Hartless
Lewis C. Hartless, Madison Heights, VA US
Patent application number | Description | Published |
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20150364222 | NUCLEAR REACTOR SUPPORT AND SEISMIC RESTRAINT - A nuclear reactor is supported by a primary support anchored to a civil structure and defining a reactor support plane located below the center of gravity of the nuclear reactor. A lateral seismic support engages the nuclear reactor below the reactor support plane to prevent lateral motion of the nuclear reactor. In one approach a flange, protrusion, or ledge of the reactor pressure vessel rests on a support engagement surface, a seismic rotational restraint assembly prevents the nuclear reactor from rotating during a seismic event, and a liftoff prevention assembly prevents vertical liftoff of the flange, protrusion, or ledge of the reactor pressure vessel from the support engagement surface. The lateral seismic support may comprise a pin connected with the bottom of the reactor pressure vessel engaging a pin socket connected with or formed in a floor of the civil structure of the radiological containment containing the nuclear reactor. | 12-17-2015 |
Mac L. Hartless, Forest, VA US
Patent application number | Description | Published |
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20120300821 | ADAPTIVE CHANNEL TRACKING USING PEAK FADE DEPTH ESTIMATION OVER A SLOT - Peak fade depth is measured ( | 11-29-2012 |
20150063512 | METHOD FOR SYMBOL SAMPLING IN A HIGH TIME DELAY SPREAD INTERFERENCE ENVIRONMENT - Symbol sampling in a high time delay spread interference environment includes acquiring ( | 03-05-2015 |
Mac Lamar Hartless, Lynchburg, VA US
Patent application number | Description | Published |
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20100144382 | ESTIMATING TIME DELAYS IN A SIMULCAST COMMUNICATION SYSTEM - A method for facilitating an equalization of a simulcast signal comprising: (a) receiving a simulcast signal comprising known data simulcast from at least two different sites; (b) generating a number of simulated simulcast signals, each simulated simulcast signal being based on at least two sites transmitting said known data with a presumed time delay, each simulated simulcast signal having a different presumed time delay; (c) determining which of said simulated simulcast signals is an optimum simulated simulcast signal that correlates most closely to said simulcast signal; and (d) providing time delay data of said optimum simulated simulcast signal for use in equalization of said simulcast signal. | 06-10-2010 |
Mac Lamar Hartless, Forest, VA US
Patent application number | Description | Published |
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20130033980 | COMMUNICATIONS SYSTEM PROVIDING ENHANCED CHANNEL SWITCHING FEATURES BASED UPON MODULATION FIDELITY AND RELATED METHODS - A wireless communications system includes a base station, and a communications device configured to communicate with the base station via different wireless communications channels using a modulation standard wherein a received modulation differs from a transmitted modulation (e.g., due to environmental conditions) as measured by a modulation fidelity value. The base station and the communications device are configured to cooperate to determine respective modulation fidelity values associated with a current channel and an alternate channel based upon an estimated modulation fidelity calculated from the received modulation, and to selectively switch between the current channel and the alternate channel based upon the determined modulation fidelity values. | 02-07-2013 |