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    • 3. 发明公开
    • HOLE PROCESSING METHOD AND HOLE PROCESSING TOOL
    • BOHRUNGSBEARBEITUNGSVERFAHREN UND BOHRUNGSBEARBEITUNGSWERKZEUG
    • EP2676752A1
    • 2013-12-25
    • EP12746725.6
    • 2012-02-09
    • Mitsubishi Heavy Industries, Ltd.
    • KASUBATA, YoshitakeOKAMOTO, ShigeruSASAKI, Yuichi
    • B23B39/08B23B35/00
    • B23B39/04B23B35/00B23B39/08B23B41/02B23B51/0486B23B2251/201B23B2251/202B23B2251/422B23B2251/56B23B2270/48B23Q15/24B23Q17/2233Y10T408/03Y10T408/175Y10T408/5665
    • The present invention provides a hole drilling process and a drilling tool. The hole drilling process is for drilling a hole on a supported tube sheet (45) by using a first drilling tool (63a) that can drill a hole with a diameter smaller than that of a mounting hole (60) that is to become a target hole, and a second drilling tool (63b) that can drill a hole with a diameter equal to the diameter of the target hole, the process including: a temporary hole drilling step in which a temporary hole (60A) with a predetermined depth set beforehand is drilled by moving the first drilling tool (63a) to a drilled position set beforehand; a hole measuring step in which a distance (S) between an existing mounting hole (60) and the temporary hole (60A); a drilled position correcting step in which the drilled position is corrected based upon the distance (S) between the mounting hole (60) and the temporary hole (60A); and a target hole drilling step in which the target hole is drilled by moving the second drilling tool (63b) to the corrected drilled position.
    • 本发明提供一种钻孔工艺和钻孔工具。 孔钻工艺是通过使用能够钻出直径小于要成为目标的安装孔(60)的孔的第一钻孔工具(63a)来在支撑管板(45)上钻孔, 以及能够钻出直径等于所述目标孔直径的孔的第二钻孔工具(63b),所述第二钻孔工具(63b)包括:临时钻孔步骤,其中预先设定了预定深度的临时孔(60A) 通过将第一钻孔工具(63a)移动到预先设定的钻孔位置来钻孔; 孔测量步骤,其中现有安装孔(60)和临时孔(60A)之间的距离(S); 钻孔位置校正步骤,其中基于安装孔(60)和临时孔(60A)之间的距离(S)校正钻孔位置; 以及目标钻孔步骤,其中通过将第二钻孔工具(63b)移动到校正钻孔位置来钻出目标孔。
    • 8. 发明公开
    • Drill body as well as support pad therefor
    • Bohrkörperund Unterlagedafür
    • EP2198996A2
    • 2010-06-23
    • EP09179012.1
    • 2009-12-14
    • Sandvik Intellectual Property AB
    • Daneilsson, Åke
    • B23B51/04
    • B23B51/0486B23B2251/02B23B2251/422B23B2251/56B23B2260/138
    • In one aspect, the invention relates to a support pad intended for metal machining drills and of the type that comprises an outside (19), an inside, front and rear end surfaces (21, 22), as well as a pair of spaced-apart side surfaces (24), between the outside (19) and at least the front end surface (21) a convexly arched entering surface (27) being formed that extends between, on one hand, a pair of front and rear borderlines (28, 29), the rear one (29) of which borders the outside (19), and, on the other hand, two tangentially spaced-apart side borderlines (30, 31). According to the invention, the rear borderline (29) of the entering surface (27) has the shape of a convex arc line as viewed in planar view toward the outside, more precisely an arc line the crest (36) of which is facing forward. In such a way, the position of the contact of the support pad with a hole wall can be predetermined in an exact way.
      In another aspect, the invention also relates to a drill body equipped with one or more support pads.
    • 一方面,本发明涉及一种用于金属加工钻头的支撑垫,并且其类型包括外侧(19),内侧,前端和后端面(21,22)以及一对间隔开的支撑垫, 分开的侧表面(24)在外侧(19)和至少前端表面(21)之间形成凸形的拱形进入表面(27),其一方面在一对前后边界线(28)之间延伸 ,29),其后一个(29)与外部(19)相接,另一方面是两个切向间隔开的边界线(30,31)。 根据本发明,进入表面(27)的后边界线(29)具有从平面视图朝向外部观察的凸弧线的形状,更准确地说,其顶部(36)面向前方的弧线 。 以这种方式,可以精确地预先确定支撑垫与孔壁的接触位置。 另一方面,本发明还涉及一种装备有一个或多个支撑垫的钻体。
    • 9. 发明公开
    • DEEP HOLE DRILLING MACHINE
    • TIEFLOCHBOHRMASCHINE
    • EP2006043A1
    • 2008-12-24
    • EP07737762.0
    • 2007-03-05
    • UNITAC, Incorporated
    • NOMURA, TakujiHANABUSA, Nobuyuki
    • B23B51/06
    • B23B41/02B23B51/0486B23B51/06B23B2250/12B23B2251/02B23B2251/422B23B2251/56B23B2270/30E21B10/602Y10T408/455Y10T408/896
    • A deep hole drilling machine employing an external system for supplying coolant to a drilling portion in which high drilling efficiency can be achieved even if the drilling hole is deep by enhancing the discharge performance of chips from the drilling portion without setting the supply pressure of coolant at a high level. A tubular boring head (2) having discharging openings (4a, 4b) communicating with a chip discharge passage (10) on the edge (3a-3c) side is attached to the distal end of a hollow boring bar (1) having interior serving as the chip discharge passage (10), bypass holes (5,...) are provided at a plurality of circumferential positions in the circumferential wall (21) of the boring head (2) to penetrate obliquely such that the outer opening (5a) is located closer to the distal end side of the head than the inner opening (5b), and a part of coolant supplied externally to the drilling portion side flows through the bypass holes (5,...) into the boring head (2), thus generating attraction force to the discharge side and accelerating discharge of the chips (S).
    • 一种深孔钻机,其采用外部系统,用于向钻井部分供应冷却剂,其中即使钻孔深度通过提高钻井部分的切屑的排放性能而不能将冷却剂的供应压力设定在较高的钻井部分, 高水平 具有与边缘(3a-3c)侧的切屑排出通道(10)连通的排出口(4a,4b)的管状镗头(2)安装在具有内部服务的中空镗杆(1)的远端 作为切屑排出通路(10),在镗头(2)的周壁(21)的多个周向位置设置有旁通孔(5 ...),以使其开口倾斜,使得外侧开口 )位于比内部开口(5b)更靠近头部远端侧的位置,并且供给到钻孔部分侧外部的冷却剂的一部分流过旁通孔(5,...)进入钻头(2) ),从而对放电侧产生吸引力并促进芯片(S)的放电。