Singapore, Singapore

Matthew Nunn

USPTO Granted Patents = 2 

 

Average Co-Inventor Count = 15.0

ph-index = 1


Company Filing History:


Years Active: 2022-2024

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2 patents (USPTO):Explore Patents

Title: Matthew Nunn: Innovator in Filter Element Technology

Introduction

Matthew Nunn is a notable inventor based in Singapore. With a keen focus on enhancing vehicle performance through innovative technology, he holds two patents that reflect his expertise in filter element analysis systems.

Latest Patents

One of Matthew's significant inventions is the "Filter Element Analysis System and Associated Methods." This advanced system is designed for analyzing filter elements in vehicles. It incorporates various filter sensors to provide critical information regarding multiple filter parameters. A locator feature is included to deliver vehicle position data, allowing environmental conditions to be correlated with location. Furthermore, the system can transmit information to a remote server, facilitating the analysis and tracking of filter information relative to environmental factors. This innovation enables real-time calculations of filter status, remaining filter life, particle load, and replacement timelines, thereby offering predictive models for filter conditions. It also generates alerts for necessary maintenance, such as cleaning or replacing the filter elements.

Career Highlights

Matthew currently works at Mann+Hummel GmbH, a globally recognized leader in filtration solutions. His role involves leveraging his inventive skills to further advance the company’s technological capabilities in the automotive sector.

Collaborations

In his journey as an inventor, Matthew collaborates closely with notable colleagues like Brandon Hukill and Jon Nichols. Their joint efforts contribute to the innovative advancements within Mann+Hummel and the broader filtration industry.

Conclusion

Through his inventions and collaborations, Matthew Nunn exemplifies how innovation in vehicle technology can improve efficiency and performance. His work not only impacts the automotive industry but also demonstrates a commitment to sustainable practices by enhancing the functionality of crucial vehicle components.

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