Abstract:
An apparatus and method for cleaning fabrics, floor coverings, and bare floor surfaces utilizing a soil transfer cleaning medium is disclosed. A method of mechanically removing soil from a surface (25) intended to be cleaned includes the steps of successively and repeatedly: wetting a portion of a cleaning medium (40) with a cleaning liquid (13); extracting any soil and at least some of the cleaning liquid (13) from the previously wetted portion of the cleaning medium (40); and wiping the surface (25) intended to be cleaned with the portion of the cleaning medium (40) so as to transfer soil from the surface (25) intended to be cleaned to the cleaning medium (40). Portable and vehicle-based devices may be utilized to practice the method of cleaning.
Abstract:
A battery powered floor maintenance machine is alienable with a battery docking station that can slidably receive a spent battery assembly from the floor maintenance machine. The floor maintenance machine includes locking and aligning mechanisms to safely attach the machine to the docking station. Once attached, the battery assembly is slid onto the docking station for recharge. The floor machine can be removed from the docking station and attached to a second charging station with a fully charged battery assembly thereon. The battery assembly can be slid from the second charging station to the floor maintenance machine, allowing the machine to be returned to service.
Abstract:
A quick disconnect hub (50) which is secured to the motor drive shaft (62) received a high pitch threaded pad driver disk (40) to which a burnishing pad (30) is mounted. The hub (50) includes a conically tapered surface (45), as does the driver disk (40) for centering. A spring-loaded locking pin (84) extends between the burnishing motor (60) and selectively locks the drive hub (50) against rotation for removal of the driver disk by rotating approximately one or two times, thus allowing the removal of the pad driver (40) from the motor and allowing the centered mounting of the burnishing pad to the driver remote from the machine. In a preferred embodiment of the invention, an interlock switch (90) is coupled to the spring-loaded locking pin (84) such that, when the hub is locked against rotation for removal of the driver disk, the switch prevents inadvertent activation of the motor when the hub is locked.
Abstract:
A data collection and management method is disclosed for use in association with a surface maintenance machine wherein a control system controls selected machine operations in response to manually inputted operation settings selected by an operator and occurring at selected times. In broad terms, an embodiment of the present invention includes steps of receiving and storing operational and time information associated with machine operation, conveying information to an information processor, and processing the information so as to provide a report or record of time quantified machine information. In a particular application, reports or records can be utilized to provide feedback to a machine operator to improve the cleaning process, such as by minimizing the usage of wear parts, solutions, and or energy.
Abstract:
A surface maintenance apparatus is described, having a sweeping system positioned near the front or leading edge of the apparatus. The sweeping system includes a plurality of brushes and a removable hopper for collecting debris. The sweeping system is capable of being raised off the surface being maintained when the sweeping system encounters an obstacle or irregularity on the surface. The brushes are pivotally mounted to the surface maintenance apparatus to allow the brushes to be rotated away from each other, providing access to the removable hopper from the front end of the surface maintenance apparatus.
Abstract:
A surface maintenance machine comprising two front wheels, at least one rear wheel, a motive source for providing motive force to at least one front wheel to drive the machine on a surface. Embodiments also include an operator platform allowing an operator to stand thereon extending at least partly around the rear wheel, for supporting an operator in a standing position with the operator's feet on either side of the rear wheel.
Abstract:
A method and apparatus are provided for cleaning a surface. In one example, method includes: passing a feed liquid from a liquid source to an electrolysis cell; inducing a current through the electrolysis cell to electrochemically activate the feed liquid in the electrolysis cell to provide an electrochemically-activated liquid having a concentration of nanobubbles having a diameter of 10nm to 450 nm of at least 1x106; and dispensing at least one portion of the electrochemically-activated liquid to the surface.
Abstract:
An apparatus (10, 300) is provided having a scrubbing disc (30, 224, 234, 312) that includes sacrificial electrodes (110, 112, 220, 222, 230, 232) of an electrolysis cell (36, 336).
Abstract:
A system (16) and method for generating and dispensing a diluted electrolyzed solution, where the system (16) includes a solution generator (18), one or more containers (20), and one or more dispensing stations (22) separate from the solution generator (18). The solution generator (18)generates and dispenses a concentrated electrolyzed solution to the container(s) (20). The dispensing station(s) (22) draw the concentrated electrolyzed solution from the container(s) (20), dilutes the drawn concentrated electrolyzed solution, and dispenses the diluted electrolyzed solution.
Abstract:
A surface maintenance vehicle with quick release squeegee assembly and a method of connecting a squeegee assembly to the brush deck of a floor surface maintenance vehicle. A single release latch may be used to connect and disconnect the squeegee assembly and the brush deck. When engaged, corresponding locating structures on the brush deck and a frame of the squeegee assembly align the brush deck and the frame and provide points where the relative movement between the brush deck and frame are restricted.