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    • 3. 发明公开
    • STEERING APPARATUS
    • 转向装置
    • EP3098139A1
    • 2016-11-30
    • EP16171106.4
    • 2016-05-24
    • JTEKT Corporation
    • MATSUDA, SatoshiYAMAKAWA, Tomonari
    • B62D5/00
    • B62D5/0433B62D5/001B62D5/003B62D5/0478
    • A steering apparatus is provided which can suppress unintended movement of a steering wheel when a clutch is engaged. When a power switch (54) is turned off and a steering wheel (11) is steered, a reaction force control circuit (33) makes a reaction force motor (31) to generate a steering reaction force stronger than a normal steering reaction force in order to give a driver an appropriate feeling of response according to a steering torque (τ). The strong steering reaction force is applied to a steering shaft (12) to suppress steering of the steering wheel (11). A steering operation control circuit (44) executes steering operation control, that is, control that makes an actual steered angle (θt) equal to a target steered angle based on a steering angle (θs), and then a clutch (21) is engaged. The clutch (21) is engaged after confirmation of an immovable state of steered wheels (16), (16), and thus rotation of the steering wheel (11) unintended by the driver is suppressed.
    • 提供了一种转向装置,其能够抑制当离合器接合时方向盘的意外运动。 当电源开关(54)断开并且方向盘(11)转向时,反作用力控制电路(33)使反作用力电动机(31)产生比正常转向反作用力更强的转向反作用力 以根据转向扭矩(τ)给驾驶员适当的响应感觉。 强大的转向反作用力施加到转向轴(12)以抑制方向盘(11)的转向。 转向操作控制电路44执行转向操作控制,即基于转向角(θs)使实际转向角(θt)等于目标转向角的控制,然后离合器(21)接合 。 在确认了转向车轮(16),(16)的不可移动状态之后接合离合器(21),并且因此驾驶员不希望的方向盘(11)的旋转被抑制。
    • 4. 发明公开
    • STEERING DEVICE FOR VEHICLE
    • LENKEINRICHTUNGFÜREIN FAHRZEUG
    • EP2202130A1
    • 2010-06-30
    • EP08841871.0
    • 2008-10-17
    • JTEKT Corporation
    • SHIINA, AkihikoNAKAOKA, MasakiTSUJI, YasuakiSAITOU, YasuhiroTSUCHIMOCHI, SunaoOTSUKI, HidetakaYAMAKAWA, Tomonari
    • B62D5/04B62D1/16F16H1/32
    • B62D5/0409B62D5/008F16H1/321
    • A motor vehicle steering system (1) comprises a transmission ratio variable mechanism (5) capable of changing a transmission ratio (θ2/θ1), and a steering-assist-force imparting mechanism (19). The transmission ratio variable mechanism (5) is provided with an input member (20) and an output member (22) capable of rotation about a first axis (A), an inner race (391) for differentially rotatably coupling to each member (20, 22), an outer race (392) for rotatably supporting the inner race(391) via a rolling element (393), and an electric motor (23) for rotation-driving the outer race (392). A second axis (B) that is a center line of the inner race (391) and the outer race (392) is inclined relative to the first axis (A). The motor (23) corotatably holds the outer race (392), and has a rotor (231) capable of rotation around the first axis (A). The rotor (231) is in a cylindrical form to surround the outer race (392).
    • 机动车转向系统(1)包括能够改变传动比(¸2/¸1)的传动比可变机构(5)和转向辅助力传递机构(19)。 传动比可变机构(5)设置有能够围绕第一轴线(A)旋转的输入构件(20)和输出构件(22),用于与每个构件(20)差分可旋转地联接的内座圈(391) ,22),用于经由滚动元件(393)可旋转地支撑所述内圈(391)的外圈(392)和用于旋转驱动所述外圈(392)的电动马达(23)。 作为内圈(391)和外座圈(392)的中心线的第二轴线(B)相对于第一轴线(A)倾斜。 电动机(23)可旋转地保持外座圈(392),并且具有能够绕第一轴线(A)旋转的转子(231)。 转子(231)为围绕外圈(392)的圆柱形。
    • 6. 发明公开
    • VEHICULAR STEERING SYSTEM
    • FAHRZEUGLENKSYSTEM
    • EP3081456A1
    • 2016-10-19
    • EP16164670.8
    • 2016-04-11
    • JTEKT Corporation
    • IZUTANI, KeisukeYAMAKAWA, TomonariYAMATANI, Tomoya
    • B62D5/00
    • B62D5/003B62D5/001B62D5/006
    • An ECU acquires a steering torque detected by a torque sensor (step S1). The ECU drives an electromagnet of a solenoid actuator (step S2). The ECU drives a steering operation motor in accordance with the direction of the detected steering torque acquired in step S1 to apply, to an output shaft of a clutch, a torque acting in such a direction that a torque being exerted on a clutch mechanism is reduced (step S3). When a predetermined time has elapsed since driving of the steering operation motor in step S3 (step S4: YES), the ECU 40 reverses a driving direction of the steering operation motor to apply, to the output shaft of the clutch, a torque acting in a direction opposite to the direction of the last torque applied (step S5).
    • ECU获取由转矩传感器检测出的转向转矩(步骤S1)。 ECU驱动螺线管致动器的电磁体(步骤S2)。 ECU根据在步骤S1中获取的检测到的转向扭矩的方向驱动转向操作马达,以向离合器的输出轴施加沿施加在离合器机构上的扭矩减小的方向上的扭矩 (步骤S3)。 当在步骤S3中从转向操作马达的驱动经过了预定时间(步骤S4:是)时,ECU40使转向操作马达的驱动方向反转到离合器的输出轴上, 与施加的最后扭矩的方向相反的方向(步骤S5)。
    • 7. 发明公开
    • STEERING-FORCE TRANSMITTING APPARATUS FOR VEHICLE
    • 车辆转向力传输装置
    • EP2328794A1
    • 2011-06-08
    • EP09788077.7
    • 2009-09-14
    • Toyota Jidosha Kabushiki KaishaJTEKT Corporation
    • TANAKA, HajimeYAMAKAWA, Tomonari
    • B62D1/16B62D1/19B62D5/04
    • B62D1/166B62D1/16B62D5/0409
    • A steering-force transmitting apparatus including: (a) an operating-member- side shaft; (b) a turning-device-side shaft offset from the operating-member- side shaft; and (c) a rotation transmitting mechanism having (c-1) an axially protruding portion provided in one of the two shafts and (c-2) a radially extending groove provided in the other of the two shafts such that the axially protruding portion is engaged in the radially extending groove. The rotation transmitting mechanism is configured to change a rotational phase difference between the two shafts while causing one of the two shafts to be rotated by rotation of the other of the two shafts. An axially end portion of a main body portion of one of the two shafts and an axially end portion of the other of the two shafts overlap with each other in the axial direction.
    • 一种转向力传递装置,其包括:(a)操作构件侧轴; (b)偏离操作构件侧轴的转向装置侧轴; (c)旋转传递机构,其具有(c-1)设置在所述两个轴中的一个轴中的轴向突出部和(c-2)设置在所述两个轴中的另一个中的径向延伸槽,使得所述轴向突出部是 接合在径向延伸的凹槽中。 旋转传递机构构造成在两个轴中的一个由于两个轴中的另一个的旋转而旋转的同时改变两个轴之间的旋转相位差。 两个轴中的一个轴的主体部分的轴向端部与两个轴中的另一个轴的轴向端部在轴向方向上彼此重叠。
    • 10. 发明公开
    • STEERING APPARATUS
    • 转向装置
    • EP2292495A1
    • 2011-03-09
    • EP09773406.5
    • 2009-06-26
    • JTEKT CorporationToyota Jidosha Kabushiki Kaisha
    • YAMAKAWA, TomonariTANAKA, Hajime
    • B62D3/12B62D1/20F16D3/04F16H53/02
    • B62D1/166F16D3/04
    • A steering apparatus 1 includes a first shaft 3 coupled to a steering wheel 2, a second shaft arranged to be eccentric relative to the first shaft 3, and a joint mechanism for coupling the first shaft and the second shaft to each other. The joint mechanism 5 includes a cam 7 having a cam groove 6 that extends in a direction perpendicular to the first shaft 3, a cam follower 8 that can slide in the cam groove 6, an eccentric pin 10 for coupling the second shaft 4 and the cam follower 8 to each other at a position eccentric relative to the second shaft 4. An outer cylinder 11 serving as a protective member is arranged concentrically with the eccentric pin 10, so as to surround the outer circumference of the eccentric pin 10. At least part of the eccentric pin 10 and the outer cylinder 11 is arranged in the cam groove 6.
    • 转向设备1包括联接到方向盘2的第一轴3,布置成相对于第一轴3偏心的第二轴以及用于将第一轴和第二轴彼此联接的联接机构。 关节机构5包括具有在与第一轴3垂直的方向上延伸的凸轮槽6的凸轮7,能够在凸轮槽6中滑动的凸轮从动件8,用于联接第二轴4和第二轴4的偏心销10 凸轮从动件8在相对于第二轴4偏心的位置相互连接。作为保护部件的外筒11与偏心销10同心配置,以包围偏心销10的外周。至少, 偏心销10和外筒11的一部分配置在凸轮槽6内。