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    • 7. 发明授权
    • Vehicular pedal supporting structure
    • 车载踏板支撑结构
    • US07111703B2
    • 2006-09-26
    • US10452118
    • 2003-06-03
    • Yoshihide EndoAkiyoshi Watanabe
    • Yoshihide EndoAkiyoshi Watanabe
    • B60K28/10
    • G05G1/323B60R21/09B60T7/065Y10T74/20528
    • A vehicular pedal supporting structure includes a pedal bracket, a pedal, and a guide. A front portion of the pedal bracket is fixed to a first vehicle-body-side constituent member, while a rear portion of the pedal bracket is extended toward a rear of the vehicle. The pedal is supported on lateral side portions of the pedal bracket so as to be swingable around a center shaft. The guide causes the rear portion of the pedal bracket to be displaced backwards and downwards when the pedal bracket is displaced backwards as a result of application of a frontal external force to create a rotational displacement of the rear portion of the pedal bracket relative to the front portion. The pedal bracket is provided with a rupture creation mechanism for ensuring that the rear portion of the pedal bracket is at least partially ruptured from the front portion thereof when the rear portion is rotationally displaced.
    • 车辆踏板支撑结构包括踏板支架,踏板和导轨。 踏板支架的前部固定在第一车体侧构成部件上,踏板支架的后部向车辆的后方延伸。 踏板被支撑在踏板支架的侧面部分上,以便绕中心轴摆动。 当踏板支架向后移动时,踏板支架的后部向后和向后移动,由于施加了额外的外力,导致踏板支架的后部相对于前部的旋转位移 一部分。 踏板支架设置有破裂产生机构,用于当后部旋转移位时,确保踏板支架的后部从其前部至少部分地破裂。
    • 8. 发明授权
    • Vehicle body side structure
    • 车身侧面结构
    • US08231167B2
    • 2012-07-31
    • US12281196
    • 2007-03-01
    • Yoshihide EndoKoji MakinoShigeru Inamori
    • Yoshihide EndoKoji MakinoShigeru Inamori
    • B62D21/15B60J5/04
    • E05C17/203B60J5/0437B60J5/0443E05B77/02
    • In a vehicle body side structure, an impact beam (116) is mounted to a door inner panel (110) by an impact beam extension (118). A part of the impact beam extension (118) that extends from an impact beam fixing part (126) to the door inner panel (110) serves as a load transmission part (128) capable of transmitting a load from the impact beam (116) to the door inner panel (110), and the extension line therefrom is directed at the centroid C2 of the body pillar (106). With a simple structure such as this, at the time of a side impact it is possible to transfer a load from the impact beam (116) in a straight line to the centroid C21 of the body pillar (106) while suppressing the twisting moment of the body pillar (106).
    • 在车身侧结构中,冲击梁(116)通过冲击梁延伸部(118)安装在门内板(110)上。 从冲击梁固定部分(126)延伸到门内板(110)的冲击梁延伸部(118)的一部分用作能够从冲击梁(116)传递载荷的载荷传递部分(128) 到门内板(110),并且其延伸线指向主体支柱(106)的重心C2。 利用这样的简单结构,在侧面碰撞时,可以将来自冲击梁(116)的负载从直线传递到体支柱(106)的重心C21,同时抑制扭矩 身体支柱(106)。
    • 10. 发明授权
    • Vehicle door structure
    • 车门结构
    • US07530624B2
    • 2009-05-12
    • US11806969
    • 2007-06-05
    • Yoshihide Endo
    • Yoshihide Endo
    • B60J5/00
    • B60J5/0426B60J5/0427B60J5/0431B60J5/0433B60J5/0483
    • A vehicle door structure for suppressing permanent deformation due to thermal distortion of a door is described. A door inner panel 18 and a door outer panel 20 are configured in aluminum alloy or the like. An impact beam 26 and a belt line inner reinforcement 44 are joined to the door inner panel 18. The impact beam 26 and the belt line inner reinforcement 44 are configured from a material, such as steel, with a smaller linear expansion coefficient than the door outer panel 20. Therefore, even if the door 42 as a whole is, for example, placed in a high temperature environment such as a bake oven in electrophoretic coating, the door inner panel 18 side and the door outer panel 20 side are restrained, respectively, by the belt line inner reinforcement 44 and the impact beam 26. Thus, permanent deformation due to thermal distortion at the door outer panel 20 side, due to a difference in the thermal expansion conditions of the door inner panel 18 side and the door outer panel 20 side, may be suppressed.
    • 描述用于抑制由于门的热变形引起的永久变形的车门结构。 门内板18和门外板20以铝合金等构成。 冲击梁26和带束线内部加强件44接合到门内板18.冲击梁26和带束线内部加强件44由诸如钢的材料构成,具有比门更小的线性膨胀系数 因此,即使作为整体的门42例如放置在诸如烘烤炉的高温环境中的电泳涂覆中,门内板18侧和门外板20侧被限制, 分别由带束线内部加强件44和冲击梁26分开。因此,由于门内板18侧和门的热膨胀条件的差异,由于门外板20侧的热变形而导致的永久变形 可以抑制外板20侧。