设计简介
摘 要: 面对飞速发展的现今社会，人们的压力越来越大。城市污染日益严重。人类的免疫力面对极大的挑战，各种疾病威胁着人类的身体健康。科学家通过研究证明水果中富含的维生素可以大大提高人体的抵抗力，这使得人们更加喜爱食用各种水果。冰箱的发明已经解决了食物保鲜的问题。剩下需要进步的就是如果更加快速方便的解决一些比较难切削的水果。本设计依靠电动机、螺杆、特殊刀具、链条传动等方式对不同尺寸菠萝进行切削去钉。既方便又安全，适合各种工厂及家庭的使用。
关键词：削皮机；螺杆；链传动；刀具
Abstract:Faced with the rapid development of modern society,people’s increasing pressure.Urban pollution is becoming increasingly serious. The immune system of the human face of great challenge,various diseases threatening human health. Studies have shouwn that fruits rich in vitamin,scientists can greatly improve the body’s resistance, which makes it more popular to eat a variety of fruits. The invention of the fefrigerator has solved the problem of food preservation. The rest need to progress more quickly and easily solve some of the more difficult cutting fruit. The design relies on the motor,screw,special tools, chain drive on the different sizes of pineapple cutting to nail. Convenient and safe, suitable for a variety of factory and home use.
Keywords：Peeler；Screw；Chain drive；Tool
目 录
摘要……………………………………………………………………………………1
关键词…………………………………………………………………………………1
1前言…………………………………………………………………………………2
2菠萝削皮机的研究现状……………………………………………………………2
3菠萝削皮机的性能要求……………………………………………………………2
4菠萝削皮机的设计方案……………………………………………………………3
4.1主要结构介绍……………………………………………………………………3
4.2刀具结构…………………………………………………………………………3
4.3夹具的设计…………………………………………………………………………4
4.4整机结构…………………………………………………………………………5
5菠萝去皮机的总体及部件结构设计与校核................................6
5.1菠萝去皮机的总体结构设计..........................................6
5.1.1运动的合成......................................................6
5.2执行结构设计......................................................7
5.2.1刀具的选择......................................................7
5.2.2刀具的结构设计..................................................7
5.2.3刀具大弹簧的设计................................................8
5.2.4刀具小弹簧的设计及计算..........................................9
5.3传动机构的设计...................................................11
5.3.1螺杆的设计计算.................................................11
5.3.2传动装置设计...................................................13
5.3.4螺杆端轴承的选择与校核.........................................13
6电机的选择.........................................................14
7菠萝夹具的设计.....................................................16
7.1夹具的设计.......................................................16
7.2轴承选择与校核计算..............................................16
7.3链条的设计......................................................17
7.3.1螺杆间的链传动计算............................................17
7.3.2键的校核......................................................19
8菠萝去皮机的电气控制..............................................19
8.1电气控制设计....................................................19
8.2电气控制原理图..................................................20
9 总结.............................................................20
参考文献...........................................................21
致谢................................................................22
关键词：削皮机；螺杆；链传动；刀具
Abstract:Faced with the rapid development of modern society,people’s increasing pressure.Urban pollution is becoming increasingly serious. The immune system of the human face of great challenge,various diseases threatening human health. Studies have shouwn that fruits rich in vitamin,scientists can greatly improve the body’s resistance, which makes it more popular to eat a variety of fruits. The invention of the fefrigerator has solved the problem of food preservation. The rest need to progress more quickly and easily solve some of the more difficult cutting fruit. The design relies on the motor,screw,special tools, chain drive on the different sizes of pineapple cutting to nail. Convenient and safe, suitable for a variety of factory and home use.
Keywords：Peeler；Screw；Chain drive；Tool
目 录
摘要……………………………………………………………………………………1
关键词…………………………………………………………………………………1
1前言…………………………………………………………………………………2
2菠萝削皮机的研究现状……………………………………………………………2
3菠萝削皮机的性能要求……………………………………………………………2
4菠萝削皮机的设计方案……………………………………………………………3
4.1主要结构介绍……………………………………………………………………3
4.2刀具结构…………………………………………………………………………3
4.3夹具的设计…………………………………………………………………………4
4.4整机结构…………………………………………………………………………5
5菠萝去皮机的总体及部件结构设计与校核................................6
5.1菠萝去皮机的总体结构设计..........................................6
5.1.1运动的合成......................................................6
5.2执行结构设计......................................................7
5.2.1刀具的选择......................................................7
5.2.2刀具的结构设计..................................................7
5.2.3刀具大弹簧的设计................................................8
5.2.4刀具小弹簧的设计及计算..........................................9
5.3传动机构的设计...................................................11
5.3.1螺杆的设计计算.................................................11
5.3.2传动装置设计...................................................13
5.3.4螺杆端轴承的选择与校核.........................................13
6电机的选择.........................................................14
7菠萝夹具的设计.....................................................16
7.1夹具的设计.......................................................16
7.2轴承选择与校核计算..............................................16
7.3链条的设计......................................................17
7.3.1螺杆间的链传动计算............................................17
7.3.2键的校核......................................................19
8菠萝去皮机的电气控制..............................................19
8.1电气控制设计....................................................19
8.2电气控制原理图..................................................20
9 总结.............................................................20
参考文献...........................................................21
致谢................................................................22
