알루미늄 섀시 드라이브 기어 제조공정 개선에 관한 연구
A study on improvement of manufacturing process of aluminum chassis drive gear
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초록
The aluminum chassis drive gear manufacturing process improvement has been very effective in both technical and economic aspects. Technology for Shear mold design technology, mold material selection and processing technology, and press molding technology has improved greatly overall. In the meantime, it is necessary to clarify the causes of defects that occur frequently due to lack of technology, Based on this, it is meaningful that it has secured the ability to respond to new product development and molding in the future. By applying these technologies, we plan to expand not only the drive gear chassis, but also various types of press forming such as frame, handle, various fastening parts of system window. In addition, the ability to develop precision products in the future is expected to become a driving force in further enhancing the competitiveness of companies.
Abstract
The aluminum chassis drive gear manufacturing process improvement has been very effective in both technical and economic aspects. Technology for Shear mold design technology, mold material selection and processing technology, and press molding technology has improved greatly overall. In the meantime, it is necessary to clarify the causes of defects that occur frequently due to lack of technology, Based on this, it is meaningful that it has secured the ability to respond to new product development and molding in the future. By applying these technologies, we plan to expand not only the drive gear chassis, but also various types of press forming such as frame, handle, various fastening parts of system window. In addition, the ability to develop precision products in the future is expected to become a driving force in further enhancing the competitiveness of companies.
참고문헌 (4)
- Chun kyu Lee, "Press Die Design Manual that is easy to know", pp.166~168 (2012), Kijeon Media
- Sea hwan Kim, "Study on the Punch and die for each copy, drawing each design radius of the hole", Korea Die & Mold Engineers, pp.16~23 (2008)
- Kim Sei-Hwan, "Defective and Countermeasure of the press die", pp.143~228 (2013), Daekwang seorim
- Kim Sei-Hwan, "Press die Design Engineering", pp.192~281 (2012), Daekwang seorim