Company Filing History:
1 out of 4,168 
1 out of 164,271 
Years Active: 2015-2016
Introduction
Paul J Cance is an inventive mind hailing from Durham, NC, USA, with a notable contribution to the field of pallet design and functionality. With a total of two patents to his name, Cance’s innovations are focused on enhancing efficiency and safety in shipping and storage applications.
Latest Patents
Cance's latest inventions include:
1. **Low Profile, Lightweight Hybrid Wood/Paper Pallet**: This design features a pallet bottom comprising various sides equipped with openings for fork access. The structure includes edge boards along two sides, bridging the edges, while a deck plate spans across these components. This innovative pallet aims to offer a robust yet lightweight solution for transporting goods.
2. **Shipping Pallet with Fork Pass-Through Protection**: This patent introduces a support structure designed to accommodate fork tines, coupled with a movable plate that can obstruct or allow entry depending on the direction of impact from the fork. This design enhances safety by preventing accidental fork entry when not intended.
Career Highlights
Throughout his career, Paul J Cance has made significant strides while working for prestigious companies including Lenovo (Singapore) Pte. Ltd. and IBM (International Business Machines Corporation). His experiences in these organizations have undoubtedly influenced his approach to design and innovation.
Collaborations
Cance’s work has been complemented by collaborations with talented individuals, including his coworkers William J Green and Robert William Stegner. Their collective expertise has likely played a role in refining and advancing Cance’s innovative ideas.
Conclusion
With his inventive spirit and practical solutions, Paul J Cance continues to contribute to advancements in pallet technology. His patents reveal a dedication to improving the functionality and safety of shipping pallets, making him a noteworthy inventor in this niche. As industries evolve, innovations like those from Cance will remain vital to enhancing operational efficiency in logistics and supply chain management.