Company Filing History:
Years Active: 1990-1997
Title: Takashi Hirakata: Innovator in Tone Data Technology
Introduction
Takashi Hirakata is a notable inventor based in Hamamatsu, Japan. He has made significant contributions to the field of audio technology, particularly in tone data recording and reproduction. With a total of 6 patents to his name, Hirakata continues to push the boundaries of innovation in his industry.
Latest Patents
One of Hirakata's latest patents is a tone data recording and reproducing device. This device features a record and reproduction controlling mechanism that connects to a hard disk memory via a bus. The controlling device receives essential information from a computer for read/write operations. Based on this information, it performs processes to write to or read from the hard disk. The device temporarily stores tone data read from the hard disk into a first buffer memory before transferring it to a second buffer memory. The tone data stored in the second memory is then read out at a predetermined rate to reproduce musical sounds. Users can select between two reproduction modes: a first mode for reproducing interleaved tone data from multiple channels, and a second mode for simultaneous reproduction of multiple data files with non-interleaved tone data. The controlling device manages the tone data transfer based on the selected reproduction mode.
Career Highlights
Hirakata is currently employed at Yamaha Corporation, a leading company in the music and audio technology industry. His work at Yamaha has allowed him to develop innovative solutions that enhance the quality of sound reproduction.
Collaborations
Throughout his career, Hirakata has collaborated with talented individuals such as Takuya Nakata and Hitoshi Makita. These collaborations have contributed to the advancement of technology in the audio field.
Conclusion
Takashi Hirakata is a prominent inventor whose work in tone data technology has made a significant impact on the audio industry. His innovative patents and contributions continue to shape the future of sound reproduction.