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Study on Key Technology of Mechanical System Design and Manufacture Technology of Three-Axis Turntable

机译:三轴转盘机械系统设计与制造技术的关键技术研究

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According to design requirements, a dividing structure was applied in the mechanical design of three-axis turntable, which includes designed as inner frame, middle frame and outer frame. Angular contact ball bearings with P4 level were used in order to meet space requirement. In selecting motor, the factor of motor torque increase resulted from the three-axis coupling effect was considered and maximum toque of motor met the requirement of maximum load under maximum speed. ZL114A is selected as the material of inner frame, middle frame and outer frame, and QT700-2 as the material of shaft of frames. In manufacturing process, the heat treating of multiple artificial aging, multiple feeding with small amount of feed and intermittent machining methods are used in the machining of the A-alloy frames. In assembling, eccentric amount of bearings were kept in the same direction and bearings were preloaded according to empirical formula. According to optical autocollimation theory, light tube, 24-face prism, planar mirror and pentaprism were used to check angular error among three axes of rotation and the corresponding orthogonality errors. The test results met the design requirements.
机译:根据设计要求,在三轴转盘的机械设计中应用分割结构,包括设计为内框架,中间框架和外框架。使用具有P4水平的角接触球轴承以满足空间要求。在选择电动机时,考虑了由三轴耦合效果产生的电动机扭矩增加因子,并且电动机的最大TOQUQUQUQUQUE在最大速度下满足最大负载的要求。选择ZL114A作为内框架,中框架和外框架的材料,以及QT700-2作为框架的轴的材料。在制造过程中,多次人工老化的热处理,用少量进料和间歇加工方法进行多次进料,用于加工A合金框架。在组装中,偏心量保持在相同的方向上,并且根据经验公式预加载轴承。根据光学自动胶凝理论,光管,24面棱镜,平面镜和五棱镜用于检查三个旋转轴和相应的正交误差之间的角度误差。测试结果符合设计要求。

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