Haruhiko Ogiso

Title: The Innovative Contributions of Haruhiko Ogiso

Introduction: Haruhiko Ogiso, an accomplished inventor based in Kariya, Japan, has made significant strides in the field of engine control technology, holding a total of five patents. His innovative approaches aim to optimize engine systems for better performance and efficiency, showcasing his dedication to advancing automotive technology.

Latest Patents: Ogiso's recent patents include groundbreaking methods for computer-based engine control systems. One notable invention is a "Computer based engine control with lower priority interrupt requests," which enhances the control systems for engines, such as ignition and fuel injection systems. This technology generates angular pulses during the engine's rotation, allowing for precise interruption and control of electric devices based on calculated data from the central processing unit.

Additionally, Ogiso has developed another patent titled "Engine control event timing employing both crank angle rotation and time." This method utilizes angular pulses to determine timing for controlling electric devices, ensuring efficient engine operation according to various conditions.

Career Highlights: Throughout his career, Haruhiko Ogiso has worked with prominent companies within the automotive industry, including Nippondenso Co., Ltd. and Toyota Motor Corporation. His contributions have helped shape modern engine control systems, blending sophisticated algorithms with practical engineering.

Collaborations: Ogiso's work has not been solitary; he has teamed up with esteemed colleagues like Susumu Akiyama and Kenzo Ito. These collaborations have likely influenced his innovative designs and expanded his patents' scope within the automotive field.

Conclusion: Haruhiko Ogiso stands out as a significant figure in automotive innovation. With his five patents and a rich collaborative history, his contributions to engine control systems continue to impact the industry positively. His relentless pursuit of optimization drives the evolution of engine technology, ensuring that automobiles operate more efficiently and reliably in the ever-changing landscape of automotive engineering.