会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Pneumatic control system for use in automatic yarn transfer system
    • 用于自动纱线传输系统的气动控制系统
    • US3865321A
    • 1975-02-11
    • US36407373
    • 1973-05-25
    • KARLSRUHE AUGSBURG IWEKA
    • MILLER HARRY B
    • B65H67/04B65H54/02
    • B65H67/04B65H2701/31
    • A winder for yarn and the like, having the automatic yarn transfer system of the present invention, includes a drive roll and at least two rotatable chucks each of which is adapted to carry a bobbin tube and is movable into and out of driven engagement with the drive roll. A traversing arrangement traverses a running yarn which is being wound onto one of the chucks, so as to form a yarn package on the latter. A transfer arrangement effects automatic transfer of the running yarn from the one chuck, upon forming of the yarn package thereon, to the other of the chucks. When the yarn package has been formed on the other chuck the running yarn is then automatically transferred again to the first-mentioned chuck.
    • 用于具有本发明的自动纱线输送系统的纱线等的卷绕机包括驱动辊和至少两个可转动的卡盘,每个可旋转卡盘适于承载筒管,并可移动进入和离开与 驱动卷。 横动装置穿过正在卷绕到其中一个卡盘上的运行纱线,以在其上形成纱线卷装。 传送装置在其上形成纱线卷装时,使一个夹头运行的纱线自动转移到另一个卡盘。 当纱线包装已经形成在另一个卡盘上时,运行的纱线被再次自动转移到第一个卡盘。
    • 3. 发明授权
    • Yarn cutter for use in yarn winders
    • 用于纱线卷绕机的纱线切割机
    • US3870240A
    • 1975-03-11
    • US36407473
    • 1973-05-25
    • KARLSRUHE AUGSBURG IWEKA
    • MILLER HARRY B
    • B65H67/04B65H54/02
    • B65H67/04B65H2701/31
    • A winder for yarn and the like, having the automatic yarn transfer system of the present invention, includes a drive roll and at least two rotatable chucks each of which is adapted to carry a bobbin tube and is movable into and out of driven engagement with the drive roll. A traversing arrangement traverses a running yarn which is being wound onto one of the chucks, so as to form a yarn package on the latter. A transfer arrangement effects automatic transfer of the running yarn from the one chuck, upon forming of the yarn package thereon, to the other of the chucks. When the yarn package has been formed on the other chuck the running yarn is then automatically transferred again to the first-mentioned chuck.
    • 用于具有本发明的自动纱线输送系统的纱线等的卷绕机包括驱动辊和至少两个可转动的卡盘,每个可旋转卡盘适于承载筒管,并可移动进入和离开与 驱动卷。 横动装置穿过正在卷绕到其中一个卡盘上的运行纱线,以在其上形成纱线卷装。 传送装置在其上形成纱线卷装时,使一个夹头运行的纱线自动转移到另一个卡盘。 当纱线包装已经形成在另一个卡盘上时,运行的纱线被再次自动转移到第一个卡盘。
    • 6. 发明专利
    • DD144037A5
    • 1980-09-24
    • DD21336779
    • 1979-06-01
    • KARLSRUHE AUGSBURG IWEKA
    • MILLER HARRY B
    • B65H67/048B65H65/00B65H67/052B65H54/20
    • The yarn to be transferred is fed at high speed through a traverse mechanism and between a drive roll and a bobbin mounted on a first chuck and rotated by the drive roll to cross-wind a yarn package. An empty bobbin is mounted on a second chuck parallel to the first chuck. When the package is substantially full wound, the empty bobbin is engaged with the drive roll and the yarn package is retracted to provide a clearance space between the package and the drive roll. A transfer rod on the free end of an arm pivoted on the traverse mechanism, and extending parallel to the drive roll, is swung through the clearance space to engage the yarn and draw a loop to toward the rotating empty bobbin, and the package is then reengaged by the drive roll for continued high speed rotation to maintain tension on the drawn loop while the transfer rod draws the yarn loop against and beyond the empty bobbin. A yarn pickup and transfer device disengages the fed yarn from the traverse mechanism and moves the yarn axially of the transfer rod and into a slot therein aligned with the starting end of the empty bobbin, for catching and severing of the yarn by a hook with the yarn clamped to the second chuck. The full package is retracted from the drive roll and the transfer rod is swung back into its inactive position, with the pickup and transfer device effecting reengagement of the yarn in the traverse mechanism for cross-winding on the empty chuck. The pivoted arms are operated by rotary actuators and the transfer rods engage respective stops at the ends of their yarn drawing movements. The pickup and transfer device is operated by a fluid pressure linear actuator but may be operated by an electric stepping motor supplied by an adjustable inverter, and such an arrangement may also be used to swing the transfer rods. The chucks may be rotated by fluid pressure operated turbines.