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    • 94. 发明申请
    • METHOD AND APPARATUS FOR HONING AN ELONGATE ROTARY TOOL
    • 用于获得优质旋转工具的方法和装置
    • WO1997035686A1
    • 1997-10-02
    • PCT/US1997000844
    • 1997-01-15
    • KENNAMETAL INC.
    • KENNAMETAL INC.SHAFFER, William, R.
    • B24B03/24
    • B24C11/005B24B1/00B24B3/24B24C1/02B24C3/22Y10T408/78Y10T408/909
    • A method of, and apparatus for, treating an elongate rotary tool (22) that presents a sharp cutting edge (30) are described. The method includes the steps of emitting under pressure from a nozzle (60) an abrasive fluid stream comprising an abrasive grit entrained in a fluid; and impinging the abrasive fluid stream against the sharp cutting edge (30) of the elongate rotary tool (22) for a preselected time so as to transform the sharp cutting edge (30) into a relatively uniformly honed edge. The apparatus (50) includes a rotatable fixture (54) that releasably holds the elongate rotary tool (22). A nozzle (60) that emits under pressure an abrasive steam. The nozzle (60) and the elongate rotary tool (22) are relatively moveable so that the abrasive stream impinges the entire length of the sharp cutting edge (30).
    • 描述了一种用于处理呈现锋利的切割边缘(30)的细长旋转工具(22)的方法和设备。 该方法包括以下步骤:在喷嘴(60)的压力下发射包含夹带在流体中的磨料砂粒的磨料流; 并将磨料流体流冲击细长旋转工具(22)的锋利切割边缘(30)预定的时间,以将锋利的切割边缘(30)变换成相对均匀的磨削边缘。 该设备(50)包括一个可释放地保持细长旋转工具(22)的可旋转夹具(54)。 喷嘴(60),其在压力下发射研磨蒸汽。 喷嘴(60)和细长旋转工具(22)相对可移动,使得磨料流冲击锋利的切削刃(30)的整个长度。
    • 95. 发明申请
    • HIGH SPEED ROTATING TOOL
    • 高速旋转工具
    • WO1997023322A1
    • 1997-07-03
    • PCT/US1996016935
    • 1996-10-22
    • KENNAMETAL INC.
    • KENNAMETAL INC.FELDSINE, Timothy, R.
    • B23C05/00
    • B23C5/006B23C2222/28B23C2226/315B23C2250/04B23C2250/08Y10T407/1904Y10T407/1908
    • A rotating tool (10) mateable with the spindle of a machine tool for high speed rotation is disclosed. The tool is comprised of a shank (12) and a disk (14). The disk (14) has attached to its periphery cutting inserts (20). These inserts (20) may be attached directly to recesses in the disk or to lugs (22) protruding from the disk (14). If the inserts are attached to lugs (22), then the disk (14) will further have opposing counterweight lugs (24) protruding from the disk (14) in an opposite direction. A band (34) of high tenacity material extends around the disk (14) to restrain radial expansion. Additionally, the disk (14) may be encompassed in a restraining material to restrain any disk parts that may separate from the disk body.
    • 公开了一种与用于高速旋转的机床的主轴配合的旋转工具(10)。 工具由柄(12)和盘(14)组成。 盘(14)已经附接到其周边切削刀片(20)。 这些插入件(20)可以直接附接到盘中的凹部或从盘(14)突出的凸耳(22)。 如果插入件附接到凸耳(22)上,则盘(14)将进一步具有相反的配重凸耳(24),该凸耳在相反的方向从盘(14)突出。 高强度材料的带(34)围绕盘(14)延伸以限制径向膨胀。 此外,盘(14)可以包围在约束材料中以限制可以与盘体分离的任何盘部分。
    • 96. 发明申请
    • CUTTING TOOL WITH INSERT CLAMPING MECHANISM
    • 切割工具与插入夹紧机制
    • WO1997010911A1
    • 1997-03-27
    • PCT/US1996012931
    • 1996-08-06
    • KENNAMETAL INC.
    • KENNAMETAL INC.OSHNOCK, Robert, E.ERICKSON, Robert, A.
    • B23B27/04
    • B23B27/045B23B2205/02B23B2260/124Y10T407/2288Y10T407/25
    • A cutting tool assembly (1) clamping mechanism (5) which secures a cutting insert (3) for performing cutoff, grooving, slotting, and profiling operations. The clamping mechanism (5) has resilient upper and lower clamping jaws (7, 9) for receiving and securing the insert (3). The cutting insert (3) has front and top faces (13, 15) that define a cutting edge (21) at an intersection thereof, a back face (25), and adjacent proximal and distal bottom faces (27, 29) contiguous with said front and back faces (13, 25) that define an angular lower seating portion (30). The lower clamping jaw (9) of the clamping mechanism (5) includes proximal and distal pocket surfaces (59, 67) forming an angularly recessed jaw portion that is complementary in shape to the angular seating portion (30) of the insert (3). The distal pocket surface (67) of the lower clamping jaw (9) is oriented with the proximal pocket surface (59) to form a stop for limiting the extent that the insert (3) may be received between the clamping jaws (7, 9). This orientation further redirects a component of the cutting force (F) on the insert (3) toward the top face (15) thereof in order to wedgingly engage the top face (15) of the insert (3) against the top pocket surface (45) of the upper clamping jaws (9), thereby enhancing the clamping force that the jaws (7, 9) apply to the insert (3).
    • 一种切割工具组件(1)夹紧机构(5),其固定用于进行切割,切槽,开槽和轮廓操作的切削刀片(3)。 夹紧机构(5)具有用于接收和固定插入件(3)的弹性上下夹爪(7,9)。 切削刀片(3)具有在其相交处限定切削刃(21)的前表面和顶面(13,15),后表面(25)以及邻近的近端和远端底面(27,29) 所述前表面和后表面(13,25)限定有角度的下部安置部分(30)。 夹紧机构(5)的下夹爪(9)包括形成与插入件(3)的角座部分(30)的形状互补的有角凹陷的夹爪部分的近端和远端袋表面(59,67) 。 下夹爪(9)的远端袋表面(67)被定位成具有近侧袋表面(59)以形成止挡件,用于限制插入件(3)可被夹在夹爪(7,9) )。 该取向进一步将切削力(F)的部件重新定位在插入件(3)上,使其朝向其顶面(15),以楔入地将插入件(3)的顶面(15)与顶部凹口表面 (9)的夹紧力(45),从而增强夹爪(7,9)施加在插入件(3)上的夹持力。
    • 100. 发明申请
    • PLUNGE AND FACE MILLING CUTTER WITH UNIVERSAL INSERT SEATS
    • 普通和正面铣刀与通用插座
    • WO1996023614A1
    • 1996-08-08
    • PCT/US1995016386
    • 1995-12-15
    • KENNAMETAL INC.
    • KENNAMETAL INC.MITCHELL, Robert, N.
    • B23C05/22
    • B23C5/2221B23C2200/123B23C2200/161B23C2200/203B23C2210/168Y10T407/191Y10T407/1924
    • A milling cutter (10) for performing plunge and face cutting operations on a workpiece with cutting inserts (36) having different shapes is provided that comprises a plurality of cutting inserts (36) having side and transverse cutting edges (43a,b); (44a,b), the transverse cutting edges (44a,b) being of different shapes for different inserts (36), a cutter body (12) having a plurality of recessed insert seats (26) for securably receiving the inserts (36), including a top shoulder (31) spaced apart from the transverse cutting edges (44a,b) of the inserts (36) for allowing the insert seat (26) to receive inserts (36) having transverse edges (44a,b) of different shapes, and a support structure for preventing relative movement between the cutting inserts (36) and their respective seats (26) along the side and transverse insert edges (43a,b); (44a,b). In the preferred embodiment, the support structure includes a rail-like projection (50) extending out of the back face (40) of the cutting inserts (36) that is substantially parallel to the side cutting edges (43a,b) of the insert (36), and a complementarily-shaped slot (32) in the bottom wall (28) of the seat, in combination with a shoulder (51a,b) formed in the insert seat (26) near but spaced apart from the top shoulder (31) of the seat (26), and a complementary recess (52) in the insert substantially parallel to its transverse cutting edges (44a,b).
    • 提供一种铣刀(10),用于对具有不同形状的切削刀片(36)在工件上进行切入和切面操作,该切削刀具包括多个切削刀片(36),该刀片具有侧切削刃和横切刃(43a,b); (44a,b),横向切削刃(44a,b)对于不同的刀片(36)具有不同的形状;切割器主体(12)具有多个用于牢固地接收刀片(36)的凹入的刀片座(26) 包括与插入件(36)的横向切削刃(44a,b)间隔开的顶部肩部(31),用于允许刀片座(26)接收具有不同的横向边缘(44a,b)的插入件(36) 形状和支撑结构,用于防止沿着侧面和横向插入边缘(43a,b)的切削刀片(36)和它们各自的座(26)之间的相对运动; 器(44a,b)中。 在优选实施例中,支撑结构包括从切削刀片(36)的背面(40)延伸出的大致平行于刀片的侧切削刃(43a,b)的轨道状突起(50) (36)和位于所述座的底壁(28)中的互补形状的狭槽(32),其与形成在所述插入座(26)中的肩顶(51a,b)组合,所述肩部(51a,b) (26)的上表面(31)和基本上平行于其横向切削刃(44a,b)的插入件中的互补凹部(52)。