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    • 5. 发明授权
    • Steering wheel with airbag device
    • 带安全气囊装置的方向盘
    • US08459686B2
    • 2013-06-11
    • US12585454
    • 2009-09-15
    • Norio SuzukiKenji SasakiKoji SakuraiHitoshi IidaOsamu HiroseAkira Urayama
    • Norio SuzukiKenji SasakiKoji SakuraiHitoshi IidaOsamu HiroseAkira Urayama
    • B60R21/16
    • B60R21/2037
    • A horn switch mechanism 15 has a securing pin 31 serving as a support member, a movable member 32 serving as an insulating portion, a compression coil spring 35 serving as an urging member, and a contact terminal 34 serving as a movable contact. The securing pin 31 is fixed to a metal core 12 of a steering wheel body 11 and supports a bag holder 21 in such a manner that the bag holder 21 selectively proceeds toward and retreats from the metal core 12. The movable member 32 is arranged between the securing pin 31 and the bag holder 21 and electrically insulates the securing pin 31 and the bag holder 21 from each other. The coil spring 35 urges the bag holder 21 away from the metal core 12. The contact terminal 34 moves together with the bag holder 21. When the bag holder 21 moves toward the metal core 12 against the urging force of the compression coil spring 35, the contact terminal 34 contacts the securing pin 31 and permits conduction between the contact terminal 34 and the securing pin 31. This activates a horn device 40 of the vehicle.
    • 喇叭开关机构15具有用作支撑构件的固定销31,用作绝缘部分的可动构件32,用作推动构件的压缩螺旋弹簧35和用作可动触点的接触端子34。 固定销31固定在方向盘主体11的金属芯12上,并以如下方式支撑袋保持架21:袋保持件21选择性地从金属芯12向后退。可动件32设置在 固定销31和袋保持件21,使固定销31和袋保持架21彼此电绝缘。 螺旋弹簧35促使袋保持器21远离金属芯12.接触端子34与袋保持器21一起移动。当袋保持器21克服压缩螺旋弹簧35的作用力朝向金属芯12移动时, 接触端子34接触固定销31,并允许接触端子34和固定销31之间的导通。这激活了车辆的喇叭装置40。
    • 7. 发明申请
    • STEERING WHEEL HAVING AIRBAG APPARATUS ATTACHED THERETO
    • 带有安全气囊装置的转向轮
    • US20120080868A1
    • 2012-04-05
    • US13239506
    • 2011-09-22
    • Yoshiteru BANNONorio SuzukiOsamu Hirose
    • Yoshiteru BANNONorio SuzukiOsamu Hirose
    • B60R21/203
    • B60R21/2037
    • An elastic wire which is linearly moved in an assembling direction parallel with an orthogonal surface perpendicular to an axial line of a steering shaft and thus assembled to a core member includes an attaching part that is attached to a core member and an engaging part that is engaged into a pin in a through-hole. The core member is provided with a surface restraint part that permits the attaching part to linearly move in the assembling direction and restrains the engaged attaching part from moving in a direction parallel with the orthogonal surface. The surface restraint part includes a restraining protrusion that permits the bent part 58 of the attaching part 56 to surmount the restraining protrusion as the elastic wire is linearly moved and restrains the bent part having surmounted the restraining protrusion from moving in an opposite direction to the assembling direction.
    • 在与垂直于转向轴的轴线的正交面平行的组装方向线性移动并且组装到芯构件上的弹性线包括附接到芯构件的接合部和接合部的接合部 进入通孔的销。 芯构件设置有表面约束部件,其允许附接部件沿组装方向线性移动并且限制接合的附接部件在与正交表面平行的方向上移动。 表面约束部分包括限制突起,其允许安装部56的弯曲部58在弹性线线性地移动时克服限制突起,并且限制已经超过限制突起的弯曲部分沿与装配的相反方向移动 方向。
    • 10. 发明申请
    • LIQUID CRYSTAL POLYESTER FIBERS AND METHOD FOR PRODUCING THE SAME
    • 液晶聚酯纤维及其制造方法
    • US20110318982A1
    • 2011-12-29
    • US13255524
    • 2010-03-04
    • Yoshitsugu FunatsuYuhei MaedaNorio SuzukiHiroo Katsuta
    • Yoshitsugu FunatsuYuhei MaedaNorio SuzukiHiroo Katsuta
    • D03D15/00B29C71/02D02G3/02
    • D06M15/643C09K19/3809D01D10/02D01F6/62D01F6/84D02J13/00Y10T428/298Y10T442/183
    • Disclosed are liquid crystal polyester fibers, which have a peak half-width of 15° C. or greater at an endothermic peak (Tm1) observed by differential calorimetry under a temperature elevation of 20° C./minute from 50° C., polystyrene equivalent weight average molecular weight of 250,000 or more and 2,000,000 or less, and a variable waveform of less than 10% in terms of the half inert diagram mass waveform determined by a Uster yarn irregularity tester. Also disclosed is a method for producing liquid crystal polyester fibers, wherein liquid crystal polyester fibers are formed into a package, the fibers are then subjected to solid-phase polymerization, and the solid-phase polymerized liquid crystal polyester fibers are unrolled from the package and successively heat treated without being once taken up. The heat treatment temperature is controlled at a temperature of the endothermic peak temperature (Tm1) of the solid-phase polymerized liquid crystal polyester fibers+60° C. or higher, and the speeds of the fibers before and after heat treatment are regulated, respectively, by first and second rollers.
    • 公开了液晶聚酯纤维,其在50℃的温度升高/ 50分钟的温度升高下观察到的吸热峰(Tm1)的峰半峰宽度为15℃以上,聚苯乙烯 当量重量平均分子量为25万以上且2,000,000以下,以及由乌斯特纱不规则性测定仪确定的半惰性图质量波形小于10%的可变波形。 还公开了一种液晶聚酯纤维的制造方法,其中将液晶聚酯纤维形成包装,然后将纤维进行固相聚合,并将固相聚合的液晶聚酯纤维从包装中展开, 连续热处理而不被一次吸收。 将热处理温度控制在固相聚合液晶聚酯纤维的吸热峰温度(Tm1)+ 60℃以上的温度下,分别调节热处理前后的纤维速度 ,通过第一和第二辊。