Company Filing History:
Years Active: 2015
Title: The Innovative Mind of Takaaki Goto
Introduction
Takaaki Goto, an accomplished inventor based in Seto, Japan, has made significant contributions to automotive technology. His innovative work primarily focuses on air-conditioning systems for vehicles, showcasing his commitment to improving user comfort and experience.
Latest Patents
Takaaki Goto is credited with a patent for an air-conditioner remote control system designed for vehicles, servers, and mobile terminals. This system intelligently calculates an estimated temperature range within a vehicle cabin by applying a plus-side and minus-side temperature width to the readings of a temperature sensor. This estimated temperature is then displayed on the mobile terminal, providing the user with real-time data about the cabin's climate. Notably, during the cooling process, the system enhances the plus-side temperature width to optimize comfort. As the pre-air-conditioning period progresses, this width is gradually reduced, effectively communicating the temperature changes within the vehicle cabin to the user.
Career Highlights
Takaaki Goto's patent represents the innovative spirit of his role at Toyota Motor Corporation, where he leverages his technical skills in engineering to satisfy consumer needs. His dedication to developing user-friendly technologies is evident in his patent work, which addresses specific challenges faced by vehicle users.
Collaborations
Throughout his career, Takaaki has collaborated with prominent colleagues, including Hirohito Kawai and Naoya Inoue. These partnerships emphasize the collaborative nature of innovation in the automotive industry, where shared knowledge and expertise drive advancements in technology.
Conclusion
Takaaki Goto’s contributions to vehicle air-conditioning technology illustrate the vital role inventors play in enhancing user experiences in the automotive sector. His innovative patent not only reflects his talent but also his commitment to improving everyday technologies. As the industry continues to evolve, Takaaki's work serves as an inspiration for future innovations.