Optical Triangulation System for Non-Contact Audio Extraction from Grooved Media (Series A)

Dr. Miriam Al-Haddad

ZIAA ARCHIVE RECORDSPECULATIVE PATENTS

PAT-2021-013patentVERIFIED RECORD

Optical Triangulation System for Non-Contact Audio Extraction from Grooved Media (Series A)

US-SPEC-2021-9101704-A1STATUS: ISSUED PATENTFILING: 2021-01-13

Optical Triangulation System for Non-Contact Audio Extraction from Grooved Media (Series A)

Assignee: Zazie Institute of Applied Anomalies / Zazie Productions LLC · Inventors: Dr. Miriam Al-Haddad

PATENT ABSTRACT & METHOD DISCLOSURE

An optical scanner and computational method for reconstructing acoustic waveforms from fragile or damaged historical grooved carriers without mechanical stylus contact, utilizing laser triangulation.

LEGAL CLAIMS SCHEDULE

1. An apparatus for experimental sound transduction, comprising: an acoustic input transducer configured to convert physical vibrations into an analog electrical signal; a dynamic hysteresis conditioning stage; and an acoustic output transducer configured to project conditioned sound into an architectural boundary.

2. The apparatus of claim 1, further comprising a real-time digital microcontroller configured to monitor spectral peaks and adjust closed-loop phase alignment.

3. A method for algorithmic spatial sound diffusion, comprising: sampling multichannel audio streams; calculating distance-based amplitude weights across distributed speaker coordinates; and routing low-latency audio packets over an asynchronous IP network.

4. The apparatus of claim 1, wherein the dynamic conditioning stage comprises a soft-clipping JFET transistor network.

5. The apparatus of claim 1, wherein the acoustic output transducer comprises an exponential horn with aluminum phase plugs.

6. The method of claim 3, wherein the network protocol is Dante operating under IEEE 1588 precision time protocol.

7. The apparatus of claim 1, wherein the input transducer comprises a dual-axis optical laser triangulation sensor.

PATENT EXHIBIT // Transduction Signal Flow & Dynamic Gain Topology

FIG 2.4 // TOPOLOGICAL SIGNAL ROUTING & DSP BUS

BUS: PAT-2021-013-FLOW

PRIOR ART CRITIQUE

Contrasted with traditional commercial DAW plugins and static acoustic room treatments, the present speculative invention couples physical hardware dynamics directly to room boundaries, enabling adaptive generative performance without artificial digital latency.

COUNSEL MEMO

Defensive publication strategy approved under ZIAA Open Research Charter. Discloses all core mathematical and physical topologies to prevent predatory patent encumbrance by proprietary audio conglomerates.

REPORTED PHYSICAL ACOUSTIC ANOMALIES

Harmonic frequency dispersion in non-linear materials
Phase-inversion boundary effects at room corners

ASSOCIATED PROTOTYPES:PROT-013