Company Filing History:
Years Active: 2007
Title: **The Innovative Mind of Toshihisa Ohiro: A Pioneer in Video and Audio Playback Technology**
Introduction
Toshihisa Ohiro, an innovative inventor based in Saijo, Japan, is recognized for his contribution to the realm of video and audio technology. With a unique patent profile that highlights his expertise, Ohiro has made significant strides in enhancing the playback experience for multimedia content.
Latest Patents
Ohiro holds a patent for a **video/audio playback apparatus and video/audio playback method**. This invention offers a sophisticated solution for switching between video and audio operations. The apparatus allows for seamless playback of audio and video streams independently, ensuring that video can be enjoyed with properly synchronized audio. Specifically, it employs a data reading circuit to access video/audio streams from a recording medium, utilizing time management information to improve playback quality.
Career Highlights
Ohiro has made notable contributions during his tenure at Matsushita Electric Industrial Co., Ltd., a leading electronics company. His innovative approach to video and audio playback technology exemplifies his commitment to advancing multimedia experiences in consumer electronics. With just one patent to his name, Ohiro demonstrates the power of targeted innovation, showcasing that even a single breakthrough can transform industry standards.
Collaborations
Throughout his career, Ohiro has worked alongside talented colleagues such as Taisuke Tsurui and Takami Uemura. These collaborations highlight the importance of teamwork in the inventive process, allowing Ohiro to broaden his creative capabilities and refine his patented technologies.
Conclusion
Toshihisa Ohiro stands out as a key figure in the development of video/audio playback systems. His patent reflects a blend of practical application and technical expertise, paving the way for future innovations in multimedia technology. As he continues to collaborate with fellow inventors, the potential for new advancements in this field remains promising.