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    • 5. 发明申请
    • BORING TOOL AND METHOD OF BORING PILOT HOLE
    • 镗孔工具和镗孔方法
    • US20090136305A1
    • 2009-05-28
    • US12088886
    • 2006-04-20
    • Shoji Takiguchi
    • Shoji Takiguchi
    • B23B41/00B27G15/00
    • B23D77/006B23C3/055B23D77/00B23D2277/44B23D2277/62Y10T408/5584Y10T408/78Y10T408/9097
    • A boring tool capable of accurately forming a bored hole by securing the rigidity of a reamer to prevent turn out of the reamer at high speeds and enabling an increase in life by suppressing the breakage thereof by cutting resistance. The boring tool (21) is inserted into a pilot hole formed in a workpiece beforehand to cut the inner wall surface of the pilot hole. The boring tool comprises a shank part rotated about an axis (O), an edge part with a cutting edge (30) at the tip of the shank part, and a chip discharging groove (27) formed in the outer peripheral part of the edge part and extending from the tip side to the rear end side. The cutting edge (30) is formed at a crossed ridge part between the wall surface (28) of the chip discharging groove (27) facing forward in the tool rotating direction (T) and the outer peripheral surface (29) of the edge part. The boring tool is characterized in that the cross-section of the chip discharging groove (27) vertical to the axis (O) is formed in a U-shape.
    • 一种能够通过确保铰刀的刚性来精确地形成钻孔的钻孔工具,以防止以高速旋转铰刀,并且通过抑制切削阻力而使其寿命延长。 镗刀(21)预先插入到工件中形成的导向孔中,以切断导向孔的内壁面。 该钻孔工具包括:绕轴线(O)旋转的柄部,在柄部的前端具有切削刃(30)的边缘部,以及形成在刃部外周部的切屑排出槽(27) 部分并且从尖端侧延伸到后端侧。 刀片(30)形成在切屑排出槽(27)的工具旋转方向(T)前方的壁面(28)与边缘部的外周面(29)之间的交叉的脊部 。 该钻孔工具的特征在于,垂直于轴线(O)的排屑槽(27)的横截面形成为U形。
    • 8. 发明授权
    • Boring tool and method of boring pilot hole
    • 镗孔工具和钻孔方法
    • US08272815B2
    • 2012-09-25
    • US12088886
    • 2006-04-20
    • Shoji Takiguchi
    • Shoji Takiguchi
    • B23B27/18
    • B23D77/006B23C3/055B23D77/00B23D2277/44B23D2277/62Y10T408/5584Y10T408/78Y10T408/9097
    • A boring tool can form a hole accurately by improving the rigidity of a reamer so that the runout of the reamer can be prevented at high speeds, extending product life by suppressing the breakage caused by cutting resistance. The boring tool is inserted into a pilot hole formed in a workpiece beforehand to cut the inner wall of the pilot hole. The boring tool comprises a shank part rotated about an axis, an edge part with a cutting edge at the tip of the shank part, and a chip discharging groove formed in the outer peripheral part of the edge part and extending from the tip to the rear end. The cutting edge is formed at a crossed ridge part between the wall surface of the chip discharging groove and the outer peripheral surface of the edge part. The cross-section of the chip discharging groove is formed in a U-shape.
    • 钻孔工具可以通过提高铰刀的刚性来精确地形成孔,从而可以高速度地防止扩孔器的跳动,从而通过抑制由切削阻力引起的断裂来延长产品寿命。 预先将钻孔工具插入到工件上形成的导向孔中,以切断引导孔的内壁。 该钻孔工具包括:绕轴线旋转的柄部,具有在柄部末端的切割刃的边缘部分,以及形成在边缘部分的外周部分中并从尖端延伸到后部的切屑排出槽 结束。 该切削刃形成在切屑排出槽的壁面与边缘部的外周面之间的交叉的脊部。 切屑排出槽的横截面形成为U形。