NON-RESISTIVE CONTACT ELECTRICAL SYSTEMS AND METHODS FOR VISUALIZING THE STRUCTURE AND FUNCTION OF OBJECTS OR SYSTEMS
First Claim
Patent Images
1. A method comprising:
- (a) positioning a plurality of non-resistive contact electric field sensors at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location;
(b) repeatedly measuring, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of a structure of the entity;
(c) generating, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure.
1 Assignment
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Accused Products
Abstract
Methods and systems for sensing properties of an object or entity utilize non-resistive contact sensors alone or in combination with other sensors. The sensor data is utilized for detecting and visualizing properties of one or more biological or non-biological objects or entities.
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Citations
150 Claims
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1. A method comprising:
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(a) positioning a plurality of non-resistive contact electric field sensors at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) repeatedly measuring, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of a structure of the entity; (c) generating, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure. - View Dependent Claims (138)
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2. A method comprising:
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(a) positioning a plurality of non-resistive contact sensors at an entity, each of the plurality of non-resistive contact sensors being positioned proximate a different particular generally predetermined location; (b) repeatedly measuring, utilizing the plurality of non-resistive contact sensors, a magnetic potential associated with two or more sections of a structure of the entity; (c) generating, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure.
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3. A method comprising:
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(a) positioning a plurality of non-resistive contact electric field sensors at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) repeatedly measuring, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of a structure of the entity; (c) electronically comparing data obtained from the repeated measuring to data associated with typical measurements of the structure for other entities; (d) generating, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure, together with a visualization of a typical structure generated based on the data associated with typical measurements of the structure for other entities.
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4. A method comprising:
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(a) positioning a plurality of non-resistive contact electric field sensors at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) repeatedly measuring, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of a structure of the entity; (c) generating, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure, together with a visualization of a typical structure generated based on data associated with typical measurements of the structure for other entities.
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5. A method comprising:
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(a) positioning a plurality of non-resistive contact electric field sensors at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) continually measuring, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of a structure of the entity; (c) accessing data related to past measurements, utilizing non-resistive contact electric field sensors, of the structure of the entity; and (d) generating, utilizing data obtained from the continual measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure, together with a visualization of a typical condition of the structure generated based on the accessed data related to past measurements of the structure of the entity.
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6. A method comprising:
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(a) positioning a plurality of non-resistive contact electric field sensors at a first entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular location; (b) repeatedly measuring, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of an electrically active structure of the first entity; (c) accessing, from a database, data corresponding to measurements of an electrically active structure, which is of the same type as the electrically active structure of the first entity, for a plurality of other entities, the measurements having been taken utilizing non-resistive contact electric field sensors; (d) electronically determining, by comparing data obtained from the repeated measuring to the accessed data, a property of the electrically active structure of the first entity; and (e) generating, utilizing data obtained from the repeated measuring, a visualization of the electrically active structure of the first entity, the visualization including a depiction of each of the two or more sections of the an electrically active structure, together with a visualization of a “
normal”
electrically active structure generated based on the accessed data corresponding to measurements of electrically active structures for a plurality of other entities. - View Dependent Claims (7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 150)
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44. A method comprising:
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(a) positioning a plurality of non-resistive contact electric field sensors at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) repeatedly measuring, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of an electrically active structure of the entity; (c) accessing, from a database, data corresponding to past measurements of the electrically active structure taken utilizing non-resistive contact electric field sensors; (d) electronically determining, by comparing data obtained from the repeated measuring to the accessed data, a current property of the electrically active structure of the entity; and (e) generating, utilizing data obtained from the repeated measuring, a visualization of the electrically active structure of the entity, the visualization including a depiction of each of the two or more sections of the electrically active structure, together with a visualization of a typical state of the electrically active structure generated based on the accessed data.
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45. A method comprising:
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(a) positioning one or more non-resistive contact electric field sensors proximate an entity; (b) repeatedly measuring, utilizing the one or more non-resistive contact electric field sensors, an electrical potential associated with a structure of the entity; (c) generating, utilizing data obtained from the repeated measuring, a visualization of the entity. - View Dependent Claims (46, 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71, 72, 73)
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74. A method comprising:
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(a) positioning one or more non-resistive contact electric field sensors proximate an entity; (b) repeatedly measuring, utilizing the one or more non-resistive contact electric field sensors, an electrical potential associated with a structure of the entity; (c) generating a visualization depicting structure or functionality of the structure of the entity based on data obtained from the repeated measuring. - View Dependent Claims (75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, 96, 97, 98, 99, 100, 101, 102, 103, 104, 105, 106, 107, 108, 109, 110, 111, 112, 113, 114)
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115. A method comprising:
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(a) positioning one or more non-resistive contact electric field sensors proximate an entity; (b) repeatedly measuring, utilizing the one or more non-resistive contact electric field sensors, an electrical potential associated with a first structure of the entity; (c) obtaining, utilizing one or more additional sensors, data related to a second structure of the entity; (d) generating a visualization depicting structure or functionality of one or more structures of the entity based on data obtained from the repeated measuring using the electric field sensors and based on data obtained utilizing the one or more additional sensors. - View Dependent Claims (116)
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117. A method comprising:
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(a) positioning one or more non-resistive contact electric field sensors proximate an entity; (b) repeatedly measuring, utilizing the one or more non-resistive contact electric field sensors, an electrical potential associated with a first structure of the entity; (c) obtaining, utilizing one or more additional sensors, data related to a plurality of other structures of the entity; (d) generating a visualization depicting structure or functionality of a plurality of systems of the entity based on data obtained from the repeated measuring using the electric field sensors and based on data obtained utilizing the one or more additional sensors. - View Dependent Claims (118)
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119. A method comprising:
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(a) positioning one or more non-resistive contact electric field sensors proximate an entity; (b) repeatedly measuring, utilizing the one or more non-resistive contact electric field sensors, an electrical potential associated with a component of the entity; (c) tracking the movement of a component of the entity by analyzing the change in electric field as it runs through the anatomical structure of the component; (d) generating a visualization depicting movement of the component based on the analysis of the change in electric field as it runs through the anatomical structure of the component.
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120. A method comprising:
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(a) positioning a plurality of non-resistive contact electric field sensors proximate an entity, each sensor being positioned proximate a respective region of the entity and being referenced to that region; (b) repeatedly measuring, utilizing the one or more non-resistive contact electric field sensors, an electrical potential associated with the entity; (c) generating, utilizing data obtained from the repeated measuring, a visualization of the entity, the visualization including a depiction of the regions of the entity.
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121. A method comprising:
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(a) repeatedly measuring, utilizing one or more moving non-resistive contact electric field sensors engaged in a mobile scanning mode, an electrical potential associated with a structure of an entity; (b) generating, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity. - View Dependent Claims (122, 123, 124, 125, 126, 127, 128, 129, 130, 131, 132, 133, 134)
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135. A method comprising:
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(a) repeatedly measuring, utilizing one or more non-resistive contact electric field sensors, a geoelectric displacement signature of a moving entity; and (b) generating, utilizing data obtained from the repeated measuring, a visualization of the entity.
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136. A method comprising:
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(a) repeatedly measuring, utilizing one or more moving non-resistive contact electric field sensors, a geoelectric displacement signature of an entity; and (b) generating, utilizing data obtained from the repeated measuring, a visualization of the entity.
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137. A method comprising:
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(a) positioning one or more non-resistive contact electric field sensors proximate an entity; (b) repeatedly measuring, utilizing the one or more non-resistive contact electric field sensors, an electrical potential associated with a structure of the entity; (c) generating a visualization depicting structure or functionality of the structure of the entity based on data obtained from the repeated measuring; (d) wherein the visualization comprises a three dimensional visualization.
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139. A system comprising:
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(a) a plurality of non-resistive contact electric field sensors arranged at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) wherein the system is configured to (i) repeatedly measure, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with a structure of the entity, and (ii) generate, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity.
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140. A system comprising:
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(a) a plurality of non-resistive contact electric field sensors arranged at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) one or more computer readable media containing computer executable instructions configured to (i) repeatedly measure, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of a structure of the entity, and (ii) generate, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure.
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141. A system comprising:
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(a) a plurality of non-resistive contact electric field sensors arranged at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) wherein the system is configured to (i) repeatedly measure, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with two or more sections of a structure of the entity, and (ii) generate, utilizing data obtained from the repeated measuring, a visualization of the structure of the entity, the visualization including a depiction of each of the two or more sections of the structure.
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142. A system comprising:
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(a) a plurality of non-resistive contact electric field sensors arranged at an entity, each of the plurality of non-resistive contact electric field sensors being positioned proximate a different particular generally predetermined location; (b) one or more additional sensors; (c) wherein the system is configured to (i) repeatedly measure, utilizing the plurality of non-resistive contact electric field sensors, an electrical potential associated with a structure of the entity, and (ii) generate, utilizing data obtained from the repeated measuring and data obtained from the one or more additional sensors, a visualization of at least a portion of the entity. - View Dependent Claims (143, 144, 145, 146, 147, 148, 149)
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Specification