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    • 3. 发明授权
    • Gas fill process and inflator weld design simplification
    • 气体填充过程和充气机焊接设计简化
    • US08037905B2
    • 2011-10-18
    • US12131547
    • 2008-06-02
    • John P. SparkmanCharles M. WoodsWilliam H. Phipps
    • John P. SparkmanCharles M. WoodsWilliam H. Phipps
    • B21F27/04B60R21/28
    • B60R21/268B60R2021/26076
    • A method is provided for filling an enclosure with an ignitable mixture of gases. The enclosure has an outer wall comprising an exterior surface, an interior surface, and a fill aperture extending therethrough. The method comprises delivering a predetermined amount of pressurized combustible gas into the enclosure through the fill aperture, delivering a first predetermined amount of pressurized inert gas into the enclosure through the fill aperture at a first pressurization rate, delivering a second predetermined amount of pressurized inert gas into the enclosure through the fill aperture at a second pressurization rate, welding a sealing member to the outer wall of the enclosure by a welding process to form a weld operable to seal the fill aperture and to permit the enclosure to store pressurized gas therein. The first pressurization rate allows the first predetermined amount of pressurized inert gas to mix with the predetermined amount of pressurized combustible gas to form an ignitable mixture. The second pressurization rate is lower than the first pressurization rate. The second pressurization rate allows stratification to form within the enclosure between a layer of the ignitable mixture and a layer of the second predetermined amount of pressurized inert gas. The layer of the second predetermined amount of pressurized inert gas is disposed between the layer of the ignitable mixture and the fill aperture.
    • 提供了一种用可燃气体混合物填充外壳的方法。 外壳具有包括外表面,内表面和延伸穿过其中的填充孔的外壁。 该方法包括通过填充孔将预定量的加压可燃气体输送到外壳中,以第一加压速率通过填充孔将第一预定量的加压惰性气体输送到外壳中,输送第二预定量的加压惰性气体 以第二加压速率通过填充孔进入外壳,通过焊接工艺将密封构件焊接到外壳的外壁,以形成可操作以密封填充孔并且允许外壳在其中存储加压气体的焊接。 第一加压速率允许第一预定量的加压惰性气体与预定量的加压可燃气体混合以形成可点燃的混合物。 第二加压速率低于第一加压速率。 第二加压速率允许在可燃混合物层与第二预定量的加压惰性气体层之间的外壳内形成分层。 第二预定量的加压惰性气体的层被设置在可点燃混合物的层和填充孔之间。
    • 4. 发明授权
    • Air bag deployment bias apparatus
    • 气囊展开偏置装置
    • US5560648A
    • 1996-10-01
    • US519053
    • 1995-08-24
    • Daniel A. RhuleJohn P. Sparkman
    • Daniel A. RhuleJohn P. Sparkman
    • B60R21/16B60R21/20B60R21/203B60R21/22
    • B60R21/2035B60R21/16B60R2021/161
    • A vehicle steering wheel and air bag module assembly includes a steering wheel and an air bag module. The steering wheel has a hub portion and a rim portion and at least one spoke portion connecting the hub portion to the rim portion. The air bag module is mounted to the hub portion and includes an air bag, an inflator for generating gas to inflate the air bag, and a bias apparatus. The bias apparatus is a flexible sheet of material attached to the air bag module and having an upper portion folded atop the air bag such that when the inflation of the deploying air bag is blocked, the upper portion of the bias apparatus biases the air bag partially underneath the rim portion of the steering wheel. In addition, when the inflation of the deploying air bag is unrestrained, the bias apparatus drops downwardly away from the deploying air bag permitting the air bag to freely deploy.
    • 车辆方向盘和气囊模块组件包括方向盘和气囊模块。 方向盘具有轮毂部分和轮缘部分以及将轮毂部分连接到轮辋部分的至少一个轮辐部分。 安全气囊模块安装到轮毂部分,并且包括气囊,用于产生气体以使气囊膨胀的充气机和偏置装置。 偏置装置是附接到气囊模块的柔性片材料,并且具有折叠在气囊顶部的上部部分,使得当展开气囊的膨胀被阻挡时,偏压装置的上部部分地偏压气囊 在方向盘的边缘部分下方。 此外,当展开气囊的充气不受限制时,偏压装置向下离开配置气囊,允许气囊自由展开。
    • 5. 发明授权
    • Driver-side air bag module assembly
    • 驾驶员侧气囊模块总成
    • US5409256A
    • 1995-04-25
    • US177565
    • 1994-01-04
    • John E. GordonRobert E. HuffmanDavid P. SchenckJohn P. SparkmanSteven W. StukenborgRobert E. Bowser
    • John E. GordonRobert E. HuffmanDavid P. SchenckJohn P. SparkmanSteven W. StukenborgRobert E. Bowser
    • B60R21/20B60R21/203B60R21/217
    • B60R21/217B60R21/2035Y10T403/7005Y10T403/7007
    • A driver-side air bag module is mounted to a steering wheel assembly mounting bracket having three mounting apertures. The module comprises a cover, an inflator and a base plate, which are assembled without using fasteners. The base plate has a plurality of arcuately-spaced mounting apertures and mounts three studs. The cover includes a plurality of mating flexible tangs having locking shoulders. The inflator has a peripheral mounting flange which includes three arcuately-spaced locking blades and a plurality of locking tabs projecting from its surface. The base plate has three mating openings each having an adjacent locking abutment. The studs are first staked to the base plate. The cover is assembled by inserting the tangs through the base plate mounting apertures so that the shoulders snap over to engage the base plate. The inflator locking blades are pushed through the base plate mating openings and twisted to pass them over the locking abutments. This traps the base plate between the blades and the mounting flange and abuts the locking tabs with the cover tangs, preventing their removal. Three inflator mounting flange slots receive the studs during assembly. The air bag module is installed by projecting the studs through the steering wheel assembly mounting bracket apertures, where the spring fingers snap into the stud grooves to prevent removal. The locking tangs, tabs and base plate apertures are unequally spaced, and the studs and apertures are unequally spaced to assure a predetermined orientation of the module when installed.
    • 驱动器侧气囊模块安装到具有三个安装孔的方向盘组件安装支架上。 模块包括盖子,充气机和基板,它们在不使用紧固件的情况下被组装。 基板具有多个弧形间隔开的安装孔并安装三个螺栓。 盖包括具有锁定肩部的多个配合柔性柄脚。 充气机具有周边安装凸缘,其包括三个弧形间隔的锁定刀片和从其表面突出的多个锁定突出部。 基板具有三个配合开口,每个具有相邻的锁定支座。 首先将螺柱固定在基板上。 通过将脚部插入基板安装孔中来组装盖子,使得肩部卡扣以与基板接合。 充气机锁定刀片被推动通过基板配合开口并且被扭转以将它们传递到锁定基座上。 这将基板夹在叶片和安装法兰之间,并与盖板脚紧贴锁定突出部,防止其脱落。 在组装过程中,三个充气机安装法兰槽接收螺柱。 气囊模块通过将螺柱突出通过方向盘组件安装支架孔而安装,其中弹簧指状物卡入螺柱槽以防止移除。 锁定柄脚,突片和底板孔不等间隔,并且螺柱和孔不等间隔,以确保在安装时模块的预定取向。
    • 6. 发明申请
    • GAS FILL PROCESS AND INFLATOR WELD DESIGN SIMPLIFICATION
    • 气体填充过程和穿透器焊接设计简化
    • US20090295133A1
    • 2009-12-03
    • US12131547
    • 2008-06-02
    • John P. SparkmanCharles M. WoodsWilliam H. Phipps
    • John P. SparkmanCharles M. WoodsWilliam H. Phipps
    • B60R21/268
    • B60R21/268B60R2021/26076
    • A method is provided for filling an enclosure with an ignitable mixture of gases. The enclosure has an outer wall comprising an exterior surface, an interior surface, and a fill aperture extending therethrough. The method comprises delivering a predetermined amount of pressurized combustible gas into the enclosure through the fill aperture, delivering a first predetermined amount of pressurized inert gas into the enclosure through the fill aperture at a first pressurization rate, delivering a second predetermined amount of pressurized inert gas into the enclosure through the fill aperture at a second pressurization rate, welding a sealing member to the outer wall of the enclosure by a welding process to form a weld operable to seal the fill aperture and to permit the enclosure to store pressurized gas therein. The first pressurization rate allows the first predetermined amount of pressurized inert gas to mix with the predetermined amount of pressurized combustible gas to form an ignitable mixture. The second pressurization rate is lower than the first pressurization rate. The second pressurization rate allows stratification to form within the enclosure between a layer of the ignitable mixture and a layer of the second predetermined amount of pressurized inert gas. The layer of the second predetermined amount of pressurized inert gas is disposed between the layer of the ignitable mixture and the fill aperture.
    • 提供了一种用可燃气体混合物填充外壳的方法。 外壳具有包括外表面,内表面和延伸穿过其中的填充孔的外壁。 该方法包括通过填充孔将预定量的加压可燃气体输送到外壳中,以第一加压速率通过填充孔将第一预定量的加压惰性气体输送到外壳中,输送第二预定量的加压惰性气体 以第二加压速率通过填充孔进入外壳,通过焊接工艺将密封构件焊接到外壳的外壁,以形成可操作以密封填充孔并且允许外壳在其中存储加压气体的焊接。 第一加压速率允许第一预定量的加压惰性气体与预定量的加压可燃气体混合以形成可点燃的混合物。 第二加压速率低于第一加压速率。 第二加压速率允许在可燃混合物层与第二预定量的加压惰性气体层之间的外壳内形成分层。 第二预定量的加压惰性气体的层被设置在可点燃混合物的层和填充孔之间。