Pierre C Bertrand

Title: **Innovative Contributions of Pierre C Bertrand**

Introduction

Pierre C Bertrand, an accomplished inventor based in Igny, France, has made significant strides in the field of pressure sensing technology. With a total of five patents to his name, Bertrand's innovations demonstrate a profound understanding of both mechanical design and electronic integration.

Latest Patents

Among his most recent contributions are two notable patents that showcase his expertise. The first patent, titled **Dynamic Temperature Compensation for a Pressure Cell**, presents a method for managing temperature variations across pressure cells. This innovation employs a microprocessor that calculates a dynamic temperature factor signal by multiplying a temperature change signal across the cell by a specific coefficient derived from temperature change impact measurements. This dynamic factor is then subtracted from the differential pressure signal to ensure accurate sensing despite temperature discrepancies.

The second patent, **Corrugated Diaphragm for a Pressure Sensor**, introduces a unique diaphragm design. This diaphragm features a peripheral zone and a central zone aligned in the same plane, connected by a corrugated zone. This design comprises multiple corrugated portions, each derived via rotations and symmetries, thus enhancing the performance of pressure sensors in various applications.

Career Highlights

Pierre C Bertrand has garnered experience from his tenure at Sereg, S.A., where he contributed to the development of advanced pressure sensing technologies. His role in these organizations underscores his commitment to innovation and quality in engineering design.

Collaborations

Throughout his career, Bertrand has collaborated with talented individuals, notably Thijlbert C De Paepe and Tourang Birangi. These collaborations have fostered a creative environment that has enabled the development of groundbreaking technologies in the pressure sensing domain.

Conclusion

Pierre C Bertrand stands out as a prominent figure in the field of innovations related to pressure sensing technology. With his latest patents addressing critical challenges in temperature compensation and diaphragm design, he continues to shape the landscape of sensor technology. His work not only enhances the efficiency and accuracy of pressure sensors but also contributes valuable knowledge to the engineering community.