Abstract: Embodiments of synchronizing the device clock in wound monitoring and/or therapy systems are disclosed. In some cases, a wound monitoring and/or therapy device can maintain a device clock, which can be set to a network time obtained from a network or internal time associated with a time set during configuration of the device. The device can selectively set the device clock to the network time in response to obtaining the network time and determining that the device clock is set to the internal time. In some cases, a remote computing device can receive a record transmitted by a wound monitoring and/or treatment device. The record can include a first set of operational parameters associated with monitoring and/or provision of treatment by the device and a first timestamp indicating a time of obtaining at least some operational parameters. The remote computing device can synchronize the first timestamp with network time.

Abstract: Embodiments of synchronizing the device clock in wound monitoring and/or therapy systems are disclosed. In some cases, a wound monitoring and/or therapy device can maintain a device clock, which can be set to a network time obtained from a network or internal time associated with a time set during configuration of the device. The device can selectively set the device clock to the network time in response to obtaining the network time and determining that the device clock is set to the internal time. In some cases, a remote computing device can receive a record transmitted by a wound monitoring and/or treatment device. The record can include a first set of operational parameters associated with monitoring and/or provision of treatment by the device and a first timestamp indicating a time of obtaining at least some operational parameters. The remote computing device can synchronize the first timestamp with network time.

Abstract: Apparatuses, devices, and systems for time synchronization are described. A timing circuit can include an analog phase lock loop (APLL), a plurality of digital phase lock loops (DPLLs) and a plurality of fractional output dividers (FODs). The timing circuit can receive the plurality of reference clock signals. The timing circuit can use the plurality of reference clock signals to generate at least one fractional frequency offset signal. The timing circuit can apply at least one operand on the at least one fractional frequency offset signal. The timing circuit can sum results of the application of the at least one operand on the at least one fractional frequency offset signal to generate a plurality of signals that control frequencies of a plurality of output clock signals that can be synchronized with the plurality of reference clock signals.

Abstract: Apparatuses, devices, and systems for time synchronization are described. A timing circuit can include an analog phase lock loop (APLL), a plurality of digital phase lock loops (DPLLs) and a plurality of fractional output dividers (FODs). The timing circuit can receive the plurality of reference clock signals. The timing circuit can use the plurality of reference clock signals to generate at least one fractional frequency offset signal. The timing circuit can apply at least one operand on the at least one fractional frequency offset signal. The timing circuit can sum results of the application of the at least one operand on the at least one fractional frequency offset signal to generate a plurality of signals that control frequencies of a plurality of output clock signals that can be synchronized with the plurality of reference clock signals.

Abstract: Embodiments of synchronizing the device clock in wound monitoring and/or therapy systems are disclosed. In some cases, a wound monitoring and/or therapy device can maintain a device clock, which can be set to a network time obtained from a network or internal time associated with a time set during configuration of the device. The device can selectively set the device clock to the network time in response to obtaining the network time and determining that the device clock is set to the internal time. In some cases, a remote computing device can receive a record transmitted by a wound monitoring and/or treatment device. The record can include a first set of operational parameters associated with monitoring and/or provision of treatment by the device and a first timestamp indicating a time of obtaining at least some operational parameters. The remote computing device can synchronize the first timestamp with network time.

Abstract: In accordance with some embodiments of the present invention, a method of minimizing timing error in a precise timing protocol system includes receiving an input 1PPS signal and a clock signal; outputting an output 1PPS signal a number of clock edges after receipt of the input 1PPS signal; adjusting the clock signal until the output 1PPS signal as jumped a clock cycle; and adjusting an offset to bring the output 1PPS signal to within a half clock period. In some embodiments, further adjustments can be made to the timestamp.

Abstract: In accordance with some embodiments of the present invention, a method of minimizing timing error in a precise timing protocol system includes receiving an input 1PPS signal and a clock signal; outputting an output 1PPS signal a number of clock edges after receipt of the input 1PPS signal; adjusting the clock signal until the output 1PPS signal as jumped a clock cycle; and adjusting an offset to bring the output 1PPS signal to within a half clock period. In some embodiments, further adjustments can be made to the timestamp.

Abstract: A system and method for clock phase alignment at a plurality of line cards over a backplane of a communication system. Phase adjustments are continually made for the clock signals at the line cards by dynamically measuring the propagation delay between the timing device and each of the plurality of line cards and continuously communicating the appropriate phase adjustment to each of the plurality of line cards.

Abstract: Disclosed are methods of increasing crop yields as well as reducing pest damage to crop plants through anthranilamide seed treatment compositions. Chlorantraniliprole combinations with other insecticides, fungicides, nematicides and biological components are disclosed. Cyantraniliprole combinations with other insecticides, fungicides, nematicides and biological components are disclosed.

Abstract: Disclosed are methods of increasing crop yields as well as reducing pest damage to crop plants through anthranilamide seed treatment compositions. Chlorantraniliprole combinations with other insecticides, fungicides, nematicides and biological components are disclosed. Cyantraniliprole combinations with other insecticides, fungicides, nematicides and biological components are disclosed.

Abstract: A breathing apparatus includes a breathing gas container array comprising a plurality of separate containers adapted to contain pressurized breathing gas and a manifold in fluid connection with the containers. The manifold includes at least a first section that is movable relative to a second section of the manifold so that at least one container in fluid connection with the first section is movable relative to at least one other container in fluid connection with the second section. In a number of embodiments, each of the containers comprises a plurality of cells in fluid connection via a passageway.