Company Filing History:
Years Active: 2020
Title: Innovator Tatsuki Inoue: Pioneering Inverter Technology in Osaka
Introduction: Tatsuki Inoue is an accomplished inventor based in Osaka, Japan, recognized for his innovative contributions to inverter technology. With a notable patent to his name, Inoue has made strides in enhancing the efficiency and functionality of inverter devices.
Latest Patents: Tatsuki Inoue holds one patent titled "Inverter with Reduced Output Ripple." This groundbreaking invention comprises an inverter device that includes a converter section, an inverter section, and a control device. The converter section is designed to full-wave rectify a three-phase AC voltage, producing a DC voltage that includes a ripple component at a frequency six times that of the original three-phase AC voltage. The inverter section then converts this ripple-included DC voltage into an AC voltage, which is subsequently outputted to a motor. The control device operates within a rotating coordinate system where the N-pole direction of a embedded permanent magnet is established as the d-axis, controlling the inverter section to ensure that the phase of the d-axis voltage of the ripple component leads the phase of the q-axis voltage.
Career Highlights: Tatsuki Inoue's career is highlighted by his affiliation with Daikin Industries, Ltd., where he develops cutting-edge technologies in the field of electrical engineering. His work at Daikin reflects a commitment to innovation and advancing industry standards for inverter performance.
Collaborations: Throughout his career, Inoue has collaborated with colleague Nobuki Kitano, contributing to the development of advanced technologies and fostering an environment of innovation and teamwork within their projects at Daikin.
Conclusion: Tatsuki Inoue stands out as a significant figure in the realm of inverter technology, with a patented invention that showcases his expertise and forward-thinking approach. As he continues to work within Daikin Industries, his contributions prominently shape the future of inverter applications in various industries.