Skills and Techniques of Machine Repair Fitters
DOI:
https://doi.org/10.53469/jtpes.2024.04(01).01Keywords:
machine repair fitter, SkillsAbstract
In this important understanding of machining, mechanical maintenance fitter occupies an important position. Machine repair fitters are mainly responsible for the processing and maintenance of various mechanical equipment, and use scientific control methods to restore mechanical properties. Therefore, we can see that the faults in machine maintenance need quick maintenance by fitters to solve various problems that often occur in machine maintenance. In this case, the fitter must master basic machine maintenance skills and use excellent information technology to assist in the installation of various machines. Therefore, this article gives a brief introduction to the machine fitters used for machine maintenance and shows how to increase their repair capacity to make machine maintenance more efficient. With the progress of scientific and the rapid increase in productivity, competition between enterprises is more and more intense. If enterprises want to maintain a high competitiveness and advantages, they need to focus on the research and development of core technology of their companies and improve core competitiveness. So in such a large background, many companies choose to focus on the development of their core business, and then they need other enterprises to complete their own non-core business resources. In such a development process, the logistics industry will gradually separated and then the third-party logistic enterprises show up.
References
LIU Biyun. Research on New Trends of NC Machine Tool Mechanical Structure Design and Manufacturing Technology [J]. South China Agricultural Machinery,2019,50(23):135,139.
LONG Zhonghai. Discussion on New Trends of NC Machine Tool Mechanical Structure Design and Manufacturing Technology [J]. Rural Staff,2019(24):154.
Tu Xiyao, Xue Jiahan, Hu Qi, Li Jijun, Wang Guoqiao. Discussion on New Trends of NC Machine Tool Mechanical Structure Design and Manufacturing Technology [J]. Southern Agricultural Machinery,2019,50(21):100.
XING Zhihui. Application of CNC Machine Tool Mechanical Structure Design [J]. Southern Agricultural Machinery,2019,50(14):140.
Zhang C L, Huang Y Z,Ma X X,Lu W Z,Wang G X. A new approach to detect transformer inrush current by applying wavelet transform[C]. 1998 International Conference on Power System Technology. China: POWERCON '98, 1998: 1040-1044.
Rabiner, L. R. A tutorial on hidden Markov models and selected applications in speech recognition[J]. Proceedings of the IEEE, 1989, 77(2): 257-286.
Jeff A B. What HMMs Can Do[J]. IEICE-- Transactions on Information and Systems, 2006, E89-D (3): 869-891.
Biing-Hwang Juang, Lawrence R. Mixture Autoregressive Hidden Markov Models for Speech Signals[J]. IEEE Transactions on acoustics and signal processing, 1985, 33(6):41-44.
Kavcic A, Moura J M F. The Viterbi Algorithm and Markov Noise Memory[J]. IEEE Transactions on information theory, 2000, 46(1): 291-301.
Hui L L, Moura J M F. Implementing the Viterbi algorithm, fundamentals and real-time issues for processor designers[J]. IEEE Signal Processing Magazine, 1995, 12(5): 42-52.
Vikram K, George G Y. Recursive Algorithms for Estimation of Hidden Markov Models and Autoregressive Models with Markov Regime[J]. IEEE Transactions on Information Theory, 2002, 48(2): 458-476.
Alex A, Haralambos S, George B. A new algorithm for online structure and parameter adaptation of RBF networks[J].Neural Networks, 2003, 16(7): 1033-1017
Fardin Ahmadizar, 2013. Minimizing makespan in a group shop with fuzzy release dates and processing times, The International Journal of Advanced Manufacturing Technology. (66), pp.9-12
Gábor Rappai, 2016. Process quality adjusted lot sizing and marketing interface in JIT environment, Applied Mathematical Modelling. (2), pp.20-21.
Junrong, Pan, 2016. A comparative study of Kanban pull and production pull system [J]. Logistics Engineering and Management, Logistics Engineering and Management. (09), pp.90-91.
Longshi, Long, 2013. Analysis and optimization of automobile JIT production, Logistics Technology and application. 18(09), pp.101-104.
Rui, Ze, 2016. Research and design on the JIT-based Kanban distribution management system for automobile vehicle manufacture and production, Southwest Jiao Tong University. (09), pp.101-104.
Wen, Qian, 2011. Cost analysis and implementation conditions of JIT inventory management -- Taking Wal-Mart Store Inc as an example, the ideological front. 37(1), pp.98-99.
Xu, Liu, 2015. Research and implementation of automobile aftermarket parts logistics management system for cycle distribution, Southwest Jiao Tong University. (09), pp.102-105.
Yanchao, Li. Research on material distribution mode improvement of mixed model assembly line based on JIT purchasing, Tsinghua University. (09), pp.101-104.
Zhanqi, Du, 2005. Application analysis of Kanban management in JIT production, Tech Information Development & Economy. (20), pp. 215-217.
Zhi, Wei, 2013. Status analysis and optimization scheme of on line logistics distribution in SGMW plant, China Storage & Transport. (08), pp.105-107.
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