Feenstra
Donavon R. Feenstra, Cane Ridge, TN US
Patent application number | Description | Published |
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20130204642 | Data Restructuring for Consistent Formatting - Consistently coded eligibility data is provided. Eligibility responses may be received from various payers comprising inconsistently coded eligibility benefit (EB) information provided in EB segments in various locations in the responses. A data restructuring engine may be operable to receive an eligibility response and restructure the response into a consistent format. Co-pay, co-insurance, benefit limitations, and benefit specific deductibles may be clarified by embedding coded strings in one or more message segments attached to EB segments. Service types, network indicators, place of service codes, and message text may be removed when a coded strings is created. Recoded eligibility responses may be provided to healthcare providers, providing coverage, eligibility, and benefit data in a consistent and standardized form, regardless of the payer sending the eligibility response. | 08-08-2013 |
20140100865 | INTELLIGENT ELIGIBILITY REQUEST AND RESPONSE - Eligibility benefit information associated with a subscriber or dependent may be requested by a provider in an eligibility request, for example, a 270 request. Embodiments may intelligently determine a most appropriate service type code (STC) for a provider's eligibility request based on their location (“where”) and on the provider type (“who”). Utilizing precision STC tables for a payer (“what”) and the identity of the “who” and “where” associated with the provider sending the request, appropriate component level (and if needed, explicit level) STCs may be submitted in an intelligent eligibility request. Accordingly, an appropriately detailed yet focused response to the request may be received. | 04-10-2014 |
Mark Feenstra, Auckland NZ
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20110281248 | Practice Manager - The present invention relates to a method, software and/or tool for assisting users in meeting a goal. Each time an activity is undertaken, the user logs this occurrence. The method comprises determining the number of times the activity is undertaken in the cycle time period, and an indicator | 11-17-2011 |
Paul Feenstra, Deep River CA
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20100284505 | Method and Apparatus for Annulus Spacer Detection and Repositioning in Nuclear Reactors - The present invention provides an apparatus for detecting and/or repositioning annulus spacers used to maintain the position of a pressure tube withm a calandria tube of a nuclear reactor. The method comprises the steps of: vibrationally isolating a section of the pressure tube; vibrating the wall of said pressure tube within said isolated section; detecting vibration of the wall at a minimum of two axial positions within said isolated sections; and detecting the reduction in vibration level of the wall at one or more of said axial positions in comparison to the remaining axial positions. The apparatus comprises a tool head to be inserted into the pressure tube, the tool head comprising a first end and a second and a clamping block m each of said ends. The clamping blocks are used to vibrationally isolate a section of the pressure tube located between said ends. The apparatus also comprises piezo-actuators operable to vibrate said pressure tube; and accelerometers used for measuring vibration of said pressure tube. | 11-11-2010 |
20160042819 | METHOD FOR ANNULUS SPACER DETECTION IN NUCLEAR REACTORS - The present invention provides an apparatus for detecting and/or repositioning annulus spacers used to maintain the position of a pressure tube within a calandria tube of a nuclear reactor. The method comprises the steps of: vibrationally isolating a section of the pressure tube; vibrating the wall of said pressure tube within said isolated section; detecting vibration of the wall at a minimum of two axial positions within said isolated sections; and detecting the reduction in vibration level of the wall at one or more of said axial positions in comparison to the remaining axial positions. The apparatus comprises a tool head to be inserted into the pressure tube, the tool head comprising a first end and a second and a clamping block m each of said ends. The clamping blocks are used to vibrationally isolate a section of the pressure tube located between said ends. The apparatus also comprises piezo-actuators operable to vibrate said pressure tube; and accelerometers used for measuring vibration of said pressure tube. | 02-11-2016 |
Paul A. Feenstra, Deep River CA
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20160041127 | SUPPORT STRUCTURE LOCATION AND LOAD MEASUREMENT - A tool may be inserted into the pressure tube inside a calandria tube of a fuel channel of a nuclear reactor. Once in position, the tool may act to generate information useful for determining a location for an annulus spacer. Once the annulus spacer has been located, the tool may act to generate information useful for determining a compressive load on the annulus spacer due to the annulus spacer being pinched between the two tubes. In both the locating and the load determining, the tool may act to isolate a section of the pressure tube, excite the isolated section of the pressure tube with vibrations and measure resultant tube vibrations. Tube vibration characteristics, determined from the vibrations, may then be analyzed to determine an axial location along the pressure tube for the annulus spacer and/or determine a load on the annulus spacer. | 02-11-2016 |
Travis B. Feenstra, Redlands, CA US
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20090073073 | Foldable Reflect Array - A foldable reflect array may include a plurality of geometrically-flat reflect antennas. Each of the reflect antennas may include a respective plurality of antenna elements to receive and retransmit an incident wavefront, and each of the plurality of reflect antennas may be foldably coupled to at least one other of the plurality of reflect antennas. | 03-19-2009 |
20100210225 | MODULAR SOLID-STATE MILLIMETER WAVE (MMW) RF POWER SOURCE - A modular solid-state MMW power source based on a topology of the lens array amplifier provides both the flexibility to scale output power and effective thermal management. The modular power source includes a single submodule that uses one or more power dividers and one or more solid-state amplification stages to divide and amplify an RF input signal into R amplified RF signals. The submodule is mounted (suitably in the X-Y plane) on the surface of a heat sink, suitably coupled to a cold backplane, to remove heat. R 1:N low loss power dividers route the amplified RF signals to R*N radiating elements. Each of the 1:N power dividers suitably reside in the X-Z plane and are stacked in the Y direction to provide a planar output of the R*N radiating elements in the Y-Z plane. Placement of the amplifier chips on the single submodule decouples the number of amplifier chips, hence output power, from the number of radiating elements. Placement of the amplifier chips away from the radiating face provides a short path with large thermal cross-section through the heat sink to the backplane to remove heat. The topology can produce high output power combined with a high antenna gain to produce large power-aperture products previously only achievable with a Gyrotron. As amplifier chips become more powerful, the topology can be adapted to use fewer chips. | 08-19-2010 |
Travis B. Feenstra, Calimesa, CA US
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20150280650 | MODULAR SPATIALLY COMBINED EHF POWER AMPLIFIER - A power amplifier uses a modular architecture in which each of the one or more modules spatially combines the power from multiple amplified channels. The individual modules are configured to operate in the EHF band and above at low loss. This entails reconfiguring the input and output splitters, the end-launched transitions between the amplifier chips and the input and output splitters and the packaging of the DC power and control board. The input splitter uses a split-block technology. The output splitter maps each amplified channel into a two-dimensional aperture. | 10-01-2015 |