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    • 2. 发明授权
    • Method for the control of a weft yarn feeding device in a yarn processing system, and yarn processing system
    • 纱线处理系统中的纬纱供给装置的控制方法以及纱线处理系统
    • US06976511B2
    • 2005-12-20
    • US10257001
    • 2001-04-09
    • Marco Covelli
    • Marco Covelli
    • D03D47/28D03D47/36
    • D03D47/367D03D47/362
    • A yarn processing system includes a weft yarn feeding device with a control unit and a power loom which consumes weft yarn. In operation, a run-signal is generated by the power loom that initializes the start-up of the weaving operation. A start-signal that is derived from the run-signal is transmitted to the feeding device. The start-signal is generated externally of the feeding device. The drive motor of the feeding device is driven at a predetermined speed, after receiving the external start-signal in order to prevent an undesired reduction of the size of a yarn store by the initial consumption demand of the start-up of the weaving operation of the power loom. A signal transmitting connection is provided in the yarn processing system between the power loom and a control unit of the feeding device for transmitting the start-signal. On start-up of the power loom, the drive motor of the feeding device is operated at a predetermined speed by the control device independent from the size of the yarn store in the feeding device.
    • 纱线处理系统包括具有控制单元的纬纱供给装置和消耗纬纱的动力织机。 在运行中,运行信号由起动织机运行初始化的动力织机产生。 从运行信号导出的启动信号被传送到馈送装置。 启动信号是在进给装置的外部产生的。 在接收到外部启动信号之后,馈送装置的驱动电动机以预定的速度被驱动,以便防止由于织造操作启动的初始消耗需求而使纱线存储器的尺寸不希望地减小 动力织机。 信号传输连接设置在动力织机与馈送装置的控制单元之间的纱线处理系统中,用于发送起始信号。 在动力织机启动时,通过控制装置以与进给装置中的纱线存储器的尺寸无关的方式以预定的速度操作供给装置的驱动马达。
    • 4. 发明申请
    • Method for the control of a weft thread delivery device in a yarn processing system and yarn processing system
    • 纱线处理系统和纱线处理系统中的纬纱输送装置的控制方法
    • US20030145899A1
    • 2003-08-07
    • US10257001
    • 2003-01-17
    • Marco Covelli
    • D03D047/00
    • D03D47/367D03D47/362
    • The invention relates to a method for controlling a weft yarn feeding device F in a yarn processing system, comprising, in addition to the feeding device, a power look L which consumes weft yarn Y on operation, whereby a run-signal is generated by the power loom which initialises the start-up of the weaving operation. The run-signal also is transmitted to the feeding device, essentially simultaneously with a start-signal X, generated externally of the feeding device. The drive motor M of the feeding device is driven at a predetermined speed, after emission of the external start-signal X in order to prevent an undesired reduction of the size of a yarn store 13 by the initial consumption demand of the start-up of the weaving operation of the power loom. A signal transmitting connection 19, 19null is provided in the yarn processing system between the power loom L and a control unit C1 of the feeding device F for transmitting a start-signal X which is derived from the run-signal of the power loom. On start-up of the power loom L the drive motor M of the feeding device is driven at a predetermined speed by means of the control device and independent of the size of the yarn store in the feeding device.
    • 本发明涉及一种用于在纱线处理系统中控制纬纱喂入装置F的方法,除了进给装置之外,还包括在操作时消耗纬纱Y的功率外观L,由此由 动力织机初始化织造操作的启动。 运行信号也与馈送装置外部产生的起始信号X基本上同时传送到馈送装置。 在外部启动信号X发射之后,馈送装置的驱动电动机M以预定的速度被驱动,以便防止纱线储存器13的尺寸的不期望的减少,由初始的起动消耗需求 动力织机的织造操作。 信号传送连接19,19'设置在动力织机L和馈送装置F的控制单元C1之间的纱线处理系统中,用于发送从动力织机的跑步信号导出的起始信号X. 在动力织机L启动时,通过控制装置以与预定进给装置中的纱线存储器的尺寸无关的方式,以预定的速度驱动供给装置的驱动马达M.
    • 6. 发明授权
    • Anti-balloon device for weft feeders for weaving looms
    • 用于编织机的纬纱喂料机的防气球装置
    • US06488054B2
    • 2002-12-03
    • US09828215
    • 2001-04-09
    • Pietro ZenoniRosario Castelli
    • Pietro ZenoniRosario Castelli
    • B65H5120
    • D03D47/362B65H57/22B65H2701/31
    • An anti-balloon device, to be placed downstream of a weft feeder for weaving looms, comprising a structure which forms a substantially tubular through cavity, preferably substantially frustum-shaped; the cavity is crossed by an unwinding thread that arrives from the weft feeder and controls the passage of the thread, by opposing the centrifugal force that affects it. The structure is shaped like a bottomless basket which is formed by rods lying longitudinally between end elements which connect the rods; the end elements are end rings which are mutually angularly spaced so as to surround the cavity in order to control the passage of the thread.
    • 一种防气球装置,设置在用于编织织机的纬纱喂料器的下游,包括形成基本上管状的通孔,优选地基本上截头圆锥形的结构; 通过从纬纱进给器到达的退绕螺纹将空腔交叉,并通过与影响其的离心力相反来控制螺纹的通过。 该结构形状像无底篮,其由纵向延伸连接杆的端元件之间的杆形成; 端部元件是端环,其相互成角度间隔开以包围空腔,以便控制线的通过。
    • 7. 发明授权
    • Weft feeder with turn separator including multiple diameter swift
    • 纬纱喂料机带有多个直径的转子分离器
    • US5671783A
    • 1997-09-30
    • US535257
    • 1995-10-30
    • Pietro ZenoniGiovanni PedriniRosario Castelli
    • Pietro ZenoniGiovanni PedriniRosario Castelli
    • B65H49/26B65H51/22D03D47/34D03D47/36
    • D03D47/362
    • A weft feeder in which a variable-diameter drum receives from a windmilling arm multiple turns of thread that form a weft reserve, and in which a variable-diameter swift is associated with the drum to transport the turns from the base of the drum to its head; the swift is formed by multiple rods which protrude in a cyclic manner from corresponding slots of the drum; the extent of the protrusion of the rods from the slots determines the mutual distance between the turns of the thread reserve. The swift and the drum are formed by corresponding sectors that are radially movable and are controlled by respective radial shifting mechanisms, each of which comprises at least one actuation gear that meshes with individual gears for shifting the respective drum and swift sectors. The pair of actuation gears is turned by a single transmission element which is controlled by an actuation knob that is also used to vary the extent of the protrusion of the rods.
    • PCT No.PCT / EP95 / 00746 Sec。 371 1995年10月30日第 102(e)1995年10月30日PCT PCT 1995年3月1日PCT公布。 第WO95 / 24521号公报 日期1995年9月14日一种纬纱进料器,其中可变直径的滚筒从风力发电机臂接收多个形成纬纱储备的螺纹,并且其中可变直径的滚筒与滚筒相关联以从基部传送匝 的鼓头; 快速由从滚筒的相应槽以循环方式突出的多个杆形成; 杆从狭槽突出的程度决定了螺纹储备的转弯之间的相互距离。 快速滚筒和滚筒由可径向移动并由相应的径向移动机构控制的相应扇区形成,每个径向移动机构包括至少一个与各个齿轮啮合的致动齿轮,用于移动相应的滚筒和快速扇区。 一对致动齿轮由单个传动元件转动,该传动元件由致动旋钮控制,致动旋钮也用于改变杆的突出程度。
    • 8. 发明授权
    • Method of preventing rotational vibrations in a thread storage and feed
device and a thread storage and feed device
    • 防止螺纹存储和进给装置和螺纹存储和进给装置中的旋转振动的方法
    • US5294067A
    • 1994-03-15
    • US867101
    • 1992-06-22
    • Lars H. G. TholanderPaer Josefsson
    • Lars H. G. TholanderPaer Josefsson
    • B65H51/22D03D47/36B65H51/20
    • D03D47/362D03D47/363B65H2601/524
    • In the case of a method of holding in position a rotatably supported thread storage surface in a thread storage and feed device, in which a group of components defining the storage surface is rotatably supported on a shaft adapted to be rotated in a housing and in which a winding-on member circulates together with the shaft, whereas magnets prevent the group of components from rotating together with the shaft, a rotational vibration damping connection is temporarily established between the housing and the group of components while the shaft is rotating In a thread storage and feed device (F), which is provided with an advance member (6) adapted to be driven such that it carries out a wobbling movement, there are arranged an externally supported rotational vibration damping member (X) and an abutment (Y) which is provided on the advance member (6). When the device (F) is equipped with a stop device including a movable stop element (23), the stop element (23) constitutes the rotational vibration damping member (X, 50).
    • PCT No.PCT / EP90 / 01937 Sec。 371日期:1992年6月22日 102(e)日期1992年6月22日PCT 1990年10月30日PCT PCT。 公开号WO91 / 06500 日本1991年5月16日。在将可旋转支撑的螺纹存储表面保持在螺纹存储和进给装置中的方法的情况下,其中限定存储表面的一组部件可旋转地支撑在适于旋转的轴上 在壳体中,绕组构件与轴一起循环,而磁体防止组件组与轴一起旋转,在壳体和组件组之间暂时建立旋转振动阻尼连接,而轴 在螺纹存储和进给装置(F)中,其设置有适于被驱动的前进构件(6),使得其执行摆动运动,布置有外部支撑的旋转振动阻尼构件(X)和 设置在前进构件(6)上的支座(Y)。 当装置(F)配备有包括可动止动元件(23)的止动装置时,止动元件(23)构成旋转振动阻尼件(X,50)。