Company Filing History:
Years Active: 1998-1999
Title: Innovations of Toshiyuki Kidokoro
Introduction
Toshiyuki Kidokoro is a notable inventor based in Tokyo, Japan. He has made significant contributions to the field of weaving technology, particularly in the area of weft control methods. With a total of 2 patents, his work has advanced the efficiency and reliability of weaving processes.
Latest Patents
One of his latest patents is the "Weft Feed Rate Control Method." This innovative method allows for the accurate and easy adjustment of the weft feed rate in looms. It incorporates a weft length measuring system that includes a length measuring roller and a pinch roller, along with a weft feeding system equipped with a gripper and a nozzle. The method utilizes weft arrival sensors to measure and store weft arrival values, calculate an average for a set number of picks, and control the weft length measuring system based on comparisons with a preset reference target value.
Another significant patent is the "Weft Feeding Device for Fluid Weaving Machine." This device alleviates excessive tension on the weft during feeding, which helps to prevent breakage. It features a gripper that grips the weft at specific times, a length measuring roller positioned downstream, and a pinch roller that holds the weft against the roller. The operation of the gripper and pinch roller is synchronized, utilizing a linear or rotary solenoid for precise control.
Career Highlights
Throughout his career, Toshiyuki Kidokoro has worked with reputable companies such as Micron Instrument Inc. and Micron Corporation. His experience in these organizations has contributed to his expertise in weaving technology and innovation.
Collaborations
Toshiyuki has collaborated with Iwao Hasegawa, further enhancing his work in the field of weaving technology.
Conclusion
Toshiyuki Kidokoro's contributions to weaving technology through his innovative patents demonstrate his commitment to improving industrial processes. His work continues to influence the efficiency and effectiveness of weaving methods in the industry.