苹果自动削皮机的设计与分析(食品机械)(含CAD零件图装配图,Creo三维图)

苹果自动削皮机的设计与分析(食品机械)(含CAD零件图装配图,Creo三维图)(任务书,文献综述,开题报告,中期检查表,论文说明书8000字,CAD图4张,Creo三维图)
摘  要
本文通过苹果自动削皮机现状的市场调查，总结分析出现在全自动苹果削皮机应该具备的优点，总结出设计方案、设计步骤与流程、理清设计思路、分析苹果削皮机整体所需具备的性能，设计与计算传动装置，运用Creo5.0对各个零件进行仿真分析，使设计准确性、可靠性得到保证。
全自动苹果削皮机应该具备以下优点；首先，在结构方面要简单紧凑且性能不能受到影响，其次要有自动学习能力，能记忆住关键形状变化且经济成本不能过高，最后，要保证生产效率与成品率。要更加安全卫生，同样要具有一定的通用性。通过这套设备可以提高企业的创新能力，解决技术难题。
关键词：全自动；苹果去皮机；传动系统；切削刀；切削刀架 
Abstract
Through the market investigation of the present situation of Apple automatic peeling machine, this paper summarizes and analyzes the advantages that should have in the automatic apple peeling machine, sums up the design scheme, design steps and processes, and clarifies the design ideas. The performance of apple peeling machine is analyzed, and the transmission device is designed and calculated. Creo5.0 is used to simulate and analyze each part, so that the accuracy and reliability of the design can be guaranteed.
Automatic apple peeling machine should have the following advantages; First of all, the structure should be simple and compact and the performance should not be affected, secondly, the ability to learn automatically, the ability to remember the key shape changes and the economic cost should not be too high. Finally, the production efficiency and yield should be guaranteed. In order to be more safe and hygienic, it is also necessary to have a certain degree of versatility. Through this set of equipment, we can improve the innovation ability of enterprises and solve technical problems.
Key words：automatic, Apple peeling machines, drive systems and control systems, cutters, cutting tool.
 

目    录
1  引  言    1
1.1 课题的背景    1
1.2课题研的现状    1
1.2.1 手动水果削皮机    1
1.2.2 多果自动削皮机    2
1.3课题的内容和意义    2
2  整体设计方案    4
2.1 基本机构介绍    4
2.2 本次课题主要设计    4
2.2.1全自动水果削皮机的设计方案    4
2.2.2 主要设计流程    5
2.3 全自动水果削皮机设计思路    5
2.4 全自动苹果削皮机的整体性能    5
3  传动机构的设计    7
3.1 螺杆的选型    7
3.2传动装置设计    8
3.3 弹簧的设计    9
3.3.1 弹簧横截面上的应力计算    10
3.3.2 弹簧的受力分析    10
3.3.3 弹簧的核对    11
4  全自动水果切削机仿真    13
4.1刀具的材质选择与整体布局    13
4.2 有限元分析    14
4.2.1 刀片有限元分析    14
4.2.2 刀臂有限元分析    14
4.2.3 底座有限元分析    15
4.2.4 下插座有限元分析    16
5  总结与展望    18
谢  辞    19
参 考 文 献    20