Tomoko Nishioka-Patton

Title: The Innovations of Tomoko Nishioka-Patton in Battery Technology

Introduction

Tomoko Nishioka-Patton, based in San Clemente, California, is a noteworthy inventor recognized for her contributions to battery technology. With two patents to her name, she has specialized in developing innovative solutions that enhance the charging efficiency of electronic devices.

Latest Patents

One of her latest patents, the "Recharging Platform for Electronic Devices," introduces an advanced apparatus designed with connectors to receive batteries. This system incorporates a power multiplexer that works in conjunction with a processor to execute a battery charge protocol. This protocol involves selecting at least one battery for charging, ensuring it enters a fast charge state that delivers significantly linear charge performance. The innovative design applies direct current to the battery until the fast charge state is terminated, continuously repeating the selecting and applying operations until all batteries reach their designated full charge state. This method breaks new ground in fast charging technology, promising to increase efficiency.

Career Highlights

Tomoko is currently employed at Ampl Labs, Inc., where her work revolves around enhancing energy storage solutions and battery management systems. Her knowledge and innovations significantly contribute to the development of sustainable energy technologies.

Collaborations

In her professional journey, Tomoko collaborates with talented individuals, including her coworkers Michael Patton and Keith Resch. These collaborations foster an environment of creativity and innovation, pushing the boundaries of what's possible in battery technology.

Conclusion

Through her inventive spirit and dedication to technology, Tomoko Nishioka-Patton is making significant strides in improving the efficiency of battery charging systems. Her innovative patents stand as a testament to her expertise and commitment to advancing the field of electronic device functionality.