摘要
滚齿机平台具有载重量大,结构坚固,工作平稳,操作简单,维护方便等特点。适用于工厂生产制造等。这篇介绍了滚齿机平台的传动系统和工作特性。具有结构紧凑、安装维护方便、利于实现典型涡轮蜗杆系统的集成化和标准化等优点。
滚齿机工作台在的工厂里实用性很广,它的整个工艺流程是建立在涡轮蜗杆系统,电器控制,电机的控制的基础上的,通过涡轮蜗杆系统的的动力装置,结合电机的过程控制,实现在电器柜的操作面板上的简单操作,整个的一个系统实用,简单,方便,易于操作。在现代化工业生产中,可以结合现代控制技术的其他设备发挥更大的作用,其在现代化生产中占有举足轻重的作用。在设计的过程中,可以能熟练的运用一些绘制图纸的软件的能力,使得我对于继续加工生产有了更加深入放入了解,结构设计能力有所增强,进一步提高我们的计算设计制图能力,学到更多现实中的东西。
关键词:滚齿机平台涡轮蜗杆
Abstract
The gear hobbi
ng machi
ne platform has the characteristics of large load, solid structure, stable operatio
n, simple operatio
n a
nd co
nve
nie
nt mai
nte
na
nce. It is suitable for factory productio
n a
nd ma
nufacturi
ng. This paper i
ntroduces the tra
nsmissio
n system a
ndworki
ng characteristics of gear hobbi
ng machi
ne platform. The utility model has the adva
ntages of compact structure, co
nve
nie
nt i
nstallatio
n a
nd mai
nte
na
nce, i
ntegratio
n a
nd sta
ndardizatio
n of a typicalworm a
ndworm system, etc. Theworki
ng table of gear hobbi
ng machi
ne iswidely used i
n the factory. Itswhole tech
nological process is based o
n the co
ntrol ofworm a
ndworm system, electrical equipme
nt a
nd motor. Through the power device ofworm a
ndworm system a
nd the process co
ntrol of motor, the simple operatio
n o
n the operatio
n pa
nel of electrical cabi
net is realized. Thewhole system is practical, simple, co
nve
nie
nt a
nd easy to operate. I
n moder
n i
ndustrial productio
n, it ca
n play a greater role i
n combi
natio
nwith other equipme
nt of moder
n co
ntrol tech
nology,which plays a
n importa
nt role i
n moder
n productio
n. I
n the process of desig
n, I ca
n skillfully use the ability of drawi
ng software,which makes me have more i
n-depth u
ndersta
ndi
ng of co
nti
nuous processi
ng a
nd productio
n, e
nha
nce the ability of structural desig
n, further improve our ability of calculatio
n, desig
n a
nd drawi
ng, a
nd lear
n more thi
ngs i
n reality. Keywords: gear hobbi
ng machi
ne platformworm 目录 第一章引言6 1.1工作台技术概述6 1.1.1工作台的介绍6 1.1.2目前我国的饲料加工技术6 1.2旋转滚齿机工作台的特点7 第二章旋转管会刺激工作台总体方案设计9 2.1滚齿机典型的结构方案9 2.1.1齿轮加工工艺对比分析9 2.1.2齿轮的加工工艺10 2.1.3齿轮工艺方案的分析10 2.2旋转滚齿机工作台方案确定12 2.2.1滚齿机旋转工作台的设计优势12 2.2.2齿轮滚齿机旋转工作台的工作原理12 2.2.3工作台的齿轮的定位13 2.2.4转位机构的设计16 2.3旋转滚齿工作台的转动分析17 第三章旋转滚齿工作台传动系统的设计18 3.1、传动蜗杆的设计18 3.2、锁紧涡轮的设计18 3.3、工作台面设计18 3.4、台面支撑座的设计19 3.5、蜗杆的设校核19 3.6、涡轮的设计校核26 3.7、工作台的校核29 第四章旋转参数的设计计算30 4.1、涡轮蜗杆转动设计计算30 3.1.1蜗杆传动的特点和应用30 4.2、蜗杆传动的主要参数和几何尺30 4.2.1主要参数30 4.6.1计算总传动比及分配各级的传动比32 4.8.1涡轮轴输入轴的设计计算32 4.8.2求危险截面的当量弯矩32 4.8.3滚动轴承的选择及校核计算33 总结34 参考文献35
展开...
ng machi
ne platform has the characteristics of large load, solid structure, stable operatio
n, simple operatio
n a
nd co
nve
nie
nt mai
nte
na
nce. It is suitable for factory productio
n a
nd ma
nufacturi
ng. This paper i
ntroduces the tra
nsmissio
n system a
ndworki
ng characteristics of gear hobbi
ng machi
ne platform. The utility model has the adva
ntages of compact structure, co
nve
nie
nt i
nstallatio
n a
nd mai
nte
na
nce, i
ntegratio
n a
nd sta
ndardizatio
n of a typicalworm a
ndworm system, etc. Theworki
ng table of gear hobbi
ng machi
ne iswidely used i
n the factory. Itswhole tech
nological process is based o
n the co
ntrol ofworm a
ndworm system, electrical equipme
nt a
nd motor. Through the power device ofworm a
ndworm system a
nd the process co
ntrol of motor, the simple operatio
n o
n the operatio
n pa
nel of electrical cabi
net is realized. Thewhole system is practical, simple, co
nve
nie
nt a
nd easy to operate. I
n moder
n i
ndustrial productio
n, it ca
n play a greater role i
n combi
natio
nwith other equipme
nt of moder
n co
ntrol tech
nology,which plays a
n importa
nt role i
n moder
n productio
n. I
n the process of desig
n, I ca
n skillfully use the ability of drawi
ng software,which makes me have more i
n-depth u
ndersta
ndi
ng of co
nti
nuous processi
ng a
nd productio
n, e
nha
nce the ability of structural desig
n, further improve our ability of calculatio
n, desig
n a
nd drawi
ng, a
nd lear
n more thi
ngs i
n reality. Keywords: gear hobbi
ng machi
ne platformworm 目录 第一章引言6 1.1工作台技术概述6 1.1.1工作台的介绍6 1.1.2目前我国的饲料加工技术6 1.2旋转滚齿机工作台的特点7 第二章旋转管会刺激工作台总体方案设计9 2.1滚齿机典型的结构方案9 2.1.1齿轮加工工艺对比分析9 2.1.2齿轮的加工工艺10 2.1.3齿轮工艺方案的分析10 2.2旋转滚齿机工作台方案确定12 2.2.1滚齿机旋转工作台的设计优势12 2.2.2齿轮滚齿机旋转工作台的工作原理12 2.2.3工作台的齿轮的定位13 2.2.4转位机构的设计16 2.3旋转滚齿工作台的转动分析17 第三章旋转滚齿工作台传动系统的设计18 3.1、传动蜗杆的设计18 3.2、锁紧涡轮的设计18 3.3、工作台面设计18 3.4、台面支撑座的设计19 3.5、蜗杆的设校核19 3.6、涡轮的设计校核26 3.7、工作台的校核29 第四章旋转参数的设计计算30 4.1、涡轮蜗杆转动设计计算30 3.1.1蜗杆传动的特点和应用30 4.2、蜗杆传动的主要参数和几何尺30 4.2.1主要参数30 4.6.1计算总传动比及分配各级的传动比32 4.8.1涡轮轴输入轴的设计计算32 4.8.2求危险截面的当量弯矩32 4.8.3滚动轴承的选择及校核计算33 总结34 参考文献35
作品编号:
201256
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