Yosuke Kimura

Title: **Innovative Patents of Yosuke Kimura**

Introduction

Yosuke Kimura, an inventive spirit residing in Kakogawa, Japan, has made significant contributions to the field of cryogenic technology. With two registered patents to his name, Kimura has focused his innovation efforts on improving the efficiency and functionality of raw material gas liquefying devices.

Latest Patents

Kimura's latest patents focus on advanced mechanisms for raw material gas liquefaction. The first patent outlines a raw material gas liquefying device that consists of a feed line for raw material gas and a refrigerant circulation line that includes a turbine-type expansion unit. This device is designed to generate cryogenic energy effectively. It features an expansion unit entrance valve that manages the entrance side of the expansion unit, alongside a heat exchanger that facilitates heat exchange between the raw material gas and refrigerant. The cooler plays a crucial role in the initial cooling process, utilizing liquid nitrogen. The controller ensures optimal performance by manipulating the opening rate of the expansion unit entrance valve, aiming for a predetermined target rotation speed upon startup and shutdown.

The second patent expands upon the first, further detailing the liquefaction mechanism. This device incorporates a refrigerant that flows through a series of components, including a compressor and a liquefied refrigerant storage tank, in a refrigerant liquefaction route. It also features a cryogenic energy generation route, enhancing the overall efficiency of the liquefaction process. The controller plays a key role in regulating the refrigerant storage tank's liquid level, ensuring it stays within an allowable range while maintaining optimal temperature control.

Career Highlights

Yosuke Kimura is currently associated with Kawasaki Jukogyo Kabushiki Kaisha, a leading company in transportation and machinery engineering. His work there has become pivotal in advancing technologies related to cryogenic processes.

Collaborations

Throughout his journey, Kimura has worked alongside talented colleagues such as Tomohiro Sakamoto and Hidetaka Miyazaki. Their collaborative efforts in research and development have enriched the innovative projects undertaken at their organization.

Conclusion

In conclusion, Yosuke Kimura’s advancements in raw material gas liquefying devices reflect his dedication to innovation and ingenuity in technology. His two patents signify important steps toward enhancing efficiency in cryogenic processes, showcasing his significant contributions to the engineering field. With continued collaboration and innovative thinking, Kimura is undoubtedly on a path to further breakthroughs in cryogenic technology.