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    • 3. 发明专利
    • Level wound coil and package of level wound coil
    • 水平线圈和水平线圈套管
    • JP2011057330A
    • 2011-03-24
    • JP2009206676
    • 2009-09-08
    • Kobelco & Materials Copper Tube Inc株式会社コベルコ マテリアル銅管
    • KONDO KAZUYAASHIDA RIKIYOSHIDA KENJIHOSOKI TETSUO
    • B65H55/04B65D85/04B65H54/28B65H71/00
    • PROBLEM TO BE SOLVED: To provide a level wound coil and a package of the level wound coil, which achieve a smooth unwinding without being caught, without generation of bending, deformation, and scratch of a tube during uncoiling by ETS (Eye To the Sky) method and does not cause uncoiling discoloration even when the mass of the LWC (Level Wound Coil) is large, a plurality of LWCs are stacked one upon another, and the number of winding layers and the number of windings per layer are large.
      SOLUTION: A copper or copper alloy tube 1 constituting the level wound coil 110 is a post-annealed one whose external surface is coated with oil containing silicone oil. In an analysis by high-frequency glow discharge emission spectrometric analysis, the maximum value of Si concentration on a surface layer part up to 20 nm from the surface of the tube is 0.3-30 atom%. In the level wound coil 110, the position of a transition start end of a winding layer transitional part from an inner layer side on a bottom part to an outer side by one layer is shifted to a direction opposite to a winding direction of the level wound coil in accordance with an increase in the winding layers to the outside.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了提供水平卷绕线圈和水平卷绕线圈的包装,其在没有被卡住的情况下实现平滑的展开,而不会在ETS展开期间产生弯曲,变形和划痕(Eye) 到天空)的方法,并且即使当LWC(电平卷绕线圈)的质量较大时,也不会使开卷变色,多个LWC彼此层叠,并且每层的绕组层数和绕组数为 大。 构成水平卷绕线圈110的铜或铜合金管1是其外表面涂有含有硅油的油的后退火的管。 在通过高频辉光放电发射光谱分析的分析中,从管表面到达20nm的表面层部分上的Si浓度的最大值为0.3〜30原子%。 在绕线线圈110中,绕组层过渡部分的转变起始端从底部的内层侧到外侧的位置移动到与卷绕线圈110的缠绕方向相反的方向 线圈根据绕组层的增加到外面。 版权所有(C)2011,JPO&INPIT
    • 4. 发明专利
    • Wax coating device
    • WAX涂装装置
    • JP2010111479A
    • 2010-05-20
    • JP2008285846
    • 2008-11-06
    • Murata Machinery Ltd村田機械株式会社
    • SHIMIZU AKIRA
    • B65H71/00B65H57/06D01H13/30
    • PROBLEM TO BE SOLVED: To provide a wax coating device capable of preventing fiber dust adhered to a solid wax coating face from being coated into a surface of wax and a coating sufficient amount of wax on a yarn uniformly to make the yarn pass therethrough quickly when piecing up the yarns.
      SOLUTION: The wax coating device includes a drive shaft for supporting, rotating, and driving the solid wax, a wax supporting body for receiving the solid wax coating face, and an energizing structure for pressing and energizing the solid wax against the wax supporting body. The wax coating device further includes a pair of yarn guides for guiding the yarn fed in the vertical direction to the solid wax coating face at a position out of the center of the rotation of the drive shaft. The wax supporting body has a contact face in contact with the solid wax coating face. The contact face is formed into a gentle arc shape.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种蜡涂装置,其能够防止粘附在固体蜡涂层表面上的纤维尘埃被涂覆到蜡的表面中,并且在纱线上均匀涂布足量的蜡以使纱线通过 在接合纱线时快速穿过。 解决方案:蜡涂装置包括用于支撑,旋转和驱动固体蜡的驱动轴,用于接收固体蜡涂覆面的蜡支撑体,以及用于将固体蜡压在和驱动蜡的能量结构 支撑体。 蜡涂装置还包括一对导纱器,用于将驱动轴的旋转中心以外的位置沿垂直方向供给到固体蜡涂布面。 蜡支撑体具有与固体蜡涂层面接触的接触面。 接触面形成平坦的弧形。 版权所有(C)2010,JPO&INPIT
    • 6. 发明专利
    • Disconnected thread processing device
    • 断开的螺纹加工装置
    • JP2005041673A
    • 2005-02-17
    • JP2003279790
    • 2003-07-25
    • Teijin Fibers Ltd帝人ファイバー株式会社
    • YONEDA TAKUROMAEKAWA YASUSHI
    • B65H71/00B65H63/036D01D7/00
    • PROBLEM TO BE SOLVED: To provide a disconnected thread processing device capable of smooth and quick disconnection treatment almost without accumulation of lines of thread in a spinning cylinder upon occurrence of disconnection, when multi-filament lines of thread formed of a thermoplastic synthetic fiber, for example with a size of a single fiber of 2 dtex or less is melt-spun, or cospun.
      SOLUTION: This disconnected thread processing device is installed to a thread melt-spinning device having at least an oil agent giving means (7) installed in thread spinning cylinders (3), (5) cooling a plurality of multi-filament lines of thread (Y) formed of a spun thermoplastic synthetic fiber. The disconnected thread treatment device comprises a disconnected thread detecting means detecting disconnection of the line of thread (Y), and thread removing means (12), (13), (14) and (15) for separating the traveling lines of thread (Y) from the oil agent giving means (7) by disconnected thread detection signals from the disconnected thread detection means. The device also comprises a thread line suction means (8) downstream of the oil agent giving means (7), a thread line cutting means (9) installed immediately below the thread line suction means (8), and thread line collecting means (10) and (11) collecting a plurality of the lines of thread (Y) to a thread line suckable position of the thread line suction means (8) along a thread line traveling direction in this order.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种断线处理装置,其能够在发生断开时几乎不会在纺丝筒中累积线的线性和快速断开处理,当由热塑性合成材料形成的多丝线 纤维,例如具有2分特或更小的单纤维的尺寸是熔纺或共振的。 解决方案:该脱线螺纹加工装置安装在具有至少一个安装在螺纹旋转筒(3)中的油剂给料装置(7)的螺纹熔纺设备上,(5)冷却多根多丝线 由热塑性合成纤维制成的螺纹(Y)。 断线处理装置包括检测线(Y)线断开的断线检测装置,以及用于分离线(Y)的行进线的线移除装置(12),(13),(14)和(15) )通过从断开的线检测装置断开的线程检测信号从油剂给药装置(7)中获得。 该设备还包括在油剂给料装置(7)下游的螺纹线吸引装置(8),安装在螺纹线吸入装置(8)正下方的螺纹线切割装置(9)和螺纹线收集装置 )和(11)沿着螺纹线行进方向依次收集多条线(Y)线到线吸引装置(8)的螺纹线可吸收位置。 版权所有(C)2005,JPO&NCIPI
    • 7. 发明专利
    • Adhesive application nozzle to filament yarn body
    • JP2004352494A
    • 2004-12-16
    • JP2003189894
    • 2003-05-28
    • Nordson Kkノードソン株式会社
    • NAKAMURA YUKIO
    • B65H71/00B05B1/14B05C5/02
    • B05C5/027B05C5/0241
    • PROBLEM TO BE SOLVED: To provide an adhesive application nozzle to a filament yarn body capable of preventing adhesive from trickling off and providing excellent application intermittence property of adhesive to the filament yarn body such as yarn rubber and applicable even to application of filament yarn bodies having different thickness. SOLUTION: A flat face 15 with which the yarn rubber 20 comes into contact is provided in a nozzle end part 10, an adhesive orifice 8 is provided on the flat face 15 by opening it, and a slit-like guide channel 12 for the yarn rubber 20 is provided on the upstream side in the direction I of running of the yarn rubber on the flat face 15. The slit-like guide channel 12 is movably provided in the nozzle to change its width relative to a height level of the flat face 15 with which the yarn rubber 20 comes into contact. A blade part 13 is provided on the downstream side in the direction of running of yarn rubber on the flat face 15 in the nozzle in such a way that its tip 13a is positioned at substantially the same level as the level of the flat face 15 so that the tip 13a comes into contact with the running yarn rubber. COPYRIGHT: (C)2005,JPO&NCIPI
    • 8. 发明专利
    • Filament bundle pulling-out device in filament winding apparatus
    • FILAMENT BUILLE拉出装置在FILAMENT WINDING装置
    • JP2004188869A
    • 2004-07-08
    • JP2002361058
    • 2002-12-12
    • Toyota Industries Corp株式会社豊田自動織機
    • GOTOU TOSHIHIRO
    • B65H51/14B29C70/16B29K105/08B65H59/36B65H71/00
    • PROBLEM TO BE SOLVED: To provide a filament bundle pulling-out device in FW apparatus enabling the filament bundle pull out from a filament bundle supplying part by not using a driving force of a winding head, even in a case of a number of filament bundle wound being large at once, without necessary to enlarge the driving force of the winding head.
      SOLUTION: In the FW apparatus 11, filament bundles R impregnated with a resin are wound to the surface of a winding member for the filament bundle 16 revolved at a certain speed through a winding head 15 reciprocally moving in the axis direction of the winding member for the filament bundle 16. The filament bundle pulling-out device 14 is installed between a resin impregnating apparatus 13 and the winding head 15 and provided with a filament bundle pulling-out component 23 able to pull-out a filament bundle R at a defined speed from a filament bundle supplying component 12 and a tension regulating component 24 to adjust a tension of the filament bundle R stretching from the filament bundle pulling-out component 23 to the winding head 15. The filament bundle pulling-out component 23 is provided with a pair of conveyer 25 and 26 and they pull out the filament bundle R by holding the filament bundle R between a plurality of projections 29 arranged at a given interval and in parallel projected on the outer surface of a belt 28.
      COPYRIGHT: (C)2004,JPO&NCIPI
    • 要解决的问题:为了在FW装置中提供丝束拉出装置,即使在数量的情况下,也可以通过不使用卷绕头的驱动力从丝束供给部拉出丝束 的长丝束一次大,无需扩大卷绕头的驱动力。 解决方案:在FW装置11中,浸渍有树脂的细丝束R被卷绕到丝束16的缠绕构件的表面上,该丝束16以一定的速度旋转,通过缠绕头15沿着轴向方向往复移动 丝束拉出装置14安装在树脂浸渍装置13和卷绕头15之间,并且设置有能够拉出长丝束R的丝束拉出部23 来自丝束供给部件12的定义的速度和张力调节部件24,以调节从长丝束拉出部件23拉伸到卷绕头部15的长丝束R的张力。长丝束拉出部件23为 设置有一对输送器25和26,并且通过将细丝束R保持在以给定间隔布置的多个突起29和平行的pr之间来拉出丝束R 被带在皮带28的外表面上。版权所有(C)2004,JPO&NCIPI