CC BY
59Для цитирования: Yang Liye, Mei Shun-qi, Shu xing, Luo wei. Design of Clamp Flip Mechanism of Automatic Sleeve Slit Machine // [Электронный ресурс] URL: http://rectors.altstu.rU/ru/periodical/archiv/2020/2/articles/2_4.pdf DOI: 10.25712/ASTU.2410-485X.2020.02.008
УДК 677.01
(Design of Clamp Flip Mechanism of Automatic Sleeve Slit Machine)
Yang Liye1, Mei Shun-qi1, Shu xing1, Luo wei1
1 Hubei Digital Textile Equipment Key Laboratory, School of Mechanical Engineering and Automation,
Wuhan Textile University, Wuhan 430073, China meishunqi@vip.sina.com ; 1850294718@qq.com
0
mmmrnrnxmrnmrnm. ^sg^M^^^, mmmnmmm
m^mmmtitnmmigKm ■^^«^m^ew^fMtM«^ [i][2].
[1]. m
m^mrnmm mm, m
mmmmwM
«»^-^afTim "V" ^¡M [2]. mm^^mmmm^^, n
90 180 m,
c
-
ffl 1.
Figure 1. Folding schematic diagram of slit
m 2. ^»im^ra
Figure 2. General Assembly Diagram of the Clamp Flip Mechanism
m ^mm^^^^m^mmm [4].
\ 1 16.50 |
—1 Uf
со о i
/ \
m 3. ^^m^
Figure 3. Clip part drawing size
«t^A 0°- 90°, 0-ti; ti-t2
ft^S; f^affl-^It, Ht^A 90°-180°, t2-t3.
5 = wt (1)
S AMttMWM^fm AMttWWMMt«
^A:
w = ^ = ^ • rad/s (2)
i .V/rntl
-1-,-1-1—
" m 4. »^mm»®«8
Figure 4. The angle displacement graph of the auxiliary splint plate
3
-^SttMH^Mi.
^MÎTWM
wim, tfs^^^TO, 90 mm 180
bW^ 180 m^MM^tfm Efems^fM^««^, m, Mtw, i^s^a^miM
x^^sroi^, », M^IMM«^ [6].
^im^ n/4 rads"1, i^^if^tf 0.01mm/ a
^ 1.8°/step.
(2) MëM^m
180 mMMMfM, »^WM^,
^^»^m^ra [6]. ö^Mf^mj,
5 N.
XL 0.01KW [7]. ^
^fêM^ 10XL, ^g 15.66mm, ^g 16.17mm, 10; ^À^fêM^ ^ 25XL, ^g 39.92mm, ^g 40.43mm, 25; l^^m 9.5mm, ^ 5.080mm, ÏA^fê^m 15mm.
Jz1 = 3.9 X (Df - df)b X 10-12 = 3.44 X 10-6 •Kg^m2 (3) Jz2 = 3.9 X (Df - df)b X 10-12 = 1.49 X 10-f •Kg^m2 (4)
js =±MR2 = 1.6 X10-7 • Kg •m2 (5)
2'2020
■----
^ D1, d1 ЙШ; D2, d 2 ^ШАёЖШКШ Й
Ш; ь АШШЖ м, R Я^АЯнШй&т
НА ЕШ^АЙЖёЖйАА^^Д^Ж М^ШАА^ 2S42Q-02940,
[7]: 1.8°±5%; ЪШШШ 0.02 N т;
0.24 N•m; ШМЙ 0.24 kg; ШМй 0.06Kg•cm2.
]т = 0.06 X 10-4 • Кд • т2 (6)
= 1.586 X 10-4 • Кд • т2 (7)
Т™ = — хРх — = 1.526 X 10-3 •Ы^т (8)
Щ 2п пт ^
ШЮЖЙШЁ Тт, ^Й^Ш^ША Лt=0.5s Н^АХШМЙШЁ
ЙА, ®=2т/60 = 31.4га^ s-1, ^МШЙЭДМ^А
£т=^= 105 гай • б-2 (9)
ШМЙ^Е:
Тт = £ = 0.017 N • т (10)
ТЕ = Т™ + Тт = 0т85Ы^т (11)
шшшттштжттА 0.95, тцтштшш, к=1.2, шаМШШЙЙЖ^
Ш++ША:
ТЕ1 = КТЕ/Т] = 0.0236 N •т (12)
4
[1] [J]. tit, 2019,3213:112-114.
[2] [P]. T^: CN206591261U,2017-10-27.
[3] mrnm, hM, ^mm. mmmmm^mm^mfo^m [J]. «tit^w^,
2002,18(3):56-60.
[4] mmm, mm, [J]. m
2017,38(10):166-171.
[5] i^taf giftt^fi^^. [P]. titi; CN106637723A 2016-12-20.
[6] mm, MM, ^M. Si TwinCAT WttU^t^Ii [J]. 2015, 33(1);63-67.
[7] m^^. [J]. 2016(05);82-84.
References
[1] Chen Wenqiang,Liu Zhiqiang. Creative Design of Sleeve Slit for Men's Shirts [J]. Design, 2019,3213:112-114.
[2] Chen Xiaoming. A sleeve slit machine and its sleeve sliver folding device [P]. Guangdong; CN206591261U,2017-10-27.
[3] Zou Huijun, Tian Yongli, Zhang Qing, et al. Basic Theory and Method of Sewing Machine Innovative Design [J]. Mechanical Design and Research, 2002,18(3):56-60.
[4] Mei Shunqi, Hu Guipan, Wang Jianwei, Chen Zhen, Xu Qiao. Discussion on Some Key Technologies of Intelligent Manufacturing and Equipment of Textile [J]. Journal of Textiles, 2017,38(10):166-171.
[5] Foshan Riyu Automation Equipment Co., Ltd. [P]. Sleeve Slit Machine and Sleeve Slit Folding Device Chinese patent; CN106637723A 2016-12-20.
[6] Chen Zhen, Teng Shuang, Li Zhen. NC System [J]. Sleeve Slit Machine Based on TwinCAT Light Industrial Machinery, 2015,33(1):63-67.
[7] Chen Jinxin. Design and Selection of Stepper Motor [J]. Home Appliance Technology
