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    • 7. 发明授权
    • Cutting tool
    • 切割用具
    • US5482412A
    • 1996-01-09
    • US241859
    • 1994-05-12
    • Yoshihisa UedaSyouji TakiguchiAkira KanaboshiTakehiro Ohnishi
    • Yoshihisa UedaSyouji TakiguchiAkira KanaboshiTakehiro Ohnishi
    • B23B51/08B23B51/10B23C3/05B23B41/06
    • B23B51/106B23C3/055Y10T408/375Y10T408/38Y10T408/62Y10T408/8588
    • A slider 16 having a cutting insert 5A is slidably mounted in a groove 11 formed along the generatrix dimension of a substantially conical tool body 1. Serrations 12 and 16a, which are brought into close contact with each other for engagement, are formed on one side surface 11a of the groove 11 and on one side surface of the slide 16 opposite thereto. A wedge member 13 is detachably mounted between the other side surface 11b of the groove 11 and the slider 16 and is pressed against the side surface 11a so as to cause the serrations 12 and 16 to be engaged with each other. No special shaping accuracy is needed for the groove 11 or the slider 16 since any shaping error in these members can be absorbed so that a sufficient mounting accuracy is ensured for the slider 16. Thus, it is possible to reduce the requisite labor, etc. for the shaping of these members while maintaining the requisite positional accuracy for the cutting insert 5A.
    • 具有切削刀片5A的滑块16可滑动地安装在沿着基本上圆锥形的工具主体1的母线尺寸形成的凹槽11中。彼此紧密接触以进行接合的锯齿12和16a形成在一侧 槽11的表面11a和与其相对的滑块16的一个侧表面上。 楔形构件13可拆卸地安装在槽11的另一侧面11b和滑块16之间,并且被压靠在侧面11a上,以使锯齿12和16彼此接合。 凹槽11或滑块16不需要特殊的成型精度,因为可以吸收这些构件中的任何成形误差,从而确保滑块16的足够的安装精度。因此,可以减少所需的劳动等。 用于这些构件的成形,同时保持切削刀片5A的必要的位置精度。
    • 9. 发明授权
    • Cutting tool
    • 切割用具
    • US5427479A
    • 1995-06-27
    • US231640
    • 1994-04-22
    • Yoshihisa UedaSyouji TakiguchiAkira KanaboshiTakehiro Ohnishi
    • Yoshihisa UedaSyouji TakiguchiAkira KanaboshiTakehiro Ohnishi
    • B23B29/03B23B29/00B23B29/034B23C3/05B23B51/00
    • B23C3/055B23B29/00Y10T408/85Y10T408/8588Y10T82/125
    • A substantially conical tool body 1 has a groove 11 extending in the direction of generating line. The groove 11 slidably receives a slider 16 carrying a cutting insert 5A. A spacer 12 having serration grooves 12a is interposed between one wall surface 11a of the groove and the slider 16. Serration grooves 16a are formed in one side surface of the slider 16. A wedge member 13 is detachably interposed between the wall surface 11b of the groove 11 and the slider 16 so as to press the slider 16 to bring the serration grooves 12a16a into engagement with each other. Any wear and deformation due to cutting load appear on the spacer 12 and the wedge member 13, so that original mounting and positional precision of the slider 16 can easily be recovered by renewing these members, thus maintaining a required level of machining precision.
    • 大致圆锥形的工具主体1具有在发电线的方向上延伸的槽11。 槽11可滑动地容纳承载切削刀片5A的滑块16。 具有锯齿槽12a的间隔件12插入在槽的一个壁表面11a和滑块16之间。在滑块16的一个侧表面中形成有锯齿槽16a。楔形构件13可拆卸地插入在 槽11和滑块16,以便按压滑块16使锯齿槽12a + B,16a彼此接合。 由于切割负荷引起的任何磨损和变形出现在间隔件12和楔形件13上,从而通过更新这些构件可以容易地恢复滑块16的原始安装和位置精度,从而保持所需的加工精度水平。