Shigeru Otani

Title: Shigeru Otani - Innovator in Fire Detection Technology

Introduction

Shigeru Otani is a notable inventor hailing from Hiratsuka, Japan. With a keen focus on improving fire safety, he has made significant contributions to the field of fire detection technology, holding one patent to his name that revolutionizes how fire data is collected and analyzed.

Latest Patents

Mr. Otani's notable patent is centered around the "Collecting process of fire data and fire detector using the process." This invention involves a sophisticated methodology for detecting changes in physical phenomena caused by fire in an analog format. The patent details a process that periodically samples analog detection data, calculating moving average values of time series data to filter out noise. By establishing specific sampling periods and the number of smoothing data points for the moving average calculation, the invention ensures that the cut-off frequency of the filtering aligns with the peak frequencies of the input data. This patent also encompasses a fire detector and a fire alarm system that implements the described process effectively.

Career Highlights

Shigeru Otani is associated with Hochiki Corporation, a prominent company in the field of fire safety and equipment manufacturing. His work emphasizes innovative approaches to fire detection and alarm systems, enhancing the reliability and effectiveness of these critical safety devices.

Collaborations

Throughout his career, Mr. Otani has collaborated with esteemed colleagues, including Hiromitsu Ishii and Takashi Ono. Their joint efforts further underscore the importance of teamwork in driving forward technological advancements in fire safety.

Conclusion

Shigeru Otani's contributions to fire detection technology exemplify the innovative spirit that drives progress in safety and emergency management. His patent not only reflects his expertise as an inventor but also significantly enhances the capabilities of fire alarm systems, making environments safer for all.