Timothy Fitzmaurice

Title: **Innovative Contributions of Timothy Fitzmaurice in Elastomer Technology**

Introduction

Timothy Fitzmaurice, an accomplished inventor based in Humbird, Wisconsin, has made significant strides in the field of elastomer technology. With three patents to his name, Fitzmaurice has demonstrated a remarkable ability to innovate and enhance product design through his unique methodologies.

Latest Patents

One of Timothy Fitzmaurice's notable inventions is his patented method for forming an elastomer formed beaded joint. This process involves several key steps: positioning a conduit blank within a specially designed forming die that contains a radially extending recess. Next, a forming post is inserted into the conduit blank, creating an annular space in between. A flexible material is then placed in this annular space, followed by the insertion of a sleeve in a bearing relationship with the flexible material. The innovative aspect lies in compressing this flexible material between the post and the sleeve, which forces the material against the conduit. This action expands the conduit outward to engage with the recess in the forming die, ultimately resulting in the formation of an annular flange. After the required compression, the flexible material is released, completing the process.

Career Highlights

Timothy Fitzmaurice is currently associated with Nelson Global Products, Inc., where he actively contributes to the company’s innovation efforts. His expertise in manufacturing processes and material science has propelled advancements within the organization, leading to the successful implementation of his patented technologies.

Collaborations

During his career, Fitzmaurice has worked alongside talented professionals such as Robert J. Schellin and Dennis Richard Mevissen. Their collaborative efforts in research and development have facilitated the creation of groundbreaking solutions in elastomer technology, bolstering the innovative landscape at Nelson Global Products.

Conclusion

Timothy Fitzmaurice exemplifies the spirit of innovation in engineering through his contributions to elastomer technology. His ability to develop practical solutions for forming beaded joints has paved the way for improved manufacturing processes. As he continues to build on his achievements, Fitzmaurice is sure to inspire future inventors and engineers in the field.