STB • 40–120 kHz human-facing study envelopeHuman operation only in validated assisted-care modes; no animal use on this modelExperimental / calibration / future quantum-sensor modes: empty-only
STB • Engineering Envelope • Phase 3
Current public engineering snapshot
This page explains the design envelope without publishing exact proprietary geometry or unvalidated release specifications.
Study RangeHuman-facing STS-derived study envelope; final STB band TBD
CouplingControlled mist / thin-film + directed airflow around supported user
OccupancyHuman-facing assisted-care product; caregiver-supervised modes anticipated
PlatformShared UST electrical, sensing, control, safety, materials and service architecture
CAD3D CAD neutral workflow; final toolchain not locked
Architecture Notes
What defines this branch
Accessibility architectureLow-threshold entry, transfer assistance, handrails/support and caregiver-side control are product-defining requirements.
Open supportMesh/open support is a concept for body support while preserving access for mist and airflow; material and acoustic transparency remain to be validated.
Fluid conceptVery low-volume mist delivery with controlled capture and condensate handling.
Safety priorityUser position, support state, thermal limits, acoustic limits, airflow and emergency release must all participate in the permissive logic.
Public-IP boundaryThe site communicates functional architecture without exact transducer geometry or support-mechanism details.
Functional Field Concept
Controlled energy, not brute force
Concept visualization only — field shape, emitter count, phase map and exact geometry intentionally not disclosed.
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Occupancy / safety boundaryNo animal use in the baseline product. Transfer, support and occupancy interlocks are mandatory. Unvalidated engineering modes remain empty-only.
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