200米钻机设计说明书毕业论文.doc

黑龙江科技学院毕业设计（论文）任务书姓名：任务下达日期：年月日设计（论文）开始日期：年月日设计（论文）完成日期：年月日一、设计（论文）题目：200米钻机回转器设计二、专题题目：齿轮的工艺规程三、设计的目的和意义：地质勘探是利用钻探设备来探明地下地质构造、寻找地下油气矿藏的一种有效的地球物理勘探方法。为有效进行探采，改进原有不足，对新型200米钻机进行设计。设计的成功将有效改观现有的钻探设备，提高效率和改进钻探工艺。四、设计（论文）主要内容：（1）200米液压钻机的总体设计包括个技术指标的确定；(2)回转器的详细设计包括个零件的设计强度较核；(3)进给油缸的设计计算；（4）液压系统的设计计算五、设计目标：利用所学专业知识，熟悉掌握钻机的结构及工作原理，创新、改进传统已有的钻机，使其结构组成达到最优化、操作更加便捷、应用更加广泛。得到预定的设计目标，具有强大的市场力。六、进度计划：（1）1-3周毕业实习初步了解设计题目，上网、看书查找资料，收索相关资料，记录要注意的细节。（2）4-6周钻机整体传统系统的计算；各轴的输出输入的设计计算；回转器传动计算；各齿轮立轴的设计较核计算。（3）7-12周图的绘制包括液压卡盘总装配图；回转器总装图；本体零件图；钻机总装图等。（4）13-14周轴的工艺编制；外文资料的翻译。（5）15周CAD图输出、准备答辩七、参考文献资料：1甘永宁主编几何量公差与测量上海：上海科学技术出版社20012李喜桥主编加工工艺学北京：北京航空航天出版社20033孙德音主编机械加工工艺基础北京：机械工艺出版社20014孙明主编机械工程基础（上中下）黑龙江：黑龙江人民出版社20005濮良贵纪名刚主编机械设计北京：高等教育出版社20016夏延栋主编液压传动的密封与密封装置北京：机械工业出版社19827徐博滋陈铁鸣韩永春编带传动北京：化学工业出版社19808洛阳轴承研究所编滚动轴承产品样本北京：机械工业出版社20009地质局岩心钻探知识编写组岩心钻探知识北京：地质出版社197310齿轮国家标准汇编北京：中国标准出版社199211仙波正庄著齿轮强度计算姜永等译北京：化学工业出版社198512吴宗泽主编机械零件习题集北京：高等教育出版社198713陈隆德主编互换性与测量技术基础大连理工大学出版社198814龚桂义编机械设计课程设计指导书（2版）北京：高等教育出版社199015李继庆主编机械设计北京：高等教育出版社198916邱宣怀主编机械设计北京：高等教育出版社1988指导教师：院（系）主管领导：年月日目录摘要······································································错误!未定义书签。Abstract······························································································2第1章绪论·····················································································31.1选题的意义············································································31.2设计内容···············································································31.3设计方法···············································································41.4预期目标···············································································4第2章钻机概述················································································52.1钻机的功用············································································52.2对钻机的要求·········································································52.3钻机的组成············································································52.4钻机的分类和名称··································································62.4.1分类···············································································62.4.2名称···············································································7第3章钻机的总体设计······································································83.1本设计钻机的应用场合····························································83.2设计方案的确定········································································83.2.1本设计钻机的特点·························································83.2.2总体设计方案的确定······················································83.3钻机的技术特性和要求····························································9第4章动力机的确定···············································错误!未定义书签。4.1输出功率计算··············································错误!未定义书签。4.2回转钻进及破碎岩石、土层所需功率······································114.3给进油缸所需功率的计算······················································134.3.1给进油缸的基本参数····················································134.3.2油缸工作压力的计算····················································134.3.3油泵最大工作流量计算················································144.3.4给进油缸功率计算·······················································144.4动力机功率的确定······························································14第5章机械传动系统设计·································································155.1主要参数的选择···································································17