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    • 51. 发明申请
    • TOOL TIP AND TOOL BODY ASSEMBLY
    • 工具提示和工具身体装配
    • WO01045885A1
    • 2001-06-28
    • PCT/SE2000/002526
    • 2000-12-13
    • B23B51/00
    • B23B51/00B23B2250/12B23B2251/02B23B2260/132Y10S408/713Y10T408/455Y10T408/78Y10T408/907Y10T408/9097Y10T408/90993
    • A tool tip and tool body assembly includes a tool tip having a first end for contacting a workpiece and a second end, the second end having a patterned surface of recesses and protrusions, and at least one through hole extending through the tool tip from the second end. A tool body has a first end having a patterned surface corresponding to the patterned surface of the tool tip for mating with the patterned surface of the tool tip, and at least one threaded hole adapted to align with the at least one through hole in the tool tip. At least one fastener having a threaded end and a securing end is provided, the fastener extending through the at least one through hole such that the securing end abuts against a surface in the at least one through hole, the threaded end mating with threads in the threaded hole. Torque is transmitted between the tool tip and the tool body solely by the at least one fastener and the patterned surface of the tool tip and the patterned surface of the tool body.
    • 工具尖端和工具主体组件包括具有用于接触工件的第一端和第二端的工具尖端,第二端具有凹槽和突起的图案化表面,以及至少一个从第二端延伸穿过工具尖端的通孔 结束。 工具主体具有第一端,其具有对应于工具尖端的图案化表面的图案化表面,用于与工具尖端的图案化表面配合,并且至少一个螺纹孔适于与工具中的至少一个通孔对准 小费。 提供了至少一个具有螺纹端和固定端的紧固件,所述紧固件延伸穿过所述至少一个通孔,使得所述紧固端抵靠所述至少一个通孔中的表面,所述螺纹端与所述至少一个通孔中的螺纹配合 螺纹孔。 扭矩通过至少一个紧固件和工具尖端的图案化表面和工具主体的图案化表面仅在工具尖端和工具主体之间传递。
    • 52. 发明申请
    • DRILL BIT HAVING A REPLACEABLE CUTTING HEAD
    • 具有可互换切割头钻
    • WO01008840A1
    • 2001-02-08
    • PCT/EP2000/004851
    • 2000-05-27
    • B23B51/00B23B51/02
    • B23B51/02B23B2251/02Y10S408/713Y10T408/78Y10T408/907Y10T408/9097Y10T408/90993
    • The invention relates to a drill bit comprising a drill bit shaft (1), a cutting insert (2) which is detachably fixed thereto and which forms the tip area of the drill bit, and comprises a flute (3) that continues into the cutting insert (2). Said cutting insert rests, with a bearing surface (6) extending orthogonal to the center longitudinal axis (8) of the drill bit, on the face (7) of the drill bit shaft (1) and extends with a fixing stud (9), which centrally protrudes from the bearing surface (6), into a receiving recess (10) which is configured complementary thereto and which is provided in the face (7) of the drill bit shaft (1). At least one peripheral section (13) of the fixing stud (9) comprises a first longitudinal section (15) that, with a screw surface (16) which points away from the drill bit shaft (1), which slopes upward to the drill bit tip (5) in a direction of rotation of the drill bit, and which interacts with an opposite surface (19) on the inner wall (14) of the receiving recess (10), merges into a second longitudinal section (17).
    • 在用钻头轴(1)和一个在其上的钻头可拆卸地固定,形成钻头切削刀片(2)的前端部,并且在所述切削刀片(2)代入持续长笛(3)。 与垂直于延伸的邻接表面钻头的中心纵向轴线(8)(6)上的端面(7)的钻柄(1)。 集中从承载表面(6)突出的固定销(9)和一个互补构造,以在端面接收凹槽(10)(7)的钻柄(1)。 紧固销(9)的至少一个外围部分(13)具有朝向与所述钻轴(1)上升且具有相对面(19)的第一纵向部分(15),地标,在Bohrdrehsinn(18)钻尖(5) 接收凹部(10)的内壁(14)在合并的第二纵向部分(17)配合的螺旋形表面(16)。
    • 53. 发明申请
    • TOOLING OUTFIT WITH INTERCHANGEABLE INSERT FOR MACHINING PROFILED SEATS
    • 使用可互换插件加工配置座椅
    • WO00045984A1
    • 2000-08-10
    • PCT/FR2000/000207
    • 2000-01-28
    • B23C3/05
    • B23C3/055Y10S408/713Y10T408/5587Y10T408/906Y10T408/90993
    • The invention concerns a tooling outfit wherein the insert-holder (20) cradle (22) is in the shape of a right-angled trihedron and is transversely inclined by rotation about an axis (D) corresponding to a generator of the conical bearing of the seat to be produced, while the cutting edges (13 to 15) of the insert (21) are produced in a blank comprising three bearing surfaces forming a right-angled trihedron, namely a dorsal surface (21d), a longitudinal surface (21l) and rear surface (21p), and whereof the other longitudinal surface (21t), and the front surface (21a) remain unwrought, are in tool back clearance from the front surface (21f), the main cutting edge (13) being produced such that its middle point (Pm) coincides with a reference point (Pr) of the axis of inclination (D) and located on said axis at a constant distance from the cradle (22) trihedron apex.
    • 本发明涉及一种加工装置,其中插入架(20)支架(22)为直角三面体形状,并且通过围绕对应于锥形轴承的发电机的轴线(D)横向倾斜 并且插入件(21)的切削刃(13至15)以包括形成直角三面体(即,背面)的三个轴承表面,纵向表面(21l), 和后表面(21p),并且另一个纵向表面(21t)和前表面(21a)保持未被锻造的前表面(21p)与前表面(21f)处于工具后间隙中,主切削刃(13)被制造成 其中点(Pm)与倾斜轴线(D)的参考点(Pr)重合,并且位于距离托架(22)三面体顶点恒定距离的所述轴线上。
    • 55. 发明申请
    • ROTATABLE TYPE MACHINE TOOL
    • 可旋转式机床
    • WO1996033833A1
    • 1996-10-31
    • PCT/AU1996000234
    • 1996-04-23
    • ZIEGLER, Karl
    • B23B29/08
    • B23B29/03407B23B29/046B23B31/11Y10T407/1914Y10T407/193Y10T407/222Y10T407/2224Y10T408/8598Y10T408/85995Y10T408/885Y10T408/90993
    • A rotatable machine tool such as a precision boring tool has a head (2) that is detachably mounted on a shank type driving element (3). The head carries a removable cutting tip (9) and includes a bearing point (8) that wedgingly seats within a transverse slideway (7) in driving element (3). A slide (11), which is mounted in through bore (20) in head (2), has a male member (10) attached thereto which passes through a slot (24) extending between the bore (20) and an end face (19) of the head (2). Male member (10) is received within a bore (12) in driving element (3). A clamping screw (13) in drive element (3) interacts with male member (10) to cam it inwardly thereby clamping head (2) in position on drive element (3). The head (2) is transversely adjustable within slideway (7) by loosening screw (13) and adjusting opposed screws (32, 33) in head (2) which act on male member (10). The invention provides a driving interconnection between the drive element (3) and head (2) that is highly rigid, provides for easy diameter-wise adjustment of the head and is readily able to be assembled and disassembled for exchange of one head for another.
    • 诸如精密钻孔工具的可旋转机床具有可拆卸地安装在柄型驱动元件(3)上的头部(2)。 头部携带可移除的切割尖端(9)并且包括楔形地位于驱动元件(3)中的横向滑道(7)内的支承点(8)。 安装在头部(2)中的通孔(20)中的滑块(11)具有附接到其上的阳构件(10),该阳构件穿过在孔(20)和端面(20)之间延伸的狭槽(24) (2)。 阳构件(10)容纳在驱动元件(3)中的孔(12)内。 驱动元件(3)中的夹紧螺钉(13)与阳构件(10)相互作用以向内凸轮,从而将头部(2)夹紧在驱动元件(3)上的适当位置。 头部(2)通过松开螺钉(13)并调节作用在阳构件(10)上的头部(2)中的相对螺钉(32,33),在滑道(7)内可横​​向调节。 本发明提供驱动元件(3)和高度刚性的头部(2)之间的驱动互连,提供容易地直接调节头部并且能够容易地组装和拆卸以便将一个头部更换为另一个头部。
    • 58. 发明申请
    • METHOD AND APPARATUS FOR A LINEAL MACHINE TOOL
    • 一种线性机床的方法与装置
    • WO1991015321A1
    • 1991-10-17
    • PCT/US1990001727
    • 1990-04-02
    • WESTHOFF TOOL AND DIE COMPANY
    • WESTHOFF TOOL AND DIE COMPANYALLEMANN, James, D.
    • B23C05/26
    • B23C5/28B23B31/1075B23C5/2208B23C2220/48B23C2220/56B23C2250/12Y10T279/16Y10T408/89Y10T408/90993Y10T408/957Y10T409/303808Y10T409/309408Y10T409/30952
    • A cutting tool (20) for a lineal milling machine has a female tapered surface (26) for close tolerance matching to the outer, male tapered surface (32) on the outside of the spindle (22) which mounts the cutting tool (20) to provide the maximum width of support for the cutting edge (46). The cutting edges (46) comnprise a plurality of carbide inserts (48), each with its own flute (50) formed in the body (24) of the tool, such that as the cutting tool (20) is rotated at high speed an annulus of cutting surface is created which is ideally suited for use with the following method. A new method for lineal machining includes the steps of advancing the cutting tool (20) into the workpiece to form a substantially accurate edge, retracting the cutting tool (20) from the workpiece, indexing the cutting tool (20) to an overlapping position, and then advancing the cutting tool (20) into the workpiece to remove the amount of overlap, with those steps being repeated to mill pocket openings or for any other lineal milling application.
    • 用于直线铣床的切割工具(20)具有阴锥形表面(26),用于与安装切割工具(20)的主轴(22)的外侧上的外凸形锥形表面(32)进行紧密公差匹配, 以提供用于切削刃(46)的最大支撑宽度。 切削刃(46)包括多个硬质合金刀片(48),每个硬质合金刀片(48)各自具有形成在刀具本体(24)中的自己的凹槽(50),使得当切削刀具(20)以高速旋转时 产生切割面的环形,这是理想的适用于以下方法。 用于线性加工的新方法包括以下步骤:将切削工具(20)推进到工件中以形成基本上精确的边缘,使切削工具(20)从工件回缩,将切割工具(20)分度到重叠位置, 然后将切割工具(20)推进到工件中以去除重叠量,重复这些步骤以研磨口袋开口或用于任何其它直线铣削应用。
    • 60. 发明申请
    • DREHANTREIBBARES WERKZEUG ZUR SPANABTRAGENDEN BEARBEITUNG MIT EINEM SCHNEIDORGAN
    • 旋转刀具用于切削刀具的切削加工
    • WO2009129792A2
    • 2009-10-29
    • PCT/DE2009/000536
    • 2009-04-22
    • GÜHRING OHGKLETTENHEIMER, MarkusSCHLAGENHAUF, Uwe
    • KLETTENHEIMER, MarkusSCHLAGENHAUF, Uwe
    • B23B51/00
    • B23B51/02B23B51/06B23B2251/02Y10S408/713Y10T408/45Y10T408/906Y10T408/90993
    • Es wird ein drehantreibbares Werkzeug zur spanabtragenden Bearbeitung, insbesondere Bohrwerkzeug mit einem Schneidorgan (2) sowie einem Halter (3) mit einem Schaftteil vorgeschlagen, wobei am Schneidorgan (2) zumindest eine Schneide (6) und ein schwalbenschwanzförmiger Bereich (10) und am Halter (3) eine dazu passende Schwalbenschwanz-Ausnehmung (13) ausgebildet ist, wobei das Schneidorgan (2) und die passende Schwalbenschwanz-Ausnehmung (13) derart aufeinander abgestimmt sind, dass das Schneidorgan (2) nur lateral zu einer Längsachse des Halters (3) in den Halter (3) eingeschoben werden kann, wobei zur Fixierung des Schneidorgans (2) gegenüberliegende Flankenabschnitte (18, 19) der Schwalbenschwanz-Ausnehmung (10), zwischen welchen der schwalbenschwanzförmige Bereich (10) bestimmungsgemäß angeordnet ist, über eine Schraubverbindung (4) im Halter (3) aufeinander zu bewegbar sind und wobei das Schneidorgan (2) beim Fixieren durch die Schraubverbindung (4) eine Kraft in axialer Richtung erfährt. Die Erfindung zeichnet sich dadurch aus, dass das Schneidorgan ein Schneidkopf (2) ist, und dass die Kraft in axialer Richtung ausschließlich durch den schwalbenschwanzf örmigen Bereich (10) in Zusammenwirkung der Schwalbenschwanz-Ausnehmung (13) im Halter (3) bereitgestellt ist.
    • 建议用的轴部,用于切削加工的一可旋转驱动的工具,特别是钻孔工具与切割构件(2)和保持器(3),其中,所述切割构件(2)的至少一个切削刃(6)和 燕尾&oUML波状区域(10)和夹持器(3)的匹配燕尾凹陷(13)形成,其特征在于,所述切割构件(2)和所述匹配燕尾凹陷(13)相协调,使得切割构件(2 )仅横向于LÄ在保持器保持件(3)的可被推纵向轴线(3),其特征在于,用于固定所述燕尾凹槽的切割构件(2)对导航用途berliegende侧翼部(18,19)(10)之间,其 燕尾形区域(10)旨在用于根据本发明; 被布置在在所述保持器(3)朝向彼此的螺钉(4)是可移动的,并且其中所述切割构件(2)通过螺钉(4)在轴向方向上ERF&AUML的力固定时; HRT。 本发明的特征在于,所述切割构件是切割头(2),并通过楔形榫和OUML的在轴向方向上ROAD巫妖专门力;在保持器中的燕尾槽(13)的合作形区域(10)(3 )。