VocalImaging - Official Tele-Health Client v3.3.0 (US 8,346,559 B2)

🩺 Official Tele-Health Acoustic Voice Assessment (v3.3.0) Standard Patient Mode Active

Welcome to the official VocalImaging Tele-Health Client. Tap the button below from your phone or computer to run an automated, calibrated voice assessment connected directly to vi.pqr.info (v3.3.0) and dsp.pqr.info (DSP v0.3.3).

Step 1 • Acoustic Cue Automatic 1 kHz tone + 2s Dolby THX calibration sweep (20 Hz–20 kHz)

Step 2 • 5s Silence Floor Stay quiet for 5 seconds (auto-waits if your mic starts muted)

Step 3 • Speak Naturally Speak clearly for 10–20 seconds, then tap Stop to view your report

Standard Tele-Health Voice Protocol (v3.3.0): Tap 🎙️ Start Tele-Health Voice Recording. After the brief calibration tone, remain silent for 5 seconds so we can measure your room's background noise floor, then speak naturally for 10–20 seconds.

Session Protocol:

Or upload existing .WAV:

Ready (Official Tele-Health Client v3.3.0 • DSP v0.3.3). Tap Start Tele-Health Voice Recording to begin.

📋 Tele-Health Acoustic Condition Summary Tap any row for clinical resonance details

Condition Profile	Category	Applicability %	Positioning W_pos	Composite Priority Score	Clinical Designation	Flagged Resonant Substances / Gate Reason

📊 Detailed Spectral Harmonics & Qualifying Frequency Ranges (Fig. 5, 6 & 7) Tap to collapse / expand

Qualifying Frequency Ranges & Red Zones (Fig. 6 & 7)

Range ID	Frequency Span	Width (Δf)	Peak Band (Hits)	Red Zone Midpoint (±0.04 Hz)	Etiologic Diagnostic Role (Spec ¶ 323)	Priority Score

Interactive Harmonic Truth Table Matrix (33 × 6, Fig. 5) Tap any cell to inspect 0.04 Hz FFT bins

Band Span (Hz)	Center (f0)	Octave 1 (f0)	Octave 2 (2f0)	Octave 3 (4f0)	Octave 4 (8f0)	Octave 5 (16f0)	Octave 6 (32f0)	Hits	Qualifies (≥4)

⚙️ Advanced Clinical, Calibration & Experimental Developer Settings (Standard Defaults Active) Expand Options ↓

Engine Mode:

🔬 Experimental Unfiltered Diagnostic Mode (Off by Default)

Reference Corpus: [DEMO FIXTURE - UNSOURCED]

Play 1 kHz Calibration Cue + 2s Dolby THX Sweep on Record 5-Second Silence Floor Prompt & Mute-Unmute Auto-Trim Guard PDF Patent Spec Markdown

Significance: run an analysis (client engine)

Discrete Bin Resolution: Δf = 0.04 Hz

Base Bands: 33 Bands (0 - 32 Hz)

Band Width: 0.33 Hz (Claim 1)

Harmonic Octaves: 6 Octaves (f0 × 2^k)

Plateau Signature: ≤ 0.15 dB / 0.33 Hz

Gating Hit Threshold: ≥ 4 Hits (Fig. 6)

Red Zone Tolerance: f_mid ± 0.04 Hz (+10 pts)

Drop Threshold: < 20% Excluded (Spec ¶ 356)

📖 Official Patent Wiki & Technical Reference (US 8,346,559 B2)

1. Legal Dossier & Priority Lineage

U.S. Patent 8,346,559 B2 (issued Jan 1, 2013) claims priority to co-pending U.S. Provisional Application 61/015,535 filed on Dec 20, 2007. Assigned to Dean Enterprises, LLC; Inventor: Vickie A. Dean. Continued in US 9,223,863 B2 (Dec 29, 2015) and international PCT/US2008/087564 (WO 2009/086033 A1). Patent Term Adjustment: +649 days (Adjusted Expiration: Sept 29, 2031).

2. Core Claims & Invariants

Claim 1 (Method): Transforming sound print into frequency domain; identifying signatures with max amplitude shift ≤ 0.15 dB over 0.33 Hz bands; cross-referencing resonant frequencies with physiological profiles.
Claim 3: Analyzing frequency spectrum across a plurality of octaves (6 octaves).
Claim 5: Prioritizing frequency ranges based on bandwidth magnitude.
Claim 8 & 14: Computer-readable medium and processor-based hardware system embodiments.

3. Complete Patent Drawings Index (Fig. 1 - 16)

Figure	Title / Role	Key Callouts
Fig. 1	Sound Diagnosis System Architecture	100: System, 103: Subject, 106: Mic, 109: Recorder, 113: Sound Print, 116: App, 119: Profiles, 123: Report
Fig. 2	Frequency Plot & Zero-Slope Signature	126: Measurement point, 129: 0.04 Hz step, 133: 0.33 Hz band, 136: ≤ 0.15 dB zero-slope signature
Fig. 3	Octave Frequency Transposition	136: Octave range, 139: Octaves 1 through 6 (successive frequency doubling)
Fig. 4	Multi-Octave Aligned Frequency Plot	Superimposed harmonic tiers showing signature repetitions at resonant multiples
Fig. 5	Truth Table Signature Matrix	133: Band, 136: TRUE/FALSE entries, 139: Octaves 1-6, 143: Total Hits
Fig. 6	Hit Thresholding & Frequency Ranges	Gating bands at ≥ 4 hits and aggregating contiguous bands into Frequency Ranges (146)
Fig. 7	Peak Band & Red-Zone Midpoint	148: Midpoint, 149: Peak band, 154: Red Zone (midpoint ± 0.04 Hz, +10 pt positioning bonus)
Fig. 8	Substance Resonance Database	159: Substances, 163: Resonant frequencies, 166: Profiles, 169: Categories
Fig. 9	Physiological Profile Catalog	119: Profile, 173: Substances, 179: Importance weights, 180: Maximum weight ceiling
Fig. 10	Sub-Report Compilation & Scoring	183: Sub-report, 189: Positioning weight, 203: Weight % (Chronic ≥ 80%, Major ≥ 50%, Minor ≥ 20%)
Fig. 11	Microorganism Proximity Adjustment	206: Pathogen profile, 216: Proximity (≤ 0.04 Hz of major substance), 219: -100 pt deduction
Fig. 12	Master Operational Flowchart	End-to-end processing logic from audio capture to diagnostic report generation
Fig. 13-16	Distributed & Standalone Hardware	Server CPU, client terminal, local interface bus, and standalone clinical cabinet architectures

VocalImaging • Official Tele-Health Client [v3.3.0]

1. Legal Dossier & Priority Lineage

2. Core Claims & Invariants

3. Complete Patent Drawings Index (Fig. 1 - 16)

Truth Table Cell Inspection

Diagnostic Condition Breakdown