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    • 3. 发明授权
    • Tool head for use in machine tools
    • 用于机床的刀头
    • US6134996A
    • 2000-10-24
    • US180221
    • 1998-11-02
    • Gerhard ScheerErich FeilRoland Hoerl
    • Gerhard ScheerErich FeilRoland Hoerl
    • B23B29/034B23B3/26
    • B23B29/0345B23B29/03432B23B29/03467B23B29/03471B23B2250/04B23B2260/062Y10T82/12Y10T82/16475Y10T82/16591Y10T82/16951Y10T82/2502Y10T82/2504
    • A tool head for use in machine tools includes a base body, a tool shank adapted to be coupled to a machine spindle and protruding axially over the base body, at least one working slide adapted to be displaced essentially transversely with respect to a base body axis, and an adjusting motor disposed in the base body and acting upon the working slide in the direction of displacement by a transmission. In order to attain a compact, easily assembled, and safely operating construction, the transmission includes an output shaft aligned coaxially with respect to the axis of the base body and carrying a drive sprocket which meshes with a tooth rack on the side of the working slide. The adjusting motor also includes a driven shaft aligned with the output shaft on the transmission side. To ease assembly, the tool head is constructed of three assemblies adapted to be removably connected to each other at axial separation locations, a slide assembly which includes the working slide, a drive assembly which includes the adjusting motor and the transmission, and a connecting assembly which includes the tool shank and the power supply device.
    • PCT No.PCT / EP97 / 02127 Sec。 371日期:1998年11月2日 102(e)日期1998年11月2日PCT 1997年4月25日PCT公布。 公开号WO97 / 41988 PCT 日期1997年11月13日用于机床的工具头包括基体,适于联接到机器主轴并且轴向地突出于基体上的工具柄,至少一个工作滑块,其适于相对于 以及调节电动机,其设置在所述基体中并且通过变速器沿所述移动方向作用在所述工作滑块上。 为了实现紧凑,易于组装和安全操作的结构,变速器包括输出轴,该输出轴相对于基体的轴线同轴地对准,并且承载与工作滑块侧面上的齿齿架啮合的驱动链轮 。 调节电动机还包括与传动侧的输出轴对准的从动轴。 为了简化组装,工具头由三个组件构成,三个组件适于在轴向分离位置彼此可拆卸地连接,包括工作滑块的滑动组件,包括调节电动机和变速器的驱动组件以及连接组件 其包括工具柄和电源装置。
    • 5. 发明授权
    • Tool head for use in machine tools
    • 用于机床的刀头
    • US5655422A
    • 1997-08-12
    • US331666
    • 1994-11-03
    • Gerhard StolzGerhard Scheer
    • Gerhard StolzGerhard Scheer
    • B23Q17/00B23B3/26B23B29/034B23Q17/22G01B7/012G01D5/26B23B25/06
    • B23B29/0345B23Q17/22G01B7/012Y10T408/172Y10T409/308064Y10T82/12
    • A tool head for use in machine tools has an adjustable slide (18) capable of moving with respect to the base body (10) transversely to its axis of rotation (12) and of being provided with a tool holder, as well as a device (30) for direct measurement of the travel of the slide (18). The measurement device (30) has two substrate plates (32, 34) upon whose facing surfaces are arranged the capacitive measurement structures of a measuring scale and of a sensor. The substrate plates (32, 34) are arranged in eccentric tangential planes parallel to the axis of rotation. The radially inner substrate plate is surface-linked to a bearing surface of the slide (18), whereas the radially outer substrate plate is surface-supported by the bearing surface (62), capable of forming a support after surface material removal, of a bearing strip (56) that can be detachably inserted into a radial window cutout (54) of the base body (10, 36).
    • PCT No.PCT / EP93 / 01047 Sec。 371日期:1994年11月3日 102(e)1994年11月3日日期PCT 1993年4月30日PCT PCT。 公开号WO93 / 22090 日期1993年11月11日用于机床的工具头具有能够横向于其旋转轴线(12)相对于基体(10)移动的可调节滑动件(18),并且设置有工具架, 以及用于直接测量滑块(18)的行程的装置(30)。 测量装置(30)具有两个基板(32,34),在其面对的表面上布置有测量标尺和传感器的电容式测量结构。 基板(32,34)布置在与旋转轴线平行的偏心切向平面内。 径向内衬底板与滑动件(18)的支承表面表面连接,而径向外部衬底板由轴承表面(62)表面支撑,能够在表面材料移除之后形成支撑件 可拆卸地插入到基体(10,36)的径向窗口(54)中的支承条(56)。
    • 7. 发明授权
    • Method and apparatus for machining a differential carrier
    • 用于加工差速器载体的方法和装置
    • US5086676A
    • 1992-02-11
    • US551568
    • 1990-07-11
    • David A. GiffordJohn L. Taylor
    • David A. GiffordJohn L. Taylor
    • B23B29/034B23B41/12
    • B23B29/0345B23B41/12Y10T408/03Y10T408/8588Y10T82/10Y10T82/12Y10T82/2529
    • A machine tool and method for simultaneously boring, facing and back boring three bores in a differential carrier with three tools that rotate coaxially with their spindle axes. Each tool has a first slide at its free end that carries a first cutting insert for back boring a first diameter and then generating a radial face that serves as a bearing seat on the differential carrier. Each tool also has a second slide carrying a second insert for boring a second diameter. The construction, arrangement and movement of the two slides are correlated with each other to maintain the tool in balance during extension and retraction of both slides. In the preferred embodiment the first insert must be retracted when it is advanced into the carrier, extended to back bore and then retracted to generate a radial face. The second insert is at the same location circumferentially of the tool. One insert is retracted while the other insert is extended, and vice versa, to maintain the tool in balance. In this embodiment, the travel of the first slide to back bore and generate is relatively large. hence, for similar slides the movement of the second slide to offset the movement of the first slide is greater than would otherwise be required to bore the second diameter and clear the carrier when the tool is retracted.
    • 一种机床和方法,用于同时钻孔,面对和后钻三个孔中的三个孔与三个与其主轴轴同轴旋转的工具。 每个工具在其自由端具有第一滑动件,其承载第一切削刀片,用于后钻镗第一直径,然后产生作为差速器载体上的轴承座的径向面。 每个工具还具有第二滑动件,其承载用于钻出第二直径的第二插入件。 两个滑块的构造,布置和移动彼此相关,以在两个滑块的伸展和缩回期间保持工具平衡。 在优选实施例中,当第一插入件进入托架时,第一插入件必须缩回,延伸到后孔然后缩回以产生径向面。 第二个插入件位于工具周向的相同位置。 一个插入件缩回,而另一个插入件延伸,反之亦然,以保持工具的平衡。 在该实施例中,第一滑块向后孔的行进相对较大。 因此,对于类似的滑块,第二滑块的移动以抵消第一滑块的运动大于在工具缩回时钻出第二直径并清除托架所需的运动。
    • 8. 发明授权
    • Generating head structure
    • 产生头部结构
    • US4033207A
    • 1977-07-05
    • US637300
    • 1975-12-03
    • Bruce G. Peuterbaugh
    • Bruce G. Peuterbaugh
    • B23B29/034
    • B23B29/0345Y10T279/1973Y10T408/858955Y10T82/2529
    • Generating head structure including a generally cylindrical housing having a bore extending therethrough axially of the axis of generation thereof, a slide positioned across the bore at one end of the housing, keeper plates secured to the housing at the one end thereof for providing a slideway for said slide to move transversely of the axis of generation of the housing, a drawbar extending into the other end of the housing through the bore therein, and a cam key acting between the drawbar and slide for moving the slide transversely of the housing on axial movement of the drawbar within the bore, which cam key is provided with a cylindrical pivot portion, and a generally rectangular portion having beveled opposite corners whereby the cam key is self aligning in a slot in one of the drawbar and slide.A lubricating fitting is also provided extending into the housing and the slide is provided with lubricating grooves in the surfaces thereof. Positive stop means are provided to limit movement of the drawbar into and out of the bore in the housing. In addition, adjustable stop means are provided to limit movement of the slide transversely of the axis of generation of the housing.
    • 产生头部结构,其包括大致圆柱形的壳体,其具有在其轴向上延伸穿过其轴线的孔,在所述壳体的一端处跨越所述孔定位的滑块,在其一端固定到所述壳体的保持板,以提供用于 所述滑动件横向于所述壳体的产生轴线移动,通过其中的孔延伸到所述壳体的另一端的牵引杆以及作用在所述牵引杆和滑块之间的凸轮键,用于沿着所述壳体横向移动所述滑块的轴向运动 所述凸轮键设置有圆柱形枢轴部分,以及大致矩形部分,其具有斜切的相对拐角,由此所述凸轮键在所述牵引杆和滑块中的一个中的槽中自对准。
    • 10. 发明申请
    • Device for inner turning
    • 内转装置
    • US20100083799A1
    • 2010-04-08
    • US12524143
    • 2007-01-29
    • Giannino Santiglia
    • Giannino Santiglia
    • B23B29/034
    • B23B5/26B23B29/0345B23B2250/04B23B2270/205Y10T82/125
    • The invention relates to a device, rotating and with variable diameter, for the inner machining of pieces. In one embodiment, the device includes a fixing body, a rotating support generally in the shape of a cup suited to house a tool carrier spindle and set it in rotation, and a mechanism for the radial translation of the tool carrier spindle in the cup-shaped rotating support. The tool carrier spindle is housed in the cup-shaped support and translates in a radial direction with respect to the axis of the cup-shaped support. The cup-shaped rotating support rotates around its own axis and is preferably set in rotation by a stepping or variable-speed electric motor controlled via PLC.
    • 本发明涉及一种用于内部加工件的旋转并具有可变直径的装置。 在一个实施例中,该装置包括一个固定体,一个大致为适合容纳工具架主轴并将其固定在旋转中的杯形的旋转支撑件,以及用于将工具架主轴径向平移的机构, 形旋转支架。 工具托架主轴容纳在杯形支撑件中并相对于杯形支撑件的轴线在径向方向上平移。 杯形旋转支架围绕其自身的轴线旋转,并且优选地通过由PLC控制的步进或可变速电动机旋转设置。