设计简介
摘 要
根据设计任务书的要求, 某厂需在盘类零件ф150上加工4等份ф6通孔,由于批量大,为提高效率和保证孔距质量,改造立钻(Z525),同时加工4等份ф6通孔;设计该装置。本设计说明书针对盘类零件同时加工4等分孔装置的设计设计进行说明。主要内容包括装置工艺方案的制定、装置配置型式的选择、装置总体设计以及主轴箱设计。
全文主要包括装置的总体设计和主轴箱设计两部分。机床总体设计主要是在选定工艺方案并确定机床配置形式、结构方案基础上确定“三图一卡”,主轴箱设计根据“三图一卡”,整理编绘出主轴箱原始依据图,重点分析传动系统,经过各种方案的比较,最后确定最优方案。
关键词:主轴箱;4等份;机构设计,盘类零件
Abstract
According to the requirements of the mission design, a plant in the disc partф 150 processing 4 equal parts of ф 6 through hole, as large quantities, to improve efficiency and ensure the quality of drill hole distance, transformation (Z525 ), while processing the 4 portions of ф 6 through hole; design of the device.The design specifications for disk type parts at the same time 4 equant holes processing device design design explanation. The main contents include device craft plan formulation, device configuration choice, device design and the headstock design.
The full text mainly includes system design and the headstock design in two parts. Machine tool design is mainly in the selected process scheme and determine the form of machine configuration, structure scheme is determined on the basis of the " three drawings and one card ", the headstock design according to the " three drawings and one card ", reorganizes the compilation to the headstock primitive basis chart, the key analysis transmission system, through the comparison of the various programs, and finally determine the optimal scheme.
Key Words: spindle box; 4 portions; mechanism design, plate parts
目 录
摘 要 I
Abstract 1
目 录 2
第1章 绪论 3
1.1 课题研究意义 3
1.2等分装置应用 3
1.3 等分装置的设备 4
1.3.1多轴头 4
1.3.2 多轴箱 5
1.3.3多轴钻床 5
1.3.4 自动更换主轴箱机床 5
1.4 等分装置趋势 6
第2章 同时加工4等分孔装置总体方案 6
2.1生产任务 6
2.2 普通立式钻床的选型 7
2.2.1 计算所需电机功率 7
第3章 多轴带轮传动箱的设计 8
3.1 设计前的计算 8
3.2 传动系统的设计与计算 10
第4章 多轴箱的结构设计与零部件的绘制 14
4.1箱盖、箱体和中间板结构 14
4.2多轴箱轴的设计 14
4.3 轴坐标计算 34
第5章 导向装置的设计 34
第6章 接杆刀具 34
第7章 装置夹具设计 35
7.1 夹具概述 35
7.2 定位支承系统概述 37
7.2.1定位支承系统 37
7.2.2夹紧机构 38
总 结 40
参考文献 43
致 谢 44








