毕业设计--汽车制动蹄圆柱面专用铣床旋转机构及床身部件设计

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1、 毕业设计(论文) 汽车制动蹄圆柱面专用铣床 旋转机构及床身部件设计 AUTOMOBILE BRAKE SHOES CYLINDRICAL FOR MILLING MACHINE ROTATING BODIES AND BED PARTS DESIGN 2008 年 06 月 02 日 摘要 本设计目的就是设计一台可以加工制动蹄蹄片的专用铣床，此工件原来在车床上加 工，切削的蹄片材料是石棉酚醛混合物，存在工人劳动强度大，装卸和夹紧困难，由于材 料的特殊性、表面不连续性、以及其结构的复杂性等原因。存在切削时材料不宜脱落，生 产效率低等缺陷。为克服以前采用车削加工时所产生的问题，设计了此专用铣床，

2、采用旋 转铣削法加工，成功解决了上述问题。 专用机床是通过缩小机床的工艺用途来实现高效率的机床。这类机床结构较简单，调 整和操作方便，自动化程度较高，易于保证质量并有较高的生产率。适于成批生产。 本设计的主要内容为机床的旋转机构和床身部件， 床身部件包括减速器， 滑台和箱体。 减速器采用结构简单的双级圆柱齿轮传动，其整体内置于床身内部，减小了机床的整体结 构；通过皮带传动将电动机功率输入其内，其输出端连接机床的旋转机构。旋转机构采用 涡轮涡杆传动，控制加工台的旋转。调整机构用于调整铣削头与工件之间的位置关系，以 保证工件的加工精度；其结构采用可垂直相对运动的十字滑台结构，运动靠丝杠螺母机构 实

3、现并采用了可靠的锁紧结构，既能保证机床结构参数的调整又能保证在加工过程中保持 位置不变，可使加工过程顺利进行。 关键词：关键词：专用铣床；减速器；旋转机构；十字滑台 Abstract The design objective is to design a milling machine which can process the brake shoes, the original part was processed in a lathe, cutting the shoes, phenolic mixture of asbestos materials, labour-intensive e

4、xistence of workers, handling and clamping difficult, because the special nature of the surface discontinuities, and the complexity of its structure and other reasons. There exist two problems :cutting material difficult and low production efficiency .In order to overcome the past by turning on when

5、 the problems arising from the design of this special milling machine, used by rotary milling processing, successfully resolve the issue. Special Machine through the narrow use of the machine tool to achieve high efficiency of the machine. Such a simple machine structure, adjustment and easy to oper

6、ate, a higher degree of automation and easy to ensure the quality and higher productivity. Suitable for mass production. The design of the main elements of the rotation for the machine tool and bed parts, components, including bed reducer, slider and Cabinet. Reducer a simple structure of the double-cylinder gear transmission, its overall internal built-in bed, reducing the overall structure of the machine; belt through the motor drive will enter its power, its output connected machine rotati