Patents by Inventor Dennis J. Morgan
Dennis J. Morgan 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: 11672460Abstract: A map of cardiac activation wavefronts can be created from a plurality of mesh nodes, each of which is assigned a conduction velocity vector. Directed edges are defined to interconnect the mesh nodes, and weights are assigned to the directed edges, thereby creating a weighted directed conduction velocity graph. A user can select one or more points within the weighted directed conduction velocity graph (which do not necessarily correspond to nodes), and one or more cardiac activation wavefronts passing through these points can be identified using the weighted directed conduction velocity graph. The cardiac activation wavefronts can then be displayed on a graphical representation of the cardiac geometry.Type: GrantFiled: May 13, 2020Date of Patent: June 13, 2023Assignee: St. Jude Medical, Cardiology Division, Inc.Inventors: Dongfeng Han, Valtino X. Afonso, Chin-Ann Yang, Dennis J. Morgan, Carlo Pappone
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Patent number: 11553867Abstract: Systems and methods for generating and displaying an electrophysiology (EP) map are provided. A system includes a device including at least one sensor configured to collect a set of location data points, and a computer-based model construction system coupled to the device and configured to generate a geometry surface model from the set of location data points, associate an EP parameter with each of a plurality of points on the geometry surface model to generate an EP map, calculate a confidence metric for the EP parameter associated with each point, and display the EP map based on the calculated confidence metrics.Type: GrantFiled: February 27, 2020Date of Patent: January 17, 2023Assignee: St. Jude Medical, Cardiology Division, Inc.Inventors: Don Curtis Deno, Emma K. Davis, Thomas P. Hartley, Dennis J. Morgan
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Publication number: 20220369990Abstract: The disclosure relates generally to applications of Orientation Independent Sensing (OIS) and Omnipolar mapping Technology (OT) to various system, device and method embodiments as recited herein. Similarly, systems and methods suitable for supporting OIS and OT systems and methods are disclosed. Further, OIS and OT implementations that provide end user interfaces, diagnostic indicia and visual displays generated, in part, based on measured data or derived from measured data are also disclosed. Embodiments also describe applying optimization techniques to determine the greatest voltage difference of a local electric field associated with an electrode-based diagnostic procedure and a vector representation thereof. Various graphic user interface related features are also described to facilitate orientation and electrode clique signal display.Type: ApplicationFiled: June 30, 2022Publication date: November 24, 2022Inventors: Don Curtis Deno, Dennis J. Morgan, Joshua C. Bush, Kumaraswamy Nanthakumar, Stephane Masse, Karl Magtibay
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Patent number: 11406312Abstract: The disclosure relates generally to applications of Orientation Independent Sensing (OIS) and Omnipolar mapping Technology (OT) to various system, device and method embodiments as recited herein. Similarly, systems and methods suitable for supporting OIS and OT systems and methods are disclosed. Further, OIS and OT implementations that provide end user interfaces, diagnostic indicia and visual displays generated, in part, based on measured data or derived from measured data are also disclosed. Embodiments also describe applying optimization techniques to determine the greatest voltage difference of a local electric field associated with an electrode-based diagnostic procedure and a vector representation thereof. Various graphic user interface related features are also described to facilitate orientation and electrode clique signal display.Type: GrantFiled: June 18, 2020Date of Patent: August 9, 2022Assignee: St. Jude Medical, Cardiology Division, Inc.Inventors: Don Curtis Deno, Dennis J. Morgan, Joshua C. Bush, Kumaraswamy Nanthakumar, Stephane Masse, Karl Magtibay
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Publication number: 20220183610Abstract: Electrophysiological activity can be mapped using sub-intervals of electrophysiological signals. An electroanatomical mapping system receives a plurality of electrophysiological signals (402), each of which spans an activation interval. For each signal, the system identifies an initial event time within the activation interval, such as by identifying a time of maximum signal energy (404), and defines a sub-interval about the initial event time (406). The system then analyzes the sub-interval to identify one or more electrophysiological characteristics of the electrophysiological signal (408) and adds a corresponding electrophysiology data point to an electrophysiology map (410). Advantageously, the sub-interval can extend outside of the activation interval, such that the instant teachings allow for capture and analysis of deflections that occur at or near the boundaries of the activation interval.Type: ApplicationFiled: May 22, 2020Publication date: June 16, 2022Inventors: Dennis J. MORGAN, Don C. DENO, Emma K. DAVIS, Thomas P HARTLEY, Mark HAGFORS
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Publication number: 20220160284Abstract: Electrophysiological signals from a graphical representation of an electrophysiology map including a plurality of electrophysiology data points can be sorted by receiving user inputs specifying a number of virtual electrodes for a virtual catheter and defining a pathway of the virtual catheter. A corresponding number of virtual electrodes can be defined on the pathway of the virtual catheter, and one or more electrophysiology data points relevant to electrical activity at the virtual electrodes can be identified, allowing output of a graphical representation of electrophysiological signals corresponding to the identified electrophysiology data points. Relevant electrophysiology data points can be identified by applying one or more relevance criterion, such as a distance criterion, a bipole orientation criterion, a time criterion, and/or a morphology criterion.Type: ApplicationFiled: February 8, 2022Publication date: May 26, 2022Inventors: Don Curtis Deno, Eric S. Olson, Dennis J. Morgan, Jeffrey A. Schweitzer, Eric J. Voth
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Patent number: 11291398Abstract: Electrophysiological signals from a graphical representation of an electrophysiology map including a plurality of electrophysiology data points can be sorted by receiving user inputs specifying a number of virtual electrodes for a virtual catheter and defining a pathway of the virtual catheter. A corresponding number of virtual electrodes can be defined on the pathway of the virtual catheter, and one or more electrophysiology data points relevant to electrical activity at the virtual electrodes can be identified, allowing output of a graphical representation of electrophysiological signals corresponding to the identified electrophysiology data points. Relevant electrophysiology data points can be identified by applying one or more relevance criterion, such as a distance criterion, a bipole orientation criterion, a time criterion, and/or a morphology criterion.Type: GrantFiled: January 8, 2019Date of Patent: April 5, 2022Assignee: ST JUDE MEDICAL, CARDIOLOGY DIVISION, INC.Inventors: Don Curtis Deno, Eric S. Olson, Dennis J. Morgan, Jeffrey A. Schweitzer, Eric J. Voth
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Publication number: 20200315484Abstract: The disclosure relates generally to applications of Orientation Independent Sensing (OIS) and Omnipolar mapping Technology (OT) to various system, device and method embodiments as recited herein. Similarly, systems and methods suitable for supporting OIS and OT systems and methods are disclosed. Further, OIS and OT implementations that provide end user interfaces, diagnostic indicia and visual displays generated, in part, based on measured data or derived from measured data are also disclosed. Embodiments also describe applying optimization techniques to determine the greatest voltage difference of a local electric field associated with an electrode-based diagnostic procedure and a vector representation thereof. Various graphic user interface related features are also described to facilitate orientation and electrode clique signal display.Type: ApplicationFiled: June 18, 2020Publication date: October 8, 2020Inventors: Don Curtis Deno, Dennis J. Morgan, Joshua C. Bush, Kumaraswamy Nanthakumar, Stephane Masse, Karl Magtibay
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Publication number: 20200281491Abstract: A map of cardiac activation wavefronts can be created from a plurality of mesh nodes, each of which is assigned a conduction velocity vector. Directed edges are defined to interconnect the mesh nodes, and weights are assigned to the directed edges, thereby creating a weighted directed conduction velocity graph. A user can select one or more points within the weighted directed conduction velocity graph (which do not necessarily correspond to nodes), and one or more cardiac activation wavefronts passing through these points can be identified using the weighted directed conduction velocity graph. The cardiac activation wavefronts can then be displayed on a graphical representation of the cardiac geometry.Type: ApplicationFiled: May 13, 2020Publication date: September 10, 2020Inventors: Dongfeng Han, Valtino X. Afonso, Chin-Ann Yang, Dennis J. Morgan, Carlo Pappone
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Publication number: 20200275851Abstract: Systems and methods for generating and displaying an electrophysiology (EP) map are provided. A system includes a device including at least one sensor configured to collect a set of location data points, and a computer-based model construction system coupled to the device and configured to generate a geometry surface model from the set of location data points, associate an EP parameter with each of a plurality of points on the geometry surface model to generate an EP map, calculate a confidence metric for the EP parameter associated with each point, and display the EP map based on the calculated confidence metrics.Type: ApplicationFiled: February 27, 2020Publication date: September 3, 2020Inventors: Don Curtis Deno, Emma K. Davis, Thomas P. Hartley, Dennis J. Morgan
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Patent number: 10758137Abstract: The disclosure relates generally to applications of Orientation Independent Sensing (OIS) and Omnipolar mapping Technology (OT) to various system, device and method embodiments as recited herein. Similarly, systems and methods suitable for supporting OIS and OT systems and methods are disclosed. Further, OIS and OT implementations that provide end user interfaces, diagnostic indicia and visual displays generated, in part, based on measured data or derived from measured data are also disclosed. Embodiments also describe applying optimization techniques to determine the greatest voltage difference of a local electric field associated with an electrode-based diagnostic procedure and a vector representation thereof. Various graphic user interface related features are also described to facilitate orientation and electrode clique signal display.Type: GrantFiled: April 13, 2018Date of Patent: September 1, 2020Assignee: St. Jude Medical, Cardiology Division, Inc.Inventors: Don Curtis Deno, Dennis J. Morgan, Joshua C. Bush, Kumaraswamy Nanthakumar, Stephane Masse, Karl Magtibay
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Patent number: 10687721Abstract: A map of cardiac activation wavefronts can be created from a plurality of mesh nodes, each of which is assigned a conduction velocity vector. Directed edges are defined to interconnect the mesh nodes, and weights are assigned to the directed edges, thereby creating a weighted directed conduction velocity graph. A user can select one or more points within the weighted directed conduction velocity graph (which do not necessarily correspond to nodes), and one or more cardiac activation wavefronts passing through these points can be identified using the weighted directed conduction velocity graph. The cardiac activation wavefronts can then be displayed on a graphical representation of the cardiac geometry.Type: GrantFiled: January 5, 2018Date of Patent: June 23, 2020Assignee: St. Jude Medical, Cardiology Division, Inc.Inventors: Dongfeng Han, Valtino X. Afonso, Chin-Ann Yang, Dennis J. Morgan, Carlo Pappone
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Patent number: 10441187Abstract: An efficient system for diagnosing arrhythmias and directing catheter therapies may allow for measuring, classifying, analyzing, and mapping spatial electrophysiological (EP) patterns within a body. The efficient system may further guide arrhythmia therapy and update maps as treatment is delivered. The efficient system may use a medical device having a high density of sensors with a known spatial configuration for collecting EP data and positioning data. Further, the efficient system may also use an electronic control system (ECU) for computing and providing the user with a variety of metrics, derivative metrics, high definition (HD) maps, HD composite maps, and general visual aids for association with a geometrical anatomical model shown on a display device.Type: GrantFiled: May 11, 2017Date of Patent: October 15, 2019Assignee: St. Jude Medical, Atrial Fibrillation Division, Inc.Inventors: Valtino X. Afonso, Jiazheng Shi, Steven J. Kim, D. Curtis Deno, Dennis J. Morgan
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Publication number: 20190209034Abstract: Electrophysiological signals from a graphical representation of an electrophysiology map including a plurality of electrophysiology data points can be sorted by receiving user inputs specifying a number of virtual electrodes for a virtual catheter and defining a pathway of the virtual catheter. A corresponding number of virtual electrodes can be defined on the pathway of the virtual catheter, and one or more electrophysiology data points relevant to electrical activity at the virtual electrodes can be identified, allowing output of a graphical representation of electrophysiological signals corresponding to the identified electrophysiology data points. Relevant electrophysiology data points can be identified by applying one or more relevance criterion, such as a distance criterion, a bipole orientation criterion, a time criterion, and/or a morphology criterion.Type: ApplicationFiled: January 8, 2019Publication date: July 11, 2019Inventors: Don Curtis Deno, Eric S. Olson, Dennis J. Morgan, Jeffrey A. Schweitzer, Eric J. Voth
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Publication number: 20180296111Abstract: The disclosure relates generally to applications of Orientation Independent Sensing (OIS) and Omnipolar mapping Technology (OT) to various system, device and method embodiments as recited herein. Similarly, systems and methods suitable for supporting OIS and OT systems and methods are disclosed. Further, OIS and OT implementations that provide end user interfaces, diagnostic indicia and visual displays generated, in part, based on measured data or derived from measured data are also disclosed. Embodiments also describe applying optimization techniques to determine the greatest voltage difference of a local electric field associated with an electrode-based diagnostic procedure and a vector representation thereof. Various graphic user interface related features are also described to facilitate orientation and electrode clique signal display.Type: ApplicationFiled: April 13, 2018Publication date: October 18, 2018Inventors: Don Curtis Deno, Dennis J. Morgan, Joshua C. Bush, Kumaraswamy Nanthakumar, Stephane Masse, Karl Magtibay
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Publication number: 20180125383Abstract: A map of cardiac activation wavefronts can be created from a plurality of mesh nodes, each of which is assigned a conduction velocity vector. Directed edges are defined to interconnect the mesh nodes, and weights are assigned to the directed edges, thereby creating a weighted directed conduction velocity graph. A user can select one or more points within the weighted directed conduction velocity graph (which do not necessarily correspond to nodes), and one or more cardiac activation wavefronts passing through these points can be identified using the weighted directed conduction velocity graph. The cardiac activation wavefronts can then be displayed on a graphical representation of the cardiac geometry.Type: ApplicationFiled: January 5, 2018Publication date: May 10, 2018Inventors: Dongfeng Han, Valtino X. Afonso, Chin-Ann Yang, Dennis J. Morgan, Carlo Pappone
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Patent number: 9888860Abstract: A map of cardiac activation wavefronts can be created from a plurality of mesh nodes, each of which is assigned a conduction velocity vector. Directed edges are defined to interconnect the mesh nodes, and weights are assigned to the directed edges, thereby creating a weighted directed conduction velocity graph. A user can select one or more points within the weighted directed conduction velocity graph (which do not necessarily correspond to nodes), and one or more cardiac activation wavefronts passing through these points can be identified using the weighted directed conduction velocity graph. The cardiac activation wavefronts can then be displayed on a graphical representation of the cardiac geometry.Type: GrantFiled: August 31, 2016Date of Patent: February 13, 2018Assignee: St. Jude Medical, Cardiology Division, Inc.Inventors: Dongfeng Han, Valtino X. Afonso, Chin-Ann Yang, Dennis J. Morgan, Carlo Pappone
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Publication number: 20170311833Abstract: An efficient system for diagnosing arrhythmias and directing catheter therapies may allow for measuring, classifying, analyzing, and mapping spatial electrophysiological (EP) patterns within a body. The efficient system may further guide arrhythmia therapy and update maps as treatment is delivered. The efficient system may use a medical device having a high density of sensors with a known spatial configuration for collecting EP data and positioning data. Further, the efficient system may also use an electronic control system (ECU) for computing and providing the user with a variety of metrics, derivative metrics, high definition (HD) maps, HD composite maps, and general visual aids for association with a geometrical anatomical model shown on a display device.Type: ApplicationFiled: May 11, 2017Publication date: November 2, 2017Inventors: Valtino X. Afonso, Jiazheng Shi, Steven J. Kim, D. Curtis Deno, Dennis J. Morgan
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Patent number: 9675266Abstract: An efficient system for diagnosing arrhythmias and directing catheter therapies may allow for measuring, classifying, analyzing, and mapping spatial electrophysiological (EP) patterns within a body. The efficient system may further guide arrhythmia therapy and update maps as treatment is delivered. The efficient system may use a medical device having a high density of sensors with a known spatial configuration for collecting EP data and positioning data. Further, the efficient system may also use an electronic control system (ECU) for computing and providing the user with a variety of metrics, derivative metrics, high definition (HD) maps, HD composite maps, and general visual aids for association with a geometrical anatomical model shown on a display device.Type: GrantFiled: October 13, 2015Date of Patent: June 13, 2017Assignee: St. Jude Medical, Atrial Fibrillation Division, Inc.Inventors: Valtino X. Afonso, Jiazheng Shi, Steven J. Kim, D. Curtis Deno, Dennis J. Morgan
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Publication number: 20170055864Abstract: A map of cardiac activation wavefronts can be created from a plurality of mesh nodes, each of which is assigned a conduction velocity vector. Directed edges are defined to interconnect the mesh nodes, and weights are assigned to the directed edges, thereby creating a weighted directed conduction velocity graph. A user can select one or more points within the weighted directed conduction velocity graph (which do not necessarily correspond to nodes), and one or more cardiac activation wavefronts passing through these points can be identified using the weighted directed conduction velocity graph. The cardiac activation wavefronts can then be displayed on a graphical representation of the cardiac geometry.Type: ApplicationFiled: August 31, 2016Publication date: March 2, 2017Inventors: Dongfeng Han, Valtino X. Afonso, Chin-Ann Yang, Dennis J. Morgan, Carlo Pappone