An intelligent polishing system provides improvements to the polisher itself as well as networking capability enabling remote control and monitoring of multiple polishers. One or more electronic devices ensure that a user of the intelligent polisher operates the polisher to achieve optimum results. Such devices may include a polishing timer, a downward pressure sensor, or a tachometer to measure speed. The system may further include a memory for storing operational parameters or performance characteristics of the intelligent polisher for later downloading or retrieval. The same or a different memory may store calibration information to ensure that intelligent polisher operates within predetermined limits. Such operational parameters, performance characteristics or calibration information include RPM, polishing time, downward force or inlet air pressure. The system may further include a plurality of intelligent polishers, each in communication with a server enabling remote monitoring or control of the polishers through a computer or mobile device.

An improved apparatus and method for cleaning is provided. More specifically, the present invention provides an improved apparatus having a vibratory portion adapted to a traditional scrubber apparatus such as a body scrubber. Additionally, the present invention provides an improved apparatus and method wherein the apparatus may have at least a vibratory portion adapted to fit about the body scrubber which may be activated and/or de-activated by the user. Moreover, the apparatus may include a reservoir for storage of a cleansing agent that may be dispensed from the vibratory portion to the body scrubber portion to help facilitate cleansing of the portion of the body to be cleaned. Still further, the invention may include at least a handle assembly in combination with the vibratory portion to provide a handle for use by the individual user.

A device and system for cleaning wheels and tires includes a frame connected to a stabilizing clamp. A face plate is connected to a rear portion of the frame. An alignment plate is connected to the face plate. A rotatable tube shaft includes a first end and a second end. The first end is connected to the alignment plate and the second end is connected to the stabilizing clamp. A waterline is connected to the alignment plate. The waterline is configured to deliver water through the rotatable tube shaft. A disc brush is connected to the second end of the rotatable tube shaft. The disk brush is configured to connect to a disc brush plate.

An improved apparatus and method for cleaning is provided. More specifically, the present invention provides an improved apparatus having a vibratory portion adapted to a traditional scrubber apparatus such as a body scrubber. Additionally, the present invention provides an improved apparatus and method wherein the apparatus may have at least a vibratory portion adapted to fit about the body scrubber which may be activated and/or de-activated by the user. Moreover, the apparatus may include a reservoir for storage of a cleansing agent that may be dispensed from the vibratory portion to the body scrubber portion to help facilitate cleansing of the portion of the body to be cleaned. Still further, the invention may include at least a handle assembly in combination with the vibratory portion to provide a handle for use by the individual user.

An intelligent polishing system provides improvements to the polisher itself as well as networking capability enabling remote control and monitoring of multiple polishers. One or more electronic devices ensure that a user of the intelligent polisher operates the polisher to achieve optimum results. Such devices may include a polishing timer, a downward pressure sensor, or a tachometer to measure speed. The system may further include a memory for storing operational parameters or performance characteristics of the intelligent polisher for later downloading or retrieval. The same or a different memory may store calibration information to ensure that intelligent polisher operates within predetermined limits. Such operational parameters, performance characteristics or calibration information include RPM, polishing time, downward force or inlet air pressure. The system may further include a plurality of intelligent polishers, each in communication with a server enabling remote monitoring or control of the polishers through a computer or mobile device.

A device for cleaning or precision machining of workpieces comprises a housing; a central roller having two ends supported by means of rotary bearings on carriers fixed on the housing; a first roller having a first end connected to one of the carriers by a joint and having a second end supported by means of a rotary bearing; a second roller having a first end connected to another one of the carriers by a joint and having a second end supported by means of a rotary bearing; a drive motor for rotatingly driving the first and second rollers and the central roller for treating a workpiece; a suction device for removing particles from the rollers; and at least a first and a second pinion gear coupled to the first and second rollers for angularly adjusting the first and second rollers with respect to said central roller.

A mobile trailer-cleaning system is a system that facilitates the cleaning of the exterior surfaces of a trailer. The system may include at least one brush assembly, a roof carriage, an agitation mechanism, and a steering assembly. The at least one brush assembly enables the cleaning of all the trailer's exterior surfaces including the rear of the trailer and any non-flat surfaces. The roof carriage serves as a guide to maintain the at least one brush assembly adjacent to the trailer's walls as the at least one brush assembly moves along the trailer. The roof carriage also prevents the at least one brush assembly from tipping over. The agitation mechanism eases the cleaning of the trailer's exterior surfaces by agitating the at least one brush assembly in predetermined modes of operation. The steering assembly enables the user to manually operate the at least one brush assembly during the cleaning process.

A powered ice scraping assembly includes an ice scraper that is selectively manipulated thereby facilitating the ice scraper to frictionally abrade ice from a surface. A brushing unit is coupled to the ice scraper and the brushing unit includes a motor and a plurality of bristles. The motor is in mechanical communication with each of the bristles. Moreover, the motor rotates the bristles when the motor is turned on thereby facilitating the bristles to brush snow from the surface.

A powered ice scraping assembly includes an ice scraper that is selectively manipulated thereby facilitating the ice scraper to frictionally abrade ice from a surface. A brushing unit is coupled to the ice scraper and the brushing unit includes a motor and a plurality of bristles. The motor is in mechanical communication with each of the bristles. Moreover, the motor rotates the bristles when the motor is turned on thereby facilitating the bristles to brush snow from the surface.

A fluid flow actuated tool including a housing, a tool and an actuating mechanism. The housing includes a housing interior. The housing interior receives a flow of fluid. The actuating mechanism includes a fluid wheel structure. The fluid wheel structure is connected to the tool. At least a portion of the fluid wheel structure is arranged in the flow of fluid for rotating the fluid wheel structure. The tool is actuated based on rotation of the fluid wheel structure.