Abstract: An electrocardiogram recording device can include a housing, a clip, a modem, and an antenna. The housing can contain RF shielding, which can be arranged to minimize RF signal transmissions in one direction while not limiting RF signal transmission in an opposite direction. The clip can be attached to the housing. An antenna can be integrated within the clip. The modem can be a cellular data modem.

Abstract: A method and system of determining motion parameters for a rotating machine. A detector is configured to receive a rotary motion input signal and a counter signal and to send a plurality of time values based on the input signal and the counter signal. A memory stores the plurality of time values in an ordered sequence and is coupled to the detector. A logic component selects time values stored in the memory by skipping a predefined number of time values in the ordered sequence, reads the selected time values to determine a coherent set of data values, and sends the coherent set of data values.

Abstract: A method and system of determining motion parameters for a rotating machine. A detector is configured to receive a rotary motion input signal and a counter signal and to send a plurality of time values based on the input signal and the counter signal. A memory stores the plurality of time values in an ordered sequence and is coupled to the detector. A logic component selects time values stored in the memory by skipping a predefined number of time values in the ordered sequence, reads the selected time values to determine a coherent set of data values, and sends the coherent set of data values.

Abstract: An apparatus is provided comprising a detector, a memory, and a logic component. The detector is configured to receive a rotary motion input signal and a counter signal and to send a plurality of time values based on the input signal and the counter signal. The memory stores the plurality of time values in an ordered sequence and is coupled to the detector. The logic component selects time values stored in the memory by skipping a predefined number of time values in the ordered sequence, reads the selected time values to determine a coherent set of data values, and sends the coherent set of data values.

Abstract: In a nuclear process control system, a priority logic module (PLM) is provided. The priority logic module comprises a plurality of input ports, each input port associated with one of a plurality of priorities, a plurality of output ports, and a test mode select port associated with a test mode select signal. The test mode select signal selects one of a normal mode or test mode, each mode being associated with matching signals received by the input ports to signals sent by the output ports. The priority logic module further comprises a configurable priority logic circuit, wherein the priority logic circuit maps one of the input ports to one of the output ports.

Abstract: In a nuclear process control system, a priority logic module (PLM) is provided. The priority logic module comprises a plurality of input ports, each input port associated with one of a plurality of priorities, a plurality of output ports, and a test mode select port associated with a test mode select signal. The test mode select signal selects one of a normal mode or test mode, each mode being associated with matching signals received by the input ports to signals sent by the output ports. The priority logic module further comprises a configurable priority logic circuit, wherein the priority logic circuit maps one of the input ports to one of the output ports.

Abstract: An apparatus is provided comprising a detector, a memory, and a logic component. The detector is configured to receive a rotary motion input signal and a counter signal and to send a plurality of time values based on the input signal and the counter signal. The memory stores the plurality of time values in an ordered sequence and is coupled to the detector. The logic component selects time values stored in the memory by skipping a predefined number of time values in the ordered sequence, reads the selected time values to determine a coherent set of data values, and sends the coherent set of data values.