Abstract: An electronic trip unit (ETU) configured to trip a circuit breaker using power from an external device is provided. Additionally, a system for enabling an electronic control unit (ETU) to trip a circuit breaker using power from an external device is provided. Further, a method for enabling an electronic trip unit (ETU) to trip a circuit breaker using power from an external device is provided.

Abstract: A computer-implemented method comprising: accessing, by one or more computer systems, internal security information indicative of customer account activity of a customer of an online resource; receiving, by one or more computer systems, external security information; calculating an online security fitness attribute that is indicative of an overall security level of the customer for accessing the online resource; generating, by the one or more computers systems, information indicative of one or more suggested actions to increase the online security fitness attribute, with a suggested action comprising information specifying an amount by which the online security fitness attribute increases following performance of the suggested action; receiving, from the client device, information indicative of performance of one of the one or more suggested actions; and re-calculating by the one or more computer systems the online security fitness attribute by increasing the online security fitness attribute in accordance wi

Abstract: Apparatus, systems, and methods for operation of an electronic trip unit are described. One example is a method for use in operating an electronic trip unit including a first controller. The first controller is configured to selectively operate a tripping device coupled between an input terminal and an output terminal of the electronic trip unit. The method includes receiving, by a second controller, a plurality of health signals from the first controller. The second controller determines an existence of an undesired condition based on at least one of the plurality of different health signals, and determines a first action to be taken to remedy the undesired condition.

Abstract: The present invention is a swimming pool hose holder used to retain a sweeper hose along a side wall of a swimming pool when the sweeper hose is not in use. The swimming pool hose holder includes a mounting plate that is attached to a securing plate using a spring-biased hinge. In use the swimming pool hose holder is located such that a retained sweeper hose is half above the waterline and half below the waterline. Either a fastening surface on the mounting plate is used to attach the swimming pool hose holder to a pool side wall or the mounting plate includes openings for fasteners to be used to attach the swimming pool hose holder to a pool side wall. In operation the sweeper hose is retained between the plates when the sweeper hose is not being used.

Abstract: A method for enabling an ETU to function as a host controller is provided. The ETU includes a power bus port, a current sensor input, and a power distributor coupled to the power bus port and the current sensor input. The method includes determining that a peripheral device is connected to the power bus port. The method further includes determining that sufficient input power is available to the ETU to provide an output power to the peripheral device through the power bus port. Additionally, the method includes providing the output power to the peripheral device through the power bus port.

Abstract: An electronic trip unit (ETU) configured to trip a circuit breaker using power from an external device is provided. Additionally, a system for enabling an electronic control unit (ETU) to trip a circuit breaker using power from an external device is provided. Further, a method for enabling an electronic trip unit (ETU) to trip a circuit breaker using power from an external device is provided.

Abstract: Apparatus, systems, and methods for operation of an electronic trip unit are described. One example is a method for use in operating an electronic trip unit including a first controller. The first controller is configured to selectively operate a tripping device coupled between an input terminal and an output terminal of the electronic trip unit. The method includes receiving, by a second controller, a plurality of health signals from the first controller. The second controller determines an existence of an undesired condition based on at least one of the plurality of different health signals, and determines a first action to be taken to remedy the undesired condition.

Abstract: A method for enabling an ETU to function as a host controller is provided. The ETU includes a power bus port, a current sensor input, and a power distributor coupled to the power bus port and the current sensor input. The method includes determining that a peripheral device is connected to the power bus port. The method further includes determining that sufficient input power is available to the ETU to provide an output power to the peripheral device through the power bus port. Additionally, the method includes providing the output power to the peripheral device through the power bus port.

Abstract: A system for providing pharmaceutical manufacturers marketing data related to the provision of samples includes an automated sample dispensing unit, a collateral materials printing device, a product information communication device, related prescription data flow information management services, companion wireless devices, robotic dispensing techniques, and bar code scanning capabilities.

Abstract: A motor control system for controlling two or more motor groups includes a power converter that receives power from a power source and converts the power to an intermediate power and an intermediate power link coupled to the power converter. The motor control system also includes at least one motor driver coupled to the intermediate power link configured to provide power to one or more motors and a controller coupled to the power converter and the at least one motor driver. The controller is configured to cause the at least one motor driver to limit the amount of power delivered to the one or more motors based on the amount of power that the power converter can produce.

Abstract: A motor control system for controlling two or more motor groups includes a power converter that receives power from a power source and converts the power to an intermediate power and an intermediate power link coupled to the power converter. The motor control system also includes at least one motor driver coupled to the intermediate power link configured to provide power to one or more motors and a controller coupled to the power converter and the at least one motor driver. The controller is configured to cause the at least one motor driver to limit the amount of power delivered to the one or more motors based on the amount of power that the power converter can produce.

Abstract: Disclosed is an apparatus for separating interconnects between, for example, a card and a substrate. The apparatus includes one or more rotationally biased (e.g., spring-loaded, etc.) partial-circle structures (e.g., blades, squeegee, plow, etc.) and one or more temperature-sensitive releases connected to the partial-circle structures. The partial-circle structures are positioned to rotate and separate the interconnects when released by the temperature-sensitive releases. The invention can also include solder reservoirs positioned to receive solder from the interconnects separated by the partial-circle structures.

Abstract: A Japanese Maple named ‘JN4’ having persistent red-purple foliage and an early weeping habit, and also capable of being reliably asexually reproduced from chip budding.

Abstract: An Eastern Redbud tree named ‘JN3’ having golden orange new growth and specked lime green mature foliage with a wavy, rugose dark green margin and also capable of being reproduced reliably from chip budding.

Abstract: An Eastern Redbud tree named ‘JN2’ having golden orange new growth that does not burn, speckled lime green mature foliage, an improved vigor in heat and drought, and the capability of being reproduced reliably from budding.

Abstract: An Eastern Redbud tree named ‘JN2’ having golden orange new growth that does not burn, speckled lime green mature foliage, an improved vigor in heat and drought, and the capability of being reproduced reliably from budding.

Abstract: A Japanese Maple named ‘JN4’ having persistent red-purple foliage and an early weeping habit, and also capable of being reliably asexually reproduced from chip budding.

Abstract: An Eastern Redbud tree named ‘JN3’ having golden orange new growth and specked lime green mature foliage with a wavy, rugose dark green margin and also capable of being reproduced reliably from chip budding.

Abstract: A new and distinct cultivar of Persimmon tree named ‘JN5’, characterized by its upright columnar and weeping plant habit; vigorous growth habit and rapid growth rate; relatively large leaves; light orange-colored mature fruits; and good garden performance.

Abstract: A new and distinct cultivar of Cercis tree named ‘JN7’, characterized by its upright vase-shaped plant habit with relatively narrow branching angle; vigorous growth habit; and good garden performance.