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    • 54. 发明申请
    • CUTTING TOOL RETENTION SYSTEM
    • 切割工具保持系统
    • WO1997041334A1
    • 1997-11-06
    • PCT/US1997001670
    • 1997-02-11
    • KENNAMETAL INC.
    • KENNAMETAL INC.MASSA, Ted, R.MONTGOMERY, Robert, H., Jr.
    • E21C35/197
    • E21C35/197
    • A cutting tool retention system for retaining a cutting tool having a tool recess. The cutting tool retention system comprises a support block having a block bore and a block recess intersecting the block bore and a clip movably situated in the block recess, the clip having a spring structure which engages the support block and urges the clip into an engaging relationship with the tool recess of the cutting tool situated within the block bore, the spring structure allowing the clip to be disengaged from an engaging relationship with the tool recess of the cutting tool situated within the block bore by applying force directly to the clip so as to overcome the urging of the spring structure.
    • 一种用于保持具有工具凹口的切削工具的切削刀具保持系统。 切割工具保持系统包括具有块孔的支撑块和与块孔相交的块凹槽和可移动地位于块凹部中的夹子,夹具具有接合支撑块的弹簧结构并且将夹子推入接合关系 其中切削工具的工具凹槽位于嵌段孔内,弹簧结构允许夹具通过直接施加到夹子上而与位于嵌入孔内的切削工具的工具凹槽的接合关系脱离,以便 克服了春季结构的推动。
    • 56. 发明申请
    • CUTTING TOOL HOLDER RETENTION SYSTEM
    • 切割工具保持系统
    • WO1997005363A1
    • 1997-02-13
    • PCT/US1996012069
    • 1996-07-19
    • KENNAMETAL INC.
    • KENNAMETAL INC.SIDDLE, David, R.MASSA, Ted, R.
    • E21C35/193
    • E21C35/19E21C35/1933E21C2035/191
    • An excavation cutting tool holder retention system. The cutting tool holder retention system includes a cutting tool holder having a holder engagement surface and a support block having a tool holder bore into which the cutting tool holder is inserted. A pin having a pin engagement surface is movably mounted to the support block such that the pin engagement surface may be moved to engage the holder engagement surface. At least one of the holder and pin engagement surfaces defines an inclined surface such that when the pin engagement surface is moved to engage the holder engagement surface, the shank portion of the cutting tool holder will be drawn into the tool holder bore. In the preferred embodiment, at least one of the shank portion of the cutting tool holder and tool holder bore is tapered such that the shank portion of the cutting tool holder will be drawn and wedged into the tool holder bore of the support block when the pin engagement surface is moved to engage the holder engagement surface.
    • 挖掘刀具保持架系统。 切割工具保持器保持系统包括具有保持器接合表面的切割工具保持器和具有刀具保持器孔的支撑块,刀具保持器插入其中。 具有销接合表面的销可移动地安装到支撑块,使得销接合表面可以移动以接合保持器接合表面。 保持器和销接合表面中的至少一个限定了倾斜表面,使得当销接合表面移动以接合保持器接合表面时,切割工具保持器的柄部分将被拉入工具保持器孔。 在优选实施例中,刀具保持器的刀柄部分和工具保持器孔中的至少一个是锥形的,使得当刀销的刀片部分被拉出并楔入到支撑块的刀架孔中时 接合表面被移动以接合保持器接合表面。
    • 58. 发明申请
    • TOOL UNIT CLAMPING APPARATUS HAVING A LOCKING MECHANISM WITH INCREASED GRIPPING FORCE
    • 具有增加运输力的锁定机构的工具单元夹紧装置
    • WO1996029168A1
    • 1996-09-26
    • PCT/US1996001510
    • 1996-02-05
    • KENNAMETAL INC.
    • KENNAMETAL INC.ERICKSON, Robert, Alfred
    • B23B29/04
    • B23B31/1071B23B29/046B23B31/30Y10T82/2585Y10T82/2589Y10T279/1041Y10T408/95Y10T409/309408Y10T409/309464Y10T409/30952
    • A clamping apparatus (35) for detachably connecting a tool unit (10) to a tool supporter (37) with increased holding force is provided. The clamping apparatus (35) includes a housing (41), a pair of opposing locking spheres (57a, b) within the housing (41), a cylindrical canister member (39) mounted within the housing (41) that is matable with an insert-supporting tool unit (10) and which has a pair of opposing apertures (55a, b) in its sidewalls for conducting the locking spheres (57a, b) from a locking to an unlocking position, and a lock rod (60) reciprocally movable within the interior of the canister member (39) along an axis (A) and having opposing cam portions (64a, b) for radially moving the locking spheres (57a, b) through the canister apertures (55a, b) into wedging engagement with opposing angled walls (30) of sphere receiving openings (20) in the tool unit (10). To increase the mechanical advantage of the wedging action between the locking spheres (57a, b) and the angled walls (30) of the tool unit (10), the aperture walls (56) of the canister member (39) are angled with respect to a line (R) extending radially from the lock rod axis (A) to reduce the angle between the aperture wall (56) and the tool unit wall (30). Such angling increases the force of wedging and locking engagement between the locking spheres (57a, b) and the angled walls (30) of the tool unit (10). In the preferred embodiment, the aperture walls (56) are angled 15 DEG with respect to the aforementioned radial line (R), thereby increasing the holding force of the clamping mechanism (35) by 30 %.
    • 提供了一种用于以增加的保持力将工具单元(10)可拆卸地连接到工具支撑件(37)的夹紧装置(35)。 夹紧装置(35)包括壳体(41),壳体(41)内的一对相对的锁定球体(57a,b);安装在壳体(41)内的圆柱形罐构件(39) 插入支撑工具单元(10),并且在其侧壁中具有一对相对的孔(55a,b),用于将锁定球体(57a,b)从锁定位置解锁到解锁位置,以及锁定杆(60) 可沿着轴线(A)在罐构件(39)的内部移动并且具有用于使锁定球体(57a,b)通过罐孔(55a,b)径向移动的相对的凸轮部分(64a,b)成为楔入接合 在工具单元(10)中具有球体接收开口(20)的相对的倾斜壁(30)。 为了增加锁定球体(57a,b)和工具单元(10)的倾斜壁(30)之间的楔入动作的机械优点,罐构件(39)的孔壁(56)相对于 到从锁定杆轴线(A)径向延伸的线(R),以减小孔壁(56)和工具单元壁(30)之间的角度。 这种角度增加了锁定球体(57a,b)与工具单元(10)的倾斜壁(30)之间的楔入和锁定接合的力。 在优选实施例中,孔壁(56)相对于上述径向线(R)成15°角度,从而将夹紧机构(35)的夹持力增加30%。
    • 59. 发明申请
    • CUTTING INSERT HAVING A CHIPBREAKER FOR THIN CHIPS
    • 切割刀片有一个芯片的薄片
    • WO1996020802A1
    • 1996-07-11
    • PCT/US1995014507
    • 1995-11-09
    • KENNAMETAL INC.
    • KENNAMETAL INC.NIEBAUER, Kenneth, L.
    • B23B27/14
    • B23B51/048B23B27/141B23B2200/323Y10T407/235Y10T407/245
    • A cutting insert (1) having a chipbreaking configuration for effectively embrittling and breaking thin, foil-like chips (61) produced by drilling or other fine-cutting operations is provided. The cutting insert (1) includes a polygonal insert body (3) having a top surface (5), a side relief surface (9), and a cutting edge (11) defined therebetween, and a chipbreaker (23) formed by an elongated groove (25) disposed on the top surface (5) behind the cutting edge (11) in combination with a plurality of recesses (27) disposed over the groove (25) having opposing side edges (43). The back wall (34) of the groove (25) applies curling forces to the chips (61), while the opposing side edges (43) of the recesses (27) engage and corrugate the chips (61) thereby embrittling them by work-hardening. The corrugated chips are broken by the curling forces applied by the back (34) and rear (42) walls of the groove (25) and the recesses (27) into small pieces that are easily expelled from the vicinity of the cutting operation.
    • 提供了一种切削刀片(1),其具有用于有效地破碎和断裂通过钻孔或其它精细切割操作产生的薄的箔状切屑(61)的破碎构造。 切削刀片(1)包括具有顶表面(5),侧面浮雕表面(9)和限定在其间的切割刃(11)的多边形刀片体(3)和由细长的 与设置在具有相对的侧边缘(43)的凹槽(25)上的多个凹部(27)组合地设置在切割边缘(11)后面的顶表面(5)上的凹槽(25)。 凹槽(25)的后壁(34)向芯片(61)施加卷曲力,同时凹部(27)的相对的侧边缘(43)接合并使芯片(61)波纹化,从而通过工作 - 硬化。 波纹状碎屑被由槽25的后部34和后部42施加的卷曲力和凹部27分解成容易从切割操作附近排出的小块。