Company Filing History:
Years Active: 2014
Title: Innovating in Osaka: The Patented Work of Mituru Maeda
Introduction
Mituru Maeda is an accomplished inventor based in Osaka, Japan, known for his significant contributions to the fields of receiver circuits and apparatuses. With a total of three patents to his name, Maeda's innovative solutions have greatly impacted the way signals are detected and processed in communication technologies.
Latest Patents
Among his latest contributions are two notable patents:
1. **Receiver Circuit and Receiver Apparatus** - This invention features a no signal period detecting unit that identifies when no receiver signal is received. It further includes a capture unit that synchronizes timing based on correlation values determined by a delayed correlation computing unit. Notably, the capture unit is designed to cancel the synchronization when a no signal period is detected, enhancing the reliability of signal reception.
2. **Delay Detector Circuit and Receiver Apparatus** - This patent presents a low-cost delay detector circuit that effectively reduces power consumption. It is engineered to perform decoding processing for data transmitted using a two-phase modulation method. The accompanying receiver apparatus leverages this circuit to deliver enhanced performance at a minimal cost.
Career Highlights
Mituru Maeda currently works at Panasonic Corporation, a leading multinational electronics company that fosters innovation and technological advancement. His work is crucial to developing more efficient communication technologies, positioning him as an integral part of the company's research and development team.
Collaborations
Throughout his career, Maeda has collaborated closely with his coworker, Naoki Umeda. Umeda brings her expertise to their projects, contributing to the innovative solutions they develop together at Panasonic Corporation.
Conclusion
Mituru Maeda's work exemplifies the spirit of innovation prominent in Osaka and the broader technology sector. With his recent patents, he continues to push the boundaries of receiver technology, demonstrating the impact of collaboration and research on advancements in communication systems.