Abstract: Methods, systems, and computer-readable media for implementing a cleansing farm are presented. A cleansing farm may comprise of a computing device that filters customer requests directed to an organization before they are routed internal to the organization. A cleansing farm may receive customer requests and filter the requests based on a set of filtering rules. The cleansing farm may inspect the customer request in order to determine whether it should be filtered. In an example where the organization is a financial institution, the customer request may include confidential customer information. Accordingly, in this example, the cleansing farm may be administered by an entity that is permitted to access the confidential customer information. A visualization tool may be used to visualize a plurality of customer requests at a cleansing farm and to generate rules for filtering customer requests at a cleansing farm.

Abstract: Methods, computer systems, and computer readable media for one way and two way video and audio communications between a clinician at a remote location and a patient located in a patient room that is in a location different from the clinician are provided.

Abstract: A method of and system for liquefying snow. The system includes a rotor-stator device mounted within a melting reservoir and having a slotted rotor and a slotted stator. Snow and/or ice is deposited in a water bath in the melting reservoir. The rotor rotates at high speed, hurling particles of crystalline snow from the tips of the rotor slots onto the perpendicular faces of the stator, thereby fracturing the crystals and promoting liquefication. The high mechanical forces generated during operation of the rotor-stator device also contribute a significant amount of heat that is applied directly to the snow. The system also includes ancillary assemblies, such as heat-exchangers and snow-transport means. The system is operable as a stationary unit or a mobile unit.

Abstract: A method of and system for liquefying snow. The system includes a rotor-stator device mounted within a melting reservoir and having a slotted rotor and a slotted stator. Snow and/or ice is deposited in a water bath in the melting reservoir. The rotor rotates at high speed, hurling particles of crystalline snow from the tips of the rotor slots onto the perpendicular faces of the stator, thereby fracturing the crystals and promoting liquefication. The high mechanical forces generated during operation of the rotor-stator device also contribute a significant amount of heat that is applied directly to the snow. The system also includes ancillary assemblies, such as heat-exchangers and snow-transport means. The system is operable as a stationary unit or a mobile unit.