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Noise Reduction for the Components of a Handwriting Printer
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손 글씨 프린터의 부품개선에 따른 소음저감 연구

논문 기본 정보

Type
Academic journal
Author
Jong Seong Sa (Seoil University) Tae Kil Ahn (Hoseo University) Taewon Kang (Kangwon National University)
Journal
The Korean Society of Manufacturing Technology Engineers Journal of the Korean Society of Manufacturing Technology Engineers Vol.29 No.6 KCI Accredited Journals
Published
2020.12
Pages
475 - 480 (6page)
DOI
10.7735/ksmte.2020.29.6.475

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cover
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Topic
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Background
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Method
🏆
Result
Noise Reduction for the Components of a Handwriting Printer
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Abstract· Keywords

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The noise generated by a small printer that simulates handwriting is noticeable when it operates in a quiet environment. In this study, analytical experiments were conducted prior to upgrading the printer design. The printer head, linear shaft and printer housing were considered as candidate components affecting the noise characteristics and thereby the noise level of the printer. The results obtained from the conducted computer simulations indicate that printer head’s design is a key factor in reducing the overall noise level. Hence, to maintain the stiffness while reducing the mass, a new design for the printer head was implemented. Furthermore, modifications in the printer components resulted in achieving noise reduction.
#Hand writing printer #Head #Linear bearing #Simulation

Contents

ABSTRACT
1. 서론
2. 손 글씨 프린터의 구조 및 소음현상
3. 개선방안 도출 및 적용
4. 개선방안 적용결과
5. 결론
References

References (6)

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Chu, J. H. / 2015 / Experimental Study on the Environment Cover Certification Noise Measurements fo the Target Printer / Proceedings of the Korean Society of Noise and Vibration Spring Conference :780~783 google schola 박상원 / 2010 / 프린터 부품 소음원에 따른 감성소음 평가시스템의 개발 / 한국소음진동공학회논문집 20(11):1018~1024 google schola Park, Y. J. / 2018 / Improvement of Printing Noise for Laser Printer / Proceedings of the Korean Society of Noise and Vibration Spring Conference :108 google schola Cah, D. S. / 2007 / Study of Noise and Viration of the Laser Printer / Journal of Korean Society of Noise and Vibration 17(2):22~28 google schola Baird, T. / 2005 / Impulsive Noise Printer :Measurement and Characterization / Inter-Noise google schola

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