Abstract
This disclosure describes the GCI “Vortex Spine,” a modular, solid‑state energy‑harvesting platform designed for long‑duration, low‑maintenance deployment in remote or resource‑limited environments. The system integrates three independently functional inventions: (1) a vortex‑induced vibration (VIV) mechanical tower with electromagnetic generation modules, (2) an adaptive resonance‑control logic engine, and (3) the Arachne v8.7 multi‑modal Smart‑Skin substrate. The mechanical subsystem uses a gyroid‑lattice structural core and helical J‑groove surface geometry to induce controlled vortex shedding at low wind speeds. The logic subsystem uses high‑frequency kinetic sensing and adaptive load modulation to maintain structural safety and optimize power output. The Arachne v8.7 Smart‑Skin provides triboelectric, thermoelectric, and kinetic micro‑harvesting, along with environmental telemetry, UV‑activated self‑healing, and distributed strain monitoring. A unified 6‑pin Magnetic‑Inductive Snap (MIS) interface links all subsystems. This disclosure defines the system architecture, subsystem interactions, and conceptual engineering principles required for implementation.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Caldwell, Michael Victor Mr., "The GCI Vortex Spine: Integrated Vortex‑Induced Energy Platform Using Arachne v8.7 Smart‑Skin, Resonance‑Adaptive Logic, and Gyroid‑Lattice Structural Core", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/9492