Company Filing History:
Years Active: 2019
Title: Mariko Terasaka: Innovator in Acoustic Sensor Technology
Introduction
Mariko Terasaka is a pioneering inventor based in Kusatsu, Japan. Known for her innovative contributions to sensor technology, she holds a patent that showcases her deep understanding of capacitive transducers and their application in acoustic sensing.
Latest Patents
Terasaka's notable patent is for a "Capacitive transducer and acoustic sensor." This invention features a sophisticated design comprising a substrate with a surface opening, a back plate, and a deformable vibration electrode film. The film's deformation leads to a change in capacitance, allowing it to function effectively as an acoustic sensor. Additionally, the design includes a pressure relief hole and a protrusion, creating an airflow channel for enhanced pressure management. This innovative approach not only improves the sensor's functionality but also enhances its overall performance.
Career Highlights
Mariko Terasaka is currently associated with Omron Corporation, where she continues to push the boundaries of technology and innovation. With a strong background in engineering, she has established herself as a key figure in the development of advanced sensor technologies. Her contributions have been instrumental in delivering cutting-edge solutions that meet the demands of modern applications.
Collaborations
Terasaka collaborates with talented colleagues such as Takashi Kasai and Koji Momotani at Omron Corporation. Together, they share knowledge and expertise, driving innovation within their projects. Their collaborative efforts focus on enhancing the capabilities of electronic and acoustic devices, making significant strides in the field.
Conclusion
Mariko Terasaka is a remarkable inventor whose work exemplifies the spirit of innovation. Through her inventive spirit and collaborative endeavors at Omron Corporation, she is making a lasting impact on the technology landscape, particularly in the realm of acoustic sensors and capacitive transducers. Her contributions highlight the vital role of creativity and collaboration in advancing technological frontiers.