Offset pathway arrangements for energy conditioning
First Claim
Patent Images
1. An energy pathway arrangement, comprising:
- a plurality of superposed and conductively coupled energy pathways;
wherein said plurality includes at least a first, a second and a third superposed energy pathway;
at least a first and a second energy pathway of substantially similar size and shape;
wherein said first energy pathway is at least partially shielded and sandwiched by the first and the second superposed energy pathway, and wherein said second energy pathway is at least partially shielded and sandwiched by the second and the third superposed energy pathway;
wherein said first and said second energy pathways each have at least a corresponding, face to face area, wherein each of the face to face areas comprises a first surface area, and wherein said first and said second energy pathways each have at least a corresponding, non-face to face area, wherein each of the non-face to face areas comprises a second surface area; and
wherein each first surface area is proportional to each second surface area.
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Abstract
An amalgamation of selected energy pathways and other elements formed at least in-part by sequential manufacturing operations and made operable to be coupled and/or formed as part of a predetermined assembly and/or assemblies and/or assembly variations practicable and/or operable for sustaining electrically opposing and/or complementary energy portion confluences that can be themselves made operable by the arrangement amalgam to undergo portions of energy conditioning as a portion of an energized circuit.
456 Citations
50 Claims
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1. An energy pathway arrangement, comprising:
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a plurality of superposed and conductively coupled energy pathways;
wherein said plurality includes at least a first, a second and a third superposed energy pathway;
at least a first and a second energy pathway of substantially similar size and shape;
wherein said first energy pathway is at least partially shielded and sandwiched by the first and the second superposed energy pathway, and wherein said second energy pathway is at least partially shielded and sandwiched by the second and the third superposed energy pathway;
wherein said first and said second energy pathways each have at least a corresponding, face to face area, wherein each of the face to face areas comprises a first surface area, and wherein said first and said second energy pathways each have at least a corresponding, non-face to face area, wherein each of the non-face to face areas comprises a second surface area; and
wherein each first surface area is proportional to each second surface area.
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2. An energy pathway arrangement, comprising:
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a first energy pathway;
a second energy pathway;
a first superposed energy pathway;
a second superposed energy pathway;
a third superposed energy pathway;
wherein said first energy pathway is located in between said first superposed energy pathway and said second superposed energy pathway;
wherein said second energy pathway is located in between said second superposed energy pathway and said third superposed energy pathway;
wherein said first energy pathway consists essentially of a first face to face area and a first non-face to face area; and
wherein said second energy pathway consists essentially of a second face to face area and a second non-face to face area;
wherein said first face to face area and said second face to face area are equal in size to each other and completely overlap with each other. - View Dependent Claims (3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 27, 33, 35, 37, 39, 41, 43, 50)
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17. An energy pathway arrangement comprising:
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a first plurality of conductively coupled superposed energy pathways;
a second plurality of conductively coupled superposed energy pathways;
a third plurality of conductively coupled superposed energy pathways;
wherein said first plurality of conductively coupled superposed energy pathways is conductively isolated from said second plurality of conductively coupled superposed energy pathways and said third plurality of conductively coupled superposed energy pathways;
wherein said second plurality of conductively coupled superposed energy pathways is conductively isolated from said first plurality of conductively coupled superposed energy pathways and said third plurality of conductively coupled superposed energy pathways;
wherein said third plurality of superposed energy pathways is conductively isolated from said first plurality of conductively coupled superposed energy pathways and said second plurality of conductively coupled superposed energy pathways;
wherein superposed energy pathways of said second plurality of superposed energy pathways are of substantially the same size and shape as one another;
wherein superposed energy pathways of said third plurality of superposed energy pathways are of substantially the same size and shape as one another; and
wherein any one superposed energy pathway of said first plurality of superposed energy pathways is larger than either (1) any one superposed energy pathway of said second plurality of superposed energy pathways or (2) any one superposed energy pathway of said third plurality of superposed energy pathways. - View Dependent Claims (18, 19, 20, 21, 22, 23, 24, 25, 26, 28, 29, 30, 31, 32, 34, 36, 38, 40, 42, 44)
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45. An energy pathway arrangement, comprising:
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a first plurality of conductively coupled energy pathways;
a second plurality of conductively coupled energy pathways; and
a third plurality of conductively coupled energy pathways;
wherein all energy pathways of said first plurality of conductively coupled energy pathways are of substantially equal size and shape with each other;
wherein all energy pathways of said second plurality of conductively coupled energy pathways are of substantially equal size and shape with each other;
wherein all energy pathways of said third plurality of conductively coupled energy pathways are of substantially equal size and shape with each other;
wherein each energy pathway of said first plurality of conductively coupled energy pathways is substantially parallel to each other energy pathway of said first plurality of conductively coupled energy pathways;
wherein all energy pathways of said second plurality of conductively coupled energy pathways are substantially parallel to each other;
wherein all energy pathway of said third plurality of conductively coupled energy pathways are substantially parallel to each other;
wherein at least one energy pathway of said first plurality of conductively coupled energy pathways comprises at least a first non superposed area defined as the area of said at least one energy pathway that is not superposed with at least one energy pathway of said third plurality conductively coupled energy pathways;
wherein said first plurality of conductively coupled energy pathways comprises a total first non superposed area defined as the sum of said first non superposed areas of all energy pathways of said first plurality of conductively coupled energy pathways;
wherein at least one energy pathway of said second plurality of conductively coupled energy pathways comprises at least a second non superposed area defined as the area of said at least one energy pathway that is not superposed with at least one energy pathway of said third plurality conductively coupled energy pathways;
wherein said second plurality of conductively coupled energy pathways comprises a total second non superposed area defined as the sum of said second non superposed areas of all energy pathways of said second plurality of conductively coupled energy pathways; and
wherein said total first non superposed area is substantially equal to said total second non superposed area. - View Dependent Claims (46, 47)
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48. A method of making an energy pathway arrangement, comprising:
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providing a first energy pathway;
providing a second energy pathway;
providing a first superposed energy pathway;
providing a second superposed energy pathway; and
providing a third superposed energy pathway;
wherein said first energy pathway is located between said first superposed energy pathway and said second superposed energy pathway;
wherein said second energy pathway is located between said second superposed energy pathway and said third superposed energy pathway;
wherein said first energy pathway consists essentially of a first face to face area and a first non-face to face area;
wherein said second energy pathway consists essentially of a second face to face area and a second non-face to face area;
wherein said first face to face area and said second face to face area are equal in size to each other and completely overlap with each other.
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49. A method of making an energy pathway arrangement comprising:
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providing a first plurality of conductively coupled superposed energy pathways;
providing a second plurality of conductively coupled superposed energy pathways;
providing a third plurality of conductively coupled superposed energy pathways;
wherein said first plurality of conductively coupled superposed energy pathways is conductively isolated from said second plurality of conductively coupled superposed energy pathways and said third plurality of conductively coupled superposed energy pathways;
wherein said second plurality of conductively coupled superposed energy pathways is conductively isolated from said first plurality of conductively coupled superposed energy pathways and said third plurality of conductively coupled superposed energy pathways;
wherein said third plurality of superposed energy pathways is conductively isolated from said first plurality of conductively coupled superposed energy pathways and said second plurality of conductively coupled superposed energy pathways;
wherein superposed energy pathways of said second plurality of superposed energy pathways are of substantially same size and shape as one another;
wherein superposed energy pathways of said third plurality of superposed energy pathways are of substantially same size and shape as one another; and
wherein any one superposed energy pathway of said first plurality of superposed energy pathways is larger than either (1) any one superposed energy pathway of said second plurality of superposed energy pathways or (2) any one superposed energy pathway of said third plurality of superposed energy pathways.
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Specification