Company Filing History:
2 out of 156 
1 out of 2 Years Active: 2023-2025
Title: Innovations of Saki Okumura: Pioneering the In-Tube Transit Object
Introduction
Saki Okumura, an innovative inventor from Ayabe, Japan, has made significant contributions to the field of engineering with her patent on a unique in-tube transit object. With only one patent to her name, her work exemplifies creativity and practicality that can greatly impact various transport mechanisms in engineering.
Latest Patents
The patent held by Saki Okumura is titled "In-Tube Transit Object." This invention comprises a coil section formed by winding a wire and a fiber section that is attached at both ends in the winding-axis direction of the coil. A notable feature of this design is a large diameter section through which the fiber is inserted. When the in-tube transit object is placed into a tube, it remains in an extending state in the winding-axis direction.
When discharged from the tube, the fiber section expands, leading the coil section into a compressed state in the same direction, thus effectively facilitating the transport process. This innovative approach not only elevates the functionality of in-tube systems but also enhances the overall efficiency of transit objects.
Career Highlights
Throughout her career, Saki Okumura has been associated with notable companies, including Mikuro Spring Co., Ltd. and Gunze Limited. Her tenure at these organizations highlights her commitment to advancing engineering solutions and refining product designs. By leveraging her expertise, she has contributed to creating more innovative and effective mechanical systems.
Collaborations
Saki has collaborated with talented individuals like Takayuki Koyama and Makoto Natori. Working alongside such skilled professionals has undoubtedly enriched her experience and provided her with diverse perspectives in her inventive pursuits.
Conclusion
Saki Okumura's dedication to innovation is evident in her development of the in-tube transit object. Her work showcases the potential of targeted inventions in improving functional systems. As she continues to contribute to the engineering landscape, her journey serves as an inspiration for current and future inventors.