Abstract: Methods, systems, and power sharing servers that include a computer processor; a computer memory operatively coupled to the computer processor; a power supply unit coupled to a power domain unit via a power supply unit port; an intravoltage port configured to receive a shared power cable coupled to an intravoltage port of a different power sharing server; and a transfused power card coupled to the power supply unit via a primary input power line, the transfused power card further coupled to the intravoltage port via a shared power line, the transfused power card configured to export electrical current via an intravoltage port when the transfused power card is receiving electrical current, above a threshold, from the power supply unit, and import electrical current via the intravoltage port when the transfused power card is not receiving electrical current, above the threshold, from the power supply unit.

Abstract: Method and system for an initiator device communicating with a target device are provided. The initiator device sends an inquiry to the target device to determine if the target device supports dynamic parameter setting of certain operating parameters used by both the initiator device and the target device for sending and receiving information from each other. The initiator device receives parameters from the target device, when the target device supports dynamic parameter settings. The initiator device translates parameters received from the target device; and sets operating parameters at the initiator device based on the received parameters from the target device.

Abstract: Methods, systems, and power sharing servers that include a computer processor; a computer memory operatively coupled to the computer processor; a power supply unit coupled to a power domain unit via a power supply unit port; an intravoltage port configured to receive a shared power cable coupled to an intravoltage port of a different power sharing server; and a transfused power card coupled to the power supply unit via a primary input power line, the transfused power card further coupled to the intravoltage port via a shared power line, the transfused power card configured to export electrical current via an intravoltage port when the transfused power card is receiving electrical current, above a threshold, from the power supply unit, and import electrical current via the intravoltage port when the transfused power card is not receiving electrical current, above the threshold, from the power supply unit.

Abstract: A call flow staffing estimation tool that includes: generating a staffing impact chart that indicates, in a visually indicated display, an expected difference between call volume and available agents for a plurality of time intervals in a future period of time based on a plurality of inputs, the plurality of inputs including: historical call volume data to a call center, a prospective schedule of agents servicing the call center, and an average handing time of calls to the call center by the agents, wherein historical call volume data which is skewed data is ignored and predetermined representative data is substituted for the skewed data; providing a variable table having a plurality of variables, each variable including a scaling value that modifies at least one of the plurality of inputs used in generating the staffing impact chart; selectively changing, by a user, at least one of the variables in the variable table; and immediately updating the staffing impact chart to reflect modified expected differences

Abstract: The present invention provides a call flow staffing estimation tool. A method in accordance with the present invention includes: generating a staffing impact chart for a future period of time based on historical call volume data to a call center, a schedule of agents servicing the call center, and an average handing time of calls to the call center by the agents; selectively changing an input to the generating step; and immediately updating the staffing impact chart to reflect the change.

Abstract: An air actuator adapted to be located between a pair of spaced members for moving said members with respect to each other includes a hollow body formed of an expandable non-reinforced polyurethane. The body has an ellipsoidal shape and terminates in a pair of curved closed ends and has an interior pressure cavity for receiving and discharging a pressurized fluid for expanding and contracting the body. The body is formed of at least two half members of the non-reinforced polyurethane by either a pair of longitudinal seams extending generally parallel to a longitudinal axis of the body or a single circumferential seam. An air tube connector is mounted in one of the closed ends of the body for connecting the interior cavity to a source of pressurized air.

Abstract: The invention provides a bus stop seating device including a tube dimensioned to encompass a sign post. A pair of rigid seats are connected to the tube on opposite sides of the tube.