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输出轴工艺与工装设计 工艺设计与工装设计 工艺及工装设计 输出轴工艺和 轴工艺设计和工装设计 及工装设计cad

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工艺输出轴工艺与工装设计机械带CAD资料,输出轴工艺与工装设计,工艺设计与工装设计,工艺及工装设计,输出轴工艺和,轴工艺设计和工装设计,及工装设计cad

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55 羫, Output shaft design Abstract : First, I designed components for the output shaft, and its role is to drive, Chuan dynamic direction and axial force. Axis of many forms, the application is very extensive, but I own design for the shaft through understanding, under parts of the shape, dimensional accuracy, cost-effective production areas such as a detailed analysis of its manufacturing processes, multi-process, machine processing. Part of the analysis, accuracy of this axis, the appropriate concentration processes require smooth, So use the tools and size to measure the potential. On the output shaft fixture design requirements, because accuracy and tolerance, to use more surface grinder drilled. Finally, the parts are checked. To meet the requirements of precision parts. Keyword : transmission, axle, extensive, processes, machines, fixture, Verification 5 16 1.16 26 2.16 2.1.16 2.1.26 2.26 2.2.16 2.2.26 37 3.17 3.27 3.3 8 3.48 3.59 3.6缰乫11 3.7 11 3.812 3.912 415 4.115 4.2 15 4.3 15 4.3.115 4.3.216 4.3.316 4.4 17 4.5 18 4.6 20 20 20 21 裺 , , 26KG ,.45.,2001,29%,200426.9%,200530.4%,WTO,., 1 1.1 (1) (2) (3) (4)淶 2 2.1 2.1.1 (1) (2)- (3) (4) 2.1.2 (1), (2), (3), (4) 2.2 2.2.1 (1), (2), (3), (4), (5).,淶, 2.2.2 (1) (2) (3) (4) (5) 3 3.1 . . N=Qn(1+a%)(1+b%) N/ Q/ n/ a% b% 26KG 3.2 45#45#A37.85g/cm*3 3.3 羫0.08mm0.81020磬硣 3.4 1 2 1,浥2.53mm 21-184mm 3.5 1 棬P254 2 汾硢豸: IT Ra(m)11113256.328106.33.23691.60.84680.20.0255680.80.46570.40.17560.10.01285İ , İ 豸 İ 顢 3.6 缰 缰乫缰乫乤 繫 1 磬 2 缰乫 3.7 , 豸ap,fvapfv 3.8 () 3.9 N00 G99 G40 N10 G28 U0 W0 N20 T0101 N30 S600 M03 N40 G00 Z5 N50 G01 Z0 F0.2 N60 X58 N70 Z-79 N80 X63 N90 Z-120 N100 X68 N110 Z-127 N120 X78 N130 Z-197 N140 X116 N150 Z-214 N160 X178 N170 G00 Z5 N180 X56 N190 G01 Z-79 N200 X61 N210 Z-120 N220 X66 N230 Z-127 N240 X76 N250 Z-197 N260 X114 N270 X116 Z-214 N280 G00 X77 Z-190 N290 G01 X76 Z-197 N300 X112 N310 X116 Z-214 N320 G00 X77 Z-190 N330 G01 X76 Z-197 N340 X110 N350 X116 Z-214 N360 G00 X77 Z-190 N370 G01 X76 Z-197 N380 X108 N390 X116 Z-214 N400 G00 X77 Z-197 N410 G01 X76 Z-197 N420 X105.5 N430 X116 Z-197 N440 X176 N450 G00 Z30 N460 M30 N00 G99 G40 N10 G28 U0 W0 N20 T0101 N30 S800 M03 N40 G00 X0 Z50 N50 G01 Z0 F0.2 N60 X54 N70 X55.4 Z-1 N80 Z-79 N90 X59 N100 X60.4 Z-80 N110 Z-120 N120 X64 N130 X65.4 Z-121 N140 Z-127 N150 X74 N160 X75.4 Z-128 N170 Z-197 N180 X104.5 N190 X116 Z-214 N200 X175 N210 X176 Z-215 N220 G00 Z20 N230 M30 N00 G99 G40 N10 G28 U0 W0 N20 T0101 N30 S400 M03 N40 G00 X0 Z5 N50 G01 Z0 F0.1 N60 X179 N70 Z-30 N80 G00 X185 Z0 N90 G01 X177 N100 Z-30 N110 G00 X180 Z20 N120 M30 N00 G99 G40 N10 G28 U0 W0 N20 T0101 N30 S400 M03 N40 G00 X0 Z5 N50 G01 Z0 F0.1 N60 X176 N70 Z-30 N80 G00 X180 Z20 N90 M30 4 4.1 1. 2. 3. 4. 5. 4.2 1. 硢 2. 1侫 2 3 4 4.3 1. ,. 2. 硣涨涨 V顣VVVV顣V鶨 10,.10. 3. 1 Fwk=KFw Fwk Fw K2.53,1.52 ,M. M=CMD0XMfYMKM0.001 =333.54201.920.80.870.001 300(Nm) 2 濼 W=QL/tan(+1)(d/2)+r(tan2) d r 4. 磬3-493-62 5. 塣 1 2 V顣 4.4 11 崦 2 3缰 1 缰; ;