Company Filing History:
Years Active: 1994
Title: The Innovations of Richard W. Kramp
Introduction
Richard W. Kramp is a notable inventor based in Arden Hills, MN (US). He is recognized for his contributions to medical technology, particularly in the field of heart valve prosthetics. His innovative designs aim to improve the quality of life for patients with heart conditions.
Latest Patents
Richard W. Kramp holds a patent for a heart valve prosthesis. This improved heart valve prosthesis is designed for permanent implantation to replace a defective natural heart valve. The prosthesis features an annular body or ring that retains a pair of rotatable flat plate occluders. The design includes modifications that enhance flow dynamics and reduce the formation of eddies or areas of stasis within the flow pattern. The annular ring is equipped with oppositely disposed pairs of spherical segments that serve as pivot areas for the occluders, which have concavities that engage with these spherical segments. Additionally, stops are incorporated to control the degree of arcuate travel or rotational motion of the occluders. The abutment surfaces are strategically positioned to improve stress distribution during closure. The flow channel through the annular body is designed to expand outwardly from the flow inlet end toward the outlet end.
Career Highlights
Richard W. Kramp is associated with Ats Medical, Inc., where he has made significant contributions to the development of medical devices. His work has been instrumental in advancing heart valve technology, which is crucial for patients requiring surgical interventions for heart defects.
Collaborations
Throughout his career, Richard has collaborated with notable professionals in the field, including Donald W. Hanson and Manuel A. Villafana. These collaborations have further enriched his work and contributed to the advancements in medical technology.
Conclusion
Richard W. Kramp's innovative work in heart valve prosthetics exemplifies the impact of engineering on healthcare. His contributions continue to influence the field and improve patient outcomes.