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    • 4. 发明授权
    • Central connectible yarn brake mechanism
    • 中央可连接纱线制动机构
    • US4429842A
    • 1984-02-07
    • US442900
    • 1982-11-19
    • Wilhelm Kupper
    • Wilhelm Kupper
    • B65H63/08D02H13/24B65H59/22
    • D02H13/24B65H63/088B65H2701/31
    • Central connectible yarn brake mechanism for doffed threads from a creel, including a profiled metal bar having at least one groove formed therein, stationary first brake elements being mutually spaced apart along the metal bar outside the groove and each being associated with one of the threads, a first device for individually connecting the first brake elements to the metal bar, movable second brake elements each being associated with one of the threads and being movable between a braking position in which the second brake elements are biased against a thread and against a respective one of the first brake elements and a detached position in which the second brake elements are lifted from a respective one of the first brake elements, bearings disposed on the metal bar in the groove, a central rotatable bar movable in the bearings in the groove, levers each being fastened to the rotatable bar, and a second device for individually connecting each of the levers to a respective one of the second brake elements for holding the second brake elements and moving the second brake elements between the braking and detached positions, at least one of the connecting means being an elastically deformable connection element.
    • 中心可连接纱线制动机构,用于来自纱架的落纱线,包括形成在其中的至少一个凹槽的成型金属棒,固定的第一制动元件沿着金属杆相互间隔开,并且各自与螺纹中的一个相关联, 用于将第一制动元件单独地连接到金属杆的第一装置,可移动的第二制动元件,每个与所述螺纹中的一个相关联,并且可在制动位置之间移动,在所述制动位置中,第二制动元件偏置在螺纹上, 的第一制动元件和分离位置,其中第二制动元件从相应的第一制动元件提升,设置在槽中的金属杆上的轴承,可在槽中的轴承中移动的中心可旋转杆,杠杆 每个都被固定到可旋转的杆上,以及第二装置,用于将每个杠杆分别连接到相应的一个 e个第二制动元件,用于保持第二制动元件并将第二制动元件移动到制动和分离位置之间,至少一个连接装置是可弹性变形的连接元件。
    • 5. 发明授权
    • Thread tensioner
    • 螺纹张紧器
    • US5517738A
    • 1996-05-21
    • US290903
    • 1994-12-12
    • Edwin Wildi-Weber
    • Edwin Wildi-Weber
    • B65H59/22D02H13/24B65H59/00
    • D02H13/24B65H59/225B65H2701/31
    • A thread tightener has a hollow body (49) in which is arranged a thread channel (4), as well as a tightening body (10) which may be pressed against the outlet part (49) of the thread channel (4). The hollow body (40) contains a first hollow section (41) and a second hollow section (42) which is rotatively mounted on the first hollow section (41). The thread tightener further has a device (9) for controlling the force with which the tightening body (10) is pressed against the outlet surface (47) of the hollow body (40). This control device (9) has a two-armed lever (11). One of the urns (12) of said lever carries the tightening body (10). The other level arm (13) is coupled by a spring (19) to a slide (30) for adjusting the compression force of the tightening body (10). This slide (30) is coupled by a gear to the rotary hollow insert (42 ). This thread tightener allows the braking force to be very finely adjusted and may have very small dimensions.
    • PCT No.PCT / CH93 / 00287 Sec。 371日期1994年12月12日第 102(e)日期1994年12月12日PCT 1993年12月17日PCT公布。 公开号WO94 / 日期为1994年7月7日。一种螺纹拧紧器具有中空体(49),其中布置有螺纹通道(4)以及紧固体(10),所述紧固体可压靠在所述出口部分(49)上 螺纹通道(4)。 中空体40具有旋转地安装在第一中空部41上的第一中空部41和第二中空部42。 螺纹打紧器还具有用于控制紧固体(10)压靠中空体(40)的出口表面(47)的力的装置(9)。 该控制装置(9)具有双臂(11)。 所述杠杆的其中一个(12)承载收紧体(10)。 另一个水平臂(13)通过弹簧(19)联接到滑块(30),用于调节紧固体(10)的压缩力。 该滑块(30)通过齿轮联接到旋转中空插入件(42)。 该螺纹拧紧器允许制动力被非常精细地调节并且可以具有非常小的尺寸。
    • 8. 发明授权
    • Thread tensioning apparatus for warp creel
    • 经纱架的线张力装置
    • US4548369A
    • 1985-10-22
    • US725637
    • 1985-04-22
    • Erwin Bossart
    • Erwin Bossart
    • B65H59/08B65H59/22D02H13/22D02H13/24
    • D02H13/24B65H59/225B65H2701/31
    • A thread withdrawn from a bobbin is passed along a straight line through a plate brake. A base brake plate is driven by a drive extending outside the periphery of the base brake plate. A tensioning device removably attached to a top brake plate is connected therewith by a ball snap-type connection. It comprises a first compression spring with one end supported at a gripping sleeve and slideable along a pressing pin surrounded by this compression spring. The gripping sleeve is connected to a displaceable control plate extending parallel to the pressing pin. This control plate permits a simultaneous variation and adjustment of the pressure exerted by a number of such similar tensioning devices. A second compression spring surrounding the pressing pin is supported at a side of the gripping sleeve remote from the first compression spring and counteracts the first compression spring, so that the difference of the spring forces acts upon the top brake plate. This difference can be continuously adjusted from a negative value through zero to a positive valve by displacing the control plate, and thus, the position of each gripping sleeve relative to the pressing pin.
    • 从筒管抽出的螺纹沿着直线穿过板式制动器。 基座制动板由延伸到基础制动板周边外侧的驱动器驱动。 可拆卸地附接到顶部制动板的张紧装置通过球形卡扣连接与其连接。 它包括一个第一压缩弹簧,其一端支撑在一个夹紧套筒上,并沿着一个由该压缩弹簧围绕的按压销可滑动。 夹紧套筒连接到平行于按压销延伸的位移控制板。 该控制板允许同时变化和调节由若干类似的张紧装置施加的压力。 围绕压销的第二压缩弹簧被支撑在远离第一压缩弹簧的夹紧套筒的一侧并且抵消第一压缩弹簧,使得弹簧力的差异作用在顶部制动板上。 通过使控制板移位,并且因此,每个夹紧套筒相对于按压销的位置,该差异可以从负值通过零连续地调节到正的阀。
    • 10. 发明授权
    • Method and device for operating a creel designed for a winding system and corresponding creel
    • 用于操作设计用于卷绕系统的纱架架和相应的纱架的方法和装置
    • US07770271B2
    • 2010-08-10
    • US11910139
    • 2006-03-10
    • Andreas KleinerAlfred Jakob
    • Andreas KleinerAlfred Jakob
    • D02H13/24
    • D02H13/24
    • The invention concerns a creel (2) comprising a plurality of winding heads (7) from which several yarns of the same type or of different types are drawn simultaneously by means of a winding machine (3). Said creel comprises at least one dynamic yarn tension device (6) which is associated with each winding head and at which a variable braking force is applied to the yarn to produce a predetermined yarn tension. Each yarn tension device (6) can be activated by means of an associated drive motor (20). Said creel (2) comprises a control device for controlling the yarn tension based on the angular speed or the yarn speed during a start-up and/or an interruption of the winding machine (3), as well as a regulator (25) for regulating the yarn tension during the normal stationary phase of the winding machine (3). The control device and the regulator (25) are designed such that the yarn tension or the output tension of each yarn can be maintained at a substantially constant level relative to a setpoint value. In order to determine a quantity of regulation (32) of the braking force required to control the yarn tension device (6), a precompensation of the disturbing quantity is implemented. Said precompensation calculates from the yarn speed (v) as input quantity a compensated correction quantity (34) of at least the inertia of the motor and a friction coefficient of the drive motor (20).
    • 本发明涉及一种纱架(2),其包括多个卷绕头(7),借助于卷绕机(3)可以同时从多个卷绕头(7)上同时拉出相同类型或不同类型的多根纱线。 所述纱架包括至少一个动态纱线张紧装置(6),其与每个卷绕头相关联,并且可变制动力施加到纱线上以产生预定的纱线张力。 每个纱线张力装置(6)可以通过相关联的驱动马达(20)来启动。 所述纱架(2)包括控制装置,用于根据绕线机(3)的启动和/或中断期间的角速度或纱线速度来控制纱线张力,以及调节器(25),用于 在卷绕机(3)的正常静止阶段调节纱线张力。 控制装置和调节器(25)被设计成使得每个纱线的纱线张力或输出张力可以相对于设定点值保持在基本恒定的水平。 为了确定控制纱线张力装置(6)所需的制动力的调节量(32),实施干扰量的预补偿。 所述预补偿根据纱线速度(v)计算至少是马达的惯性和驱动马达(20)的摩擦系数的补偿校正量(34)作为输入量。