Glenn R Reese

Title: Glenn R. Reese: Inventor of Sensor-Wiring Fault Monitors.

Introduction

Glenn R. Reese is an inventor based in Swarthmore, Pennsylvania, whose patent work addresses fault detection in sensor wiring. His inventions focus on monitoring linear variable differential transformers (LVDTs), which are used in measurement and control systems. Reese is associated with The Boeing Company and holds 2 patents.

Latest Patents

Reese’s recent patents describe methods for identifying intermittent wiring failures in LVDT systems.

The patent titled “Linear Variable Differential Transformer (LVDT) Secondary Wiring Intermittent Failure Monitor” presents a method for detecting faults in a sensor’s high- and low-voltage wires. The system compares voltage levels and evaluates their difference against separate thresholds. A drop below the low-voltage threshold indicates a possible fault in the high-voltage wire, while a rise above the high-voltage threshold indicates a possible fault in the low-voltage wire.

The patent titled “Linear Variable Differential Transformer (LVDT) Excitation Wiring Intermittent Failure Monitor” focuses on faults in wiring that supplies excitation voltage to multiple sensors. It calculates voltage sums for two sensors and monitors whether both sums change beyond a threshold during a specified interval. When both changes occur, the system indicates a possible fault in the shared excitation wiring.

Career Highlights

Reese’s patent portfolio reflects an emphasis on practical monitoring techniques for detecting intermittent electrical faults. By distinguishing between secondary-wire and excitation-wire problems, his inventions provide approaches for identifying different failure points in LVDT systems. His work is associated with The Boeing Company.

Collaborations

Joseph A. Schneider is identified as Reese’s coworker. The available information does not specify the nature of their collaboration or whether they worked together on these patents.

Conclusion

Glenn R. Reese’s two patents address complementary methods for detecting intermittent faults in LVDT wiring, contributing to the monitoring and reliability of sensor systems.