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毕业设计-中频电炉倾倒机械系统设计，共32页，10462字，附有任务书、autocad设计图纸、solid works三维设计图纸。
主要技术指标：
窗体底端
（1）运动参数要求为：倾倒角度：90度，倾倒时间20分钟，回复时间10分钟；
（2）炉体最大重量3000kg

摘 要
盛钢水的容器,用钢制成,内砌耐火砖,钢水由底部的口流出,进行浇铸。也叫“钢水包”用途 钢水包用于炼钢厂、铸造厂在平炉、电炉或转炉前承接钢水、进行浇注作业。结构特点结构形式有塞杆式及滑动水口式，龙门架配有脱勾式及轴承式两种，其中塞杆式钢包的升降机构中置有滑杆间隙消除机构，以保证多次使用后，塞杆中心与水口中心的一致性。10 吨以下的钢水包可带有回转减速箱，方便倒渣，钢水包用于炼钢厂、铸造厂在平炉、电炉或转炉前承接钢水、进行浇注作业结构形式有塞杆式及滑动水口式，龙门架配有脱勾式及轴承式两种，其中塞杆式钢包的升降机构中置有滑杆间隙消除机构，以保证多次使用后，塞杆中心与水口中心的一致性。10 吨以下的钢水包可带有回转减速箱，方便倒渣。电炉是把炉内的电能转化为热量对工件加热的加热炉，同燃料炉比较，电炉的优点有：炉内气氛容易控制，甚至可抽成真空；物料加热快，加热温度高，温度容易控制；生产过程较易实现机械化和自动化；劳动卫生条件好；热效率高；产品质量好；且更加环保对与日趋严重的环境问题是一个很好的产品等。冶金工业上电炉主要用于钢铁、铁合金、有色金属等的熔炼、加热和热处理。19世纪末出现了工业规模的电炉，20世纪50年代以来，由于对高级冶金产品需求的增长和电费随电力工业的发展而下降，电炉在冶金炉设备中的比额逐年上升。电炉可分为电阻炉、感应炉、电弧炉、等离子炉、电子束炉等。
关键词：中频电炉倾倒机械中频电炉倾倒机械；中频电炉倾倒机械； 改进设计
Abstract
The development direction of harvester will be to high-tech direction, making out the applicability of harvester is the development of the market, is very promising for different regions developed different harvester. Thus, the corresponding manufacturing combine high performance is the development of foreign harvester. The rice combine harvester can complete harvesting, threshing, separation and bagging operations at one time. The machine has the advantages of small volume, light weight, flexible operation, through and good adaptability, can better solve the problem of big, medium-sized harvester to harvest in the hilly, mountainous and paddy field. Thus, the corresponding manufacturing combine high performance is the development of foreign harvester. The rice combine harvester can complete harvesting, threshing, separation and bagging operations at one time. The machine has the advantages of small volume, light weight, flexible operation, through and good adaptability, can better solve the problem of big, medium-sized harvester to harvest in the hilly, mountainous and paddy field.Thus, the corresponding manufacturing combine high performance is the development of foreign harvester. The rice combine harvester can complete harvesting, threshing, separation and bagging operations at one time. The machine has the advantages of small volume, light weight, flexible operation, through and good adaptability, can better solve the problem of big, medium-sized harvester to harvest in the hilly, mountainous and paddy field.Thus, the corresponding manufacturing combine high performance is the development of foreign harvester. The rice combine harvester can complete harvesting, threshing, separation and bagging operations at one time. The machine has the advantages of small volume, light weight, flexible operation, through and good adaptability, can better solve the problem of big, medium-sized harvester to harvest in the hilly, mountainous and paddy field.Thus, the corresponding manufacturing combine high performance is the development of foreign harvester. The rice combine harvester can complete harvesting, threshing, separation and bagging operations at one time. The machine has the advantages of small volume, light weight, flexible operation, through and good adaptability, can better solve the problem of big, medium-sized harvester to harvest in the hilly, mountainous and paddy field.Thus, the corresponding manufacturing combine high performance is the development of foreign harvester. The rice combine harvester can complete harvesting, threshing, separation and bagging operations at one time. The machine has the advantages of small volume, light weight, flexible operation, through and good adaptability, can better solve the problem of big, medium-sized harvester to harvest in the hilly, mountainous and paddy field.
Key Words: rice thresher threshing; improved design;
目 录
摘 要 III
Abstract IV
目 录 V
第1章 绪论 1
第2章 总体方案确定 2
2.1 中频电炉倾倒机械工作原理 2
2.2中频电炉倾倒机械总体设计 3
2.2.1 中频电炉倾倒机械的整机结构及选择 3
2.2.2 中频电炉倾倒机械中频电炉倾倒机械的工作流程 3
第3章 中频电炉倾倒机械结构设计 4
3.1 电炉倾倒机械电机设计计算 4
3.2 减速机设计选型 4
第4章 零部件力学分析 6
4.1 有限元简介 7
4.2 支架受力分析 9
4.3 前处理 10
4.4 工况设定 11
4.5 分析 12
4.6 分析结论 14
第5章 销轴的设计与计算 15
5.1 销轴的材料选择 15
5.2 销轴的最小直径确定 15
5.3 销轴的结构设计 15
5.4 销轴的校核 16
第6章 电控部分设计 19
6.1速度控制原理 24
6.2 控制电路设计 25
结论 26
参考文献 27
致 谢 28