways of the end sections, that is wider than the second width and that has inwardly extending bristles. When a dust wand is passed through the aligned passageways of the two open end sections and the midsection, debris adhering to the dust wand fibers is removed from the dust wand by being combed by the bristles.

A system is disclosed that includes a server, which includes a network interface configured to receive an order request for one or more ordered products from an end device. The order request includes user identification information, product identification information, and time interval information. The system further includes a memory and a processor configured to access the memory and operate according to computer program code. The computer program code includes product code, product status code, which causes the processor to acquire a first status (product location) and a second status (condition state) of one of the one or more ordered products. The computer program code further includes product transport code configured to cause the processor to determine a transport location based on the acquired information, and generate an instruction to send the one of the one or more ordered products to a storage facility, a reconditioning facility, or a user.

A system is disclosed that includes a server, which includes a network interface configured to receive an order request for one or more ordered products from an end device. The order request includes user identification information, product identification information, and time interval information. The system further includes a memory and a processor configured to access the memory and operate according to computer program code. The computer program code includes product code, product status code, which causes the processor to acquire a first status (product location) and a second status (condition state) of one of the one or more ordered products. The computer program code further includes product transport code configured to cause the processor to determine a transport location based on the acquired information, and generate an instruction to send the one of the one or more ordered products to a storage facility, a reconditioning facility, or a user.

A pad cleaner is in the shape of a “stone” or an ellipsoid. The pad cleaner has a first surface bowed in the center which curves down from the center radially outward to the edges of the first surface. The pad cleaner has a second surface bowed in the center, which curves up from the center radially outward to the edges of the second surface. The first surface is joined to the second surface at the edges of both surfaces forming a hollow center. There are ridges or spikes extending normal to the second surface that are arranged in a pattern to produce a cleaning effect. The first surface has a cutout extending through a material thickness of the first surface to expose the hollow center. The hollow center can be used to store pads.

A pad cleaner is in the shape of a “stone” or an ellipsoid. The pad cleaner has a first surface bowed in the center which curves down from the center radially outward to the edges of the first surface. The pad cleaner has a second surface bowed in the center, which curves up from the center radially outward to the edges of the second surface. The first surface is joined to the second surface at the edges of both surfaces forming a hollow center. There are ridges or spikes extending normal to the second surface that are arranged in a pattern to produce a cleaning effect. The first surface has a cutout extending through a material thickness of the first surface to expose the hollow center. The hollow center can be used to store pads.

The present invention relates to a hairbrush cleaning device comprised of a body, a first end comprised of a removable rake head assembly or a removable brush head, and a second end further comprised of a vacuum, an interior compartment and a vacuum motor. The body of the device further preferably resembles a comb, rake or brush, and is also comprised of a rake attachment used to remove buildup on a hairbrush or a hairbrush attachment on one end of the body. On the second end, a vacuum opening is used to suck debris such as hair off of surfaces and/or from the hairbrush and trap it in an internal compartment to be disposed of. The device can be applied to any hairbrush or surface, such that the hairbrush or surface may be cleaned without making a mess or damaging the bristles or any other component of the hairbrush.