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    • 32. 发明申请
    • SPANABTRAGENDES WERKZEUG
    • 西班牙语工具
    • WO2007045205A2
    • 2007-04-26
    • PCT/DE2006/001740
    • 2006-10-04
    • FIRMA GÜHRING OHGBOZKURT, Lutfi
    • BOZKURT, Lutfi
    • B23D77/12B23D77/00B23D2277/02B23D2277/2435B23D2277/245B23D2277/2464B23P15/46Y10T407/1904
    • Es wird ein Werkzeug zur spanabtragenden Bearbeitung (1) mit einem Werkzeugkopf (3) mit aus dem Material des Werkzeugkopfs bestehenden Werkzeugschneiden (15) sowie einem Werkzeugschaft (4, 7) mit einem Einspannabschnitt (4) zur Aufnahme in eine Werkzeugaufnahme vorgeschlagen. Um die Anwendungsbereiche des spanabtragenden Werkzeugs zu erweitern, ist der Werkzeugkopf (3) als separates Teil am Werkzeugschaft (4, 7) angebracht und besteht einstückig aus einem Hartmaterial mit zumindest einer Funktionsschicht, die einen Superhartstoff wie zum Beispiel CBN oder PKD umfasst . Außerdem wird ein weiteres Werkzeug zur spanabtragenden Bearbeitung und ein Verfahren zur Herstellung eines Werkzeugkopfes vorgeschlagen.
    • 它是用于切削加工的刀具(1)与工具头(3)由该工具头的工具的切削刃(15)的材料制成,并且一个工具柄(4,7)用的卡盘(4),用于 意图包含在工具架中。 要展开的去屑工具的应用领域中,工具头(3)上的工具柄的单独的部件(4,7)被安装,并且一旦导航使用具有包括超硬材料,例如CBN或PCD的至少一个功能层的硬质材料的单件。 此外,还提出了另一种用于加工的工具和一种用于制造工具头的方法。

    • 33. 发明申请
    • REAMING TOOL WITH A GUIDE SHANK
    • 铰刀,并具领导PARTNERSHIP
    • WO01064378A1
    • 2001-09-07
    • PCT/EP2001/001772
    • 2001-02-17
    • B23D77/04B23B31/11B23D77/02B23D77/14B23P15/46
    • B23D77/14B23B31/1107B23B31/1122B23D77/02B23P15/46Y10T29/49895Y10T29/49947Y10T408/5586Y10T408/906Y10T409/30952
    • The invention relates to a reaming tool for reaming out several axially interspaced borings (14) of a workpiece (12). The reaming tool comprises a guide shank (16) which can be clamped into a machine spindle and which can be supported in prepared borings (14) of the workpiece (12) to be machined using external supporting elements (18). The reaming tool also comprises a reaming head (26) which coaxially connects on the front end thereof. In order to be able to easily change a worn tool, the invention provides that the reaming head (26) can be connected to the guide shank (16) by means of an auto-centering clamping mechanism (30), and that the supporting elements (18) positioned in the proximity of the clamping mechanism (30) can, during a clamping process, be radially spread in an at least partial manner from a dimension smaller than that of the diameter to a predetermined diameter guide dimension.
    • 本发明涉及一种用于铰孔的多个工件(12)的间隔开的轴向间隔开的孔(14)的扩孔工具。 扩孔工具包括由外侧支承元件(18)支承的导向轴(16),并且在随后的铰削头(26)的其端面端同轴的方式在机器主轴上的可夹紧的,在工件的准备的孔(14)被加工(12)。 为了使在Verschleissfalle一个简单的工具的变化,它是按照本发明所提出的是,铰削头(26)通过一个自定心夹持机构(30)与所述引导轴(16)的装置是可连接的,并且定位在支撑元件的夹紧机构(30)的附近( 18)被径向地夹紧操作过程中从一个直径筛至预定直径尺寸导向膨胀至少部分。
    • 40. 发明授权
    • Method of making a reamer, and a reamer made in accordance with this
method
    • 制造铰刀的方法和根据该方法制造的铰刀
    • US4086733A
    • 1978-05-02
    • US694482
    • 1976-06-09
    • Istvan Vig
    • Istvan Vig
    • B23D77/02B23P15/46B24B1/00
    • B23P15/46B23D77/02B23D2277/203B23D2277/54Y10T407/1962Y10T408/9097
    • A reamer is provided with substantially helical extending carbide-bladed teeth by forming a reamer body having roughly shaped helical teeth thereon along the front face of each tooth a groove extending rectilinearly lengthwise and obliquely to the reamer axis, inserting into each such groove a small straight carbide strip shaped to fit snugly within the groove, the height of the strip being such that its upper end projects radially, over its whole length, above the tooth end and also beyond the extended diameter of the reamer, such strip also extending obliquely of the reamer axis, and subjecting each such strip to a grinding operation in which its upper end projecting beyond the reamer diameter is first rounded off to conform to the reamer diameter and a first cutting edge is formed at the leading edge thereof, and then the end portion of the strip is separately ground to produce a main cutting edge inclined at an angle to said first cutting edge in the direction of said reamer axis.
    • 通过在每个齿的前表面上形成具有大致呈螺旋形的螺旋齿的扩孔器主体,该铰刀主体沿纵向和纵向延伸至扩孔器轴线,该凹槽沿纵向和纵向延伸到每个这样的凹槽中, 硬质合金条被成形为紧密地配合在槽内,该条带的高度使得其上端在其整个长度上径向突出,在齿端之上并且也超过扩孔器的延伸直径,这样的条也倾斜地延伸 扩孔器轴线,并且对每个这样的带材进行磨削操作,其中其上端突出超过扩孔铣刀直径的研磨操作首先被倒圆以符合扩孔器直径,并且在其前缘处形成第一切削刃,然后端部 分开地研磨以产生沿所述铰刀轴线的方向与所述第一切削刃成一角度倾斜的主切削刃。