Patrick Gayout

Title: The Innovations of Patrick Gayout: A Glimpse into His Patented Technologies

Introduction

Patrick Gayout is a prominent inventor based in Gagny, France, known for his impactful contributions to the field of optical measurement technologies. With a total of three patents to his name, Gayout has developed innovative processes aimed at enhancing the optical quality evaluation of glass products. His work represents a significant advancement in the quality control and manufacturing processes within the glass industry.

Latest Patents

Gayout's latest patents delve into sophisticated methods for measuring the optical quality of glass products. One of his notable inventions is a process for measuring the optical quality of a glass product, which utilizes a combination of projection techniques, a camera, and computational analysis. This method compares the observed image with a reference image, reconstructed using a convolution window that sweeps across the projected image. An innovative approach using two-dimensional linear regression is employed to extrapolate the illumination at the boundaries.

Another significant patent introduced by Gayout is focused on measuring the optical quality of the surface of transparent sheets. This process involves placing the second surface of the sheet in contact with a flexible material that is wetted with an index liquid, such as water for soda-lime glass. Traditional methods, including ombroscopy, can then be utilized to perform the optical measurements effectively.

Career Highlights

Throughout his career, Patrick Gayout has contributed to well-known companies in the industry, particularly Saint-Gobain Vitrage and Saint-Gobain Vitrage International. His work in these organizations has allowed him to refine his expertise and develop groundbreaking inventions that improve the quality of glass products.

Collaborations

Gayout has collaborated with several notable professionals in his field, including Paul-Henri Guering and Jean-Michel Florentin. These collaborations have facilitated the sharing of ideas and the advancement of technology in optical measurement, further strengthening the innovations that emerged from his research efforts.

Conclusion

Patrick Gayout's dedication to innovation in the realm of optical quality measurement has resulted in significant advancements within the glass industry. Through his patented technologies, he has set a standard for quality evaluation that enhances manufacturing processes and product excellence. As he continues to innovate, Gayout remains a key figure in the pursuit of technological advancement in optical measurements.