Abstract: A method and system for converting LonWorks® protocol in an electrical device management network to a different protocol for RF transmission between RF transceivers of the network and thereafter returning the converted protocol back to the LonWorks® protocol at a remote location without the need for software to make the conversions.

Abstract: The invention provides a wireless means of power monitoring and control of lighting fixtures. The device consists of five sections; line voltage AC to DC convertor and DC power circuit, voltage sensing circuit, current sensing circuit, relay circuit, and wireless microcontroller (“WUC”). Power input to the device is made via a multi-pronged connector (“MPC”). The AC to DC convertor reduces voltage to an acceptable level for the DC voltage circuit to power the circuitry on the printed circuit boards. A logic-controlled relay circuit provides on/off control of the light fixture outputting to the “Load” terminal of the MPC. Line voltage from the MPC enter current and voltage sensing circuits, continues through signal shaping circuits, and is provided to the WUC for processing. The two input signals are scaled and computed to provide power consumption values which are then transmitted wirelessly to a building automation control network.

Abstract: An automated test system for testing a device under test includes a storage device, an input device, a processor, and a test apparatus. The storage device is operable to store a plurality of sets of test parameters, and is further operable to store a plurality of product model identifiers, each product model identifier associated with one of the plurality of sets of test parameters. The input device is operable to obtain input from an operator defining a first product model identifier from the plurality of product model identifiers. The processor is coupled to the input device and the storage device and is operable to receive the input from the input device and retrieve the set of test parameters associated with the first product model identifier from the storage device based on the input. The processor is further operable to generate a control signal that includes the retrieved set of test parameters.

Abstract: An automated test system for testing a device having a circuit connection and a ground connection includes a processor, a test apparatus, and a discharge circuit. The processor is operable to generate a control signal that includes a set of test parameters, and is further operable to generate a discharge control signal upon completion of a test. The test apparatus includes a first connection operable to be connected to the circuit connection of the device and a second connection operable to be connected to the ground connection of the device. The test apparatus is also operably connected to receive the control signal including the set of test parameters from the processor. The test apparatus is operable to perform a first test based on the set of test parameters. The discharge circuit is external to the test apparatus and is coupled to the processor. The discharge circuit is operable to be coupled to the ground connection and the circuit connection of the device.

Abstract: An automated test system for testing a device includes a processor, a test apparatus, and a barrier circuit. The processor is operable to generate a control signal, said control signal including test parameters. The test apparatus comprises a first connection operable to be connected to a circuit connection of the device, a second connection operable to be connected to a ground connection of the device, and a third connection operable to be connected to a chassis of the device. The test apparatus is further operably connected to receive the control signal from the processor. The test apparatus is operable to perform a first test on the device based on the test parameters. The barrier circuit is operable to detect movement in the vicinity of the device. The barrier circuit is operably connected to cause the test apparatus to stop performing a first test on the device upon detection of movement in the vicinity of the device.

Abstract: Responding by telcommunication terminals to data messages received during the silent intervals of ringing to immediately answer a call, perform monitoring activities, provide selective answering of incoming calls, and perform control functions. For providing selective answering, telephone sets utilizing the invention monitor the incoming data message to determine if an identification code of the telephone set is contained within that message. If the identification code of the telephone set is within the message, the telephone allows ringing at that set. If the identification code of the telephone is not in the data message, the telephone counts the number of ringing cycles, and, once this count becomes greater than a predetermined number, the telephone set allows ringing at the set. For performing monitoring activities, a remote utility meter reader is responsive to it's identification code in a data message to immediately answer the incoming call from a public utility company computer before ringing starts.