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    • 2. 发明授权
    • Airbag module with pressure relief adaptive performance
    • 安全气囊模块具有减压自适应性能
    • US5918901A
    • 1999-07-06
    • US802803
    • 1997-02-18
    • Darrin L. JohnsonBradley D. HarrisDonald R. Lauritzen
    • Darrin L. JohnsonBradley D. HarrisDonald R. Lauritzen
    • B60R21/20B60R21/217B60R21/276B60R21/30
    • B60R21/276B60R2021/2177B60R2021/2765B60R21/2171
    • An airbag module providing adaptive performance. The module includes a housing defining an interior. At least an inflator is received within the housing, and preferably the folded, uninflated cushion, also. Various arrangements are provided to selectively block, or create, a vent extending through the housing. This vent, when open, permits the inflation gas provided by the inflator to exit the housing without entering the cushion. The vent may be initially open, and blocked by a sliding cover block, may be initially closed and opened by movement of a slide plug, or may be initially closed and opened by deformation of a portion of the housing. The venting of the inflation gas will at least slow the rate of inflation of the cushion, and may reduce the final pressure within the cushion. As such, the housing will be vented for less severe collisions, and will not be vented for more severe collisions.
    • 提供适应性能的安全气囊模块。 模块包括限定内部的壳体。 至少一个充气机被容纳在壳体内,并且优选地被收纳在折叠的未充气的垫子中。 提供了各种布置以选择性地阻挡或产生延伸穿过壳体的通风口。 该通气口在打开时允许由充气机提供的充气气体离开壳体而不进入垫子。 通风口可以最初打开并被滑动盖块封闭,可以通过滑动塞的移动而被初始地关闭和打开,或者可以通过壳体的一部分的变形而被初始地关闭和打开。 膨胀气体的排放将至少减缓衬垫的膨胀速率,并且可以减小衬垫内的最终压力。 因此,房屋将被排放较少的严重碰撞,不会泄漏更严重的碰撞。
    • 3. 发明授权
    • Adaptive regenerative inflator
    • 自适应再生充气机
    • US5806884A
    • 1998-09-15
    • US802457
    • 1997-02-18
    • Darrin L. JohnsonBradley D. HarrisDonald R. Lauritzen
    • Darrin L. JohnsonBradley D. HarrisDonald R. Lauritzen
    • B60R21/26B60R21/263B60R21/264
    • B60R21/264B60R2021/26094B60R2021/2633
    • A regenerative monopropellant inflator providing adaptive performance. The inflator includes a housing defining an interior. A piston is received in the housing and divides the interior into a fuel supply chamber and a combustion chamber. The piston moves through the fuel supply chamber during the regenerative combustion cycle to produce an inflation gas from reaction of the fuel in the combustion chamber. The inflation gas exits the combustion chamber via exit ports. To provide adaptive performance a back pressure may be selectively applied to the piston against its travel. This slows the piston, and thus the gas production of the inflator. Alternatively, the total size of the exit ports could be selectively varied to thus vary the pressure within the combustion chamber, known as throttling. Increased pressure within the combustion chamber causes an increase in the rate of inflation gas production. By selectively varying either the piston back pressure or throttling prior to completion of the gas generation, the performance of the inflator may be adapted to the characteristics of a particular vehicle collision.
    • 提供适应性能的再生式单组分推进式充气机。 充气机包括限定内部的壳体。 活塞被容纳在壳体中并将内部分成燃料供应室和燃烧室。 活塞在再生燃烧循环期间移动通过燃料供应室,以产生来自燃烧室中的燃料的膨胀气体。 充气气体通过出口离开燃烧室。 为了提供适应性能,可以根据其行程选择性地向活塞施加背压。 这会减慢活塞,从而减少充气机的气体产量。 或者,出口的总尺寸可以选择性地变化,从而改变燃烧室内的压力,称为节流。 燃烧室内的压力增加导致膨胀气体生产速率的增加。 通过在气体产生完成之前选择性地改变活塞背压或节流,充气机的性能可以适应特定车辆碰撞的特性。
    • 7. 发明授权
    • Anti-rupture method for liquid propellant gas inflator
    • 液体推进剂气体充气机的抗破裂方法
    • US5719351A
    • 1998-02-17
    • US770382
    • 1996-12-03
    • Darrin L. JohnsonBradley D. Harris
    • Darrin L. JohnsonBradley D. Harris
    • B60R21/26B60R21/264B60R21/268B60R21/272B60R21/276
    • B60R21/264B60R21/276
    • An inflator of a vehicle safety restraint system includes a housing having a reservoir of liquid propellant. A combustion chamber is disposed in the housing in communication with the liquid propellant reservoir. A regenerative piston is movably disposed within the housing for separating the liquid propellant reservoir and the combustion chamber. The piston head includes a plurality of injection ports for delivering the liquid propellant to the combustion chamber in a controlled manner. A pressure relieving bore, normally sealed by the piston stem, is disposed in the housing for relieving pressure in the liquid propellant reservoir. Decomposition or combustion within the propellant storage reservoir will move the piston to open the pressure relief bore which depressurizes the liquid propellant and prevents rupture and fragmentation of the inflator.
    • 车辆安全限制系统的充气机包括具有液体推进剂储存器的壳体。 燃烧室设置在与液体推进剂储存器连通的壳体中。 再生活塞可移动地设置在壳体内,用于分离液体推进剂储存器和燃烧室。 活塞头包括多个注射口,用于以受控的方式将液体推进剂输送到燃烧室。 通常由活塞杆密封的减压孔设置在壳体中以减轻液体推进剂储存器中的压力。 推进剂储存容器内的分解或燃烧将使活塞移动以打开压力释放孔,该压力释放孔减压液体推进剂并防止充气机的破裂和碎裂。
    • 9. 发明授权
    • Controlled deployment driver's side air bag
    • 受控部署驾驶员侧气囊
    • US5378019A
    • 1995-01-03
    • US29690
    • 1993-03-11
    • Bradley W. SmithBradley D. Harris
    • Bradley W. SmithBradley D. Harris
    • B60R21/16B60R21/2165
    • B60R21/2342
    • A driver's side vehicle air bag, including releasable stitching for controlled deployment, comprises circular front and rear panels joined at their peripheries. A central inlet opening in the rear panel is flanked by parallel lines of releasable stitching to form a central region and lateral lobes. Interruptions of the stitching adjacent the inlet opening produce passageways for direct flow of inflation gas to the lateral lobes. The air bag is folded in accordian folds perpendicular to the stitch lines, and thereafter in packing folds perpendicular to the accordian folds. During the inflation, outward deployment of the front panel is retarded by the stitching and the lateral lobes inflate to create a broad frontal surface. The stitches release prior to full inflations.
    • 驾驶员侧车用气囊,包括用于受控部署的可释放缝合,包括在其周边连接的圆形前后面板。 后面板中的中心入口开口侧面是可释放缝合的平行线,以形成一个中心区域和侧向叶片。 缝隙邻近入口开口的中断产生通道,用于将膨胀气体直接流向侧向叶片。 气囊以垂直于针迹线的折叠褶皱折叠,然后在与折叠褶皱垂直的包装褶皱中折叠。 在充气期间,前面板的向外展开被缝合延迟,并且侧裂片膨胀以产生宽的正面。 在充分充气之前,针迹释放。