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    • 4. 发明申请
    • STEERING COLUMN SUPPORT APPARATUS
    • 转向支柱装置
    • US20120267884A1
    • 2012-10-25
    • US13386658
    • 2011-11-09
    • Takeshi FujiwaraKiyoshi SadakataToru SegawaTakahiro Minamigata
    • Takeshi FujiwaraKiyoshi SadakataToru SegawaTakahiro Minamigata
    • B62D1/19
    • B62D1/195
    • Construction of a steering column support apparatus is achieved that simplifies tuning for stabilizing forward displacement of a steering wheel during a secondary collision, lowers and stabilizes the break away load, and when necessary, prevents the steering wheel from dropping excessively after a secondary collision. A locking cutout section 27 that extends in the forward/backward direction is formed in a bracket 11a on the vehicle side, top and bottom sliding plate sections 31a, 31b that are formed on outside and inside sliding plates 51, 52 of a sliding member 28 are located on both the top and bottom surfaces of the portions on both sides of the locking cutout section 27. A bolt that is inserted from the top through these sliding plate sections 31a, 31b and a nut 30 connect the top plate section 23 of a bracket 12b on the column side to the bracket 11a on the vehicle side. During a secondary collision, the outside sliding plate 51 slides and moves in the forward direction with respect to the inside sliding plate 52, and the bracket 12b on the column side breaks away from the bracket 11a on the vehicle side with little force.
    • 实现转向柱支撑装置的构造,其简化了调整,以便在二次碰撞期间稳定方向盘的向前位移,降低并稳定分离载荷,并且在必要时防止方向盘在二次碰撞之后过度下落。 在车辆侧的支架11a中形成有向前后方向延伸的锁定切口部27,形成在滑动部件28的滑动板51,52的外侧和内侧的上部和下部滑动板部31a,31b 位于锁定切口部分27两侧的部分的顶表面和底表面上。从顶部穿过这些滑板部分31a,31b和螺母30插入的螺栓将顶板部分23连接到 在支柱侧的支架12b与车辆侧的支架11a相连。 在二次碰撞期间,外侧滑动板51相对于内侧滑动板52向前方滑动移动,柱侧的支架12b以较小的力从车辆侧的支架11a脱离。
    • 8. 发明授权
    • Steering column support apparatus
    • 转向柱支撑装置
    • US08534705B2
    • 2013-09-17
    • US13386658
    • 2011-11-09
    • Takeshi FujiwaraKiyoshi SadakataToru SegawaTakahiro Minamigata
    • Takeshi FujiwaraKiyoshi SadakataToru SegawaTakahiro Minamigata
    • B62D1/19
    • B62D1/195
    • Construction of a steering column support apparatus is achieved that simplifies tuning for stabilizing forward displacement of a steering wheel during a secondary collision, lowers and stabilizes the break away load, and when necessary, prevents the steering wheel from dropping excessively after a secondary collision. A locking cutout section 27 that extends in the forward/backward direction is formed in a bracket 11a on the vehicle side, top and bottom sliding plate sections 31a, 31b that are formed on outside and inside sliding plates 51, 52 of a sliding member 28 are located on both the top and bottom surfaces of the portions on both sides of the locking cutout section 27. A bolt that is inserted from the top through these sliding plate sections 31a, 31b and a nut 30 connect the top plate section 23 of a bracket 12b on the column side to the bracket 11a on the vehicle side. During a secondary collision, the outside sliding plate 51 slides and moves in the forward direction with respect to the inside sliding plate 52, and the bracket 12b on the column side breaks away from the bracket 11a on the vehicle side with little force.
    • 实现转向柱支撑装置的构造,其简化了调整,以便在二次碰撞期间稳定方向盘的向前位移,降低并稳定分离载荷,并且在必要时防止方向盘在二次碰撞之后过度下落。 在车辆侧的支架11a中形成有向前后方向延伸的锁定切口部27,形成在滑动部件28的滑动板51,52的外侧和内侧的上部和下部滑动板部31a,31b 位于锁定切口部分27两侧的部分的顶表面和底表面上。从顶部穿过这些滑板部分31a,31b和螺母30插入的螺栓将顶板部分23连接到 在支柱侧的支架12b与车辆侧的支架11a相连。 在二次碰撞期间,外侧滑动板51相对于内侧滑动板52向前方滑动移动,柱侧的支架12b以较小的力从车辆侧的支架11a脱离。
    • 9. 发明申请
    • STEERING COLUMN SUPPORT APPARATUS
    • 转向支柱装置
    • US20120240711A1
    • 2012-09-27
    • US13379472
    • 2011-08-23
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiKiyoshi SadakataToru Segawa
    • Takahiro MinamigataMinao UmedaTakeshi FujiwaraOsamu TatewakiKiyoshi SadakataToru Segawa
    • B62D1/19
    • B62D1/195
    • The present invention provides construction that keeps the load required for a locking capsule 50d that is supported by the steering column to come out in the forward direction from a locking hole 48b that is formed in a fastening bracket 11e on the vehicle side low. Small through holes 52e are formed in a flange section 51d of the locking capsule 50d. Small notch sections 62a that are each open toward the inside of the locking hole 48b are formed in portions of the fastening bracket 11e on the vehicle side around the locking hole 48b that are aligned with each of the small through holes 52e. Injection molding is performed to inject synthetic resin 72 such that the synthetic resin 72 spans between these small through holes 48b and small notch sections 62a, and connects the locking capsule 50d and the fastening bracket 11e on the vehicle side. Moreover, part of the synthetic resin 72 penetrates into and solidifies in a small space 71 between the inside surfaces of the locking hole 48b and the outside surfaces of the locking capsule 50d.
    • 本发明提供一种结构,其保持由转向柱支撑的锁定胶囊50d所需的负载从形成在车辆侧的紧固支架11e中的锁定孔48b向前方向出来。 小的通孔52e形成在锁定胶囊50d的凸缘部51d中。 各个朝向锁定孔48b的内侧开放的小切口部分62a形成在与每个小通孔52e对齐的锁定孔48b周围的车辆侧的紧固支架11e的部分中。 进行注塑以注入合成树脂72,使得合成树脂72跨越这些小通孔48b和小切口部分62a,并且将锁定胶囊50d和车辆侧的紧固支架11e连接。 此外,合成树脂72的一部分在锁定孔48b的内表面和锁定胶囊50d的外表面之间的小空间71中渗透并固化。