Ryuichi Noseyama

Title: Innovations by Ryuichi Noseyama in Gas Fuel Supply Systems

Introduction

Ryuichi Noseyama is an accomplished inventor based in Wako, Japan, known for his significant contributions to the field of automotive technology. With a total of three granted patents, he has made strides in developing innovative gas fuel supply systems aimed at enhancing engine performance and efficiency.

Latest Patents

One of Ryuichi Noseyama's notable patents is a sophisticated gas fuel supply system for vehicles. This innovation halts the fuel supply when the pressure detected by a sensor upstream of the regulator falls below a predetermined threshold, thereby preventing abnormal combustion due to incorrect air/fuel ratios. The system effectively monitors fuel pressure variations in real-time, allowing for immediate adjustments after a fuel shut-off valve has been closed and reopened. It also identifies abnormal conditions within the fuel system by comparing the accumulated amount of fuel injected with an estimated fuel consumption value from the tank.

Additionally, another significant patent involves a gas fuel supply mechanism specifically designed for gas combustion engines. This technology features a tank filled with gas fuel, a fuel injector equipped with a valve, and a series of mechanisms for monitoring and controlling the gas fuel flow. The patent includes provisions for a gas fuel state detector that communicates with a control unit to manage both the gas fuel cutoff valve and the fuel injection valve seamlessly.

Career Highlights

Ryuichi Noseyama is a notable figure at Honda Giken Kogyo Kabushiki Kaisha, a leader in automotive technology. His work primarily focuses on developing innovative solutions that pave the way for cleaner and more efficient energy use in vehicles. His expertise in gas fuel systems contributes significantly to Honda's commitment to improving environmental sustainability in automotive design.

Collaborations

Throughout his career, Ryuichi has collaborated with talented professionals including Atsushi Kato and Toshiyuki Nishida. These collaborations have enhanced his projects' scope and impact, allowing for a comprehensive approach to solving challenging problems in gas fuel technology.

Conclusion

Ryuichi Noseyama’s inventive spirit and technical expertise have led to significant advancements in gas fuel supply systems for vehicles and combustion engines. As he continues to refine and develop his innovations, his work plays a vital role in shaping a more efficient and sustainable automotive future.