Company Filing History:
Years Active: 2004
Title: Emmanuel Mace: Innovator of Advanced Air Conditioning Systems
Introduction
Emmanuel Mace, based in Asnieres/Seine, France, is an accomplished inventor recognized for his contributions in the field of automotive climate control. His dedication to innovation is exemplified by his patent for an advanced air conditioning system designed specifically for motor vehicles.
Latest Patents
Mace's notable patent is titled "Air conditioning system comprising an electronic control device." This invention proposes a sophisticated air conditioning solution that integrates an injection computer and an electronic control device. Key features of the system include two measuring members that obtain pressure values at distinct points in the air conditioning circuit, ensuring enhanced efficiency and performance. The electronic control device utilizes complex equations to optimize the refrigerant fluid's flow rate by correlating pressure differences, thereby improving the system's reliability.
Career Highlights
Emmanuel Mace has made significant strides in automotive technology while working with Valeo Climatisation, a renowned company specializing in climate control systems for vehicles. His expertise in engineering and innovative thinking has contributed to advancements in vehicle comfort and environmental control.
Collaborations
Throughout his career, Mace has collaborated with talented colleagues, including Jin Ming Liu and Mohamed Ben Yahia. Their combined efforts in research and development have helped push the boundaries of air conditioning technology, resulting in state-of-the-art solutions for the automotive industry.
Conclusion
Emmanuel Mace stands out as a key figure in the realm of automotive innovations, particularly in air conditioning systems. His patent represents not only a significant technical achievement but also underscores the importance of collaboration in driving advancements in vehicle climate control. The work of Mace and his colleagues at Valeo Climatisation continues to influence the future of automotive comfort and efficiency.