Patents by Inventor Justin Stewart White
Justin Stewart White has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).
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Patent number: 11610654Abstract: A note automation server automatically generates medical notes for appointments between patients and physicians. The note automation server generates a fingerprint for each upcoming appointment between a patient and physician using information from an EHR system and information stored on the note automation server. The fingerprint includes information about the patient, including demographic information and medical history. The note automation server identifies an appropriate note template and billing codes for the appointment using the fingerprint and an audio file recorded by a physician during and/or after an appointment. The fingerprint, audio file, and note template are used complete of the medical note. The completed medical note and billing codes are exported to the EHR system, where it is accessed by the physician. The note automation server monitors the EHR system to see if the physician modified the medical note or a billing code.Type: GrantFiled: December 20, 2019Date of Patent: March 21, 2023Assignee: Zealth, Inc.Inventors: Justin Stewart White, Pranay Kapadia, Adam Kessler Ting
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Publication number: 20200158630Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractant mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: ApplicationFiled: October 21, 2019Publication date: May 21, 2020Inventors: MICHAEL JOHN PREINER, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Patent number: 10488331Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractor mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: GrantFiled: July 25, 2017Date of Patent: November 26, 2019Assignee: WinField Solutions, LLCInventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Publication number: 20170322148Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractor mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: ApplicationFiled: July 25, 2017Publication date: November 9, 2017Inventors: MICHAEL JOHN PREINER, NICHOLAS CARLETON KOSHNICK, JUSTIN STEWART WHITE, JOHN PAUL STRACHAN
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Patent number: 9714901Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractant mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: GrantFiled: January 28, 2016Date of Patent: July 25, 2017Assignee: Monsanto Technology LLCInventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Publication number: 20160146728Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractant mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: ApplicationFiled: January 28, 2016Publication date: May 26, 2016Inventors: MICHAEL JOHN PREINER, NICHOLAS CARLETON KOSHNICK, JUSTIN STEWART WHITE, JOHN PAUL STRACHAN
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Patent number: 9255878Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractant mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: GrantFiled: May 28, 2013Date of Patent: February 9, 2016Assignee: Monsanto Technology LLCInventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Patent number: 9146223Abstract: A filtration system for a soil analysis device and methods of pressure filtration and automated cleaning are disclosed for generating filtrate used in measuring characteristics of a soil sample and preparing the filtration system for repeated measurements. A mixing chamber combines a soil sample and an extractant into a liquid mixture. The filtration system receives and pressure filters the liquid mixture to quickly generate filtrate used to measure characteristics of the sample. The filtrate is passed to a measurement cell for analysis. Once the analysis is complete, the filtration system performs a cleaning process in preparation to receive a subsequent liquid mixture from another soil sample.Type: GrantFiled: March 11, 2013Date of Patent: September 29, 2015Assignee: Monsanto Technology LLCInventors: Bevan Gerber-Siff, Justin Stewart White, Stephen Prouty, Robert Tirrell, Michael John Preiner, Nicholas Carleton Koshnick
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Patent number: 8767194Abstract: A soil analysis device and a method are disclosed for measuring characteristics of a soil sample. A mixing chamber combines a soil sample and an extractant into a liquid mixture. A filtration system receives and filters the liquid mixture. The filtered liquid mixture is transmitted to a measurement cell. The measurement cell is coupled to a light source so that light propagating from the light source is attenuated and/or reflected by the liquid mixture and is measured by one or more optical detectors that are also coupled to the measurement cell. The optical detector generates an attenuation spectrum and/or a reflection spectrum indicating light received by the one or more detectors at different wavelengths. The attenuation and/or reflection spectrum is used to determine the characteristics of the soil sample.Type: GrantFiled: May 28, 2013Date of Patent: July 1, 2014Assignee: Monsanto Technology LLCInventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, Bevan Gerber-Siff
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Publication number: 20130258317Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractant mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: ApplicationFiled: May 28, 2013Publication date: October 3, 2013Applicant: Solum, Inc.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Publication number: 20130247655Abstract: A soil analysis device and a method are disclosed for measuring characteristics of a soil sample. A mixing chamber combines a soil sample and an extractant into a liquid mixture. A filtration system receives and filters the liquid mixture. The filtered liquid mixture is transmitted to a measurement cell. The measurement cell is coupled to a light source so that light propagating from the light source is attenuated and/or reflected by the liquid mixture and is measured by one or more optical detectors that are also coupled to the measurement cell. The optical detector generates an attenuation spectrum and/or a reflection spectrum indicating light received by the one or more detectors at different wavelengths. The attenuation and/or reflection spectrum is used to determine the characteristics of the soil sample.Type: ApplicationFiled: May 28, 2013Publication date: September 26, 2013Applicant: Solum, Inc.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, Bevan Gerber-Siff
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Patent number: 8477295Abstract: A soil analysis device and a method are disclosed for measuring characteristics of a soil sample. A mixing chamber combines a soil sample and an extractant into a liquid mixture. A filtration system receives and filters the liquid mixture. The filtered liquid mixture is transmitted through a pipe with a slope to a measurement cell. The measurement cell is coupled to a light source so that light propagating from the light source is attenuated by the liquid mixture and is measured by an optical detector that is also coupled to the measurement cell. The optical detector generates an attenuation spectrum indicating light received by the detector at different wavelengths. The attenuation spectrum is used to determine the characteristics of the soil sample.Type: GrantFiled: September 19, 2011Date of Patent: July 2, 2013Assignee: Solum, Inc.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, Bevan Gerber-Siff
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Patent number: 8472023Abstract: The nitrate-nitrogen concentration in soil is estimated based on the nitrate-nitrogen 200 nm absorption peak. In one embodiment, a device measures the attenuation spectrum of a soil-extractant mixture over a wavelength range that includes wavelengths in the vicinity of the 200 nm absorption peak (the spectral operating range) and then determines the nitrate-nitrogen concentration based on the attenuation spectrum.Type: GrantFiled: May 7, 2010Date of Patent: June 25, 2013Assignee: Solum, Inc.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Patent number: 8472024Abstract: A system and a method are disclosed for combining a soil sample and extractant in a mixing chamber to produce a liquid extractant-soil mixture. A portion of the liquid extractant-soil mixture is directed from the mixing chamber through a sample measurement chamber coupled to the mixing chamber. The sample measurement chamber is coupled to a light source so that light propagates from the light source through the portion of the liquid extractant-soil mixture to an optical detector which generates an attenuation spectrum indicating light received by the detector at different wavelengths. The sample measurement chamber may include an attenuation cell having a specified optical path between a first measurement window and a second measurement window and angular surface directing particulates in the liquid extractant-soil mixture away from the attenuation cell.Type: GrantFiled: September 19, 2012Date of Patent: June 25, 2013Assignee: Solum, Inc.Inventors: Michael John Preiner, Nicholas Carelton Koshnick, Justin Stewart White, John Paul Strachan
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Patent number: 8325336Abstract: A system and a method are disclosed for combining a soil sample and extractant in a mixing chamber to produce a liquid extractant-soil mixture. A portion of the liquid extractant-soil mixture is directed from the mixing chamber through a sample measurement chamber coupled to the mixing chamber. The sample measurement chamber is coupled to a light source so that light propagates from the light source through the portion of the liquid extractant-soil mixture to an optical detector which generates an attenuation spectrum indicating light received by the detector at different wavelengths. The sample measurement chamber may include an attenuation cell having a specified optical path between a first measurement window and a second measurement window and angular surface directing particulates in the liquid extractant-soil mixture away from the attenuation cell.Type: GrantFiled: February 15, 2012Date of Patent: December 4, 2012Assignee: Solum, Inc.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Publication number: 20120147368Abstract: A system and a method are disclosed for combining a soil sample and extractant in a mixing chamber to produce a liquid extractant-soil mixture. A portion of the liquid extractant-soil mixture is directed from the mixing chamber through a sample measurement chamber coupled to the mixing chamber. The sample measurement chamber is coupled to a light source so that light propagates from the light source through the portion of the liquid extractant-soil mixture to an optical detector which generates an attenuation spectrum indicating light received by the detector at different wavelengths. The sample measurement chamber may include an attenuation cell having a specified optical path between a first measurement window and a second measurement window and angular surface directing particulates in the liquid extractant-soil mixture away from the attenuation cell.Type: ApplicationFiled: February 15, 2012Publication date: June 14, 2012Applicant: SOLUM, INC.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Publication number: 20120103077Abstract: A device and method for measuring field samples in a liquid form removes the need for dry-and-grind type testing. A field sample is received taken from a location in a field. A soil subsample is separated from the field sample. The soil subsample is mixed with water, and a soil-water subsample is selected and transferred for testing. The soil-water subsample is measured to determine attributes of the field sample. The field sample may be measured in the field where it was taken, at a local field office located close to the field, or at a remote laboratory. To test remotely, a test well device is prepared which stores a number of soil-water subsamples. Time and cost savings allow for area-based pricing of soil analysis, largely independent of the density at which field samples are tested.Type: ApplicationFiled: September 13, 2011Publication date: May 3, 2012Applicant: SOLUM, INC.Inventors: Nicholas Carleton Koshnick, Michael John Preiner, Justin Stewart White
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Patent number: 8144319Abstract: A system and a method are disclosed for combining a soil sample and extractant in a mixing chamber to produce a liquid extractant-soil mixture. A portion of the liquid extractant-soil mixture is directed from the mixing chamber through a sample measurement chamber coupled to the mixing chamber. The sample measurement chamber is coupled to a light source so that light propagates from the light source through the portion of the liquid extractant-soil mixture to an optical detector which generates an attenuation spectrum indicating light received by the detector at different wavelengths. The sample measurement chamber may include an attenuation cell having a specified optical path between a first measurement window and a second measurement window and angular surface directing particulates in the liquid extractant-soil mixture away from the attenuation cell.Type: GrantFiled: May 6, 2010Date of Patent: March 27, 2012Assignee: Solum, Inc.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, John Paul Strachan
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Publication number: 20120002192Abstract: A soil analysis device and a method are disclosed for measuring characteristics of a soil sample. A mixing chamber combines a soil sample and an extractant into a liquid mixture. A filtration system receives and filters the liquid mixture. The filtered liquid mixture is transmitted through a pipe with a slope to a measurement cell. The measurement cell is coupled to a light source so that light propagating from the light source is attenuated by the liquid mixture and is measured by an optical detector that is also coupled to the measurement cell. The optical detector generates an attenuation spectrum indicating light received by the detector at different wavelengths. The attenuation spectrum is used to determine the characteristics of the soil sample.Type: ApplicationFiled: September 19, 2011Publication date: January 5, 2012Applicant: SOLUM, INC.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White, Bevan Gerber-Siff
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Publication number: 20110299085Abstract: A tissue measurement device can provide for rapid, robust analysis of large volumes of plant tissue samples in the field. The tissue measurement device measures tissue samples in a liquid state. The tissue measurement device uses a spectrometer to determine an absorbance spectrum over a range of wavelengths. The absorbance spectrum provides information about the properties of the tissue sample. Tissue samples may be mixed with various extractants or reagents to further improve the accuracy of measurements or allow measurement of a wider variety of nutrients or properties. The tissue measurement device may also take calibration measurements to improve the measurement of tissue sample properties.Type: ApplicationFiled: June 3, 2011Publication date: December 8, 2011Applicant: SOLUM, INC.Inventors: Michael John Preiner, Nicholas Carleton Koshnick, Justin Stewart White