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    • 6. 发明授权
    • Quenching depth measurement method and quenching depth measurement apparatus
    • 淬火深度测量方法和淬火深度测量仪
    • US09304108B2
    • 2016-04-05
    • US13881444
    • 2011-10-26
    • Yuji GotohNoriyoshi TakaokaKazuhiro KawasakiYoshitaka Misaka
    • Yuji GotohNoriyoshi TakaokaKazuhiro KawasakiYoshitaka Misaka
    • G01N27/80G01N27/72
    • G01N27/80G01N27/72
    • A quenching depth measuring method is used for measuring the quenching depth in a workpiece and includes the steps of: magnetizing the workpiece by disposing, in the vicinity of the workpiece, a magnetizer equipped with an exciting coil; detecting, through a detection coil, an induced magnetic field generated by the magnetization; measuring the induced magnetic field as the output voltage of the detection coil; and specifying the thickness of the quenched hardened layer of the workpiece on the basis of known electromagnetic characteristic information of an unquenched material and a fully-quenched material and an output voltage value measured by the detection coil, the unquenched material being made of the same material as the constituent material of the workpiece and being a material on which a quenching process is not performed, the fully-quenched material being a material on which the quenching process is performed.
    • 使用淬火深度测量方法来测量工件的淬火深度,包括以下步骤:通过在工件附近设置配备有励磁线圈的磁化器来对工件进行磁化; 通过检测线圈检测由磁化产生的感应磁场; 测量感应磁场作为检测线圈的输出电压; 根据已知的非淬火材料和完全淬火材料的电磁特性信息和由检测线圈测量的输出电压值,确定工件的淬火硬化层的厚度,非淬火材料由相同的材料制成 作为工件的构成材料,作为不进行淬火处理的材料,完全淬火的材料是进行淬火处理的材料。
    • 7. 发明申请
    • QUENCHING DEPTH MEASUREMENT METHOD AND QUENCHING DEPTH MEASUREMENT APPARATUS
    • 淬火深度测量方法和深度测量仪器
    • US20130300405A1
    • 2013-11-14
    • US13881444
    • 2011-10-26
    • Yuji GotohNoriyoshi TakaokaKazuhiro KawasakiYoshitaka Misaka
    • Yuji GotohNoriyoshi TakaokaKazuhiro KawasakiYoshitaka Misaka
    • G01N27/80
    • G01N27/80G01N27/72
    • A quenching depth measuring method is used for measuring the quenching depth in a workpiece and includes the steps of: magnetizing the workpiece by disposing, in the vicinity of the workpiece, a magnetizer equipped with an exciting coil; detecting, through a detection coil, an induced magnetic field generated by the magnetization; measuring the induced magnetic field as the output voltage of the detection coil; and specifying the thickness of the quenched hardened layer of the workpiece on the basis of known electromagnetic characteristic information of an unquenched material and a fully-quenched material and an output voltage value measured by the detection coil, the unquenched material being made of the same material as the constituent material of the workpiece and being a material on which a quenching process is not performed, the fully-quenched material being a material on which the quenching process is performed.
    • 使用淬火深度测量方法来测量工件中的淬火深度,包括以下步骤:通过在工件附近设置配备有励磁线圈的磁化器来对工件进行磁化; 通过检测线圈检测由磁化产生的感应磁场; 测量感应磁场作为检测线圈的输出电压; 根据已知的非淬火材料和完全淬火材料的电磁特性信息和由检测线圈测量的输出电压值,确定工件的淬火硬化层的厚度,未淬火材料由相同的材料制成 作为工件的构成材料,作为不进行淬火处理的材料,完全淬火的材料是进行淬火处理的材料。