Castrop Rauxel, Germany

Nina Sverdlova


Average Co-Inventor Count = 2.0

ph-index = 1


Company Filing History:


Years Active: 2025

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1 patent (USPTO):Explore Patents

Title: **Innovator Spotlight: Nina Sverdlova**

Introduction

Nina Sverdlova, an inventive engineer based in Castrop Rauxel, Germany, is known for her remarkable contribution to the field of engineering through her patented invention. With a singular focus on creating devices that enhance functionality and reliability, Nina has made significant strides in connector technology.

Latest Patents

Nina Sverdlova holds a patent for a **High Fatigue Life Detachable Connector**. This innovative connector features two J-shaped elements designed to engage with a coupling element positioned between them. Each J-shaped element comprises a shorter leg and a longer leg, coupled together with a bow structure. The design includes a top cross-section that transitions into mid cross-sections at a 45-degree angle and then to joiner cross-sections at a 90-degree angle. This configuration not only optimizes material utilization but also significantly enhances structural integrity, thus ensuring a high fatigue life for the connector.

Career Highlights

Nina has established herself as a prominent figure in the engineering sector, working with The Crosby Group, Inc. Her dedication to innovation has propelled her career forward, allowing her to focus on advanced connector solutions that meet the demands of various applications. With her technical expertise, she continues to push the boundaries of what’s possible in connector design.

Collaborations

At The Crosby Group, Inc., Nina collaborates with talented professionals, including her coworker Till Stukenberg. Their teamwork emphasizes the importance of collective efforts in driving innovation. Together, they strive to develop solutions that address industry challenges and improve product functionality.

Conclusion

Nina Sverdlova represents the spirit of innovation in engineering. Through her patented work and collaborations, she has made a lasting impact on connector technology. Her contributions not only exemplify her creative abilities but also highlight the importance of engineering innovation in enhancing everyday applications.

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