CC BY
59For citation: LuoWei, Yang Liye, ZhaoJia, Zhang Mengying, Chai Xuhui. Design of cleaning mechanism for screen printing table // URL: http://rectors.altstu.rU/ru/periodical/archiv/2020/1/articles/4_4.pdf DOI: 10.25712/ASTU.2410-485X.2020.01.012
UDK 655.335
Design of cleaning mechanism for screen printing table
LuoWei1, Yang Liye1, ZhaoJia1, Zhang Mengying1, Chai Xuhui1
1 Hubei Digital Textile Equipment Key Laboratory, School of Mechanical Engineering and Automation,
Wuhan Textile University, Wuhan 430073, China E-mall: 1094595786@qq.com
0
^Sft^NWiMfM^M^/lii/lWm ft
immffifi&fe&Mm&nm, ^Mftxf««. mRnmm ^i^, ^s^MNWft&^^ft^s®, mrnmrn, /K^rafpwM^
^m-^iMi^NW^ss^miMs,
^ssMtfMm M^iE
imm&mmm, ^m, mm&t^mm^., mm
ftrnim&'KMfctt,, ftrnfe^irn, mmmmmmm, zrnm&s
^n, mm&M^mmtmM^m, mm&M^HK M^mmmw
M^mmsmmM^Mi^, mm&M^Hmm
[1].
Наука и образование Большого Алтая» Ю1 ВЫПУСК Г2020
1 - 2 - rnmwfa; 3 - 4 - 5 - ^im 6 - ^SMI
Figure 1. Overall picture of automatic cleaning device for screen printing table 1 - frame; 2 - rotating mechanism; 3 - rotating motor; 4 - clutch mechanism; 5 - transmission mechanism; 6 - transmission motor
i - mmm; 2 - immi 3 - s^n^
Figure 2. Cleaning device diagram 1 - cleaning roller; 2 - rotating motor; 3 - clutch cylinder
2
rnrnrn, rnmmm^rn,
mimm^mrnwm,
втш^&шт, шшшштжтш, яштяшшяш ш
ш-^тттт [1].
1ШЙ
J L
т /Ttifct
т з хшшт
Figure 3. Working process diagram
3
ft. Й^Шг+Ф,
шхя^шж^ж^шж^. «ш+аджмж^ш, т^штя
¿тптшт^тттптш, и-
шштяпт [2]. (2) тттшм
600mm, шшвдшш^та^ш, ^тшш^м-^в®,
600 + 25 = 625mm. ^Ш^ЙЩГ^Ш
45 Щ [3]. 610 (PA66,
pa6) ш\шшшш, жшшшш^т ж»?,
ЯШ^ШШШЖ^ЖЖ 610. 4mm [4].
Наука и образование Большого Алтая» юз ВЫПУСК Г2020
(3) [5]
[6] M^â^Ëft 1N.m 57
M^ 57BYG350BL-SASSML, ffi» 3 ffi, 1.2°, ffiï^XÎâ K=1, z=100
P = 2^NM (1)
60 ' ^
P=12.56W
Pa = KPm, (2)
Pd=21.352 ÈPmmmmmtmm/mmm ni=i20r/min.
Pd ^/^^^m n, w^^^M^ l m,
№ Pb=9.525mm. 600x800mm I^U, FFOT^
Lp>1600mm. ^M^ 694L , ^^^ Lp=1762.13mm,
Zb = 185. bs = 12.7mm ÄM^^: 050.
^M^ L m, Pb=9.525mm, Zb = 185, Lp=1762.13mm,
bs = 12.7mm. 4
r^m^, mm ^T/B» «M^CTT^NeW^M
[1] äPXfö, . MR^SRiê^iftil [P]. tffl^'J: CN104553307A, 2015-04-29.
[2] m^m. (IH^) [M]. IM: 2007.
[3] Xm^, [J]. 2015(06).
[4] mxx, mm. xmrn [M]. 2003.
[5] mx^. «^x [M]. 2011.
[6] mm, ^M^. (IM) [M]. 2011.
References
[1] Kequan Z., Zhiming Z., Shunqi M. Automatic Cleaning Device For Screen Printing Screen Plate [P]. Chinese patent: CN104553307A, 2015-04-29.
[2] Fuling X., Yoming C. Hydraulic and Pneumatic Transmission (3rd edition) [M]. Beijing: Machinery Industry Press, 2007.
[3] Minglang C., Zhaowei S. Material Selection and Application in Mechanical Design [J]. Modern Manufacturing Technology and Equipment. 2015(06).
[4] Zili X., Xiaoping Z., Xiong Y. Engineering Materials [M]. Wuhan: Huazhong University of Science and Technology Press, 2003.
[5] Youlian C., Wenti Y. Mechanical Design [M]. Wuhan: Huazhong University of Science and Technology Press, 2011.
[6] Qingxiu F., xingzhong D. Electromechanical Transmission Control (5th edition) [M]. Wuhan: Huazhong University of Science and Technology Press, 2011.
Наука и образование Большого Алтая»
For citation: Lygdenov B.D., Markhasaeva Y.A., Markhasaev A.V., Mei Shunqi, Guriev A.M., Zheng Q. Thermodynamic model of steel saturation diffusion reaction // URL: http://rectors.altstu.rU/ru/periodical/archiv/2020/1/articles/4_5.pdf DOI: 10.25712/ASTU.2410-485X.2020.01.013
UDK 669.017
Thermodynamic model
of steel saturation diffusion reaction
12 2 2 1 1 3 1
B.D.Lygdenov ' , Y.A.Markhasaeva , A. V.Markhasaev , Mei Shunqi, A.M.Guriev' , Zheng Q
1 Wuhan textile University 2 East Siberia State University of Technology and Management 3 Polzunov Altai State Technical University
^Mr^^^ma [1-4]. ot^^Im, mm^M^^ri^MMfti^mnrMft^
WU^M^^ 38%Al2Ü3 + 25%B2Ü3 + 28%Al + 5%WÜ3 + 3%TiÜ2.
^m 298^ m 1323^ 100oC №
1) B2O3+2Al=2B+Al2O3
2) WO3+2Al=W+ AI2O3
3) 3TiO2+4Al=3Ti +2 AI2O3
4) 3O2+4Al=2 Al2O3
5) B2O3+4Fe=2FeB+Fe2O3
6) B2O3+2Fe=2B+Fe2O3
7) 3B+Fe3C=3FeB+C
8) 3B+2Fe3C=3Fe2B+C
