SENSOR PROBE ASSEMBLY
Preferably, an embodiment of a sensor probe assembly includes at least, a flexible, highly electrically conductive signal sensor component. The flexible, highly electrically conductive signal sensor component provides a main body portion, a plurality of spires protruding in a first direction from a first side surface of the main body portion, and a conductor confinement feature formed on a second side surface of the main body portion. The second side surface is an opposite side surface of the main body portion relative to the first side surface, and in which each of the spires protrude from the main body portion not less than twice a thickness of the main both portion
1 . a sensor probe assembly comprising, a flexible, highly electrically conductive signal sensor component, the flexible, highly electrically conductive signal sensor component provides a main body portion, a plurality of spires protruding in a first direction from a first side surface of the main body portion, and a conductor confinement feature formed on a second side surface of the main body portion, wherein the second side surface is an opposite side surface of the main body portion relative to the first side surface, and in which each of the spires protrude from the main body portion not less than twice a thickness of the main body portion.
2 . The sensor probe assembly of claim 1 , in which the flexible, highly electrically conductive signal sensor component further providing an orientation feature.
3 . The sensor probe assembly of claim 2 , in which the main body portion, the plurality of spires, and conductor confinement feature are formed from a common material.
4 . The sensor probe assembly of claim 3 , in which the main body portion, the plurality of spires, and conductor confinement feature are formed as a single, unified highly electrically conductive signal sensor component from the common material.
5 . The sensor probe assembly of claim 4 , in which the common material, the main body portion, the plurality of spires, and conductor confinement feature formed as the single, unified highly electrically conductive signal sensor component is a conductive polymer.
6 . The sensor probe assembly of claim 5 , in which the conductive polymer is carbon particle impregnated polymer.
7 . The sensor probe assembly of claim 6 , in which the polymer is silicone.
8 . The sensor probe assembly of claim 1 , further including at least a sensor component support member communicating with the flexible, highly electrically conductive signal sensor component.
9 . The sensor probe assembly of claim 8 , in which the sensor component support member provides at least a sensor component confinement feature, the sensor component confinement feature cooperates with and supports a perimeter of the flexible, highly electrically conductive signal sensor component.
10 . The sensor probe assembly of claim 9 , in which the sensor component support member further provides at least an attachment feature protruding from the sensor component, confinement feature and adjacent the perimeter of the flexible, highly electrically conductive signal sensor component.
11 . The sensor probe assembly of claim 10 , in which the sensor component support member still further provides a plurality of spire apertures, each spire aperture communicating with a corresponding spire of the plurality of spires, and in which each spire protrudes through its corresponding spire aperture such that greater than one halt a length of each spire extends beyond a bottom surface of the sensor component support member.
12 . The sensor probe assembly of claim 11 , in which each spire of the plurality of spires is of a common length.
13 . The sensor probe assembly of claim 12 , in which the sensor component support member is formed from a non-conductive polymer.
14 . The sensor probe assembly of claim 13 , in which the sensor component support member provides an alignment feature extending from the sensor component confinement feature and cooperating with an orientation feature of the flexible, highly electrically conductive signal sensor component.
15 . The sensor probe assembly of claim 7 , further including at least a sensor component support member communicating with the flexible, highly electrically conductive signal sensor component.
16 . The sensor probe assembly of claim 15 , in which the sensor component support member provides at least a sensor component confinement feature, the sensor component confinement feature cooperates with and supports a perimeter of the flexible, highly electrically conductive signal sensor component.
17 . The sensor probe assembly of claim 16 , in which the sensor component support member further provides at least an attachment feature protruding from the sensor component confinement feature and adjacent the perimeter of the flexible, highly electrically conductive signal sensor component.
18 . The sensor probe assembly of claim 17 , in which the sensor component support member still further provides a plurality of spire apertures, each spire aperture communicating with a corresponding spire of the plurality of spires, and in which each spire protrudes through its corresponding spire aperture such that greater than one half a length of each spire extends beyond a bottom surface of the sensor component support member.
19 . The sensor probe assembly of claim 18 , in which each spire of the plurality of spires is of a common length.
20 . The sensor probe assembly of claim 19 , in which the sensor component support member is formed from a non-conductive polymer, and in which the sensor component support member provides an alignment feature extending from the sensor component confinement feature and cooperating with the orientation feature of the flexible, highly electrically conductive signal sensor component.