为了满足人类的现代生活需求,更多更便捷更有效率的生活用品被研发出来。而苹果去皮机这种人们在日常生活中比较常见的产品更应该高效和自动化,来满足现代人们对其的需求。因此,本课题通过查找苹果去皮机的相关文献资料,对一种家用的苹果去皮机进行结构的分析与设计,并且通过绘图软件绘制三维及二维的图纸。
关键词:家用;苹果去皮;齿轮传动;SolidWorks;AutoCAD
Abstract
Si
nce the begi
n
ni
ng of the 21st ce
ntury, With the rapid developme
nt of world eco
nomy, scie
nce a
nd tech
nology, people's sta
ndard of livi
ng a
nd quality of life is ever-cha
ngi
ng., a
nd more a
nd more automated electro
nic products have e
ntered people's daily lives. I
n order to meet the
needs of moder
n huma
n life, more co
nve
nie
nt a
nd more efficie
nt home applia
nce have bee
n developed. Apple peeli
ng machi
nes, which are ofte
n used i
n daily life, should be automated a
nd lived to meet the
needs of moder
n people. Therefore, this topic a
nalyzes a
nd desig
ns a high efficie
nt apple peeli
ng machi
ne by searchi
ng the correspo
ndi
ng literature of the apple peeli
ng machi
ne, a
nd draws three-dime
nsio
nal a
nd two -dime
nsio
nal drawi
ngs through drawi
ng software. Keywords: Household; High efficie
nt; Apple peeli
ng; Gear tra
nsmissio
n;SolidWorks;AutoCAD 目录 第1章绪论1 1.1本课题研究的目的与意义1 1.2水果去皮机的发展现状1 1.2.1水果去皮机的工业发展现状2 1.2.2家用水果去皮机2 1.3水果去皮机应用展望3 第2章去皮机整体结构的设计与确定4 2.1现有家用去皮机4 2.1.1第一种水去皮机4 2.1.2第二种水果去皮机4 2.2确定水果去皮机的工作方式5 2.3传动系统的设计6 2.3.1传动结构的确定6 2.3.2传动部件材料的选择6 2.3.3传动结构的确定7 第3章电机选择及电路初设8 3.1电机的概述8 3.1.1工作电源种类划分8 3.1.2按结构和工作原理划分8 3.1.3按控制划分8 3.1.4按大小划分9 3.2电机类型的选择9 3.2.1微型电机概述9 3.2.2主要应用领域9 3.2.3直流微型电机特点10 3.3电机型号的确定10 3.3.1电机功率的确定10 3.3.2电机型号确定12 3.4电路初步设计12 第4章齿轮组的及丝杠的设计与计算13 4.1各齿轮组齿比的确定13 4.1.1总减速比的确定13 4.1.2确定其他各级的减速比13 4.1.3确定各齿轮齿数13 4.2丝杠的设计和计算14 4.2.1丝杠类型的选择14 4.2.2螺距的确定15 第5章运用Solidworks进行三维的建模16 5.1软件概述16 5.2三维建模16 5.2.1草图的绘制16 5.2.2基本特征的建立19 5.3装配20 总结21 参考文献23 致谢24
展开...
nce the begi
n
ni
ng of the 21st ce
ntury, With the rapid developme
nt of world eco
nomy, scie
nce a
nd tech
nology, people's sta
ndard of livi
ng a
nd quality of life is ever-cha
ngi
ng., a
nd more a
nd more automated electro
nic products have e
ntered people's daily lives. I
n order to meet the
needs of moder
n huma
n life, more co
nve
nie
nt a
nd more efficie
nt home applia
nce have bee
n developed. Apple peeli
ng machi
nes, which are ofte
n used i
n daily life, should be automated a
nd lived to meet the
needs of moder
n people. Therefore, this topic a
nalyzes a
nd desig
ns a high efficie
nt apple peeli
ng machi
ne by searchi
ng the correspo
ndi
ng literature of the apple peeli
ng machi
ne, a
nd draws three-dime
nsio
nal a
nd two -dime
nsio
nal drawi
ngs through drawi
ng software. Keywords: Household; High efficie
nt; Apple peeli
ng; Gear tra
nsmissio
n;SolidWorks;AutoCAD 目录 第1章绪论1 1.1本课题研究的目的与意义1 1.2水果去皮机的发展现状1 1.2.1水果去皮机的工业发展现状2 1.2.2家用水果去皮机2 1.3水果去皮机应用展望3 第2章去皮机整体结构的设计与确定4 2.1现有家用去皮机4 2.1.1第一种水去皮机4 2.1.2第二种水果去皮机4 2.2确定水果去皮机的工作方式5 2.3传动系统的设计6 2.3.1传动结构的确定6 2.3.2传动部件材料的选择6 2.3.3传动结构的确定7 第3章电机选择及电路初设8 3.1电机的概述8 3.1.1工作电源种类划分8 3.1.2按结构和工作原理划分8 3.1.3按控制划分8 3.1.4按大小划分9 3.2电机类型的选择9 3.2.1微型电机概述9 3.2.2主要应用领域9 3.2.3直流微型电机特点10 3.3电机型号的确定10 3.3.1电机功率的确定10 3.3.2电机型号确定12 3.4电路初步设计12 第4章齿轮组的及丝杠的设计与计算13 4.1各齿轮组齿比的确定13 4.1.1总减速比的确定13 4.1.2确定其他各级的减速比13 4.1.3确定各齿轮齿数13 4.2丝杠的设计和计算14 4.2.1丝杠类型的选择14 4.2.2螺距的确定15 第5章运用Solidworks进行三维的建模16 5.1软件概述16 5.2三维建模16 5.2.1草图的绘制16 5.2.2基本特征的建立19 5.3装配20 总结21 参考文献23 致谢24
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