Abstract
This disclosure describes the Vortex-Cart #33, a ruggedized mobile command center for field-deployable focused ultrasound (FUS) systems integrating 1024-channel PZT array control, real-time PCD cavitation monitoring, dual LiFePO4 power banks, Peltier cooling, and Starlink telemetry for remote diagnostics in global health and disaster response scenarios. The cart supports non-invasive neuromodulation protocols (e.g., Glucose Resetter #36, dementia FUS #41) with 1.1 MHz array steering via Virtex-7 FPGA (Verilog), 4-hour runtime on 200Ah LiFePO4 batteries, and 25–140ms latency Starlink connectivity for AI-guided treatment in off-grid environments. Designed to WHO field standards (IP65, -20°C to +55°C, 45 kg total), the system uses propylene glycol Peltier cooling (45W, quiet operation), PicoScope 5444D for PCD (TCL 0.5–1 dB safety), and modular patch docking for 10x10 cm transducer arrays. Total BOM is $18,450 for production unit, scalable to UN humanitarian fleets (1,000 units/year). The cart interfaces with Bio-Lego NAMs (#40) and Pure-Water System (#30) for autonomous forward operating bases. The disclosure includes complete BOM, wiring diagram, FPGA Verilog steering code, thermal management specs, Starlink integration protocol, and field deployment SOP for 72-hour missions. Matches Starsys/Flexline medical carts + Starlink telehealth precedents. CERN-OHL-P licensed for global health manufacturing and deployment.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Caldwell, Michael Victor Mr., "Vortex-Cart #33: Ruggedized Mobile FUS Command Center for Global Health Deployment", Technical Disclosure Commons, (February 23, 2026)
https://www.tdcommons.org/dpubs_series/9379