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    • 2. 发明申请
    • Metal-Cutting Tool, In Particular Reaming Tool
    • 金属切削工具,特别是铰刀工具
    • US20140169896A1
    • 2014-06-19
    • US14102696
    • 2013-12-11
    • Kennametal Inc.
    • Sebastian Hubert Kunschir
    • B23D77/02
    • B23D77/02B23B29/03B23B2229/04B23B2265/12B23D2277/46Y10T408/5583Y10T408/5586
    • The reaming tool (2) comprises a cutting part (8) having a peripherally arranged reaming cutter (10) which, upon rotation about a center axis (4) of the reaming tool (2), defines a cutting circle (16) of nominal diameter (D1). The reaming tool (2) further comprises at least two peripherally arranged guide elements (12A, 12B), which lie on a guide circle (18) arranged eccentrically to the center axis (4) or having a larger diameter (D2) than the cutting circle (16). As a result of this measure, high surface quality is obtained, in particular even in soft materials, since the reaming tool is clamped in the direction of the reaming cutter (10).
    • 扩孔工具(2)包括具有外围布置的铰刀(10)的切割部分(8),所述铰刀(10)围绕所述铰孔工具(2)的中心轴线(4)旋转,限定了标称的切割圆 直径(D1)。 所述扩孔工具(2)还包括至少两个周向布置的引导元件(12A,12B),所述引导元件位于与所述中心轴线(4)偏心布置或具有比所述切割件更大的直径(D2)的引导圆(18)上 圆(16)。 作为这种措施的结果,获得了高的表面质量,特别是即使在软质材料中,由于扩孔工具沿着铰刀(10)的方向被夹紧。
    • 6. 发明申请
    • BIT STRUCTURE FOR POWERED TOOLS
    • 电动工具的位结构
    • US20110239375A1
    • 2011-10-06
    • US12754891
    • 2010-04-06
    • PAN-CHING HUANG
    • PAN-CHING HUANG
    • B25B23/00B23B51/08
    • B25B15/005B23B51/08B23B2251/66Y10T408/5586Y10T408/9097
    • A bit structure for powered tools includes a shank action end at one end of a bit and a tool gripping section at another end. The shank action end has a conical directing portion formed by extending rearwards from a front edge of the shank action end. The directing portion is extended rearwards to form an expansion bore cutting section between the shank action end and the tool gripping section. The expansion bore cutting section has at one axial cutting edge formed at a length equal to or greater than the maximum diameter of the directing portion. The bit structure thus formed can simultaneously perform multiple functions of drilling holes, expanding holes and fastening screws faster with less time and effort.
    • 用于动力工具的位结构包括在一端的柄动作端和在另一端的工具夹紧部分。 柄动作端具有通过从柄部动作端的前边缘向后延伸形成的锥形引导部分。 引导部分向后延伸以在柄动作端和工具夹持部分之间形成膨胀孔切割部分。 膨胀孔切割部分具有形成在等于或大于引导部分的最大直径的长度的一个轴向切削刃处。 这样形成的钻头结构能够以更少的时间和精力同时执行钻孔,扩孔和紧固螺钉的多种功能。
    • 9. 发明授权
    • Drill head for deep hole machining
    • 钻头用于深孔加工
    • US07645102B2
    • 2010-01-12
    • US11755840
    • 2007-05-31
    • Takuji NomuraMakoto Sakai
    • Takuji NomuraMakoto Sakai
    • B23B51/00
    • B23B51/0486B23B2251/44B23B2251/56Y10S408/705Y10T408/5586Y10T408/89Y10T408/909
    • The invention provides a drill head for deep hole machining capable of raising circularity and straightness of a hole and improving precision of hole machining. In the drill head for deep hole machining constituted by fixing a cutting blade to a tip surface of a head body and fixing guide pads to a periphery of a tip of the head body, the length Lm of a margin, which is formed at a tip side of a periphery of the cutting blade in a drill rotating direction, in an axis direction is made substantially the same as the length Lp of the guide pads in the axis direction, and a top end and rear end of the margin are substantially aligned with a top end and rear end of the guide pads, respectively, in a circumference direction.
    • 本发明提供一种用于深孔加工的钻头,其能够提高孔的圆度和平直度,并提高孔加工的精度。 在用于深孔加工的钻头中,其通过将切割刀片固定到头部主体的尖端表面并将引导垫固定到头部主体的末端的周边而构成,边缘的长度Lm形成在尖端 沿钻头旋转方向的切割刀片的周边的轴线方向的长度Lp与引导垫的轴向长度Lp基本相同,并且边缘的顶端和后端基本上与 引导垫的顶端和后端分别在圆周方向上。