Richard Bordoni

Title: Richard Bordoni - Innovator of the Curb Climbing Wheelchair Attachment

Richard Bordoni is an inventive mind based in Ardsley, NY (US). He has made significant contributions to the field of assistive technology, particularly for wheelchair users. His innovative spirit is exemplified in his patent for a curb climbing wheelchair attachment.

Latest Patents

Richard Bordoni holds a patent for a curb climbing wheelchair attachment. This system is designed to assist wheelchair users in overcoming curbs, bumps, or other obstacles without requiring help from others. The attachment consists of left and right side components that can be affixed to a standard wheelchair. Each attachment features a ramp that extends from a telescoping arm, which is secured to the wheelchair via a clamping system. When not in use, the ramps can be folded and stored on the sides of the wheelchair. During operation, the ramps are positioned on the curb, allowing the wheelchair occupant to roll up easily. To retrieve the ramps, the user can manipulate the telescoping arms, often with the aid of a circular handle, to lift the ramps for easy access. Once retrieved, the ramps can be stowed away until needed again.

Career Highlights

Throughout his career, Richard has focused on creating solutions that enhance mobility for individuals with disabilities. His dedication to improving the lives of wheelchair users is evident in his innovative designs and practical applications.

Collaborations

Richard has worked alongside talented individuals such as Benjamin R Barber and Julia Brady. Their collaborative efforts have contributed to the development of assistive technologies that aim to improve accessibility for all.

Conclusion

Richard Bordoni's work in developing the curb climbing wheelchair attachment showcases his commitment to innovation and improving the quality of life for wheelchair users. His contributions to assistive technology are invaluable and reflect a deep understanding of the challenges faced by individuals with mobility impairments.