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    • 7. 发明申请
    • Milling tool
    • 铣削工具
    • US20140072376A1
    • 2014-03-13
    • US14018595
    • 2013-09-05
    • SANDVIK INTELLECTUAL PROPERTY AB
    • Sture SJOO
    • B23F21/16
    • B23F21/166B23C5/2204B23C5/2208B23C5/2221B23C2200/0494B23C2200/361B23C2200/362B23C2210/168B23C2210/244B23F21/146Y10T407/1725Y10T407/23
    • The invention relates to a milling tool for gear milling. The tool body is equipped with tangentially mounted milling inserts having four cutting edges and two holes, only one of which is utilized for a fixing screw in two of totally four index positions. By locating a screw hole in the seat of the milling insert at a distance from the radial support surface of the seat that is greater than the distance between an individual hole and a distal end of the milling insert, a clamping force is provided by means of the inherent elasticity of the fixing screw. In such a way, the milling insert is pressed against the radial support surface. By means of a transversal eccentricity, the milling insert is also pressed against a tangential support surface in the seat. By means of this construction, the two holes in differently long milling inserts can be formed with equally large distances from distal ends. Thereby, one and the same tool body can be equipped with differently long milling inserts.
    • 本发明涉及一种用于齿轮铣削的铣刀。 工具主体配有切向安装的铣削刀片,其具有四个切削刃和两个孔,其中仅一个用于固定螺钉,其中两个总共四个索引位置。 通过将铣削刀片的座中的螺钉孔定位在与座椅的径向支撑表面相距一定距离处,该距离大于铣削刀片的单独孔和远端之间的距离,夹紧力通过 固定螺丝的固有弹性。 以这种方式,铣削刀片被压靠在径向支撑表面上。 通过横向偏心,铣削刀片也被压靠在座椅中的切向支撑表面上。 通过这种结构,不同长度的铣削刀片中的两个孔可以从远端形成相同大的距离。 因此,同一个工具主体可配备不同长度的铣削刀片。
    • 9. 发明申请
    • INSERT TYPE CUTTING INSTRUMENT AND INSERT, METHOD FOR ATTACHING INSERT TO INSERT MAIN BODY
    • 插入式切割仪器和插件,连接插件插入主体的方法
    • US20070177951A1
    • 2007-08-02
    • US11627500
    • 2007-01-26
    • Tomoyoshi SakamotoTouru Narita
    • Tomoyoshi SakamotoTouru Narita
    • B23C5/00
    • B23C5/2221B23C5/109B23C2200/203B23C2200/286B23C2200/362B23C2210/045B23C2210/0457B23C2210/168Y10T407/192Y10T407/1924Y10T407/1936Y10T407/1946Y10T407/1948Y10T407/23
    • This insert type cutting instrument includes: an insert formed as a flat polygonal plate, and which has an upper surface formed as a rake surface and a lower surface; an instrument main body which has a recessed portion formed on an outer side surface of a head portion of the instrument main body; and an insert seat formed on a wall surface of the recessed portion facing in a normal rotation direction of the instrument main body, and to which the insert is attached so that the upper surface of the insert faces in the normal rotation direction of the instrument main body. A first through-hole and a second through-hole are formed in the insert. A first screw hole and a second screw hole are formed in the insert seat of the instrument main body so that the first screw hole separates from the second screw hole in an axial direction of the instrument main body. The insert is mounted on the insert seat so that the center of the first screw hole is located closer to the axis than the center of the first through-hole and is located closer to a base end of the instrument main body than the center of the first through-hole, and the center of the second screw hole is located closer to the axis than a center of the second through-hole and is located closer to the base end of the instrument main body than the center of the second through-hole. A degree θ1 of a first inclination angle formed by the intersection of a straight line passing through the center of the first screw hole and the center of the first through-hole with the axis is equal to or less than a degree θ2 of a second inclination angle formed by the intersection of a straight line passing through the center of the second screw hole and the center of the second through-hole with the axis.
    • 这种插入式切割器具包括:形成为平坦多边形板的插入件,并且具有形成为前刀面和下表面的上表面; 仪器主体,具有形成在仪器主体的头部的外侧表面上的凹部; 以及插入座,其形成在所述凹部的与所述器具主体的正常旋转方向相对的壁面上,并且所述插入件被安装到所述插入件上,使得所述插入件的上表面在所述器械主体的正常旋转方向上面对 身体。 第一通孔和第二通孔形成在插入件中。 第一螺纹孔和第二螺纹孔形成在仪器主体的插入座中,使得第一螺纹孔沿着仪器主体的轴向与第二螺钉孔分离。 插入件安装在插入座上,使得第一螺钉孔的中心比第一通孔的中心更靠近轴线,并且位于比主体的中心更靠近仪器主体的基端 第一通孔,第二螺孔的中心比第二通孔的中心更靠近轴线,并且位于比第二通孔的中心更靠近仪器主体的基端 。 由通过第一螺孔的中心的直线与第一通孔的中心与轴的交点形成的第一倾斜角度θ1等于或小于第二倾斜角度θ2 由穿过第二螺孔的中心的直线与第二通孔的中心与轴线的交点形成的角度。