Goodemote
Greg Goodemote, Tustin, CA US
Patent application number | Description | Published |
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20110264946 | MODULAR INTEGRATED CIRCUIT WITH CLOCK CONTROL CIRCUIT - A modular integrated circuit includes a hub module that is coupled to a plurality of spoke modules via a plurality of hub interfaces. The hub module includes a clock control circuit, coupled to the plurality of hub interfaces, that selectively supplies a plurality of clock signals to the plurality of spoke modules by receiving a clock request signal from a corresponding one of the plurality of spoke modules via the signal interface of the corresponding one of the plurality of hub interfaces, generating at least one of the plurality of clock signals in response to the clock request signal; and sending the at least one of the plurality of clock signals to the corresponding one of the plurality of spoke modules via the signal interface of the corresponding one of the plurality of hub interfaces. | 10-27-2011 |
John H. Goodemote, Oneida, NY US
Patent application number | Description | Published |
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20080316866 | Lightweight acoustic array - An acoustic transducer array and method of baffle construction is presented to provide an improved array for use in underwater installations. The array is presented wherein a significant majority of the acoustic energy receiving surface is formed by lightweight acoustic baffling material while still maintaining a fully functional, fully populated array. The acoustic baffle constructed is incompressible and suitable for deep water operation while demonstrating both improved acoustic performance and positive buoyancy when necessary. In addition, the invention eliminates the non-uniform element to element spacing that occurs between sub-panels in similar arrays. | 12-25-2008 |
20090207696 | HYBRID TRANSDUCER - An embodiment of the invention is directed to a hybrid geometry type acoustic transducer. A hybrid geometry type acoustic transducer as embodied herein leverages different type transducer physical configurations. More specifically, embodiments of the hybrid transducer combine specific features of traditional Tonpilz resonators and PZT-composite transducers to exploit the beneficial characteristics of both. The outward construction of an embodied hybrid transducer mimics a Tonpilz resonator incorporating a headmass and a tailmass sandwiching a piezoelectric active material. However, rather than using a conventional ceramic ring stack or plate form of active material, a layer of diced or “pillared” active material is provided between the headmass and the tailmass with no filler material other than a gas, such as air, for example, or others, or a vacuum environment. Acoustic projectors constructed using this invention benefit with higher bandwidth and efficiency due to coupling loss that is lower than in prior designs. Likewise, when a hydrophone is constructed using aspects of this invention, exceptional hydrophone figure of merits are obtained. A method for making a hybrid transducer is described. | 08-20-2009 |
John H. Goodemote, Sauquoit, NY US
Patent application number | Description | Published |
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20130033969 | TRANSDUCER AND SYSTEM OF ARRANGEMENT FOR A PANEL ARRAY - A sensor system includes a pressure sensor portion, and an accelerometer. Outputs from the sensor system are handled by a signal processing system that includes a first beamforming module for inputs from a pressure sensor, a second beamforming module for inputs from an accelerometer, and an adaptive beam interpolation module. A method for signal processing signals from both a pressure sensor and an accelerometer. An array of sensors transfers data wirelessly. | 02-07-2013 |
20130069488 | PIEZOELECTRIC PRESSURE SENSITIVE TRANSDUCER APPARATUS AND METHOD - A sensor includes a first plate, a second plate, and a piezoelectric material portions. The piezoelectric material portions are positioned between the first plate and the second plate. The area of the piezoelectric material portions is less than the area of the plates. The plates can be supported with a center support structure. The width of the sensor is significantly greater than its height. The interstitial space is filled with a flexible material. An outside wall isolates the inside from the outside | 03-21-2013 |