摘要：目前中餐的主要加工过程还是靠人来完成，费时费力，很难保证加工工艺的一致性，而且个人能掌握的菜肴的种类有限，市场迫切需要一款能较好满足中餐烹调工艺要求的烹调机器人来替代人的劳动。根据中式菜肴的烹调原理,对烹调机器人的给料装置进行了设计，介绍了烹调机器人给料动作的多种方案。根据经验及相关理论进行实际设计和计算，得出了最优化设计，采用水平移动和翻转给料动作的机构，简单方便的满足了烹调机器人自动给料功能的要求。
本设计设计的给料装置包括主菜料的5个配料盒及其倒入锅中的动作，油和佐料的加入及沥水网兜动作等。主菜料的配料盒配备，可将任意一个移动到倾倒位置并倒入锅中；加油口可根据指令信号完成定时定量加注；沥水网兜可在水槽和锅间转换并倾倒。21941
毕业论文关键词： 烹调机器人；给料装置；沥水网兜；最优化设计
The design of the feeding device of cooking robot
Abstract: At present, the process of producing Chinese food still relays on people's handwork,
which costs large amount of time, and it's quite difficult to ensure the consistency of processing technic , and it's very limited for inpidual to master the categories of food , as a result. Mark-et needs a king of cooking robot which can meet the requirements of making Chinese food to     replace labor work badly. According  to  the  cooking  principle  of  Chinese  dishes , the  cooking  robot  feeding  device  is designed  following  with various feeding action. Based on relev-ant theory and the calculation of actual design and experience, we conclude the optimization
design,  which take the horizontal movement and turnover feeding action mechanism, being
simple and convenient to meet the cooking robot  automatic feeding function  requirements.           This design of feeding device in this article, which including 5 ingredients of main materials
and the actions of pouring into the pot ; adding oil and condiment and the action of draining
lacrosse,etc.,Feed ingredients boxes with entrees, You can move any one of the main ingredien-ts to pouring the position of dumping and dump it into the pot; The filling of oil can obey the
signal to complete the filling timely and properly; The draining lacrosse can be switched and dumped between the postion of sink and pot .
Keywords:  Cooking Robot; Feeding Device, Draining Lacrosse; Optimization Design
目录
1.绪  论    3
1.1  烹调机器人技术背景    3
1.2  烹调机器人的发展及应用    4
1.3  烹调机器人设计的目的和意义    4
2.烹调机器人配料系统的设计    5
2.1配料系统的工作原理    5
2.2配料机构水平移动机构的设计    6
2.2.1 液压驱动装置    6
2.2.2 气压驱动装置    6
2.2.3  电机驱动执行装置    6
2.2.4以气缸为驱动元件的方案设计    8
2.2.5以电机为驱动元件方案设计    10
2.3配料机构翻转动作的设计    11
3.烹调机器人沥水系统的设计    15
3.1  沥水系统的工作原理    15
3.2  沥水系统动作的设计    15
4.各个零部件的选择与设计计算    17
4.1  螺纹传动设计计算    17
4.1.1  丝杆的设计材料    17
4.1.2  螺母设计    18
4.2  电机的选择    19 烹调机器人给料装置设计+CAD图纸:http://www.751com.cn/jixie/lunwen_14372.html