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46Для цитирования: Shu Xing, Yang Liye, Wang Bin, Mei Shun-qi. Design of Finished Yarn Conveying System on Direct Twist // [Электронный ресурс] URL: http://rectors.altstu.rU/ru/periodical/archiv/2020/2/articles/2_3.pdf DOI: 10.25712/ASTU.2410-485X.2020.02.007
УДК 677.05
(Design of Finished Yarn Conveying System on Direct Twist)
112 1 Shu Xing ,Yang Liye , Wang Bin , Mei Shun-qi
1 Hubei Digital Textile Equipment Key Laboratory, School of Mechanical Engineering and Automation,
Wuhan Textile University, Wuhan 430073, China 2 Yichang Jingwei Textile Machinery Co.Ltd., Hubei Yichang, 443001,China [email protected] ; [email protected]
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i rnttttxEjra
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h, ^-^fiM^mwm^^im^, mmmm^mt^, imm^ ^mm, ^m^mma^ [3].
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58
1 .Creel roller tension device 2.Crecl
3.Twisting device
4.Take-up roller
5.Online twisting control device
6.Winch
7.Rotating rod
8. Cylinder tensioner
9. Yarn controller
10.Balloon
11 .Twisting tray
m i. ^m^mam
Figure 1. Twisting principle diagram of a straight twisting machine
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mm
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ffl^lWftM, ^JAT-Mï^m^A^MWfÈMfë [6].
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Figure 2. Fixing device at the rear of the car
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10 ^AM, ^ A 0.5,
15KG, ^ 20 M^Ä» m A 300KG, ^ w A 0.3m, ffMM^ v
ffM^A 9m/min, M, »MAtä r A 0.1m. ffM^mW P +
ÄA^DT:
Pw = Fx Vbelt = mgx ^belt x Vbelt (1)
Pw = 13.23kW (2)
^M^A CTYT-160L-015-B5, E^mW 15KW, 380v, ^ M n A 1500r/min;
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■----
Т = 9950 X — = 9950 X Г-15-) = 99.5N • m (3)
п \1500/ v J
ШЙ^ 99.5Nm
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ШЙ^ШШ, ^МШ^ЖМ»^!, М^ HFT20X40S, ЯЯИЙ HUYT06-H13-L350. 16mm, ^^ 45N.
220mm, Ж 55mm, ^ 2mm
(3) fi, F2 ^^ет^датмзд^л,
F,
m 3. s^s^^m
Figure 3. Force analysis diagram of fixed device
(4) ^ШЙ^ШЙТ, ЖШ1ВДШПТ:
m 4.
Figure 4. Conveyor belt continuous running speed time curve (left); Conveyor belt intermittent
running speed time (right)
61 ВЫПУСК
2'2020
4
[1] plc -mm^mm^mmm [J]. rnrnx^, 2017,7(2^77-80.
[2] [M]. ^M: 2011.
[3] mnm. «^iif^«^ [J]. 2019,(3):77-78.
[4] «iif [M]. 2010.
[5] mm, m. ^jmmxrm&mum^min [J].
2013,48(6):29-32.
[6] sf=i fx-2n mm plc [J].
2018,15(2):76-77. References
[1] Fan Yunlong. PLC and frequency converter realize the synchronous control of the conveyor belt [J]. New Industrialization, 2017, 7(2): 77-80.
[2] Hang Yongzhi. Mechanical parts and transmission structure [M]. Beijing: Machinery Industry Press, 2011.
[3] Mei Xuefeng. Research on the design method of machine tool fixture [J]. Modern Manufacturing Technology and Equipment, 2019, (3): 77-78.
[4] Li Liangjun. Mechanical Design[M]. Beijing: Higher Education Press, 2010.
[5] Feng Ke, Zhang Xianglin, Liu Xin, et al. The overall design of the automation transformation of small and medium-sized stamping production lines [J]. Forging Equipment and Manufacturing Technology, 2013, 48(6): 29-32.
[6] Hou Fang, Li Zidu. Four-section conveyor belt simulation control design based on Mitsubishi FX-2N series PLC[J]. Wireless Internet Technology, 2018, 15(2): 76-77.
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