Vienne, Austria

Thierry Le Roch


Average Co-Inventor Count = 3.0

ph-index = 1


Company Filing History:


Years Active: 2020

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1 patent (USPTO):Explore Patents

Title: Innovations by Thierry Le Roch in Roadway Pavement Recycling

Introduction

Thierry Le Roch is an innovative inventor based in Vienne, Austria. He has made significant contributions to the field of roadway pavement recycling. His work focuses on developing efficient methods for reusing materials that form part of roadway pavements.

Latest Patents

Thierry Le Roch holds a patent for an "Apparatus for in-place recycling of materials forming part of a roadway pavement, and crusher for milling debris from a roadway pavement." This apparatus is designed to recycle materials with agglomerated aggregates in a bituminous composition. It features a load-bearing structure that can drive on the pavement, a transverse milling machine for milling the pavement, a mixing device for combining milling debris with a binding composition, and a spreading sub-assembly for distributing the mixture. Additionally, it includes a crusher for milling debris, which can be integrated with the mixing device in a single unit. This innovative approach enhances the efficiency of roadway maintenance and sustainability.

Career Highlights

Thierry Le Roch is associated with Colas, a prominent company in the construction and maintenance of transportation infrastructure. His work at Colas has allowed him to apply his innovative ideas in real-world applications, contributing to advancements in roadway technology.

Collaborations

Thierry has collaborated with notable colleagues such as Bouchaïb Safir and Claude Cazal. Their teamwork has fostered a creative environment that encourages the development of groundbreaking solutions in the field of roadway pavement recycling.

Conclusion

Thierry Le Roch's contributions to roadway pavement recycling demonstrate his commitment to innovation and sustainability. His patented apparatus represents a significant advancement in the efficient reuse of materials, showcasing the potential for improved infrastructure practices.

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