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    • 2. 发明申请
    • METHOD FOR ACTIVATING A WORKPIECE MANIPULATOR OF A MACHINE TOOL
    • 用于激活机器工具的工作控制器的方法
    • US20110098843A1
    • 2011-04-28
    • US12737324
    • 2009-08-07
    • Roland HaasKlaus Dirnberger
    • Roland HaasKlaus Dirnberger
    • G06F19/00
    • B23Q7/047G05B19/4067G05B2219/50103G05B2219/50108
    • The invention relates to a method for activating a workpiece manipulator (4) of a machine tool (1), comprising a control device which prescribes machining paths (6) for a workpiece by means of a computing unit, which machining paths are travelled by the workpiece manipulator (4) from a machine starting position (A), wherein the workpiece (5) which can be moved by the workpiece manipulator (4) in a multi-axially translatory and preferably also rotating manner is passed to a plurality of tools (3) one after the other for the step-by-step machining. In order to provide advantageous conditions it is proposed that in the case of termination of machining the workpiece manipulator (4) is made to move with the workpiece (5) back over the path of movement (7) assigned to the respective machining step into a position (8) prior to this machining step, in which the workpiece manipulator is optionally stopped or from which the workpiece manipulator is moved into the machine starting position (A).
    • 本发明涉及一种用于激活机床(1)的工件操纵器(4)的方法,包括一个控制装置,该控制装置通过计算单元为工件规定了加工路径(6),该加工路径由 工件操作器(4)从机械起始位置(A)移动,其中可以通过工件操纵器(4)以多轴向平移并且优选地也旋转的方式移动的工件(5)被传递到多个工具( 3)一个接一个地进行逐步加工。 为了提供有利条件,提出在终止加工的情况下,使工件操纵器(4)与工件(5)一起移动回分配给相应加工步骤的运动路径(7),进入到 在该加工步骤之前的位置(8),其中工件操纵器可选地停止,或者工件操纵器从其移动到机器起始位置(A)。
    • 6. 发明授权
    • Clutch release, in particular for automobile clutches
    • 离合器释放,特别是汽车离合器
    • US4605113A
    • 1986-08-12
    • US603647
    • 1984-04-25
    • Manfred BrandensteinRoland Haas
    • Manfred BrandensteinRoland Haas
    • F16D23/14
    • F16D23/142
    • A clutch release, in particular for automobile clutches, comprises a sliding sleeve having a radially outwardly directed flange and an annular groove, a clutch release bearing having an outer ring with a flange that slidably abuts the sliding sleeve flange, and a generally oval-shaped spring ring having a pair of mutually parallel guiding surfaces. The spring ring is arranged between the outer ring and the annular groove at points mutually displaced in the axial direction. The bearing is arranged to rotate relative to the sliding sleeve in the circumferential direction within predetermined limits and to move in a radial direction along the guiding surfaces by overcoming a radially acting frictional force between the slidably abutting flanges. The spring ring has a substantially bow-shaped profile and is slotted. The inner ring of the bearing has a radially outwardly directed pressure flange for abutting with the diaphragm spring of a clutch.
    • 特别是用于汽车离合器的离合器释放装置包括具有径向向外的凸缘和环形槽的滑动套筒,离合器分离轴承具有外环,该外环具有可滑动地抵靠滑动套筒凸缘的凸缘,以及大致椭圆形 弹簧环具有一对相互平行的引导表面。 在轴向相互位移的点处,弹簧环布置在外环和环形槽之间。 轴承布置成在预定的限度内相对于滑动套筒在周向方向上旋转,并通过克服可滑动抵接的凸缘之间的径​​向作用的摩擦力沿着引导表面沿径向移动。 弹簧环具有大致的弓形轮廓并且开槽。 轴承的内圈具有用于与离合器的膜片弹簧邻接的径向向外的压力凸缘。
    • 7. 发明授权
    • Hydraulically actuated clutch throw-out
    • 液压驱动离合器甩出
    • US4560051A
    • 1985-12-24
    • US598882
    • 1984-04-10
    • Manfred BrandensteinRoland HaasHein Hartmann
    • Manfred BrandensteinRoland HaasHein Hartmann
    • F16D25/08F15B7/00F16D25/06
    • F16D25/083
    • An hydraulically actuated clutch release, in particular for automobile clutches, comprising a housing having a cylindrical portion and a flange in which a port for the intake of a pressure medium is incorporated, a cylindrical sleeve, an annular piston having a flange and slidably arranged between the cylindrical sleeve and the cylindrical portion of the housing, thereby forming a pressure medium-admitting chamber, a clutch release bearing having a non-rotating bearing ring, an outer cylindrical sleeve, and a compression ring. The outer cylindrical sleeve comprises two portions of different inner diameter and a bead connecting the portions. One portion fixedly contacts the non-rotating bearing ring and the end face of the annular piston flange, and the other portion covers a portion of the outer sliding surface of the annular piston. The compression spring is arranged between the bead of the outer cylindrical sleeve and the flange of the housing.
    • 一种液压致动的离合器释放装置,特别是用于汽车离合器,包括具有圆柱形部分和凸缘的壳体,其中并入有用于吸入压力介质的端口,圆柱形套筒,具有凸缘并可滑动地布置在 圆柱形套筒和壳体的圆柱形部分,从而形成压力介质容纳室,具有非旋转轴承环的离合器分离轴承,外部圆柱形套筒和压缩环。 外圆柱形套筒包括两个不同内径的部分和连接这些部分的胎圈。 一部分固定地接触非旋转轴承环和环形活塞凸缘的端面,另一部分覆盖环形活塞的外滑动表面的一部分。 压缩弹簧布置在外圆柱形套筒的凸缘和壳体的凸缘之间。
    • 8. 发明授权
    • Belt tensioner device and method for making same
    • 皮带张紧装置及其制造方法
    • US06193417B1
    • 2001-02-27
    • US09007449
    • 1998-01-15
    • Manfred BrandensteinWolfgang FriedrichRoland HaasRoland HarichGerhard HerrmannBruno SchemmelJosef Stork
    • Manfred BrandensteinWolfgang FriedrichRoland HaasRoland HarichGerhard HerrmannBruno SchemmelJosef Stork
    • F16C1950
    • F16H7/1281B29C45/14491F16C13/006F16C19/06F16C35/063F16C2361/63F16H2007/0865
    • A method for forming a clamping device comprising of a swiveling body made of plastic, a plain bearing bushing mounted radially inside the plastic swiveling body, a rolling bearing for mounting a clamping roll arranged eccentrically to the bearing bushing, the edges of the plain bearing bushing being wound out of a strip, and joined to each other under intrinsic tension in the area of the butt joint; and, wherein, the lateral surface of the plain bearing bushing and the bore surface of the rolling bearing function as parts of a mold for the injection-molding of the swiveling body and consisting of the steps of placing the rolling bearing assembly and a plain bearing bushing in a mold half in eccentric relation to one another, placing a second mold half over the plain bearing bushing and rolling bearing configured to form ring-shaped projections to hold rolling bearing in a predetermined axial position relating to the bearing bushing, and injecting a plastic material with the mold closed to form the swivel body.
    • 一种用于形成夹持装置的方法,包括由塑料制成的旋转体,径向地安装在塑料旋转体内的滑动轴承衬套,用于安装偏心地布置在轴承衬套上的夹紧辊的滚动轴承,滑动轴承衬套的边缘 从带状卷绕出来,在对接区域的内部张力下相互连接; 并且其中,所述滑动轴承衬套的侧表面和所述滚动轴承的孔表面用作用于注射成型所述旋转体的模具的部件,并且包括以下步骤:将所述滚动轴承组件和滑动轴承 将模具中的一半以相对于彼此偏心的方式套管,将第二半模放置在滑动轴承衬套和滚动轴承上,所述滚动轴承构造成形成环形突起,以将滚动轴承保持在与轴承衬套相关的预定轴向位置,并且注入 塑料材料与模具封闭形成旋转体。