英文Downloading more PAC technical paper and.doc

AD机床设计类

收藏

资源目录
跳过导航链接。
AD机床设计类.rar
1-92Q型气缸盖双端面铣削组合铣床总体设计
0-492Q型气缸盖双端面铣削组合铣床总体设计
毕业设计论文.doc---(点击预览)
1-92Q型气缸盖双端面铣削组合铣床总体设计
A0液压图.dwg
A0组合铣床.dwg
A1加工示意图.dwg
A1加工零件图.dwg
10-CA6140型车床的经济型数控改造
CA6140型车床的经济型数控改造设计(横向)
CA6140型车床的经济型数控改造设计(横向)说明书.doc---(点击预览)
外文翻译
plot.log
联接套A4_me.dwg
联接支架A3_me.dwg
螺母座A3_me.dwg
装配图A0.dwg
轴6A3_me.dwg
透盖A3_me.dwg
11-CJK6132数控车床及其控制系统设计
图纸
电路图
Intel Databooks.ddb
主轴零件图.exb.dwg
主轴零件图1.dwg
刀架1.dwg
床头箱3-end.dwg
箱体-end.dwg
纵向进给1.dwg
说明书
12-G41J-6型阀体双面钻24孔专机上的专用夹具设计
13-S195柴油机机体三面精镗组合机床总体设计及夹具设计
B9912033附件清单.doc---(点击预览)
B9912033说明书目录.doc---(点击预览)
B9912033毕业设计论文封面.doc---(点击预览)
B9912033正文1.doc---(点击预览)
B9912033摘要.doc---(点击预览)
B9912033徐俊任务书.doc---(点击预览)
B9912033任务书封面.doc---(点击预览)
B9912033夹具体2.dwg
B9912033夹具装配图.dwg
B9912033密封圈.dwg
B9912033工序图.dwg
B9912033手柄.dwg
B9912033推杆.dwg
B9912033推程杆.dwg
B9912033注油嘴.dwg
B9912033端盖.dwg
B9912033端盖2.dwg
B9912033轴套1.dwg
B9912033轴套2.dwg
B9912033连杆r.dwg
14-S195柴油机体三面精镗组合机床总体设计及后主轴箱设计
B9912023说明书.doc---(点击预览)
B9912023目录.doc---(点击预览)
B9912023封面.doc---(点击预览)
B9912023任务书封面02.doc---(点击预览)
B9912023任务书.doc---(点击预览)
B9912023-部装图
B9912023主轴箱补充加工图-ZC-195-04.dwg
B9912023工序图-ZC-195-02.dwg
B9912023-零件图
B9912023-前盖.dwg
B9912023-后盖.dwg
B9912023-撒 油 盘.dwg
B9912023-盖.kmg
B9912023-轴.kmg
B9912023-轴1.kmg
B9912023-轴11.kmg
B9912023-轴套1.kmg
B9912023-轴套2.kmg
B9912023-轴套3.kmg
B9912023-轴承盖.kmg
B9912023-轴承透盖.kmg
B9912023-齿轮.kmg
B9912023-齿轮1.kmg
B9912023-齿轮2.kmg
B9912023-装配图.kmg
15-TH5940型数控加工中心进给系统设计
TH5940型数控加工中心进给系统设计
16-ZH1105柴油机气缸体三面攻螺纹组合机床(左主轴箱)设计
B9912011-设计说明书封面.doc---(点击预览)
B9912011-设计任务书封面.doc---(点击预览)
B9912011-设计任务书.doc---(点击预览)
B9912011-目录.doc---(点击预览)
B9912011-正文.doc---(点击预览)
B9912011-摘要.doc---(点击预览)
B9912011-DZS091-001.dwg
B9912011-DZS091-002.dwg
B9912011-DZS091-003.dwg
B9912011-DZS091-004.dwg
B9912011-DZS091-301-001-1.dwg
B9912011-DZS091-301-001-2.dwg
B9912011-DZS091-301-002.dwg
B9912011-DZS091-301-003.dwg
B9912011-DZS091-301-004.dwg
B9912011-DZS091-301-005.dwg
B9912011-DZS091-301-006.dwg
B9912011-DZS091-301-007.dwg
B9912011-DZS091-301-008.dwg
B9912011-DZS091-301-009.dwg
17-半精镗及精镗气缸盖导管孔组合机床设计(夹具设计)
图纸
A0图共一张
夹具装配图.dwg
A1图共一张
夹具底座A1.dwg
A3图
衬套3A3.dwg
齿条A3.dwg
A4图
弹簧挡片.dwg
拨杆.dwg
拨销.dwg
支承块.dwg
衬套.dwg
销轴2.dwg
顶杆.dwg
文档
18-半精镗及精镗气缸盖导管孔组合机床设计(镗削头设计)
图纸
设计图纸
半精加工工序图-何明2006.dwg
半精镗加工示意图-何明2006.dwg
垫—何明2006.dwg
大带轮—何明2006.dwg
带轮—何明2006.dwg
法兰盘1—何明2006.dwg
法兰盘2—何明2006.dwg
法兰盘3—何明2006.dwg
电机轴—何明2006.dwg
盖—何明2006.dwg
隔垫1—何明2006.dwg
隔垫2—何明2006.dwg
文档
19-柴油机齿轮室盖钻镗专机总体及夹具设计
柴油机齿轮室盖钻镗专机总体及夹具设计
毕业设计任务书-龚晓冬 2006.doc---(点击预览)
说明书
加工示意图-龚晓冬 2006.dwg
后侧镗支架-龚晓冬 2006.dwg
夹具体-龚晓冬 2006.dwg
定位块-龚晓冬 2006.dwg
定位销1-龚晓冬 2006.dwg
定位销2-龚晓冬 2006.dwg
齿轮室盖工序图-龚晓冬2006.dwg
2-102机体齿飞面孔双卧多轴组合机床及CAD设计
自述.doc---(点击预览)
毕业论文.doc---(点击预览)
实习小结.doc---(点击预览)
前盖.dwg
工序图2D.dwg
飞面.dwg
齿飞面总装图3-1D(05.10.27).dwg
20-柴油机齿轮室盖钻镗专机总体及主轴箱设计
成果性材料
生产率计算卡—闻志祥2006.doc---(点击预览)
外文翻译—闻志祥2006.doc---(点击预览)
任务书—闻志祥2006.doc---(点击预览)
说明书
上盖补充加工图—闻志祥2006.dwg
主轴箱装配图—闻志祥2006.dwg
传动轴—闻志祥2006.dwg
侧盖补充加工图—闻志祥2006.dwg
前盖补充加工图—闻志祥2006.dwg
变位齿轮—闻志祥2006.dwg
机床总体尺寸联系图—闻志祥2006.dwg
齿轮室盖工序图—闻志祥2006.dwg
21-柴油机气缸体顶底面粗铣组合机床总体及夹具设计
成果性材料
陶金丞毕业设计任务书.doc---(点击预览)
设计说明书-陶金丞 2006.doc---(点击预览)
英文翻译-陶金丞 2006.doc---(点击预览)
目录-陶金丞 2006.doc---(点击预览)
生产率计算卡-陶金丞 2006.xls---(点击预览)
毕业设计说明书封面-陶金丞 2006.doc---(点击预览)
摘要-陶金丞 2006.doc---(点击预览)
说明书
削边销-陶金丞 2006.dwg
加工工序图-陶金丞 2006.dwg
加工示意图-陶金丞 2006.dwg
夹具总装图-陶金丞 2006.dwg
导向板(短)-陶金丞 2006.dwg
导向板(长)-陶金丞 2006.dwg
手柄-陶金丞 2006.dwg
机床尺寸联系总图-陶金丞 2006.dwg
法兰盘-陶金丞 2006.dwg
顶杆(短)-陶金丞 2006.dwg
顶杆(长)-陶金丞 2006.dwg
22-车床数控改造
车床数控改造
翻译.doc---(点击预览)
毕业论文.doc---(点击预览)
开题报告.doc---(点击预览)
外语文献翻译.doc---(点击预览)
x轴进给系统.dwg
z轴进给系统.dwg
z轴进给系统2004.dwg
主轴箱.dwg
回转刀架.dwg
车床外观图.dwg
23-车床主轴箱箱体右侧10-M8螺纹底孔组合钻床设计
郑清开题报告.doc---(点击预览)
设计说明书.doc---(点击预览)
材料目录.doc---(点击预览)
PLC控制系统图A1.dwg
加工工序图A0.dwg
加工示意图A2.dwg
多轴箱总图A1.dwg
夹具总图A1.dwg
液压系统图A2.dwg
联系尺寸图A0.dwg
24-车床主轴箱箱体左侧8-M8螺纹攻丝机设计
正文.doc---(点击预览)
摘要.doc---(点击预览)
封面.doc---(点击预览)
任务书.doc---(点击预览)
丁飞.doc---(点击预览)
0331204.doc---(点击预览)
PLC控制图.dwg
多轴箱装配图.dwg
攻丝加工示意图.dwg
机床联系尺寸图.dwg
液压系统原理图.dwg
组合夹具.dwg
被加工零件工序图.dwg
25-粗镗活塞销孔专用机床及夹具设计
粗镗活塞销孔专用机床及夹具设计
粗镗活塞销孔专用机床及夹具设计_李日新
粗镗活塞销孔专用机床及夹具设计
26-电机驱动端盖多孔钻专用机床的设计
B9912016目录-陈.doc---(点击预览)
B9912016-说明书.doc---(点击预览)
B9912016-设计任务书封面.doc---(点击预览)
B9912016-设计任务书.doc---(点击预览)
B9912016-目录.doc---(点击预览)
B9912016-摘 要.doc---(点击预览)
刀杆
B9912016-主动轴.dwg
B9912016-刀杆轴1.dwg
B9912016-刀杆轴2.dwg
B9912016-轴1.dwg
套筒
B9912016-套筒14.dwg
B9912016-套筒20.dwg
B9912016-套筒22.dwg
B9912016-套筒27.dwg
B9912016-套筒28.dwg
B9912016-套筒32.dwg
B9912016-套筒34.dwg
B9912016-套筒35.dwg
B9912016-套筒63.dwg
B9912016-套筒68.dwg
盖子
B9912016-上盖板.dwg
B9912016-前盖板.dwg
B9912016-后盖板.dwg
B9912016-后盖板这.dwg
B9912016-箱体.dwg
B9912016-驱动端盖.dwg
上B9912016-盖板.dwg
齿轮组
大齿轮
B9912016-大齿轮39.dwg
B9912016-大齿轮40.dwg
B9912016-大齿轮50.dwg
B9912016-大齿轮56.dwg
B9912016-大齿轮58.dwg
大齿轮58.dwg
小齿轮
B9912016-大齿轮56.dwg
B9912016-小齿轮50.dwg
B9912016-小齿轮70.dwg
B9912016-小齿轮76f.dwg
B9912016-小齿轮82.dwg
B9912016-齿轮76f.dwg
B9912016-齿轮82.dwg
27-基于普通机床的后托架及夹具的设计开发
调研报告.doc---(点击预览)
英文翻译.doc---(点击预览)
英文.doc---(点击预览)
毕业设计正文.doc---(点击预览)
摘要目录.doc---(点击预览)
封面.doc---(点击预览)
任务书.doc---(点击预览)
中文.doc---(点击预览)
后托架夹具的装配图(附图八).dwg
夹具装配图(附图四.五.六).dwg
夹具零件图(附图一.二.三).dwg
机床后托架零件图(附图七).dwg
28-减速器箱体钻口面孔组合机床总体设计及主轴箱设计
B9912027目录(王钢).doc---(点击预览)
B9912027毕业设计论文封面1.doc---(点击预览)
B9912027毕业设计论文(王钢).doc---(点击预览)
B9912027毕业设计任务书内容.doc---(点击预览)
B9912027摘要(王钢).doc---(点击预览)
B9912027任务书封面(1).doc---(点击预览)
B9912027-齿轮(last).kmg
B9912027上箱体加工示意图(last).kmg
B9912027减速器箱体加工工序图(LAST).kmg
B9912027叶片油泵(last).kmg
B9912027套(last).kmg
B9912027套筒(last).kmg
B9912027导套(last).kmg
B9912027手柄轴(LAST).kmg
B9912027油杯(last).kmg
B9912027电机齿轮(last).kmg
B9912027盖(last).kmg
B9912027组合钻床主轴箱装配总图(LAST).kmg
B9912027轴(last).kmg
B9912027轴2(last).kmg
B9912027轴承盖(last).kmg
B9912027轴承透盖(last).kmg
B9912027齿轮套(last).kmg
29-经济型中挡精度数控机床横向进给设计
A0
床鞍.dwg
横向进给系统装配图.dwg
A1
横向电机支架.dwg
A3
外壳护罩.dwg
总装图.dwg
横向滚珠丝杠副1.dwg
法兰座.dwg
螺母座.dwg
轴套.dwg
锒条.dwg
A4
压 块.dwg
压 板.dwg
压块.dwg
压板.dwg
同步 带轮.dwg
同步带轮.dwg
套筒.dwg
把手.dwg
挡环.dwg
调整螺钉.dwg
轴承盖.dwg
文档
3-BL系列台车设计(床脚、防护罩)
B9912046-三维图集.doc---(点击预览)
B9912046-tu
B9912046 - zhuangpeitu-2.rar
B9912046 -buzhuantu-4.rar
B9912046- zhuangpeitu-1.rar
B9912046- linjiantu-10.prt
B9912046- linjiantu-11.prt
B9912046- linjiantu-12.prt
B9912046- linjiantu-13.prt
B9912046- linjiantu-14.prt
B9912046- linjiantu-15.prt
B9912046- linjiantu-16.prt
B9912046- linjiantu-17.prt
B9912046- linjiantu-18.prt
B9912046- linjiantu-20.prt
B9912046- linjiantu-21.prt
B9912046- linjiantu-5.prt
B9912046- linjiantu-6.prt
B9912046- linjiantu-7.prt
B9912046- linjiantu-8.prt
B9912046- linjiantu-9.prt
B9912046- linjintu-19.prt
B9912046-任务书
B9912046-说明书
30-立式单面8轴数控组合钻床主轴箱设计
31-两轴实验型数控系统设计
2006 两轴实验型数控系统设计
cad
丝杠(打印)A3.dwg
两轴联动plc梯形图及指令代码A3.bak
两轴联动plc梯形图及指令代码A3.dwg
两轴联动控制原理图A3.bak
两轴联动控制原理图A3.dwg
主轴A4.bak
主轴A4.dwg
减速箱轴A4.bak
减速箱轴A4.dwg
大齿轮A3.dwg
小齿轮A3.bak
小齿轮A3.dwg
总目录1.dwg
横梁A3.dwg
电器控制图A0.dwg
装配图A0(较正式).bak
装配图A0(较正式).dwg
轴承端盖A4.dwg
进给系统A1.dwg
进给系统A1.dwl2
word
32-普通机床改造成键槽铣床
B9912026-文档
B9912026-零件图
B9912026-零件图1.dwg
B9912026-零件图10.dwg
B9912026-零件图11.dwg
B9912026-零件图12.dwg
B9912026-零件图13.dwg
B9912026-零件图2.dwg
B9912026-零件图3.dwg
B9912026-零件图4.dwg
B9912026-零件图5.dwg
B9912026-零件图6.dwg
B9912026-零件图7.dwg
B9912026-零件图8.dwg
B9912026-零件图9.dwg
文档
33-普通钻床改造为多轴钻床
普通钻床改造为多轴钻床_A0装配图.gif---(点击预览)
普通钻床改造为多轴钻床.txt---(点击预览)
CAD图
A0装配图.dwg
A3中间板.dwg
A3箱体零件图.dwg
A4与惰轮匹配齿轮零件图.dwg
A4主动轴零件图.dwg
A4工作轴零件图.dwg
A4惰轴零件图.dwg
Thumbs.db
说明书及任务书
Thumbs.db
34-气缸盖螺钉孔加工专机
气缸盖螺钉孔加工专机
说明书.doc---(点击预览)
1Mxb.dwg
2Mxb.dwg
3Mxb.dwg
中间底座.dwg
夹具体AA.dwg
左模板.dwg
总图aa.dwg
拨杆1.dwg
机床总图1.dwg
零件图.dwg
35-三坐标数控磨床设计
论文.doc---(点击预览)
翻译.doc---(点击预览)
目 录.doc---(点击预览)
开题报告.doc---(点击预览)
主轴.bak
主轴.dwg
单片机控制原理图D.bak
单片机控制原理图D.dwg
工作台D.bak
工作台D.dwg
总体图D.bak
总体图D.dwg
36-三坐标数控铣床设计
三坐标数控铣床设计
37-砂轮磨损的智能监测的研究
38-数控车床横向进给机构设计
封面.doc---(点击预览)
任务书封面02.doc---(点击预览)
B9912009-黄承夏目录.doc---(点击预览)
B9912009-黄承夏毕业设计任务书-2.doc---(点击预览)
B9912009-黄承夏正文1.doc---(点击预览)
B9912009-黄承夏摘要.doc---(点击预览)
B9912009-总装图.bak
B9912009-总装图.dwg
B9912009-零件图-1.dwg
B9912009-零件图-10.dwg
B9912009-零件图-11.dwg
B9912009-零件图-12.dwg
B9912009-零件图-13.dwg
B9912009-零件图-14.dwg
B9912009-零件图-15.dwg
B9912009-零件图-16.dwg
B9912009-零件图-17.dwg
B9912009-零件图-18.dwg
B9912009-零件图-19.dwg
B9912009-零件图-2.dwg
B9912009-零件图-20.dwg
B9912009-零件图-21.dwg
B9912009-零件图-22.dwg
B9912009-零件图-23.dwg
B9912009-零件图-24.dwg
B9912009-零件图-25.dwg
B9912009-零件图-3.dwg
B9912009-零件图-4.dwg
B9912009-零件图-5.dwg
B9912009-零件图-6.dwg
B9912009-零件图-7.dwg
B9912009-零件图-8.dwg
B9912009-零件图-9.dwg
39-数控车床横向进给机构设计2
封面.doc---(点击预览)
任务书封面02.doc---(点击预览)
B9912009-黄承夏目录.doc---(点击预览)
B9912009-黄承夏毕业设计任务书-2.doc---(点击预览)
B9912009-黄承夏正文1.doc---(点击预览)
B9912009-黄承夏摘要.doc---(点击预览)
B9912009-总装图.dwg
B9912009-零件图-1.dwg
B9912009-零件图-10.dwg
B9912009-零件图-11.dwg
B9912009-零件图-12.dwg
B9912009-零件图-13.dwg
B9912009-零件图-14.dwg
B9912009-零件图-15.dwg
B9912009-零件图-16.dwg
B9912009-零件图-17.dwg
B9912009-零件图-18.dwg
B9912009-零件图-19.dwg
B9912009-零件图-2.dwg
B9912009-零件图-20.dwg
B9912009-零件图-21.dwg
B9912009-零件图-22.dwg
B9912009-零件图-23.dwg
B9912009-零件图-24.dwg
B9912009-零件图-25.dwg
B9912009-零件图-3.dwg
B9912009-零件图-4.dwg
B9912009-零件图-5.dwg
B9912009-零件图-6.dwg
B9912009-零件图-7.dwg
B9912009-零件图-8.dwg
B9912009-零件图-9.dwg
4-BL系列台车设计(进给箱部分)
B9912059-三维图集.doc---(点击预览)
B9912059-gongchengtu
B9912059-BL30101-1.prt
B9912059-BL30102-2.prt
B9912059-BL30103-3.prt
B9912059-BL30105-4.prt
B9912059-BL30106-5.prt
B9912059-BL30107-6.prt
B9912059-BL30109-7.prt
B9912059-BL30111-8.prt
B9912059-BL30112-9.prt
B9912059-BL30113-10.prt
B9912059-BL30116-11.prt
B9912059-BL30117-12.prt
B9912059-BL30118-13.prt
B9912059-BL30119-14.prt
B9912059-BL30201-15.prt
B9912059-BL30203.2-16.prt
B9912059-BL30205-17.prt
B9912059-BL30206-18.prt
B9912059-BL30207-19.prt
B9912059-BL30213-20.prt
B9912059-BL30214-21.prt
B9912059-BL30218-22.prt
B9912059-BL30232-23.prt
B9912059-任务书
B9912059-毕业设计说明书
40-数控车床主传动机构设计
B99Q0051-任务书
B99Q0051-说明书
B99Q0051-Ⅰ轴-13.dwg
B99Q0051-主轴-9.dwg
B99Q0051-传动键-30.dwg
B99Q0051-内隔套-14.dwg
B99Q0051-内隔套-15.dwg
B99Q0051-内隔套-20.dwg
B99Q0051-内隔套-22.dwg
B99Q0051-内隔套-25.dwg
B99Q0051-内隔套-3.dwg
B99Q0051-卡口垫-31.dwg
B99Q0051-外隔套-18.dwg
B99Q0051-外隔套-24.dwg
B99Q0051-外隔套-28.dwg
B99Q0051-定位套-33.dwg
B99Q0051-带轮-16.dwg
B99Q0051-挡油环-7.dwg
B99Q0051-挡油环-8.dwg
B99Q0051-端盖-27.dwg
B99Q0051-箱体-26.dwg
B99Q0051-轴承透盖-10.dwg
B99Q0051-轴承透盖-17.dwg
B99Q0051-轴承透盖-29.dwg
B99Q0051-齿轮-11.dwg
B99Q0051-齿轮-12.dwg
B99Q0051-齿轮-21.dwg
B99Q0051-齿轮-23.dwg
B99Q0051-齿轮-4.dwg
B99Q0051-齿轮-5.dwg
B99Q0051-齿轮-6.dwg
B99Q0051甩油环-32.dwg
B99Q0051齿轮-19.dwg
41-数控车床纵向进给及导轨润滑机构设计
B9912003说明书.doc---(点击预览)
B9912003目录.doc---(点击预览)
B9912003毕业设计说明书封面.doc---(点击预览)
B9912003摘要.doc---(点击预览)
B9912003任务书封面.doc---(点击预览)
B9912003任务书.doc---(点击预览)
B9912003-侧板107.dwg
B9912003-垫圈103.dwg
B9912003-垫板121.dwg
B9912003-套筒104.dwg
B9912003-小端盖115.dwg
B9912003-床鞍124.dwg
B9912003-拖板润滑系统装配图002.dwg
B9912003-接头123.dwg
B9912003-支座114.dwg
B9912003-沈燕.rar
B9912003-法兰108.dwg
B9912003-法兰109.dwg
B9912003-法兰111.dwg
B9912003-法兰113.dwg
B9912003-滚珠丝杠副112.dwg
B9912003-电机支座117.dwg
B9912003-端盖106.dwg
B9912003-螺母支架110.dwg
B9912003-轴101.dwg
B9912003-连接法兰105.dwg
B9912003-连接管119.dwg
B9912003-钢带保护套109.dwg
B9912003-钢带保护套111.dwg
B9912003-钢带保护套113.dwg
B9912003-锥销118.dwg
B9912003-防护罩116.dwg
B9912003-防护罩122.dwg
B9912003-面板102.dwg
42-数控机床主传动系统设计
43-丝杠车床改光杠键槽铣专机进给系统设计
B9912018-CAD图
B9912018油塞101.dwg
B9912018皮带轮.dwg
B9912018箱体图2.dwg
B9912018箱盖121.dwg
B9912018轴105.dwg
B9912018轴107.dwg
B9912018轴109.dwg
B9912018轴112.dwg
B9912018轴118.dwg
B9912018轴套114.dwg
B9912018轴套123.dwg
B9912018轴承盖103.dwg
B9912018轴承透盖113.dwg
B9912018进给系统展开图交.dwg
B9912018齿轮-116.dwg
B9912018齿轮-122.dwg
B9912018齿轮104.dwg
B9912018齿轮110.dwg
B9912018齿轮111.dwg
B9912018齿轮115.dwg
B9912018齿轮117.dwg
B9912018齿轮119.dwg
B9912018-文档
44-台式车床车头箱孔系加工分配箱机构设计
B9912013说明书摘要.doc---(点击预览)
B9912013任务书封面.doc---(点击预览)
B9912013任务书.doc---(点击预览)
B99120130说明书目录更改.doc---(点击预览)
B9912013-说明书.doc---(点击预览)
B9912013-胡正权
B9912013主轴BD107.dwg
B9912013主轴BD111.dwg
B9912013主轴BD114.dwg
B9912013传动轴BD109.dwg
B9912013套筒BD110.dwg
B9912013封油垫121.dwg
B9912013封油垫BD105.dwg
B9912013排油螺塞BD123.dwg
B9912013支承钉BD122.dwg
B9912013甩油环BD120.dwg
B9912013箱体BD119.dwg
B9912013箱体上盖BD101.dwg
B9912013箱体前盖BD102.dwg
B9912013箱体后盖BD104.dwg
B9912013箱盖油垫BD103.dwg
B9912013齿轮BD106.dwg
B9912013齿轮BD108.dwg
B9912013齿轮BD112.dwg
B9912013齿轮BD113.dwg
B9912013齿轮BD115.dwg
B9912013齿轮BD116.dwg
B9912013齿轮BD117.dwg
B9912013齿轮BD118.dwg
45-台式车床车头箱孔系加工镗模设计
B9912012-毕业设计图
B9912012-刮面刀144.dwg
B9912012-双头螺杆106.dwg
B9912012-定位螺钉140.dwg
B9912012-定位螺钉151.dwg
B9912012-小支架108.dwg
B9912012-底座101.dwg
B9912012-移动压板(A型)105.dwg
B9912012-螺杆104.dwg
B9912012-衬套114.dwg
B9912012-镗刀块1.dwg
B9912012-镗刀块2.dwg
B9912012-镗套112、113.dwg
B9912012-镗套螺钉124.dwg
B9912012-镗孔系统图001-1.dwg
B9912012-镗孔系统图001-2.dwg
B9912012-镗孔系统图001-3.dwg
B9912012-镗孔系统图001-4.dwg
B9912012-镗孔系统图001-5.dwg
B9912012-镗杆148、152.dwg
B9912012-镗架102.dwg
B9912012-镗架103.dwg
B9912012-镗架107.dwg
B9912012说明书
46-拖拉机拨叉铣专机
47-组合机床主轴箱及夹具设计
acad.sys
主轴零件图.dwg
夹具装配图1.dwg
工件零件图1.dwg
工件零件图1.dwl
最新主轴箱装配图.dwg
英文翻译
说明书
英文翻译.rar
55-机床C616型普通车床改造为经济型数控车床
机床设计说明书.doc---(点击预览)
6163横向进给图11111111.dwg
6163车床数控改造设计电路原理图.dwg
总体装配图.dwg
纵向进给6163的图.dwg
X-Y数控工作台及其控制系统设计
攻丝组合机床设计
毕业设计论文.doc---(点击预览)
文献综述封面.doc---(点击预览)
文献综述.doc---(点击预览)
攀枝花学院本科毕业设1封面.doc---(点击预览)
acad.sys
主轴箱总图.dwg
加工图.dwg
加工图05.dwg
夹具.dwg
夹具04.dwg
夹具1.04.dwg
夹具1.dwg
夹具体.dwg
夹具体04.1.dwg
夹具体04.dwg
夹具体改噢.dwg
攻丝靠模.dwg
机床联系图.dwg
被加工零件工序图.dwg
机器人送料(四自由度)
论文.doc---(点击预览)
~$论文.doc---(点击预览)
A0
acad.sys
总装配图.dwg
机械手装配.dwg
A1
底座.dwg
A2
acad.sys
大臂.dwg
小臂.dwg
机械手装配.dwg
A4
acad.sys
底座.dwg
机械手支座.dwg
法兰盘.dwg
飞锤支架
飞锤支架的夹具设计.doc---(点击预览)
Drawing1.dwg
Drawing2.dwg
Drawing3.dwg
Drawing4.dwg
Drawing5.dwg
综合工艺卡.dwg
压缩包内文档预览:
预览图 预览图 预览图 预览图 预览图 预览图 预览图 预览图 预览图 预览图 预览图
编号:20722384    类型:共享资源    大小:50.24MB    格式:RAR    上传时间:2019-07-09 上传人:QQ24****1780 IP属地:浙江
30
积分
关 键 词:
AD 机床 设计
资源描述:
AD机床设计类,AD,机床,设计
内容简介:
外文翻译资料Downloading more PAC technical paper andvideo frequency courseHas produced along with many merchants can unify the PC function and the PLC reliable programmable automation controller (PAC), at present the control system gradually started to use PAC. This white paper introduced PAC the origin as well as it with PLC and the PC difference, and had pointed out will use PAC the industry to control the future development direction.Table of contents PAC will become the future the industry control mode 80-20 principle Constructs a better controller Two kind of different softwares solution PAC vision and survey application PAC has avoided to the special hardware need LabVIEW uses in the automated controlNI PAC systemPAC will become the future the industry control mode with compares based on the PC control system, related PLC (programmable logical controller) the superiority and the inferiority intense argument has already continued for ten years. Because PC and PLC are more and more small in the technical difference, and has used the commercialization along with PLC (COTS) the hardware as well as PC can use the real-time operating system, thus appeared one kind of new form controller - PAC. The PAC concept is (ARC) proposes by the automation development facility, it expressed the programmable automated controller, used in describing unified PLC and the PC function new generation of industry controller. The traditional PLC merchant uses PAC the concept to describe their high end system, but PC control merchant then uses for to describe their industrialization to control the platform.80-20 principle In PLC in 30 years which developed, it passes through develops unceasingly, already could unify simulates I/O, the network corresponds as well as uses new programming standard like IEC 61131-3. However, engineers only must use digital I/O and few simulations I/O number as well as simple programming skill on potential 80% industrial application. Comes from ARC, the unit exploitation company (VDC) as well as on the net PLC training resources PLC. The net expert estimated that, 77% PLC uses in the small application (being lower than 128 I/O) 72% PLC I/O is a numeral 80% PLC application may use 20 trapezoidal logical sets of instructions to solveBecause uses traditional the tool to be possible to solve 80% industrial application, like this intensely needs to have low cost simple PLC; Thus promoted the low cost miniature PLC growth, it has the useful trapezoidal logical programming digital I/O. However, this has also created the discontinuity in the control technology, on the one hand 80% application need to use the simple low cost controller, but on the other hand other 20% application then have surpassed the function which the tradition control system can provide. Engineer is developing these 20% application to need to have the higher circulation speed, the senior control algorithm, the more simulations function as well as can well and the enterprise network integration.In 80 and the 90s, these must develop 20% application engineers had considered uses PC in the industry control. PC provides the software function may carry out the senior task, provides the rich programming and the user environment, and the PC COTS part enables control engineer the technology which develops unceasingly to use in other applications. These technologies including floating point processor; High speed I/O main line, like PCI and ethernet; Fixed data memory; software development kit. Moreover PC also can provide the incomparable flexibility, highly effective software as well as senior low cost hardware.However, PC is not extremely suitablly uses in controlling the application. Although many engineers in integrated senior function time uses PC, these functions including simulation control and simulation, connection database, network function nf as well as with third party equipment correspondence, but PLC still was at the dominant position in the control domain. Is standard PC is not but designs based on the PC control main question for the strict industry environment.PC mainly faces three major problems: Stability: The usual PC general operating system cannot provide uses in controlling the enough stability. The installment can force the processing system collapse based on the PC control equipment and not expect to again opens. Reliability: Because PC has the magnetic hard disk and the non- reliable part which revolves, like the power source, this makes it to be easier to appear the breakdown. Not familiar programming environment: The factory operator needs to have when maintains and fixes the breakdown restores the system the ability. The use trapezoidal logic, they may manual force the coil to restore to the perfect condition, and can fast patch the code which affects by is fast restored the system. However, the PC system needs the operator to study the new higher paraffin the tool.Although certain engineers use have the firm hardware and the specially operating system special-purpose industry computer, but because Engineer PC reliable aspect question overwhelming majority avoids in the control using PC. In addition, uses in each kind of automated duty equipment in PC, like I/O, correspondence, or movement possible need different development environment.Therefore these must develop 20% application engineers either use PLC to be unable with ease to realize the function which the system needs, either uses both contains PLC and to contain PC the mix system, they use PLC to carry out the code control section, realizes the higher paraffin function with PC. Thus the present many factories workshops use the system which PLC and PC unifies, in use system PC carries on the data record, the connection bar code scanner, inserts the information in the database as well as issues the data to the net on. Uses this way establishment system the main question is this system with difficulty constructs frequently, fixes the breakdown and the maintenance. System engineer must unify frequently comes from many merchants software and hardware work to puzzle, this is because these equipment are not but design for can the joint operation.Constructs a better controller Because does not have suitable PC or the PLC solution, these need development complex application engineer on develops the new product with the control merchant close cooperation. They need the new product to be able to unify PC the senior software function and the PLC reliability. These important users were PLC and have provided the product development instruction based on the PC control company.Realizes the software function not only to need to have the senior the software, moreover the controller hardware function also needs to have the enhancement. Because in the world scope is dropping to the PC part demand, therefore many semiconductors merchants start for the industrial application redesign their product. At present controls the domain the merchant to start in the industry control product to use the industrialization floating point processor, DRAM, solid state memory like Compact Flash as well as the fast Ethernet chip. This enables the merchant to use based on the PC control system flexibility and the usability develops a more formidable software, moreover this PC control system also may move the real-time operating system by to guarantee the reliability.This kind of new controller is the solution 20% the application question but designs, it unified PLC and the PC two merits. The ARC industry analyst is called this kind of equipment the programmable automated controller, namely PAC. The programmable logical controller world looks at in generally the research in ARC, they have produced the PAC five principal characteristics. These controller characteristics are through define the software the ability to realize its function. Multi-purpose, has in the logic, the movement, the PID control, the actuation and processing in a platform at least two kind of above functions. Except that in order to realize special agreement like SERCOS to have to I/O makes some improvements; Moreover the software also can provide logical, the movement, processing and the PID function. For example, the movement control took the software control circulation, it can reading the digital input from the orthogonal encoder, the execution simulation control circulates and outputs the control device the simulated signal. The sole multi- regulations develop the platform use general label and the sole database visit all parameters and the function. Because PAC is like multi-purpose but designs for more the senior application, they need the senior software. In order to can highly effective design the system, the software must be the sole integrated software package, but is not the many kinds of separations software tool, these software tools in the project cannot the seamless joint operation. Through unifies IEC61131-3, the user guide and the data management, the software tool can design is surmounting many machines and the processing unit processing flow. The simplification system design on the other hand is has the senior the development kit, uses this tool to be possible to cause engineer very with ease to transform the processing concept for can actual control the machine the code. The opening modular skeleton can solve the industrial application may distribute from the control in the factory machine to processes workshop the operation unit. Because all industrial application all needs to have highly has custom-made the characteristic, therefore the hardware must be the modulation in order to engineers may choose the appropriate part. Moreover, the software also must be able to let engineer increase and the demolition module by the system which designs needs. Uses already the network interface standard which has, the language and so on, like TCPIP, OPC&XML and SQL inquiry language. Can with enterprises network correspondence regarding the modernization control system be extremely essential. Although PAC contains has the ethernet connection, but in order to must does not have the equipment and the factory other systems the question to integrate in together, corresponds the software is very important.Two kind of different softwares solutionOn the one hand the software is PAC and the PLC main difference, but on the other hand the merchant in provides the senior software in the way also to differ from. Usually they the control software which has have taken the beginning by at present, increases the function, the reliability and the usability unceasingly which the PAC programming needs. In general, some two kinds provide the PAC software the way: Based on PLC control software and based on PC control softwareBased on PLC concept software planThe traditional PLC software merchant take is reliable also Yi Yong scanning type overhead construction software as a beginning, and increases the new function gradually. The PLC software basis general model but establishes: The input scanning, the control code movement, the input renews, as well as conventional function execution. As a result of the input circulation, the output circulation and the conventional circulation all is the hideaway, therefore control engineer only must pay attention to the control code the design. Because the merchant has completed the majority of work, this kind of strict control overhead construction causes the establishment control system to be easier and to be fast. These systems strict also can let control engineer when the development reliable procedure does not need thoroughly to understand PLC the first floor operation. However, also causes its flexible as the PLC main superiority this kind of strict scanning type skeleton being short of. The overwhelming majority PLC merchant through in the scanning type overhead construction which has increased the new function to establish the PAC software, these new functions including ethernet correspondence, movement control and senior algorithm. However, usually they can retain the PLC familiar programming way as well as it in logical and the control aspect inherent characteristic. Therefore this kind of PAC software usually is for suit the special type application but to design, like logic, movement and PID, but regarding the application which has custom-made then lacks the flexibility, like the correspondence, the data record or have custom-made control algorithm.Based on PC concept software planThe traditional PC software merchant take the extremely nimble general programming language as a beginning, can provide to the hardware deep level visit. This kind of software also has the control overhead construction which the reliability, determinism as well as supposes in advance. Although engineer can be the PLC programmers establishes the scanning type skeleton, but it is not based on the PC software inherent. These cause the PC software to be extremely nimble, suits these need senior extremely the overhead construction, the programming skill or the control complex application, but causes originally to be supposed actually the simple application complication.These merchants first must be able to provide the reliability and determinism which general operating system like Windows does not have. They may through use the real-time operating system (RTOS) Tathagata realize from Ardence Phar Lap or Wind River VxWorks. These RTOS can control system each stratification plane, from I/O read-write speed to controller on each regulation priority. Then in order to enable engineer easily to develop the reliable control procedure, the merchant increased the abstract level and I/O read-write overhead construction. Thus this kind of nimble software suits extremely in the customized control, data record and correspondence, but discards the PLC programming overhead construction the price is causes the procedure the development difficulty increase.NI has developed can move LabVIEW procedure a series of PAC to deliver the platform. LabVIEW has become tests and surveys the software the fact standard. It has direct-viewing being similar in the flow chart programming way, and through is easy the contact surface which uses to provide all functions which the senior programming language has. Using LabVIEW RT and LabVIEW FPGA, we can unify LabVIEW and the real-time operating system and download directly to FPGA (scene programmable gate array) the platform provide the reliability and determinism.Based on PAC vision and survey applicationNI has the survey the profession background, it caused PAC through the introduction high speed survey and the machine vision to surmount simple I/O. Needs high speed to gather the measurement result in many industrial applications by to use in vibrating or the power quality analysis. Gathers to the data uses for to monitor revolves the machinery condition, determined the maintenance timetable, distinguishes the electrical machinery the attrition degree as well as the adjustment control algorithm. Engineers the usual use special data acquisition system or the independent instrument gather these data and the use correspondence main line the data feeds to the control system. But NI PAC may carry on the high accuracy directly by each second million speed the survey, and transmits directly the data to the control system processes immediately.Engineers also may use the visual function in theirs control system. In the past in ten years the vision obtained in the automated domain swiftly and violently has developed. In the production environment, some many products flaw or the wrong use tradition measuring technique is very difficult to distinguish, but through visual way then can examine. The common application including uses in producing or the assembly examination components examination, like on test circuit board component position is whether correct, the recognition optics character (OCR) inspects the date bar code or carries on the classification to the product, as well as carries on the optical measurement to discover the product the slight defect or carries on the classification to the product according to the quality rank. At present many factories use independent intelligent, it must carry on the correspondence with the production processing controller. The NI PAC introduction has logical and the movement control vision perhaps the high speed survey function, thus causes engineers not to need to integrate other hardware and the software platform.PAC has avoided regarding the special hardware needPAC is representing the programmable controller newest technology, it future will develop the key will be decided in inserts the type technology the introduction. For instance must be able to define the hardware through the software. The electronic merchant often uses the chip which the scene programmable gate array (FPGA) such electronic device develops has custom-made, it may let the new equipment intellectualization. These equipment contain have can carry out the many kinds of functions to be possible to dispose the logical block, connects these function blocks programmable junction association as well as for chip input output data I/O. Through defines these to be possible to dispose the logical block the function, its each other connection as well as corresponding I/O, the electron designs the chip which the personnel namely may develop has custom-made, but does not need to spend produces special ASIC. FPGA is similar to has a computer, its internal circuit can reconnect moves the specific application procedure.Before only then these familiar first floors programming language like VHDL hardware designs the personnel to be able to use the FPGA technology. However, engineers have now been possible to use the control algorithm which LabVIEW FPGA develops has custom-made and it to download to the FPGA chip on. May cause the hardware through this characteristic engineers to have the real-time function, like the limit and approaches the sensor examination and the sensor condition monitoring. Because the control code moves directly on the chip, therefore engineers can fast develop the correspondence agreement or the high speed circulation procedure which uses has custom-made: The numerical control circulating rate may reach as high as 1 MHz, the simulation control circulation speed may be 200kHz. LabVIEW uses in the automated control As a result of LabVIEW (ni.Com/China/Labview) has the formidable function and the programming usability, extremely suitablly has the following request based on LabVIEW PAC the application: Because LabVIEW programs the inborn introduction graphical user interface, you may provide the man-machine contact surface for the control system. Survey (high speed data gathering, vision and movement). NI is including visual gathering high speed I/The O aspect has the long-term experience, therefore you may use function and so on vibration or machine vision in yours standard control system. Handling ability: In certain applications, you need to have the special control algorithm, the senior signal processing or the data record. Uses LabVIEW, you may use the control code which NI or the third party tool establishes has custom-made, the realization like JTFA signal processing, or local and long-distance data recording. Platform: Using LabVIEW, you can develop use in each kind of platform code, these platforms include PC, inserts the type controller, the FPGA chip or handhold PDA. Correspondence: Using the LabVIEW database connection, OPC and based on the network browser operation contact surface, you can very easily the data transfer to the enterprise database in.The system of NI PACThe NI provides 5 kinds according to the LabVIEW PAC terrace.The PXI is draw up by several manufacturers of standardize PAC hardware terrace according to the industry of the CompactPCI structure, it can provide a mold piece turn, tightly packed but fastness of industrialization system.Place up the GHz high performance processor inside the built-in controller of PXI system.You can choose to use to come from NI or the third square the manufacturers PXI and the CompactPCI mold piece.The PXI can provide the most extensive I/O, including an insulation type of have the 1000 Vs emulation an importation, high capacity numerical I/O, used for the emulation of machine sense of vision/the numerical grab at a machine, uniting many stalk sport a mold piece.The heads of PXI mold piece all install to have convenient electric cable to link of connect.The PXI platform provides an overall diagraph mold a piece, and includes CAN, DeviceNET, RS-232, RS-485, the extensive conjunction of Modbus and Foundation Fieldbus.The product line of Compact FieldPoints include is hot to replace of emulation and numerical I/O mold piece and controller, and take ether net and string to go total line to connect.Among them, the I/O mold piece can link thermocouple, RTD directly, account in response to the dint, the 4-20 mAs spread the direct current signal of the feeling machine, 5-30 Vs and the exchanges signal of the 0-250 Vs.The network correspondence of the Compact FieldPoints connecting can pass an ether network transmission data automatically.You can also read and write the I
温馨提示:
1: 本站所有资源如无特殊说明,都需要本地电脑安装OFFICE2007和PDF阅读器。图纸软件为CAD,CAXA,PROE,UG,SolidWorks等.压缩文件请下载最新的WinRAR软件解压。
2: 本站的文档不包含任何第三方提供的附件图纸等,如果需要附件,请联系上传者。文件的所有权益归上传用户所有。
3.本站RAR压缩包中若带图纸,网页内容里面会有图纸预览,若没有图纸预览就没有图纸。
4. 未经权益所有人同意不得将文件中的内容挪作商业或盈利用途。
5. 人人文库网仅提供信息存储空间,仅对用户上传内容的表现方式做保护处理,对用户上传分享的文档内容本身不做任何修改或编辑,并不能对任何下载内容负责。
6. 下载文件中如有侵权或不适当内容,请与我们联系,我们立即纠正。
7. 本站不保证下载资源的准确性、安全性和完整性, 同时也不承担用户因使用这些下载资源对自己和他人造成任何形式的伤害或损失。
提示  人人文库网所有资源均是用户自行上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作他用。
关于本文
本文标题:AD机床设计类
链接地址:https://www.renrendoc.com/p-20722384.html

官方联系方式

2:不支持迅雷下载,请使用浏览器下载   
3:不支持QQ浏览器下载,请用其他浏览器   
4:下载后的文档和图纸-无水印   
5:文档经过压缩,下载后原文更清晰   
关于我们 - 网站声明 - 网站地图 - 资源地图 - 友情链接 - 网站客服 - 联系我们

网站客服QQ:2881952447     

copyright@ 2020-2025  renrendoc.com 人人文库版权所有   联系电话:400-852-1180

备案号:蜀ICP备2022000484号-2       经营许可证: 川B2-20220663       公网安备川公网安备: 51019002004831号

本站为文档C2C交易模式,即用户上传的文档直接被用户下载,本站只是中间服务平台,本站所有文档下载所得的收益归上传人(含作者)所有。人人文库网仅提供信息存储空间,仅对用户上传内容的表现方式做保护处理,对上载内容本身不做任何修改或编辑。若文档所含内容侵犯了您的版权或隐私,请立即通知人人文库网,我们立即给予删除!