Search Results - ronald+miles

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Published: 12/5/2025 | Updated: 12/5/2025 | Inventor(s): Ronald Miles, F. Degertekin

Keywords(s): #SUNYresearch, Technologies

Category(s): Technology Classifications > Medical Devices, Technology Classifications > Electronics, Campus > Binghamton University

Bio-Inspired Directional Microphone for Precision Acoustic Detection

This invention introduces a diaphragm-less, viscosity-driven microphone that measures air particle velocity instead of pressure. Using microfabricated viscous-coupled elements, it achieves high directional sensitivity, broadband response, and resistance to environmental noise. Inspired by biological flow sensors, it enables compact, low-cost, and precise...

Published: 11/12/2025 | Updated: 10/24/2025 | Inventor(s): Ronald Miles

Keywords(s): Technologies

Category(s): Campus > Binghamton University

Ultra-Sensitive Single-Layer MEMS Capacitive Platform with Repulsive Softening

This invention introduces a MEMS capacitive platform that cancels bias-induced stiffening with co-planar “repulsive” electrodes, boosting displacement response by over 6× without increasing noise, enabling simpler, smaller, and more sensitive microphones and sensors. Background: Capacitive MEMS sensors and actuators require a DC...

Published: 11/12/2025 | Updated: 10/3/2025 | Inventor(s): Johar Pourghader, Ronald Miles

Keywords(s): Technologies

Category(s): Campus > Binghamton University

Portable High-Resolution AFM with Electrostatic Levitation

This invention combines electrostatic levitation actuators with triboelectric nanogenerators to enable self-powered shock and vibration sensors. By directly converting motion to voltage and voltage to motion, it eliminates complex control systems, delivering compact, CMOS-compatible sensors for impact detection, fall alarms, and environmental monitoring....

Published: 11/12/2025 | Updated: 9/9/2025 | Inventor(s): Shahrzad Towfighian, Ronald Miles, Mark Pallay

Keywords(s):

Category(s): Campus > Binghamton University, Technology Classifications > Engineering, Technology Classifications > Electronics

Robust High Sensitivity Mems Diaphragm Using Deep Comb Fins and Controlled Release Fabrication

This invention enables the creation of hinged MEMS diaphragms with deep comb fins that provide high capacitance and strong mechanical stability. A controlled release sequence protects fragile structures during fabrication, resulting in more reliable devices with higher sensitivity, reduced damping, and improved performance for advanced sensing and actuation...

Published: 4/27/2026 | Updated: 7/15/2016 | Inventor(s): Ronald Miles, Weili Cui

Keywords(s): #SUNYresearch, Technologies

Category(s): Campus, Campus > Binghamton University, Technology Classifications > Medical Devices, Technology Classifications > Electronics