Flacco
Alessandro Federico Flacco, Paris FR
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20140254766 | METHOD AND ARRANGEMENT FOR GENERATING A JET OF FLUID, METHOD AND SYSTEM FOR TRANSFORMING THE JET INTO A PLASMA, AND USES OF SAID SYSTEM - A method and apparatus for generating a pulsed jet of fluid, and transforming the jet into a plasma. The method includes using a high-pressure rapid solenoid valve, and a pipe mounted on an outlet opening of the solenoid valve to produce a pulsed fluid jet which is sub-millimetric in size, and the atomic density of which is more than 10 | 09-11-2014 |
Michael Flacco, Seattle, WA US
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20140068027 | METHODS AND SYSTEMS FOR TRANSMITTING INFORMATION BETWEEN ELECTRONIC DEVICES - Various embodiments of methods and systems for establishing communication over a wireless communication network between a master device and a partial function device. The master device and partial function device can use a separate communication channel during setup or configuration for communicating over the wireless communication network. The separate communication channel can be, for example, an audio-based channel or optical-based channel. | 03-06-2014 |
Nicolas Flacco, Los Angeles, CA US
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20120331156 | WIRELESS CONTROL SYSTEM, METHODS AND APPARATUS - Methods, systems and apparatus for controlling wireless target devices, such as, for example, appliances or other electrically powered devices, or power circuits for providing power to such target devices. A user of a smart device, such as, for example, a cell phone, can conveniently configure the smart device for communication with the target devices, and control the target devices using the smart device via a local network or remotely away from the local network. The target device can broadcast a network for use in configuring the smart device for use in controlling the target device. | 12-27-2012 |
Nicolas Flacco, Seattle, WA US
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20140068027 | METHODS AND SYSTEMS FOR TRANSMITTING INFORMATION BETWEEN ELECTRONIC DEVICES - Various embodiments of methods and systems for establishing communication over a wireless communication network between a master device and a partial function device. The master device and partial function device can use a separate communication channel during setup or configuration for communicating over the wireless communication network. The separate communication channel can be, for example, an audio-based channel or optical-based channel. | 03-06-2014 |
Roy F. Flacco, Richford, NY US
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20130135021 | PASSIVE CAPTURE ADAPTER CIRCUIT FOR SENSING SIGNALS OF A HIGH-SPEED CIRCUIT - A multi-stage passive capture adapter (PCA) circuit is configured to sense and recover digital signals present on a high-speed serial bus for capture and analysis in external test equipment. A first stage of the PCA circuit includes a differentiator that functions as a high impedance probe that contacts the serial bus to capture an original input signal waveform of the high-speed digital signals. The signal waveform is fed to a dual-slope comparator/driver that includes a plurality of high-speed comparators and drivers. The second stage includes a differential receiver/shaper that converts logic levels of differential receiver outputs to input signals that set and reset a signal restorer whose output signals are fed to a driver of a driver/shaper. The output of the driver is then fed to a shaper network configured to substantially match an output signal of driver/shaper to the input signal waveform sensed from the high-speed serial bus. | 05-30-2013 |
20140084963 | PASSIVE CAPTURE ADAPTER CIRCUIT FOR SENSING SIGNALS OF A HIGH-SPEED CIRCUIT - A multi-stage passive capture adapter (PCA) circuit is configured to sense and recover digital signals present on a high-speed serial bus for capture and analysis in external test equipment. A first stage of the PCA circuit includes a differentiator that functions as a high impedance probe that contacts the serial bus to capture an original input signal waveform of the high-speed digital signals. The signal waveform is fed to a dual-slope comparator/driver that includes a plurality of high-speed comparators and drivers. The second stage includes a differential receiver/shaper that converts logic levels of differential receiver outputs to input signals that set and reset a signal restorer whose output signals are fed to a driver of a driver/shaper. The output of the driver is then fed to a shaper network configured to substantially match an output signal of driver/shaper to the input signal waveform sensed from the high-speed serial bus. | 03-27-2014 |