Directional Acoustic Sensor Resonator Layout for High Sensitivity

The resonators are arranged in an intersecting pattern where ends of facing resonators form intersections, transitioning from a simple linear or grid arrangement to a multi-dimensional intersecting configuration. This dimensional change allows the resonators to block through-holes more effectively while maintaining a compact footprint, thus preserving acoustic resistance without significantly increasing device size.

The intersecting structure of resonators creates a nested-like configuration where resonators are positioned to overlap and interlock in the acoustic path. This nesting effect prevents the formation of continuous through-holes by having resonators from different directions intersect and block each other's potential acoustic leakage paths.

The resonator array is segmented into multiple groups oriented in different directions, with each group independently forming intersections with adjacent groups. This segmentation allows the complex intersecting pattern to be constructed from simpler modular units, making the overall design more manageable and potentially easier to manufacture despite the increased acoustic performance requirements.

The resonator arrangement employs asymmetric positioning where resonators are deliberately offset and intersect at non-uniform intervals and angles. This asymmetric design breaks the symmetry that would otherwise create predictable through-hole patterns, effectively blocking acoustic leakage while the irregular pattern can be optimized to reduce the number of resonators needed compared to a fully symmetric dense array.