[1]夏恒青,王淮柱,付少敏,等.液静压双头内园磨削工件主轴的试验[J].郑州大学学报(工学版),1981,2(02):19-33.
Xia Hengqing,WANG Huaizhu,FU Shaomin,et al.Hydrostatic pressure double head internal circular grinding workpiece spindle test[J].Journal of Zhengzhou University (Engineering Science),1981,2(02):19-33.
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液静压双头内园磨削工件主轴的试验(
)
《郑州大学学报(工学版)》[ISSN:1671-6833/CN:41-1339/T]
- 卷:
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2
- 期数:
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1981年02期
- 页码:
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19-33
- 栏目:
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- 出版日期:
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1981-11-06
文章信息/Info
- Title:
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Hydrostatic pressure double head internal circular grinding workpiece spindle test
- 作者:
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郑州工学院静压技术研究室,郑州工学院静压技术研究室,郑州工学院静压技术研究室,郑州工学院静压技术研究室,
- Author(s):
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Xia Hengqing; WANG Huaizhu; FU Shaomin; Li Feng
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Static Pressure Technology Laboratory, Zhengzhou Institute of Technology, Static Pressure Technology Laboratory, Static pressure Technology Laboratory, Zhengzhou Institute of Technology,
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- 文献标志码:
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A
- 摘要:
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<正> (一)前言高同轴度、高精度套筒的双头孔、特别是双头盲孔的加工,目前国内尚缺少适当的加工设备,虽然通过改变零件的结构可以用通磨或深孔磨削来解决,也只能加工通孔,且孔径受磨头尺寸的制约,生产率也不够高,对于有些必须要求是盲孔结构的套筒零件也就无法利用上述途径加工了:当前外表为园柱面的零件,用已磨出的高精度外表面,在V形块夹具上调头磨削的工艺(有的还配合人工研磨)一直占主导地位,如精密机床
- Abstract:
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(1) Introduction High coaxiality, high-precision sleeve double-head hole, especially double-head blind hole processing, the current lack of appropriate processing equipment, although by changing the structure of the parts can be used through grinding or deep hole grinding to solve, can only process through the hole, and the aperture is limited by the size of the grinding head, productivity is not high enough, for some must be required to be blind hole structure sleeve partsIt is not possible to use the above way of processing: the current appearance of the cylindrical parts, with the high-precision outer surface has been ground, the process of turning grinding on the V-shaped block fixture (and some with manual grinding) has been dominant, such as precision machine tools
更新日期/Last Update:
2023-07-31