Bradley P Wrage

Title: Inventor Profile: Bradley P Wrage

Introduction

Bradley P Wrage, an accomplished inventor based in Pekin, Illinois, has significantly contributed to engineering through his innovative designs and patents. With a total of three patents to his name, Wrage has focused on advancements in cooling systems and fan hub technology, demonstrating a strong commitment to improving industrial applications.

Latest Patents

Wrage's latest patents highlight his expertise in creating efficient systems. One of his notable inventions is titled "Systems and methods for multi-core radiators." This innovation involves a method for controlling cooling fluid flow through a radiator system with multiple radiator cores. The system includes a first radiator core and a second radiator core, with advanced temperature sensing and flow control mechanisms.

Another significant patent by Wrage is the "One piece casting fan hub." This invention features a hub assembly utilized in fan construction, consisting of a hub plate with an annular surface and elongated root sections. The designs emphasize structural integrity and streamlined production, showcasing Wrage's focus on practical engineering solutions.

Career Highlights

Throughout his career, Bradley P Wrage has held positions in reputable companies such as Caterpillar Inc. His experience in these organizations has equipped him with the knowledge and skills necessary to drive innovation in his field. Wrage’s inventions not only reflect his technical abilities but also his understanding of market needs.

Collaborations

Wrage has collaborated with notable colleagues like Dongming Tan and Adam C Grove. Working alongside talented professionals has allowed him to share ideas and further refine his inventions, contributing to the success of his projects and the patents that emerged from them.

Conclusion

Bradley P Wrage's contributions to the fields of radiator systems and fan technology through his innovative patents underline his role as a significant inventor. His dedication to engineering improvements, combined with his collaborative efforts, ensures that his work will continue to influence future advancements in these areas.