Company Filing History:
Years Active: 1978-1981
Title: Pentti J Juhala: Innovator in Fluid Flow Control Technology
Introduction
Pentti J Juhala is a notable inventor based in Kuusisto, Finland. He has made significant contributions to the field of fluid flow control, holding three patents that showcase his innovative approach to engineering challenges. His work is characterized by a focus on thermally conductive materials and efficient heat transfer mechanisms.
Latest Patents
One of Juhala's latest patents is a fluid flow control device that features a thermally conductive conduit section. This conduit has both interior and exterior heat exchange surfaces, with the interior surface designed to contact the fluid flowing over it. The device includes a controllable heat transfer mechanism that operates in two states. In the first state, it removes heat from the exterior surface to freeze liquid adjacent to the interior surface, thereby restricting fluid flow. In the second state, it supplies heat to melt any frozen liquid, allowing fluid to flow freely again. The invention also includes embodiments with heat sinks and thermal electric heat pumps, as well as electrical resistance heaters for enhanced functionality.
Career Highlights
Pentti J Juhala is associated with Packard Instrument Company, Inc., where he applies his expertise in fluid dynamics and thermal management. His innovative designs have the potential to improve various industrial applications, particularly in environments where fluid flow is critical.
Collaborations
Juhala has collaborated with Niilo H Kaartinen, contributing to the development of advanced fluid control technologies. Their partnership has fostered innovation and has led to the successful implementation of new ideas in their field.
Conclusion
Pentti J Juhala's work in fluid flow control technology exemplifies the impact of innovative thinking in engineering. His patents reflect a deep understanding of thermal dynamics and fluid mechanics, positioning him as a key figure in this specialized area.