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    • 7. 发明公开
    • Front fork
    • Vorderradgabel
    • EP2899110A2
    • 2015-07-29
    • EP14182691.7
    • 2014-08-28
    • Showa Corporation
    • Ikeda, Daisuke
    • B62K25/08F16F9/32F16F9/342F16F9/46
    • B62K25/08B62K2025/048F16F9/185F16F9/3257F16F9/342F16F9/466
    • A front fork (21) includes an inner cylinder (135) disposed inside an inner tube (110), a piston rod (230) moving with an outer tube (210), a piston (220) attached to a lower end portion of the piston rod (230 )and sectioning an oil chamber (41) in the inner cylinder (135) into a lower oil chamber (51) and an upper oil chamber (52) and a damping force generating portion at an outside of the inner tube (110) having a first damping force generating portion generating resistance in working oil flowing in one direction in an external flow path, a second damping force generating portion disposed in series with the first damping force generating portion in the external flow path to generate resistance in working oil flowing in the other direction, and a pressurization portion (450) having an oil reservoir chamber (72) communicated to an intermediate oil chamber (63) and pressurizing working oil in the intermediate oil chamber (63).
    • 前叉(21)包括设置在内管(110)内部的内筒(135),与外管(210)一起移动的活塞杆(230),活塞(220) 活塞杆(230),并将内筒(135)中的油室(41)分成下油室(51)和上油室(52),以及在内管外侧的阻尼力产生部 110),其具有在外部流路中沿一个方向流动的工作油中产生电阻的第一阻尼力产生部,与所述外部流路中的所述第一阻尼力产生部串联设置的第二阻尼力产生部,以产生工作中的阻力 以及具有与中间油室(63)连通并对中间油室(63)加压工作油的储油室(72)的加压部(450)。
    • 8. 发明公开
    • SUSPENSION DEVICE
    • 悬挂装置
    • EP2853768A1
    • 2015-04-01
    • EP13793394.1
    • 2013-05-20
    • Kayaba Industry Co., Ltd.
    • SUMIDA, Masashi
    • F16F9/46B62K25/10F16F9/32F16F9/342
    • B62K25/283B62K25/06B62K25/10B62K25/28B62K2025/044B62K2025/045B62K2025/048F16F9/461F16F9/466F16F9/56
    • A shock absorber of a suspension apparatus includes a pair of chambers, a flow passage connects the chambers such that a working fluid passes through the flow passage as the shock absorber expands and contracts, a damping force generation mechanism applies resistance to the working fluid passing through the flow passage, a bypass passage connects the chambers so as to bypass the flow passage, a variable throttle member that is inserted into the bypass passage to be capable of advancing and retreating in order to modify an opening of the bypass passage, an actuator drives the variable throttle member and includes an acting portion disposed on a back surface side of the variable throttle member, and a power transmission mechanism interposed between the acting portion and the variable throttle member in order to transmit a linear motion of the acting portion to the variable throttle member.
    • 本发明提供一种悬架装置的缓冲器,其具备:一对腔室;流路,其连接多个腔室,使得随着缓冲器的伸缩而使工作流体通过流路;阻尼力产生机构对通过的工作流体施加阻力 流动通道,旁通通道连接腔室以绕过流动通道;可变节流构件,该可变节流构件插入到旁通通道中以能够前进和后退以修改旁通通道的开口;致动器驱动 所述可变节流构件包括设置在所述可变节流构件的后表面侧上的作用部分,以及介于所述作用部分和所述可变节流构件之间的动力传递机构,以便将所述作用部分的线性运动传递给所述可变节流构件 节流构件。