Eindhoven, Netherlands

Louis A Mensch


Average Co-Inventor Count = 4.0

ph-index = 1

Forward Citations = 4(Granted Patents)


Company Filing History:


Years Active: 1998

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1 patent (USPTO):Explore Patents

Title: Innovative Contributions of Louis A. Mensch in X-Ray Diagnosis

Introduction: Louis A. Mensch is a notable inventor based in Eindhoven, Netherlands, recognized for his innovative work in machining drum-shaped workpieces specifically designed for X-ray diagnostic equipment. With one patent to his name, he has made significant advancements in the precision and efficiency of the manufacturing process for these critical components.

Latest Patents: Louis A. Mensch holds a patent for a groundbreaking method of machining a drum-shaped workpiece intended for X-ray diagnosis. This technique involves fastening the workpiece to a rotatable holder using a specialized adhesive combination of rosin and beeswax. The innovative approach ensures minimal mechanical stress on the workpiece during machining, preserving its dimensional accuracy. This precision is crucial, as the patent details that the machined drum-shaped carriers are utilized as supports for selenium layers in X-ray diagnosis apparatuses and photocopiers.

Career Highlights: Mensch's career is marked by his affiliation with Philips, specifically the U.S. Philips Corporation, a company renowned for its contributions to technology and healthcare solutions. His work reflects a blend of technical ingenuity and an understanding of the complexities involved in medical imaging technology.

Collaborations: Throughout his career, Louis A. Mensch has collaborated with esteemed colleagues, including Marinus J. Dona and Hendrik Pranger. These partnerships have fostered a collaborative environment resulting in advancements in technology that aid in diagnostic processes.

Conclusion: Louis A. Mensch's inventive method for machining drum-shaped workpieces stands as a testament to his commitment to enhancing the field of medical imaging. With his contributions, he not only advances the technology used in X-ray diagnostics but also exemplifies the importance of precision engineering in modern healthcare applications.

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