절삭가공 시 설계, 가공, 측정을 융합한 MES 시스템 구축에 관한 연구
A study on the establishment of an MES system that converges design, processing, and measurement during cutting
1
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
In this paper, when manufacturing large/multi-mold parts (more than 30 core parts),A mold manufacturing (tolerance) management system was established through design-processing linkage.The mold manufacturing (tolerance) management system is a design-based measurement shape/measurement position determination system, M/C processing-linked measurement drive system,It is composed of four parts: CAD-linked measurement result analysis system and manager mold part quality management system.In addition, the constructed system was applied to the field and the effect of system construction was evaluated by comparing it with the existing process.As a result of the evaluation, the measurement precision is within 0.02mm, and the time it takes to measure after the end of processing is shorter than that of the existing process.(12 hours → 2 hours) It was shortened to 16.7%.In addition, it was confirmed that the time required for reprocessing after measurement was reduced by 25% (4 hours → 1 hour) compared to the existing process.
Abstract
In this paper, when manufacturing large/multi-mold parts (more than 30 core parts),A mold manufacturing (tolerance) management system was established through design-processing linkage.The mold manufacturing (tolerance) management system is a design-based measurement shape/measurement position determination system, M/C processing-linked measurement drive system,It is composed of four parts: CAD-linked measurement result analysis system and manager mold part quality management system.In addition, the constructed system was applied to the field and the effect of system construction was evaluated by comparing it with the existing process.As a result of the evaluation, the measurement precision is within 0.02mm, and the time it takes to measure after the end of processing is shorter than that of the existing process.(12 hours → 2 hours) It was shortened to 16.7%.In addition, it was confirmed that the time required for reprocessing after measurement was reduced by 25% (4 hours → 1 hour) compared to the existing process.
참고문헌 (8)
- J. S. Ok, "Study on Smart Factory Establishment Based on Production Automation and MES", pp.2018
- J. S. Kim, "A Study on the Establishment of Smart Factory for Small and Medium-sized Molding Companies", pp.2020
- U. G. Choi, "A Study on MES Function Model for Efficient Smart Factory Development", Graduate School of Information Technology and intellectual Property, pp.2019
- J. S. Ha, "MES system based on real-time process capability management", Journal of The Korea Society of Computer and Information, 25(11), pp.115~122 (2020)
- 박용준, "스마트 팩토리 적용을 통한 금형 생산 시스템 향상에 관한 연구", 차세대융합기술학회논문지, 4(3), pp.338~347 (2020), 국제차세대융합기술학회[DOI]
- H. J. Lee, "A Study of Implementing MES Monitoring System in Distributed Environment", Department of IT Management Graduate School of Information Science, pp.2017
- H. D. Kim, "A case study of success factor of MES construction and implementation at automotive medium size manufacturing company", Department of Management Engineering, pp.2017
- "Production Technology Research Institute Data", ~ (2013)