Company Filing History:
Years Active: 2022
Title: Masashi Itoyama: Innovator in Temperature Detection Technology
Introduction
Masashi Itoyama, a distinguished inventor based in Aichi, Japan, is known for his significant contribution to the field of temperature detection technology. He currently holds one patent, which showcases his ingenuity in identifying temperature abnormalities. His work not only benefits the Central Japan Railway Company but also enhances safety measures across various applications.
Latest Patents
Itoyama's notable patent is for a **Temperature Abnormality Detection System and Temperature Abnormality Detection Method**. This innovative system comprises measurement devices and a processor that determines temperature abnormalities using three temperature readings: a first temperature (T1), a second temperature (T2), and a third temperature (T3). The processor identifies the occurrence of a temperature anomaly when any one of the specified conditions is satisfied. This technology has the potential to improve safety and operational efficiency in numerous sectors.
Career Highlights
Itoyama's career is closely tied to the Central Japan Railway Company, where he has made impactful contributions through his technological innovations. His expertise in temperature monitoring systems has not only advanced the company's capabilities but has also played a crucial role in ensuring passenger safety and the reliability of railway operations.
Collaborations
In his journey as an inventor, Itoyama has collaborated with talented colleagues like Takeshi Narita and Naotaka Kumagai. Their joint efforts in the field of temperature detection technology have further propelled the development of innovative solutions that address complex problems in the railway industry and beyond.
Conclusion
Masashi Itoyama stands out as a leading inventor in the realm of temperature detection systems. Through his patent and the support of the Central Japan Railway Company, he continues to influence technological advancements that promote safety and efficiency. His collaborations and ongoing contributions inspire future innovations in the field.