CC BY
10For citation: YANG Liye, LUO Wei, MEI Shun-Qi. Design of Suction and Cloth Folding Mechanism of Automatic Sleeve Slit Machine //
URL: http://rectors.altstu.rU/ru/periodical/archiv/2021/1/articles/3_12.pdf DOI: 10.25712/ASTU.2410-485X.2021.01.027
UDK 677.02
Design of Suction and Cloth Folding Mechanism of Automatic Sleeve Slit Machine
YANG Liye1, LUO Wei1, MEI Shun-Qi1*
1 Hubei Digital Textile Equipment Key Laboratory, School of Mechanical Engineering and Automation,
Wuhan Textile University, Wuhan 430073, China E-mail: meishunqi@vip.sina.com ; 1850294718@qq.com
0
tf^&ig^ftm^m mmmmmrm
rmmmmmrnmmnm&m.
m^imfmmmmiMs mmmmmm^ri^ms^m: mmm, imhmtf, mmmmg^m^a, mmm^^m^rn^^m m x^m^«, mmmmimm^mrnrn [2]. ^^mx, mmm, ym^ammmmim^minmmimmtmmim, M^B
is
m^mmmmmx^mmmmmmmmmmfuimm, ^in
[3]. mm
nn&mft&rn*, m^mmmmmmmmrnmrnrntm [4,5]. mm^ [6];
(2) m^fflftmfaxnn&mftmffl, mimmmm;
Grand Altai Research & Education
(3) ш.т.шшшшпшш
m
(5) жт^шдаш.
a. b.
a. Flat-sleeved armbands b.Pipa armbands
mimrnmn^^nmrn
Figure 1. Typical shirt sleeve type
Figure 2. Slot part drawing of folding sleeve slit
mmmjimrnn^mmmt rnmmtm. mmi^^t, tmmm
Наука и образование Большого Алтая
M^Ä.
m 3
Figure 3. General assembly drawing of automatic folding device for sleeve strip
of sleeve slit machine
^ 4*14mm, 3*14mm ^¿^E^ 0.1mm, 4 ^
30N;
nSl^^^^^MSX 3*7.5mm, 2.5*4mm ¿^ 0.1mm,
ft^ffi^^, 12N.
mmw^m^, jsi 10x30 m, ftg
10mm, Mg 4mm, X^H^ 0.5Mpa, ^lft^ Fi ^ 40N, F2
^ 33N, 22mm JSI 6x20 M, ft
g 6mm, Mg 3mm, X^H^ 0.5Mpa, ^lft^ F1 ^ 14N, F2
^ 11N, ^^MiMft 16mm
Grand Altai Research & Education
- 14 - V
м-
А
a.
a. Left flanging panel
¿JS.
я
V
Л
b. fcffiftM
b. Right flanging panel
c. ^mnm. d. ^ffiftu
c. Left folding angle panel d. Right folding angle panel
® 4 ^min-ftm
Figure 4. Parts diagram of folding board and corner board
4 mmm
xmmmi
(References)
[1] Yang Xiaoqiang. Development of an integrated sleeve slitting machine [D]. Wuhan Textile University, 2014.
[2] Mei Shunqi, Hu Guipan, Wang Jianwei, Chen Zhen, Xu Qiao. Discussion on some key technologies of textile intelligent manufacturing and equipment [J]. Journal of Textile Research, 2017, 38(10): 166-171.
[3] Chen Wenqiang, Liu Zhiqiang. Innovative way of designing sleeves of shirts [J]. Design, 2019, 3213: 112-114.
[4] Zhou Aiying, Zhang Yaozhen. Discussion on the sewing technology and structure parameters of several typical shirt sleeves [J]. Journal of Textile Research, 2010 (1): 26-30.
[5] Xu Yumei. Optimization and application of the production process of men's shirt cuffs [J]. Journal of Textile Research, 2018, 39(10): 110-114.
[6] Wang Hongjian. Analysis and design of sewing mechanism for shirt [D]. Wuhan Textile University, 2014.
[7] Huang Xiuli. Research on the sleeve structure and technology of men's suits [J]. Textile Science and Technology Progress, 2017(06): 43-45+48.
Наука и образование Большого Алтая
