A cleaning system and method can include a leading carriage assembly attached to a brush assembly and can be configured to drive the brush assembly. A trailing carriage assembly can be configured to move along a track. The trailing carriage assembly can be attached to an arm. A vertical support rod can be partially disposed within the arm and can be attached to the brush assembly. A height of the vertical support rod can be positioned by one or more clamps located around the vertical support rod.

A cosmetic brush cleaning device, comprising a support part (1) and a cleaning part (2). The support part (1) and the cleaning part (2) form a hourglass-shaped structure; and the cleaning part (2) is rotationally arranged at the top of the support part (1). The cleaning device can perform the action of back-and-forth friction between bristles and a silica gel inner rotary disc (22) in an electric manner, the cleaning efficiency is effectively improved, the cleaning effect can be effectively enhanced, the tedious manual back-and-forth movement is greatly reduced, and the problem that time and labor are wasted when a cosmetic brush is manually cleaned is solved.

According to one embodiment, a cleaner head includes a first rotor, a second rotor, and a contact surface. The first rotor can be rotationally driven in a state where an outer peripheral surface of the first rotor is in contact with a sheet that includes organic fiber and is formed on a base, and can remove a part of the sheet from the base. The second rotor is arranged next to the first rotor in a direction along a rotation axis of the first rotor, and is rotated together with the first rotor in a state where the second rotor is not in contact with the sheet. The contact surface is in contact with an outer peripheral surface of the second rotor at a position away from the sheet around the rotation axis.

An apparatus includes structure defining a chamber containing brushes with bristles. The chamber has an opening that, in use, is at the top of the structure so that the chamber is upwardly-open. The chamber and opening are sized so that the prongs of a roasting utensil are insertable into the chamber to be scrubbed by the brushes and so that the brushes support the roasting utensil in an upright position for efficient and safe storage when not in use.

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.

Embodiments provided herein include a system and method for cleaning a first surface of a substrate using a brush carousel assembly. In one embodiment, the brush carousel assembly includes one or more rotatable brush mounting assemblies coupled to a rotatable carriage, having a carriage support structure configured to rotate about a carriage axis. The brush carousel assembly further includes a second brush mounting assembly disposed a second radial distance from the carriage axis, and coupled to the support structure of the carriage that includes the one or more rotatable support members.

A brush cleaner control device includes a housing disposed with an adapter. The adapter is disposed with a brush. A control circuit is disposed in the housing, and the control circuit includes a power supply, a MCU based controller, a switch control circuit, a driving circuit, a speed adjustment circuit, a vibration control circuit and a vibration motor. The power supply is used to supply the MCU based controller with power, the MCU based controller is used to control the driving circuit through the switch control circuit, the driving circuit is used to drive the vibration control circuit through the speed adjustment circuit, and the vibration control circuit is used to control the vibration motor. Therefore, the brush cleaner control device is with high intelligence, diverse functions, flexible control, easy to use and can be controlled wirelessly.

Provided is a disclosure for a brush for cleaning a surface, where the brush comprises a center core and cleaning material around the center core. Modules are found on the cleaning material, where nodule density on the cleaning material varies. Accordingly, a first nodule density of a first region of the cleaning material is different than a second nodule density of a second region of the cleaning material.

A kit and method of cleaning a barbeque grill that includes engaging a heat-resistant cloth about a support member of a grill brush; absorbing a quantity of liquid with the heat-resistant cloth; placing the brush with heat-resistant cloth engaged onto previously-heated grill bars of the barbeque grill; generating steam as the quantity of liquid is heated by the grill bars; moving the brush with heat-resistant cloth thereon back and forth along the grill bars; removing food matter and grease from the grill bars; and transferring the removed food matter and grease to the heat-resistant cloth. The removal of food matter and grease is accomplished by a combination of the generated steam and the moving of the brush with heat-resistant cloth thereon back and forth along the grill bars. After use, the heat-resistant cloth is disengaged from the brush and may be washed and reused one or more times.

A grill cleaner apparatus for cleaning a grill using rotary power from an external source such as a hand drill, having a drive shaft and cleaning wheels such as wire brush wheels, with two cleaning wheels rotating perpendicular to the drive shaft and cleaning grill bars and additionally propelling the grill cleaner forward.