Company Filing History:
1 out of 832,966 Years Active: 2003
Title: **Toshiya Kouga: Innovator in Heat Exchange Technology**
Introduction
Toshiya Kouga, an inventive spirit based in Chiryu, Japan, is recognized for his contribution to heat exchanger technology. With a keen focus on enhancing thermal efficiency, Kouga's innovations are aimed at advancing the capabilities and performance of heat exchange systems in various applications.
Latest Patents
Toshiya Kouga holds a patent for a novel heat exchanger and method for manufacturing the same. This innovative device features a first tube designed for water flow and a second tube designated for refrigerant flow. The two tubes perform effective heat exchange by having water flow cross refrigerant flow perpendicularly. A unique aspect of the design is that the joint surface of the first tube is divided into several surface regions by grooves, allowing for uniform brazing to the second tube's joint surface. This engineering provides enhanced efficiency and reliability in heat transfer processes.
Career Highlights
Throughout his career, Toshiya Kouga has demonstrated an unwavering dedication to innovation within the field of engineering. His focus on optimizing heat exchanger designs has not only raised industry standards but has also contributed to more sustainable energy practices. His singular patent reflects his commitment to pushing the boundaries of current technologies.
Collaborations
In his professional journey, Kouga has collaborated with esteemed colleagues such as Norihide Kawachi and Ken Yamamoto. Together, they have worked on various projects aimed at improving heat exchanger technologies, showcasing teamwork and a shared vision for enhanced thermal management solutions.
Conclusion
Toshiya Kouga stands out as an accomplished inventor, making significant strides in the realm of heat exchange technology. With his innovative patent and collaborative efforts, he continues to impact the engineering landscape positively, providing solutions that enhance both efficiency and effectiveness in thermal management.