Patrick Glaze

Title: Innovator Patrick Glaze: Pioneering Technologies in Weather and Flight Displays

Introduction

Patrick Glaze, an inventor based in Duvall, WA, has made significant contributions to the fields of weather detection and display technology. With a portfolio that boasts five patents, Glaze continuously pushes the boundaries of innovation, particularly in solutions that enhance safety in aviation and weather navigation.

Latest Patents

Among Glaze's notable patents is the Connected Weather Radar. This system is designed to detect inclement weather on a vehicle's travel path, recommend maneuvers to avoid hazards, and assess the feasibility of those maneuvers concerning nearby vehicles. This technology aims to improve travel safety by integrating real-time weather data with navigational tools.

Another significant innovation from Glaze is the Display Generation System. This advanced system is capable of generating display signals for an underlay image featuring an embedded safety pattern while displaying overlay images for enhanced situational awareness. The system not only detects anomalies and graphical errors but does so by using the embedded safety pattern and information from its generated overlay image. This innovative display generation system has crucial applications in flight display systems, improving how geographical scenery is represented during various stages of flight.

Career Highlights

Patrick Glaze has a rich professional background, having worked with prominent companies in the aviation sector, including Universal Avionics Systems Corporation and Honeywell International Inc. His extensive experience in these organizations has enabled him to refine his invention skills and develop technologies that address real-world challenges in aviation safety and efficiency.

Collaborations

Throughout his career, Glaze has collaborated with talented professionals in his field. Notable coworkers include Hubert Naimer and Patrick Gerald Krohn, who share a commitment to advancing technological solutions in the aviation industry. Together, they have collectively contributed to the development of innovative technologies that aim to enhance user experience and safety.

Conclusion

Patrick Glaze exemplifies innovation in his field, with patents that not only demonstrate his ingenuity but also promise to significantly impact aviation safety and efficiency. As he continues to refine and develop new technologies, the contributions he makes will doubtlessly benefit travelers and the aviation industry for years to come.