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Error size of the helix (screw) groove by grinding

机译:通过研磨螺旋(螺钉)凹槽的误差

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This paper presents further results in addressing this issue and builds upon the results obtained within the project GACR No. 101/07/0751 (research was supported by Czech Grant Agency), and the findings and information obtained from grant project GACR No. 101/05/2562. The problems are oriented to the production and sharpening of rotary tools, especially because all the know-how is owned by foreign companies. The main chapter is devoted to "Solution of the dependance of undercutting of the helical grooves on the grinding wheel diameter, its thickness and depth of the cut" at zero thickness of the grinding wheel. This method is an original analytical method for calculating the undercutting and is a part of the theoretical studies of the grinding helix slot. Then follows a passage, which defines the actual width of the spiral groove profiles at various grinding wheels. The present article summarizes only part of a broad range of problems in the area.
机译:本文提出进一步提出解决此问题,并在项目GACR No.101/07/0751中获得的结果(捷克授予机构支持的研究),以及从授予项目GACR No.101的调查结果和信息05/2562。这些问题导向到旋转工具的生产和锐化,尤其是因为所有的知识由外国公司拥有。主要章节致力于“解决依赖于挤压螺旋槽对砂轮直径的沉积,其厚度和深度”在砂轮的零厚度下。该方法是用于计算底切的原始分析方法,是研磨螺旋槽的理论研究的一部分。然后遵循通道,该通道限定了各种砂轮处的螺旋槽型材的实际宽度。本文总结了该地区广泛问题的一部分。

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