Lucas Present

Title: Lucas Present: Innovator in Continuous Variable Transmission

Introduction

Lucas Present, an inventive mind based in Rijmenam, Belgium, has made significant strides in the field of transmission technology. With two registered patents to his name, his innovations are setting new benchmarks in the mechanics of vehicle transmission systems.

Latest Patents

Lucas Present's latest patents showcase his expertise in continuously variable transmission (CVT) systems. The first patent, titled "Method for controlling a continuously variable transmission," introduces a novel method for managing a drill-free curve-CVT. This system includes a ring wheel, a set of planet wheels, and a sun wheel, where the ring and sun wheel are clamped together. Notably, the method aims to maintain defined normal forces during the continuous change of transmission ratios, ensuring optimal performance by keeping any force component added to static values either zero or below a predefined limit. This control allows for a smooth microslip condition between the planet wheels and the ring and sun wheels, regardless of the speed of the ratio change.

The second patent, "Planetary variator for variable transmission," presents a design for a planetary variator capable of achieving variable speed and torque ratios. This mechanism includes a ring wheel and at least two planet wheels with a unique configuration that allows for free rotation. Interaction occurs through rolling motion between the components, which are precisely positioned around a common central symmetry axis, promoting efficient variable transmission operations.

Career Highlights

Lucas Present works at Mazaro NV, where he has been able to blend his knowledge of mechanical engineering with innovative practices in transmission technology. His role at the company places him among other distinguished professionals, contributing to cutting-edge research and development in the automotive field.

Collaborations

During his tenure at Mazaro NV, Lucas has had the opportunity to collaborate closely with his coworker, Filip De Maziere. Their combined efforts in research and innovation have led to significant advancements in variable transmission systems, pushing the boundaries of what is possible in automotive engineering.

Conclusion

Lucas Present exemplifies the spirit of innovation in the mechanical engineering sector, particularly within transmission technology. With a keen understanding of complex systems and a commitment to improving performance, his contributions through patents will undoubtedly continue to influence the industry and inspire future inventors.