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    • 8. 发明授权
    • Milling tool with precisely positionable inserts
    • 铣刀具精准定位刀片
    • US06280122B1
    • 2001-08-28
    • US09427756
    • 1999-10-27
    • Ingemar Qvarth
    • Ingemar Qvarth
    • B23C524
    • B23C5/207B23C5/2226B23C5/2278B23C5/2479Y10T407/1912Y10T407/1932Y10T407/1938Y10T407/1944
    • A cutter head of a milling tool is equipped with machining elements which can be fastened in respective recesses of a rotary body by one or more clamping wedges. On the rear side of the individual machining element there are serrations which co-operate with serrations formed in a rear wall of the recess. The serrations extend generally parallel to an axis of rotation of the cutter head. A bottom wall in the recess is divided into a plurality of wall parts which are separated by a first axially facing abutment surface against which an axially facing a second abutment surface on the machining element can be engaged, to define an exact initial mounting location for the machining element.
    • 铣刀的刀头配备有可以通过一个或多个夹紧楔紧固在旋转体的相应凹部中的加工元件。 在单个加工元件的后侧,存在与形成在凹部的后壁中的锯齿配合的锯齿。 锯齿通常平行于刀头的旋转轴线延伸。 凹槽中的底壁被分成多个壁部分,这些壁部分由第一轴向面对的邻接表面分开,加工元件上的轴向面对的第二邻接表面可以与其接合,以限定准确的初始安装位置 加工元件
    • 9. 发明授权
    • Method and milling tool to make deep grooves in a workpiece, especially
in rotors of generators and turbines
    • 方法和铣削工具在工件中形成深槽,特别是在发电机和涡轮机的转子中
    • US5676505A
    • 1997-10-14
    • US517595
    • 1995-08-22
    • Roland GaussRolf Vollmer
    • Roland GaussRolf Vollmer
    • B23C3/30B23C5/08B23C5/22
    • B23C3/30B23C5/08B23C5/2226B23C2220/36B23C2220/366Y10T407/1942Y10T407/1956Y10T409/303808
    • A deep groove, for example a groove in a rotor for a generator or turbine, can be formed in the rotor blank in only two sequential milling cuts, and wherein each milling cut, utilizing a single rotary milling cutter, carries out at the time both coarse cutting of the groove and finish cutting, for surface smoothing, of the coarse cut along the inner surfaces of the groove. The milling cutter carries cutter chips (22, 23, 25; 44, 46) retained against chip seats (27) in cutter chip cartridges (21, 210) wherein at least some of the cutter chips have at least one end cutting edge forming a main or coarse cutting edge (33, 35, 42; 45, 47) exposed from the respective cartridge and the tool body (13, 130) for main or coarse cutting. Some cutter chips located on the cartridges also have at least one fine or finish side cutting edge (36, 49) exposed for cutting. The chips having the at least one main cutting edge cut, each, a portion of the width of the grooves, so that the sequential chips and sequential cartridges coarsely cut the entire width of the groove. The chips having the fine or finish cutting edges in at least one of the sequential cartridges have outwardly directed fine cutting edges (36, 49) located adjacent the main cutting edges (35), so that the combined operation of the cutting edges of the chips in sequential cartridges, with the main or coarse end cutting edges and the fine or finish side cutting edges on the respective chips, will generate a complete coarse and finish cut in the workpiece in one operation. Two such tools can be used with different chip configuration to form stepped grooves of, for example, an overall depth of about 22 cm, with a groove width at the widest point of about 4 cm.
    • 深槽,例如用于发电机或涡轮机的转子中的槽可以仅在两个顺序铣削切削中形成在转子坯件中,并且其中使用单个旋转铣刀的每个铣削切削在两个时间执行 对粗槽进行粗切割,并对槽的内表面进行粗切割,并进行表面平滑处理。 铣刀承载保持在切屑芯片盒(21,210)中的芯片座(27)上的切割器芯片(22,23,25; 44,46),其中至少一些切割器切屑具有形成 主要或粗切削刃(33,35,42; 45,47),其从相应的刀片架和工具主体(13,130)露出,用于主切割或粗切割。 位于墨盒上的一些切割刀片还具有暴露于切割中的至少一个精细或精加工侧切割刃(36,49)。 具有至少一个主切削刃的切屑分别切割出槽的宽度的一部分,使得顺序的切屑和顺序的墨盒粗略地切割凹槽的整个宽度。 在至少一个顺序盒中具有精细或精加工刃的切屑具有向外定向的位于主切削刃(35)附近的精细切削刃(36,49),使得切屑的切削刃的组合操作 在顺序的盒中,主要或粗端切割边缘以及相应芯片上的精细或精加工侧切削刃将在一个操作中在工件中产生完全的粗切和精切。 可以使用两种这样的工具以不同的芯片构造形成例如约22cm的整体深度的阶梯槽,其中最宽点处的槽宽度为约4cm。
    • 10. 发明授权
    • Indexable shell cutter
    • 可转位壳体切割机
    • US4616965A
    • 1986-10-14
    • US583712
    • 1984-02-27
    • Russell W. AndersonMichael J. Held
    • Russell W. AndersonMichael J. Held
    • B23B51/04B23C5/22B23B27/10
    • B23C5/2226B23B51/0466Y10S408/703Y10S408/713Y10T407/227Y10T408/895
    • An indexable shell cutter having an improved cartridge for mounting a cutter insert on the cutting face of the shell cutter body. The cutter body has a plurality of recesses extending rearwardly from the cutting face, each of said recesses being formed by a first surface, a second surface spaced from the first surface, and a base surface extending between the first and second surfaces. The second surface is essentially perpendicular to the plane of the cutting face of the cutter head and is V-shaped in cross-section. A cartridge is removably secured in each of the recesses with the base of the cartridge being in mating engagement with the second surface of the recess. A replaceable and indexable cutter insert having a plurality of cutting edges is releasably secured in a recessed seat located in the outer end of each cartridge with the plane of its face being perpendicular to the plane of the cutting face of the cutter head and one of its cutting edges extending beyond the periphery of a cutting head a distance sufficient to cuttingly engage a workpiece. The other cutting edges of the cutter insert are matingly engaged with the walls of a recessed seat formed in the outer face of the cartridge.
    • 一种可转位的外壳切割器,具有用于将切割刀片安装在壳体切割器本体的切割面上的改进的卡盘。 切割器主体具有从切割面向后延伸的多个凹部,每个凹部由第一表面,与第一表面间隔开的第二表面和在第一和第二表面之间延伸的基面形成。 第二表面基本上垂直于切割头的切割面的平面,并且呈横截面为V形。 盒的可拆卸地固定在每个凹部中,其中盒的底部与凹槽的第二表面配合接合。 具有多个切割边缘的可更换和可转位的刀具刀片可释放地固定在位于每个卡盘的外端的凹入座中,其表面的平面垂直于刀头的切割面的平面, 切割边缘延伸超过切割头的周边,足以切割地接合工件的距离。 刀片插入件的其他切削刃与形成在筒的外表面中的凹入座的壁配合地接合。