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    • 2. 发明授权
    • Turret type yarn winder with reduced tension variation during switching
    • 转塔式纱线卷取机在切换期间具有减小的张力变化
    • US5716016A
    • 1998-02-10
    • US493829
    • 1995-06-22
    • Takashi IwadeYoshiro MigakiJun Takagi
    • Takashi IwadeYoshiro MigakiJun Takagi
    • B65H54/34B65H67/048B65H54/00B65H67/44
    • B65H67/048B65H2701/31
    • To improve the success rate of yarn switching by reducing the variation of the winding tension during the yarn switching operation, a turret type yarn winder is provided, wherein the upper yarn switching mechanism 8 and the lower yarn switching mechanism 9 are provided at positions wherein, when the empty bobbin 50 held by the spindle 4 is displaced by the rotation of the turret member 2 toward the yarn 60 supported by the respective yarn path restriction guides of the yarn switching mechanisms 8, 9, the circumference of the empty bobbin 50 is brought into contact with the yarn 60 at a contacting angle, which angle increases as the turret member rotates, and wherein the dog portion 30 mounted to the turret member 2 causes the yarn searching guide 25 of the lower yarn switching mechanism 9 to rotate in synchronism with the rotation of the turret member 2, and the guide plate 31 for forming the anchor yarn winding is actuated to move the yarn 60 in the axial direction of the bobbin 50.
    • 为了通过减少纱线切换操作期间的卷绕张力的变化来提高纱线切换的成功率,提供了一种转台式纱线卷绕机,其中上纱线切换机构8和下纱线切换机构9设置在其中, 当由主轴4保持的空筒管50通过转塔构件2的旋转朝向由纱线切换机构8,9的各纱线限制引导件支撑的纱线60移位时,使空筒管50的周长 以接触角与纱线60接触,该角度随着转塔构件旋转而增加,并且其中安装到转台构件2的狗部分30使得下纱线切换机构9的纱线搜索引导件25与 转台构件2的旋转和用于形成固定纱线卷绕的导向板31被致动,以使纱线60在线轴50的轴向上移动。
    • 4. 发明授权
    • Yarn winding method and apparatus and package formed thereby
    • 由此形成纱线缠绕方法和装置和包装
    • US5653395A
    • 1997-08-05
    • US367187
    • 1995-01-12
    • Takashi IwadeYoshiro MigakiJun Takagi
    • Takashi IwadeYoshiro MigakiJun Takagi
    • B65H54/34B65H65/00B65H67/048B65H75/10B65H67/044
    • B65H54/34B65H54/343B65H54/346B65H65/00B65H67/048B65H75/10B65H2701/31
    • To reliably carry out the yarn-catching operation and formation of bunch-winding and tail-winding, while using a bobbin having no yarn-catching groove thereon, and obtain a package with a shorter yarn end extended from the bunch-winding part, upstream of a pressure roller 7, a yarn-holding guide 24 is provided for guiding a running yarn to a bunch-winding position; downstream of an empty bobbin 70, a yarn-searching guide 29 is provided for guiding the yarn to the yarn-catching part or a threading guide 33 and a yarn-winding guide 37 movable toward a concave space (A) formed by the pressure roller 7 and the empty bobbin 70 carried on a spindle 4 to guide the yarn 80 running to a full bobbin 70' or others to a yarn-catching part B formed between the abutting end walls of adjacent empty bobbins 70 carried on the spindle 4.
    • PCT No.PCT / JP94 / 00700 Sec。 371日期1995年1月12日 102(e)日期1995年1月12日PCT 1994年5月13日PCT PCT。 公开号WO94 / 26645 日期1994年11月24日为了可靠地进行捕纱操作和形成束缚和尾部卷绕,同时使用其上没有纱线捕获槽的纱管,并且获得具有从束束延伸的较短纱线端部的包装 在加压辊7的上游侧设置有卷绕部,用于将行进的纱线引导到卷绕位置的纱线保持引导件24; 在空筒管70的下游,设置有用于将纱线引导到纱线捕捉部分的纱线引导部29,或者可以朝向由压辊形成的凹部空间(A))的纱线引导部33和纱线卷绕引导件37 7和空筒管70承载在心轴4上,以将运行到满线轴70'的纱线80引导到形成在承载在心轴4上的相邻空筒管70的邻接端壁之间的纱线捕获部分B.
    • 5. 发明授权
    • Apparatus for winding a plurality of yarns
    • 用于卷绕多根纱线的装置
    • US5566905A
    • 1996-10-22
    • US211671
    • 1994-04-12
    • Takashi IwadeJun TakagiYoshiro Migaki
    • Takashi IwadeJun TakagiYoshiro Migaki
    • B65H54/28B65H54/38
    • B65H54/2839B65H54/381B65H2701/31
    • To provide a traverse-motion mechanism capable of easing the threading operation by reducing the heights of the yarn-separating fulcrum and the godet roller disposed upstream of a yarn-traversing fulcrum, of reducing times required for the manufacturing and assembling operation by simplifying the structure due to the reduction of the overall machine height, of minimizing the rise of selvage and ribbon wind generated in a package, and of readily adjusting the position of yarn turning point. A traversing unit 6-1 disposed at one end of the traverse-motion mechanism is offset from a regular position toward another traversing unit 6-4 so that a straight line connecting the opposite traverse ends (A) and (B) in the traversing unit 6-1 with each other is not parallel to an axis of a touch roller 7. In the traversing unit 6-1, three blades 15-1 through 15-3 are fixed on a first rotor 13 and two blades 20-1 and 20-2 are fixed on a second rotor 18 at equiangular positions in a rotary plane thereof, while the rotary centers of the first and second rotors 13, 18 are defined so that a rotary angle of the respective rotor, through which the yarn is conveyed by one blade on the one rotor while being in contact with the yarn-guiding surface 23 until released therefrom, is about 60.degree. in the first rotor 13 and 90.degree. in the second rotor 18 and a rotational ratio of the first rotor 13 relative to the second rotor 18 is 2:3.
    • PCT No.PCT / JP93 / 01163 Sec。 371日期1994年04月12日 102(e)日期1994年4月12日PCT 1993年8月19日PCT公布。 公开号WO94 / 04452 日期1994年3月3日为了提供一种能够通过降低分支支点和设置在纱线横动支点上游的导丝辊的高度来减轻穿线操作的横动运动机构,减少制造和组装所需的时间 通过简化由于整个机器高度的降低而导致的结构的操作,使包装中产生的边缘和带状风的上升最小化,并且容易地调节纱线转向点的位置。 设置在横动运动机构的一端的横动部6-1从规定位置朝向另一个横动部6-4偏移,使得在横动部中连接相反横动端(A)和(B)的直线 6-1彼此不平行于触摸辊7的轴线。在横动单元6-1中,三个叶片15-1至15-3固定在第一转子13上,两个叶片20-1和20 -2在其旋转平面中的等角位置处固定在第二转子18上,而第一和第二转子13,18的旋转中心被限定为使得转子的旋转角度 一个转子上的一个叶片与纱线引导表面23直接释放在一起,在第一转子13中为约60°,在第二转子18中为约90°,第一转子13相对于第一转子13的旋转比为 第二转子18为2:3。
    • 6. 发明授权
    • Yarn winding roller drive
    • 纱线卷绕辊驱动
    • US5762276A
    • 1998-06-09
    • US840011
    • 1997-04-24
    • Yoshiro MigakiJun TakagiTakashi Iwade
    • Yoshiro MigakiJun TakagiTakashi Iwade
    • B65H54/40B65H54/46B65H54/52B65H54/00B65H54/44
    • B65H54/40B65H54/46B65H54/52B65H2301/5305B65H2513/11B65H2515/50B65H2601/524B65H2701/31
    • A yarn winder in which a fluctuation of winding tension is avoided and the winding characteristics are made uniform from the most inner to the most outer layer. Yarn is wound by a winder in which a spindle 2 having a positively driven pressure roller 5 is positively driven, the pressure roller 5 being positioned so that it is not in contact with a tube 100 immediately after the yarn setting operation. After a predetermined amount of yarn layer has been wound on the tube 100, the pressure roller 5 is moved so that it contacts the predetermined amount of yarn layer has been wound on the tube 100, the pressure roller 5 is moved so that it contacts the yarn layer on the tube 100. The surface speed of the pressure roller 5 is controlled to be higher than that of an empty tube until the yarn is switched to the empty tube, wherein the controlled speed is approximately the same as or lower than the surface speed of a fully loaded tube, and the surface speed of the pressure roller is controlled to be approximately the same as the surface speed of the empty tube after the yarn has been switched to the empty tube.
    • 一种纱线卷绕机,其中避免了卷绕张力的波动,并且使卷绕特性从最内层到最外层均匀。 纱线由具有正向驱动的加压辊5的主轴2被正向驱动的卷取机缠绕,加压辊5被定位成使其在纱线设定操作之后立即与管100接触。 在管100上缠绕了预定量的纱线层之后,加压辊5移动,使其接触预定量的纱线层已被缠绕在管子100上,使压力辊5移动 管层100上的纱线层。加压辊5的表面速度被控制为高于空管的表面速度,直到纱线切换到空管,其中受控速度大约等于或低于表面 满载管的速度,并且将压力辊的表面速度控制为与纱线切换到空管之后的空管的表面速度大致相同。