Anna E Krakora

Title: Innovations of Anna E Krakora: Pioneering Mechanical Mobility Solutions

Introduction

Anna E Krakora, based in Cleveland, OH, is an accomplished inventor with a focus on enhancing mobility through innovative designs. With two patents to her name, Anna's contributions are significant in the field of assistive devices, specifically walkers aimed at improving the quality of life for users.

Latest Patents

Among her notable inventions is the "Mechanical Self-Leveling Walker." This innovative walker is designed with a unique structure comprising two pairs of legs and a cross beam connecting them. Each leg pair consists of a U-shaped tube that defines both a front and a rear leg. The front strut can telescope within the front leg, extending outward, while the rear strut does the same in the rear leg. The mechanical linear actuator features a rotating element that rotates relative to the legs, allowing for the transformation of rotational energy into linear motion of the struts. This design aims to provide stability and ease of use for individuals requiring walking assistance.

Career Highlights

Anna has had the opportunity to work with prominent organizations, including the United States Government as represented by the Department of Veterans Affairs and Case Western Reserve University. Her experiences in these institutions have played a crucial role in shaping her practical approach to innovation.

Collaborations

Throughout her career, Anna has collaborated with esteemed colleagues such as Ronald J Triolo and Marc Louis Vitantonio. These partnerships have fostered an environment of creativity and collaboration, leading to groundbreaking developments in assistive technologies.

Conclusion

Anna E Krakora continues to be a leading force in the field of innovations surrounding mobility devices. Her work, particularly in the design of the Mechanical Self-Leveling Walker, illustrates her commitment to improving accessibility and quality of life for users. With her patents and collaborations, Anna is undoubtedly making a lasting impact in the realm of assistive inventions.