涡轮式灰钙粉碎机传动系统及结构设计 中英文摘要.doc

毕业设计（论文）中文摘要涡轮式灰钙粉碎机传动系统及结构设计摘 要：在涡轮式灰钙粉碎机传动系统及结构设计中主要研究其运作原理和工作方式并通过设计使之成功实现其所需要完成的生产任务。主要设计传动系统和结构设计。传动系统是由电动机和带传动组成，工作方式为依靠带轮连接粉碎机的工作轴使其进行运作。其设计时主要考虑工作机主轴高速运转的各种因素然后选择合适的电动机和带轮，并进行带传动的设计。结构设计主要设计了粉碎机的工作主轴结构、各个轴段的尺寸和轴上三个重要零件锤头转子、斜刀片、叶轮。对工作轴的强度和有关力学性能进行了校核。完成涡轮式灰钙粉碎机的总体机构设计，包括机架和壳体的设计和定位以及粉碎机的定位设计。最后进行装配图和零件图的绘制。关键词：涡轮；粉碎机； 转子；结构； 传动系统毕业设计（论文）外文摘要Design on Transmission System and Structural of Turbine Mill Ash Calcium Abstract: Design on transmission system and structural of turbine mill ash calcium of its functioning and methods of work and success through design to achieve the production tasks need to be accomplished. Design of main transmission system of design and structure. Drive system is made up of electric motors and belt drives, rely on the grinder shaft pulley connection to make it operate. Design taken into account when the work spindle high-speed operation of a variety of factors and then choosing the right motor and pulley and belt drive design. Structural design of the main design of the mill structure, each axis of work spindle dimensions and axes of the three essential parts of a hammer, at an angle of the rotor blades, impeller. Axial strength and the related mechanical properties for the check. Complete Turbo calcium ash mills overall design, including the design and positioning of the rack and shell as well as the positioning of the mill design. Final assembly drawings and parts of drawings.Keywords: turbo；mill ；rotor；structural ；transmission system本 科 毕 业 设 计 (论 文)涡轮式灰钙粉碎机传动系统及结构设计Design on Transmission System and Structural of Turbine Mill Ash Calcium 题 目: 涡轮式灰钙粉碎机传动系