Abstract:
Device for dispensing a fragant, electrochemically-activated liquid, the devide comprising: an electrolysis cell configured to electrochemically activate the liquid and to diffuse one or more fragant compounds into the liquid to provide the fragant, electrochemically-activated liquid; a switch configured to be actuated between a first state and a second state, wherein the switch energizes the electrolysis cell in the first state and de-energizes the electrolysis cell in the second state; and a dispenser located downstream from the electrolysis cell and configured to dispense the fragant, electrochemically-activated liquid, whereby the electrolysis cell further comprises an ion exchange membrane disposed within the cell housing between the anode electrode and the cathode electrode.
Abstract:
An apparatus (10, 50, 80, 300, 500, 1200, 1300, 1400, 1500,1700, 1810) and method are provided. The method includes for example, treating a liquid in an apparatus to increase suspension properties of the liquid and dispensing the treated liquid (250, 302, 306, 308, 1414, 1504, 1917) from the apparatus to a surface or volume of space (252, 304, 1506) so as to create an electrically conductive path by the treated liquid from the apparatus to the surface or volume of space. During the step of dispensing, an alternating electric field (E) is generated from the apparatus to the surface or volume of space, through the liquid along the conductive path, wherein the electric field is sufficient to destroy at least one microorganism (256) from the surface or in the volume of space.
Abstract:
A method and apparatus (10, 400, 500, 500', 700, 800, 980) are provided for passing water through an electrolysis cell (18, 50, 80, 406, 552, 708, 804) having an anode and a cathode (60, 62, 84, 86, 100, 104, 108, 204, 206) separated by an ion selective membrane (58, 208). The cathode has a larger surface area than the anode. The method includes: applying an energization voltage at a first polarity (300) to the anode and the cathode (60, 62, 84, 86, 100, 104, 108, 204, 206) to produce an anolyte liquid and a catholyte liquid (70, 72, 76); temporarily reversing the energization voltage to a second polarity for a short time duration (302) to reduce deposits on at least one of the anode or cathode (60, 62, 84, 86, 100, 104, 108, 204, 206) and then returning the energization voltage to the first polarity (300); and dispensing a substantially constant supply of the anolyte liquid from the anode chamber (54) and the catholyte liquid from the cathode chamber (56) during the applying and reversing steps, the supply of catholyte being greater than the supply of anolyte per unit of time.
Abstract:
An impeller assembly including a pair of plates with one of the plates having a plurality of blades and an interlock structure for aligning and coupling the plates together. A disclosed example of the interlock structure includes a plurality of latch members extending from one plate and locking into apertures of the other plate. The interlock structure may also include a plurality of channels engaging the blades. The blades of the impeller may engage a pair of latch members in a saddle manner. A method of using the impeller assembly within an air blower is also disclosed.
Abstract:
A filter system for a surface maintenance machine having a hopper assembly for receiving brush-thrown debris including a cyclonic separator for separating dust and debris from air drawn through the hopper via vacuum action. The cyclonic separator may include multiple cyclone and may be in fluid communication with the hopper assembly so as to periodically receive dust and debris exiting the filter system.
Abstract:
A floor cleaning machine having a passive mapping system for determining position information associated with a plurality of RFID tags dispersed within a floor field during a floor cleaning process. The passive mapping system defines a floor map based on position information collected from the plurality of RFID tags. The floor map may be communicated to a remote map server and be utilized by a second floor cleaning machine during a different floor cleaning process. The mapping system can periodically update the floor map based on information collected during subsequent floor cleaning processes. The information may include RFID tag movement or replacement. In one embodiment, a remote mapping system communicates with a floor cleaning machine via wireless communication.
Abstract:
A method and apparatus are provided for generating a sparged electrochemically activated liquid (51, 52, 55, 71, 160, 160A, 160B, 190, 192). The apparatus (62, 100, 150, 300, 370, 380, 400, 500, 600) includes a sparging device (50, 161, 163, 325, 326, 503, 505, 603, 605) and a functional generator (10, 40, 162, 324, 504, 604). The functional generator (10, 40, 162, 324, 504, 604) is in fluid communication with the sparging device (50, 161 , 163, 325, 326, 503, 505, 603, 605) and includes an anode chamber (24) and a cathode chamber (26) separated by an ion exchange membrane (27, 43).
Abstract:
A sanitation device (100) includes a mobile body (102), a surface cleaning component (118), and a source of UV radiation (104). The surface cleaning component (118) and the source of UV radiation (104) are mounted to the mobile body (102), which is configured to travel over a surface (106). The surface cleaning component (118) is configured to engage the surface (106) and the source of UV radiation (104) is configured to direct UV radiation to the surface (106).
Abstract:
Street sweeper having dust control from two or more cleaning heads with one air source where one fan provides vacuum for a centrally located rotating broom which is surrounded by a vacuumized chamber and for a gutter broom which is surrounded by a vacuumized chamber. A plenum having a unique valving system and a filter shaker mechanism provides for filter cleaning and for a dirt and debris path from the plenum to a hopper bottom during filter.
Abstract:
A foamed cleaning liquid dispensing system (100) for use in a washing machine (102) includes a cleaning liquid dispenser (120) and a foaming device (122). The cleaning liquid dispenser includes an output flow of cleaning liquid (124), which is received by the foaming device. The foaming device includes an input flow of air (126) and a mixing member (128), in which the flows of air and the cleaning liquid are combined to form an output flow of foamed cleaning liquid (116) that is directed to a washing chamber (108) of the washing machine.