Company Filing History:
Years Active: 2024
Title: Geun Ju Cha: Innovator in Capacitor Assembly Technology
Introduction: Geun Ju Cha is a prominent inventor hailing from Cheongju-si, South Korea. With a focus on advancing technology in the field of capacitors, he has made significant contributions through his innovative patents. His work aims to enhance productivity and precision in manufacturing processes.
Latest Patents: Geun Ju Cha holds a patent for a "Capacitor assembly manufacturing apparatus and capacitor assembly manufacturing method using the same." This invention includes a unique apparatus for assembling capacitor assemblies. The design features a processing module that mechanically and electrically couples capacitors to brackets. Additionally, it incorporates a test module to assess the operational reliability of the assembled capacitors. Notably, the conveyor module enables the sequential performance of processing and testing while facilitating movement in a single direction. This innovative setup not only allows precise defect detection through multiple tests but also improves productivity by minimizing mechanical defects.
Career Highlights: Geun Ju Cha is currently employed at Samwha Electric Co., Ltd., where he has played a vital role in enhancing capacitor manufacturing techniques. His contributions have involved collaborating with a skilled team to streamline processes and ensure high-quality outputs.
Collaborations: Throughout his career, Geun Ju Cha has worked alongside talented colleagues, including Jong On Park and Tae Yun Kim. Their combined expertise has fostered a creative environment focused on innovation and excellence in capacitor assembly technology.
Conclusion: As an inventor, Geun Ju Cha exemplifies the spirit of innovation in the field of capacitor technology. His patent and collaborative efforts at Samwha Electric Co., Ltd. reflect his commitment to advancing manufacturing processes and enhancing productivity in the industry. His work continues to serve as a valuable resource for future developments in capacitor assembly methodologies.