This inventor holds 1 USPTO granted patent and 2 published patent applications and 3 EPO patents. Top assignee: University of Cambridge. Active years: 2014.
Company Filing History:
Years Active: 2014
Title: Bart Hallmark: Innovator Behind Capillary Channel Technology
Introduction
Bart Hallmark is an inventive mind based in Grundisburgh, GB, known for his contribution to the field of extrusion technology. He holds a patent for an innovative extrudate product that includes a plurality of capillary channels, showcasing his commitment to advancing manufacturing processes.
Latest Patents
Hallmark's notable patent, titled "Extrudate having capillary channels," presents a unique apparatus designed for producing extrudate products. This invention includes an extruder with an inlet and a die featuring an orifice that defines a predetermined outer shape. A distinctive aspect of the apparatus is the inclusion of multiple needles, each having a body with an internal conduit for fluid flow. The outlet ends of these needles are arranged in a specific pattern within the orifice of the die. When in use, the extruder pushes the extrudable material around the needle bodies, through the die, resulting in an extrudate that incorporates capillary channels in accordance with the predetermined design.
Career Highlights
Bart Hallmark is a key contributor at Cambridge Enterprise Limited, where he brings his expertise in engineering and manufacturing to develop groundbreaking technologies. His focused efforts in the area of extrusion have set a high standard in the industry.
Collaborations
Throughout his career, Hallmark has collaborated with fellow innovator Malcolm Robert Mackley, together contributing to advancements in the extrusion field. Their teamwork combines knowledge and experience, leading to significant improvements in the methods and products developed at their organization.
Conclusion
Bart Hallmark's work significantly impacts the landscape of extrusion technology through his patented invention. His innovative approach to integrating capillary channels into extrudate products exemplifies the potential of engineering innovation to enhance product functionality and address various industrial needs.