Abstract: In accordance with various embodiments, a system and a method for managing a fleet of electric vehicles are provided. The system/method may include a power source, a plurality of charging connectors configured to supply a current to one or more electric vehicles of the fleet, and a processor configured to execute instructions that cause the processor to receive an instruction comprising a power distribution scheme for charging one or more electric vehicles of the fleet, obtain a dataset associated with the fleet, wherein the dataset comprises one or more data features from a list comprising dynamic data and historical usage data associated with the fleet, analyze the one or more data features using a machine learning model to generate a predicted action, and instruct the power source to distribute power to the one or more electric vehicles of the fleet according to the predicted action.

Abstract: An electrochemical energy storage device and a method of operating the same are described. The electrochemical energy storage device may include one or more electrochemical cells and a heating module coupled to, and configured to regulate a temperature of, the electrochemical cells. The heating module may include an internal control mechanism configured to regulate the temperature of the electrochemical cells within a predetermined temperature range. The heating module may include a bus bar physically coupled to a heating element that can be controlled via electronically operated switches, such as, solid state or mechanical relays. In various embodiments, the electrochemical cells may be regulated to maintain a minimum temperature during which charging, or discharging, can occur at a maximal rate.

Abstract: Systems and devices for out-rush/in-rush protection in electrochemical energy storage systems and devices (e.g., batteries) are described. In various embodiments, a system (e.g., electric vehicle) may include an electrical energy storage device/battery, a drive unit/electric motor/load configured to receive a current from the battery; and a control module coupled to the drive unit and the battery. The control module may be configured to control the current output from the battery to the drive unit/electric motor/load, wherein the control module may include a protection unit configured to increase an impedance of the battery upon a detection of an in-rush current event at the drive unit/electric motor/load, an out-rush current event at the battery, or for a period of time to protect the out-rush/in-rush event at the battery. The protection unit may be configured to reduce the impedance of the battery upon detecting that the out-rush/in-rush current event has subsided.

Abstract: A media sheet drive has a continuous belt of a dielectric material for transporting sheet media supported on the belt in a transport direction. A launch mechanism is used to launch a sheet medium onto a top surface of the belt. A charging circuit including a charging head is used to charge a top surface of the sheet medium and the belt as the sheet medium is launched. Charging acts to generate an electrostatic tacking force to tack the sheet medium to the belt. To prevent high electric field near the belt top surface which might otherwise affect the printing process, a neutralizing circuit is positioned downstream of the charging circuit to reduce electric field near the top of the belt by balancing charge at the top and bottom of the belt while keeping the sheet medium tacked to the belt.

Abstract: A media sheet drive has a continuous belt of a dielectric material for transporting sheet media supported on the belt in a transport direction. A launch mechanism is used to launch a sheet medium onto a top surface of the belt. A charging circuit including a charging head is used to charge a top surface of the sheet medium and the belt as the sheet medium is launched. Charging acts to generate an electrostatic tacking force to tack the sheet medium to the belt. To prevent high electric field near the belt top surface which might otherwise affect the printing process, a neutralizing circuit is positioned downstream of the charging circuit to reduce electric field near the top of the belt by balancing charge at the top and bottom of the belt while keeping the sheet medium tacked to the belt.

Abstract: A system is disclosed in which non-standard input data is corrected in a syntax processing block and a resulting corrected data file is thereafter used by an ontology processing block, which references an ontology, to generate a standardized output.

Abstract: A healthcare related system is disclosed in which non-standard input data is corrected in a syntax processing block with reference to one or more healthcare lexicons, and a resulting corrected data file is thereafter used by an ontology processing block to reference an ontology and generate a standardized output including one or more healthcare billing codes.

Abstract: A healthcare related method corrects on non-standard input data in a syntax processing block with reference to one or more healthcare lexicons, and a resulting corrected data file is thereafter used by an ontology processing block to reference an ontology and generate a standardized output including one or more healthcare billing codes.

Abstract: A method is disclosed in which non-standard input data is corrected in a syntax processing block and a resulting corrected data file is thereafter used to reference an ontology in an ontology processing block to generate a standardized output.

Abstract: A healthcare related system is disclosed in which non-standard input data is corrected in a syntax processing block with reference to one or more healthcare lexicons, and a resulting corrected data file is thereafter used by an ontology processing block to reference an ontology and generate a standardized output.

Abstract: A patient evaluation method is disclosed in which non-standard input data is corrected in a syntax processing block with reference to a healthcare lexicon and a resulting corrected data file is thereafter used to reference an ontology in an ontology processing block to generate a standardized output.