首页> 外国专利> FRICTION POWDER COUNTERMEASURE MECHANISM FOR DRY MULTIPLE DISC CLUTCH MECHANISM

FRICTION POWDER COUNTERMEASURE MECHANISM FOR DRY MULTIPLE DISC CLUTCH MECHANISM

机译:干式多盘离合器机理的摩擦粉对策机理

摘要

PROBLEM TO BE SOLVED: To surely discharge friction powder from a multiple disc clutch mechanism.;SOLUTION: In the friction powder countermeasure mechanism for dry multiple disc clutch mechanism in an automatic transmission of a hybrid structure configured so that transmission/non-transmission of rotation is switched between an input shaft 1 to which rotation of an engine is input and a rotor 2 of a motor through the dry multiple disc clutch mechanism 30 constituted by alternately laminating a drive plate 31 and a driven plate 32 in an axial direction, a driven plate support section 27 having a spline 271 for fitting in and supporting the driven plate 32 formed on the inner periphery thereof is disposed on the rotor 2 in a fixed manner, on the radial inside of a magnet support portion 25 of the rotor 2, with a gap 28 between an inner circumferential surface 251 of the magnet support portion 25 and an outer circumferential surface 27a of the driven plate support portion 27. The driven plate support portion 27 includes a communicating portion 273 which allows the radial inside and outside of the driven plate support section 27 to communicate each other, and an inclined zone 29 is provided on an inner circumferential surface 251 of the magnet support section 25.;COPYRIGHT: (C)2011,JPO&INPIT
机译:解决的问题:确保从多片离合器机构中排出摩擦粉;;解决方案:在混合动力结构的自动变速箱中,用于干式多片离合器机构的摩擦粉对策机构,其构造为可传递/不传递旋转通过在轴向上交替层叠驱动板31和从动板32而构成的干式多片离合器机构30,在输入了发动机的旋转的输入轴1和电动机的转子2之间切换。在转子2上,在转子2的磁铁支承部25的径向内侧,以固定的方式配置有在其转子2的内周侧固定地设置有用于嵌合并支承形成于从动板32的花键271的板支承部27。在磁体支撑部25的内周面251与从动板支撑部27的外周面27a之间形成有间隙28。支撑部27包括连通部273,该连通部273使从动板支撑部27的径向内侧和外侧相互连通,并且在磁体支撑部25的内周面251上设置有倾斜区域29。 :(C)2011,JPO&INPIT

著录项

  • 公开/公告号JP2011112170A

    专利类型

  • 公开/公告日2011-06-09

    原文格式PDF

  • 申请/专利权人 JATCO LTD;

    申请/专利号JP20090269854

  • 申请日2009-11-27

  • 分类号F16D13/60;

  • 国家 JP

  • 入库时间 2022-08-21 18:21:54

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