Judith Jeevarajan

Title: Judith Jeevarajan: Innovator in Battery Container Design

Introduction

Judith Jeevarajan, a distinguished inventor based in League City, Texas, is recognized for her innovative contributions to battery technology. With one patent to her name, she has made significant strides in the design and functionality of battery containers, showcasing her expertise and dedication in the field.

Latest Patents

Judith's patent, titled "Container for Holding Batteries or Cells," features a unique design that enhances the storage and management of electrochemical cells and batteries. The invention consists of a body with a top and bottom, containing multiple receptacles configured to securely hold individual batteries. Each receptacle has an open first end located at the body’s top, facilitating easy access. The internal walls separate the receptacles laterally, promoting stability and organization. Notably, a vent allows gases within the head space to exit, ensuring safety and efficiency in battery storage.

Career Highlights

Judith Jeevarajan is currently affiliated with Underwriters Laboratories, Inc., where she applies her innovative mindset to advancing safety standards and technology applications. Her role at UL demonstrates her commitment to excellence and her desire to innovate pragmatic solutions for industrial applications, particularly in battery safety and efficiency.

Collaborations

Throughout her career, Judith has collaborated with talented professionals, including her coworkers Daniel Juarez-Robles and Tapesh Joshi. Their collective expertise and teamwork have equipped Judith with a broader perspective on technological advancements, allowing her to refine her inventions further.

Conclusion

Judith Jeevarajan exemplifies the spirit of innovation in the realm of battery technology. Her patent for a battery container not only showcases her inventive capabilities but also addresses important safety considerations in battery usage. As she continues her work at Underwriters Laboratories, her contributions are sure to influence the future of battery storage and technology significantly.