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    • 4. 发明授权
    • Controlling movement of a seat in a vehicle
    • 控制车辆座椅的运动
    • US06386345B1
    • 2002-05-14
    • US09644314
    • 2000-08-23
    • Brian K. HamiltonBrent A. Parks
    • Brian K. HamiltonBrent A. Parks
    • B60N242
    • B60N2/433B60N2/231B60N2/4214B60N2/42745B60N2/4279
    • A control assembly for use in regulating movement of a vehicle seat back is provided. The control assembly uses damping fluid to regulate the degree of damping applied to the seat back. The control assembly includes one or more initiator assemblies. A selected one or more of them can be activated when a front and/or rear end collision occurs. When an initiator assembly is activated, a transfer member changes between closed and open states to regulate a path for damping fluid. The control assembly also includes a piston head having first and second sides. Movement of the damping fluid occurs relative to these two sides. The piston head can include at least one bore, which functions as an additional path for damping fluid. The control assembly preferably also includes a temperature compensation assembly to accommodate temperature changes in the damping fluid.
    • 提供了一种用于调节车辆座椅靠背的运动的控制组件。 控制组件使用阻尼流体来调节施加到座椅靠背的阻尼程度。 控制组件包括一个或多个引发器组件。 当发生前端和/或后端碰撞时,所选择的一个或多个可以被激活。 当启动器组件被激活时,传递构件在闭合状态和打开状态之间改变以调节用于阻尼流体的路径。 控制组件还包括具有第一和第二侧面的活塞头。 阻尼流体的运动相对于这两侧发生。 活塞头可以包括至少一个孔,其作为用于阻尼流体的附加路径。 控制组件优选地还包括温度补偿组件以适应阻尼流体中的温度变化。
    • 5. 发明授权
    • Inflator with multiple initiators
    • 充气机与多个启动器
    • US06189922B1
    • 2001-02-20
    • US09157742
    • 1998-09-21
    • Brent A. ParksRon J. ButtBrian K. HamiltonDavid W. StruckmanStanley W. Pierce
    • Brent A. ParksRon J. ButtBrian K. HamiltonDavid W. StruckmanStanley W. Pierce
    • B60R2126
    • B60R21/272B60R21/01558B60R2021/2633
    • A dual initiator inflator for selective activation, depending upon detection of a low impact vehicle collision or a high impact vehicle collision, is provided for use with an air bag in a vehicle. The inflator can be configured to function at any one of a number of vehicle locations, including a driver side inflator and a passenger side inflator. The inflator includes first and second initiators and first and second propellants. When a low impact vehicle collision is detected, the first initiator is triggered to ignite the first propellant. Essentially all inflation gases that are received in the air bag are due to products of combustion from the first propellant and stored gas contained in the inflator housing. After a predetermined time delay, the second propellant is ignited by the second initiator so that no combustible propellant remains after inflator usage. When a high impact vehicle collision is detected, both first and second propellants are ignited at essentially the same time so that inflation gases received by the air bag are the result of products of combustion from both the first and second propellants, together with the stored gas.
    • 提供用于选择性激活的双重起动器充气机,其取决于检测到低冲击车辆碰撞或高冲击车辆碰撞,用于与车辆中的气囊一起使用。 充气机可以被配置为在多个车辆位置中的任何一个处起作用,包括驾驶员侧充气机和乘客侧充气机。 充气机包括第一和第二引发剂和第一和第二推进剂。 当检测到低冲击车辆碰撞时,第一起动器被触发以点燃第一推进剂。 基本上所有在气囊中接收到的充气气体都是由于来自第一推进剂的燃烧产物和包含在充气机壳体中的储存气体产生的。 在预定的时间延迟之后,第二推进剂被第二启动器点燃,使得在充气机使用之后不会残留可燃的推进剂。 当检测到高冲击车辆碰撞时,基本上同时点燃第一和第二推进剂,使得由气囊接收的充气气体是来自第一和第二推进剂的燃烧产物与储存气体 。
    • 7. 发明授权
    • Hybrid inflator
    • 混合式充气机
    • US5788275A
    • 1998-08-04
    • US680273
    • 1996-07-11
    • Ron J. ButtBrent A. ParksDean W. GragesJames L. BagliniRobert N. RenzBrian K. Hamilton
    • Ron J. ButtBrent A. ParksDean W. GragesJames L. BagliniRobert N. RenzBrian K. Hamilton
    • B60R21/26B60R21/272C06B45/10C06D5/00C06D5/06C06D5/10
    • B60R21/272C06B45/10C06D5/00C06D5/06C06D5/10B60R2021/26094Y10T137/1647
    • Hybrid inflators for an inflatable safety system are disclosed. In one embodiment, the hybrid inflator uses a dual function initiator in that the combustion products from the initiator both ignite the propellant by direct contact therewith and propel a projectile through a outlet closure disk to release the stored pressurized medium. In another embodiment, the hardware configuration of the hybrid inflator allows the propellant to be loaded into the inflator after all hardware connections proximate the propellant, which require a weld, have in fact been welded. In another embodiment, the main inflator outlet closure disk is disposed at substantially a mid portion of the inflator. In another embodiment, the propellant gases are required to flow from the combustion chamber and into the stored gas housing prior to exiting the inflator, such by using a projectile to rupture the main inflator outlet closure disk and to thereafter seal the gas generator.
    • 公开了用于充气安全系统的混合式充气机。 在一个实施方案中,混合式充气机使用双重功能引发剂,因为来自引发剂的燃烧产物通过与其直接接触而点燃推进剂,并通过出口封闭盘推进射弹以释放储存的加压介质。 在另一个实施例中,混合式充气机的硬件配置允许在所有需要焊接的推进剂附近的所有硬件连接实际上已被焊接之后将推进剂装载到充气机中。 在另一个实施例中,主充气机出口闭合盘设置在充气机的基本上的中间部分。 在另一个实施方案中,推进剂气体在离开充气机之前需要从燃烧室流入储存气体壳体中,例如通过使用抛射体来破坏主充气器出口封闭盘并且此后密封气体发生器。
    • 8. 发明授权
    • Hybrid inflator with a valve
    • 混合充气机带阀门
    • US5630618A
    • 1997-05-20
    • US518925
    • 1995-09-11
    • Brian K. HamiltonBrent A. Parks
    • Brian K. HamiltonBrent A. Parks
    • B01J7/00B60R21/26B60R21/272C06B45/10C06D5/00C06D5/06C06D5/10B60R21/16
    • C06B45/10B60R21/272C06D5/00C06D5/06C06D5/10B60R2021/26094
    • A hybrid inflator comprises an inflator housing which contains a pressurized medium and a gas generator. The gas generator comprises a gas generator housing, a propellant contained within the gas generator housing, a gas generator inlet port which fluidly interconnects the gas generator housing and the inflator housing, and a gas generator outlet port which fluidly interconnects the gas generator housing and the air/safety bag. The inflator also includes a propellant ignition assembly interconnected with the gas generator and a valve operatively associated with the gas generator inlet port. The valve substantially inhibits flow between the inflator housing and the gas generator housing through the gas generator inlet port until a pressure within the inflator housing exceeds a pressure within the gas generator housing by a predetermined degree after the propellant ignition assembly is activated.
    • 混合充气机包括充气机壳体,其包含加压介质和气体发生器。 气体发生器包括气体发生器壳体,包含在气体发生器壳体内的推进剂,气体发生器入口端口,其使气体发生器壳体和充气器壳体流体互连;以及气体发生器出口,其将气体发生器壳体和 空气/安全气囊。 充气机还包括与气体发生器互连的推进剂点火组件和与气体发生器入口端口可操作地相关联的阀。 阀门基本上禁止通过气体发生器入口端口的充气机壳体和气体发生器壳体之间的流动,直到在推进剂点火组件被启动之后,充气机壳体内的压力超过气体发生器壳体内的压力达预定的程度。
    • 9. 发明授权
    • Severing vehicle battery cable
    • 切断车载电池电缆
    • US06843157B2
    • 2005-01-18
    • US10172062
    • 2002-06-13
    • Brian K. HamiltonBrent A. ParksDario G. Brisighella
    • Brian K. HamiltonBrent A. ParksDario G. Brisighella
    • B23D15/14H01H39/00B26D1/04
    • H01H39/006B23D15/145H01H2039/008Y10S83/95Y10T83/04Y10T83/8863
    • A severing apparatus for use with a battery cable is provided. The severing apparatus includes a housing that holds an initiator and a severing element. The battery cable is located through a lateral bore formed in the housing. The severing element is disposed on one side of the battery cable. A deformable blocker can be disposed on the opposite side of the battery cable. When it is desired to sever the battery cable and thereby discontinue the supplying of electrical power by the battery, such as when a predetermined vehicle collision occurs, the initiator is triggered and causes the severing element to move. Movement of the severing element removes a severed battery cable segment. Movement of the severing element and the severed battery cable segment is stopped using the blocker when present. The blocker can be part of a shell that surrounds the housing. Alternatively, the blocker can be held in the housing.
    • 提供了一种与电池电缆一起使用的切断装置。 切断装置包括保持起动器和切断元件的壳体。 电池电缆通过形成在外壳中的侧孔而定位。 切断元件设置在电池电缆的一侧。 可变形阻挡器可以设置在电池电缆的相对侧上。 当需要切断电池电缆并且因此中断由电池供电时,例如当发生预定的车辆碰撞时,启动器被触发并导致切断元件移动。 切断元件的移动去除了断开的电池电缆段。 切断元件和切断的电池电缆段的移动在存在时使用阻止器停止。 阻挡器可以是围绕壳体的壳体的一部分。 或者,阻挡剂可以保持在壳体中。
    • 10. 发明授权
    • Hybrid inflator with coaxial chamber
    • 带同轴腔的混合式充气机
    • US5711546A
    • 1998-01-27
    • US518926
    • 1995-09-11
    • Brian K. HamiltonBrent A. Parks
    • Brian K. HamiltonBrent A. Parks
    • B01J7/00B60R21/26B60R21/272C06B45/10C06D5/00C06D5/06C06D5/10
    • C06B45/10B60R21/272C06D5/00C06D5/06C06D5/10B60R2021/26094
    • A hybrid inflator comprises an inflator housing which contains a pressurized medium and a gas generator housing. The gas generator housing is interconnected with the inflator housing. The gas generator housing comprises a first chamber which contains a propellant, a propellant ignition assembly, a second chamber which is fluidly interconnected with the first chamber and the inflator housing for combusting propellant gases generated by the ignited propellant with the pressurized medium, an outlet port which is arranged on the gas generator housing to provide the pressurized medium and propellant gasses from the second chamber to the air/safety bag, and a main closure disk which normally blocks the outlet port and is ruptured after ignition of the propellant. The first and second chambers and the main closure disk are arranged in that order on a common longitudinal axis of the inflator. The gas generator housing comprises at least one bleed port for substantially equally maintaining internal pressures of the inflator housing and the first chamber.
    • 混合式充气机包括充气机壳体,其包含加压介质和气体发生器壳体。 气体发生器壳体与充气器壳体相互连接。 气体发生器壳体包括第一室,其包含推进剂,推进剂点火组件,与第一室流体地互连的第二室和用于燃烧由加压介质产生的点燃推进剂的推进剂气体的充气器壳体;出口端口 其布置在气体发生器壳体上以将加压介质和推进剂气体从第二室提供到空气/安全气囊,以及主闭合盘,其通常阻挡出口并在推进剂点燃之后破裂。 第一和第二腔室和主闭合盘按照该顺序布置在充气机的公共纵向轴线上。 气体发生器壳体包括至少一个排气口,用于基本上等同地保持充气机壳体和第一室的内部压力。