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    • 1. 发明专利
    • Textile machine including winding portion and display controller
    • 纺织机械包括卷绕部分和显示控制器
    • JP2014189405A
    • 2014-10-06
    • JP2013069599
    • 2013-03-28
    • Murata Mach Ltd村田機械株式会社
    • HAMADA KENJI
    • B65H67/00B65H54/70
    • B65H63/04B65H2515/50B65H2601/524B65H2701/31
    • PROBLEM TO BE SOLVED: To provide a technique capable of easily recognizing a winding unit generating a greater vibration from among a plurality of winding units provided in parallel, and a related technique thereto.SOLUTION: A textile machine (automatic winder 100) in which a plurality of winding units 1 are provided in parallel, each of the winding units 1 including a winding portion 13 winding a thread Y and creating a package P; and a detection unit 141 detecting a vibration generated when the package P is created, comprises: a display portion 5 displaying information on each of the winding units 1; and a display control unit 4c controlling a display content of the display portion 5. The display control unit 4c controls the display portion 5 to display a graph G in which vibration values of the respective winding units 1 are visualized and aligned and also display an abnormality determination level L on the basis of which it is determined whether the vibration is great.
    • 要解决的问题:提供一种能够容易地识别从平行设置的多个卷绕单元中产生更大振动的卷绕单元的技术及其相关技术。解决方案:一种纺织机(自动络筒机100),其中 多个绕组单元1并联设置,每个绕组单元1包括缠绕线Y并缠绕线束Y并形成封装P的绕组部分13; 以及检测单元141,其检测在产生包装P时产生的振动,包括:显示部分5,显示每个卷绕单元1上的信息; 以及控制显示部分5的显示内容的显示控制单元4c。显示控制单元4c控制显示部分5显示各个卷绕单元1的振动值被可视化和对准的曲线图G,并且还显示异常 确定水平L,基于此确定振动是否大。
    • 6. 发明专利
    • PACKAGE TRANSPORT SYSTEM
    • JPH01275374A
    • 1989-11-06
    • JP10515488
    • 1988-04-27
    • MURATA MACHINERY LTD
    • KAWASAKI YOSHIHIKO
    • B65H67/00B65G1/00B65G1/137
    • PURPOSE:To simplify the shipping work of a package and also heighten its work quality, by having a memory card for the information of shipment read by means of a card reader, and operating a package transport means on the basis of the shipment information thus read. CONSTITUTION:A memory card filled out with the information of shipment is read by a card reader 34. The shipment information thus read is inputted into a host computer 30 and a controller 33 for a stacker crane 29. Next, an action command from the controller 33 to the stacker crane 29 is outputted by pushing the carrying out switch of the card reader 34. Simultaneously with this, a transmission as a shelf information is made from the host computer 30 to the controller 33 about which order address a designated case is located at. The travel or the like of the stacker crane 29 is controlled by the controller 33 on the basis of this designated shelf information. A pallet carried out by this crane 29 is transferred to a shipping station 10, and a predetermined number of package cases are transferred and mounted on a truck 43 by means of a transferring and mounting means.
    • 8. 发明专利
    • FILAMENT TRANSFER METHOD
    • JPS6392576A
    • 1988-04-23
    • JP23657386
    • 1986-10-03
    • TORAY ENG CO LTD
    • IWAKI SEIJIWATABE HIROSHI
    • B65H67/00B65H67/048
    • PURPOSE:To prevent the occurrence of end breakage and waste of yarn, by stopping a fluid processing nozzle, performing transfer operation at the time of transferring drawing yarn or the like to an empty bobbin from a full bobbin of a revolving type winder, and operating this nozzle after the transference. CONSTITUTION:The filament spun out of a sinning device 1 is given an oil agent by an oiling device 2, and drawn by a draw roller 3. Next, it is passed through a fluid processing nozzle 4, sprayed with pressure air, and subjected to a confounding process. And, it is traversed by a traverse motion 8 and wound up on a bobbin. When the filament of the preset quantity is wound, an operating signal is fed to a solenoid valve 6 from a controller 12, closing the nozzle, and injection of the pressure air is stopped. Then, a filament transfer signal is fed to a revolving type winder 7 and the filament is shifted to the transfer position. If so, a revolving arm 9 is rotated, and the filament is wound on an empty bobbin, engaged with a traverse guide, thus winding is started. Afterward, the nozzle 4 is opened.