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    • 2. 发明申请
    • MODULAR CUTTING TOOL ASSEMBLY
    • 模块式切割工具组装
    • WO9947298B1
    • 1999-11-11
    • PCT/IL9900146
    • 1999-03-16
    • ISCAR LTDSATRAN AMIRSOKOL RAFI
    • SATRAN AMIRSOKOL RAFI
    • B23B27/00B23B27/16B23B29/12
    • B23B27/1614B23B27/00B23B2200/0461B23B2200/168B23B2200/3627B23B2205/12Y10T407/2274Y10T407/23Y10T407/235Y10T407/28
    • A modular cutting tool assembly includes a tool holder having at least one insert receiving pocket, and at least two cutting inserts interchangeably receivable within the pocket. The pocket has a first lateral support surface forming an angle theta with a second lateral support surface as measured in a plane perpendicular to the pocket axis. Each of the cutting inserts has a peripheral flank surface configured to provide a number of abutment features appropriately angled for positioning in abutment with the lateral support surfaces. The peripheral flank surface of one cutting insert is further configured to provide at least two cutting points having a first nose angle, and the peripheral flank surface of the other cutting insert is further configured to provide at least two cutting points having a second nose angle different from the first nose angle.
    • 模块化切割工具组件包括具有至少一个插入物容纳袋的工具保持器和可互换地容纳在口袋内的至少两个切割插入件。 所述口袋具有第一横向支撑表面,所述第一横向支撑表面在垂直于所述凹穴轴线的平面中测量,形成具有第二横向支撑表面的角度θ。 每个切削刀片具有外围侧面,其构造成提供适当角度的多个邻接特征,用于与侧向支撑表面邻接。 一个切削刀片的外周侧表面还被构造成提供具有第一鼻角的至少两个切割点,并且另一个切削刀片的外周侧面进一步构造成提供至少两个具有第二鼻角不同的切割点 从第一个鼻角。
    • 6. 发明专利
    • CUTTING INSERT AND CUTTING TOOL THEREFOR
    • IL188502A
    • 2012-05-31
    • IL18850207
    • 2007-12-30
    • ISCAR LTDSATRAN AMIR
    • SATRAN AMIR
    • A cutting tool has at least one cutting insert seated therein. The cutting insert has a longitudinal axis, an upper surface, a lower surface and a peripheral surface that extends between the upper surface and the lower surface. At least a portion of an intersection between the upper surface and the peripheral surface constitutes a cutting edge. The lower surface has at least one set of base abutment surfaces, each set including at a least one major base abutment surface and at least one minor base abutment surface, the major and minor base abutment surfaces of a given set being spaced apart from one another along the longitudinal axis. When the lower surface has two such sets of base abutment surfaces, the major and minor base abutment surfaces of the first set are longitudinally displaced from the corresponding major and minor base abutment surfaces of the second set. Furthermore, the major and minor base abutment surfaces of the first set lie on a first base abutment plane while the major and minor base abutment surfaces of the second set lie on a second base abutment plane, the first and second base abutment planes forming a first non-zero angle therebetween.
    • 7. 发明专利
    • TANGENTIAL CUTTING INSERT HAVING A BASE PROTRUSION SEATING ARRANGEMENT
    • IL178813A
    • 2010-06-30
    • IL17881306
    • 2006-10-23
    • ISCAR LTDSATRAN AMIRATAR OSAMA
    • SATRAN AMIRATAR OSAMA
    • A tangential cutting insert has an insert body provided with a convex upper surface, a bottom surface provided with a cylindrical insert protrusion, and a peripheral side surface including a pair of opposing major side surfaces and a pair of opposing minor side surfaces. A sloped, major cutting edge in formed at the intersection of each major side surface with the top surface, the rake surface being formed in the major side surface. The bottom surface is provided with an insert protrusion abutment surface for seating the cutting insert. An insert recess is formed in the cylindrical insert protrusion, and this recess communicates with the insert's through bore. The cutting insert is seated in an insert pocket with the insert protrusion abutment surface in abutment with the pocket case. A cylindrical pocket protrusion rising from the pocket base and having a threaded bore formed therein enters the recess and is aligned with the insert's through bore. This allows the threads of a clamping screw to engage complementary threads formed in the threaded bore at a point that is close to the through bore.