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    • 1. 发明申请
    • Gas generating system
    • 气体发生系统
    • US20060043716A1
    • 2006-03-02
    • US11215616
    • 2005-08-30
    • Eduardo QuiocDavid WhangParesh Khandhadia
    • Eduardo QuiocDavid WhangParesh Khandhadia
    • B60R21/26
    • B60R21/2644
    • A gas generating system (10) includes a tubular outer housing (12) having a longitudinal axis (L) and one or more apertures (12d) formed therealong to enable fluid communication between an interior of the outer housing and an exterior of the outer housing. A tubular inner housing (70) is positioned within the interior of the outer housing (12). The inner housing (70) includes one or more apertures (70d ) formed therealong to enable fluid communication between an interior of the inner housing and an exterior of the inner housing. A first tubular baffle (80) is provided for cooling and regulating a flow of gas produced by the gas generating system (10). The first baffle (80) has a plurality of corrugations (80c) formed therealong and is positioned between the inner housing (70) and the outer housing (12) to define a gas flow channel (82) extending between the first baffle (80) and the inner housing (70). The first baffle also includes an opening (80e) formed therein to enable fluid communication between the gas flow channel (82) and an exterior of the gas flow channel. The corrugations (80c) are spaced apart from the inner housing (70) to provide a corresponding plurality of constricted gas flow passages (84) extending between the corrugations (80c) and the inner housing (70). The constricted passages (84) provide alternating compression and expansion of gases flowing along the gas flow channel (82), thereby facilitating cooling and filtration of the gases.
    • 气体发生系统(10)包括具有纵向轴线(L)的管状外部壳体(12)和沿其形成的一个或多个孔口(12d),以使外部壳体的内部和外部壳体的外部之间能够流体连通 住房。 管状内壳体(70)定位在外壳体(12)的内部。 内壳体(70)包括一个或多个在其上形成的孔(70d),以使内壳体的内部和内壳体的外部之间能够流体连通。 提供第一管状挡板(80),用于冷却和调节由气体发生系统(10)产生的气体流。 第一挡板(80)具有沿其形成的多个波纹(80c),并且位于内壳体(70)和外壳体(12)之间,以限定在第一挡板(80)之间延伸的气流通道 )和内壳体(70)。 第一挡板还包括形成在其中的开口(80e),以使得气体流动通道(82)和气体流动通道的外部之间能够流体连通。 波纹(80c)与内壳体(70)间隔开,以提供在波纹(80c)和内壳体(70)之间延伸的相应的多个收缩气流通道(84)。 收缩通道(84)提供沿着气体流动通道(82)流动的气体的交替压缩和膨胀,从而有利于气体的冷却和过滤。
    • 2. 发明申请
    • Multi-chamber gas generating system
    • 多室气体发生系统
    • US20060017270A1
    • 2006-01-26
    • US11188456
    • 2005-07-25
    • Eduardo QuiocParesh Khandhadia
    • Eduardo QuiocParesh Khandhadia
    • B60R21/26
    • B60R21/2644B60R2021/2648
    • A multi-chamber gas generating system (10) has a housing (12) with openings (24) formed in a wall thereof. A gas-tight internal divider (42) separates the housing into two chambers (80, 80′). A gas generating sub-assembly (100) incorporating a baffle system is positioned in the first chamber (100). The sub-assembly (100) includes a first tubular member (44) and a second tubular member (52) positioned within the first member. The first and second members have openings (49, 54) formed therein to enable fluid communication between an interior of the second member (52) and the housing openings (24). The housing openings (24) are axially displaced from the first member opening (49) such that combustion products flow in a first axial direction between the first member opening and the housing opening. The first member opening (49) is axially displaced from the second member openings (54) such that combustion products flow in a second axial direction between the second member openings (54) and the first member opening (49). The second axial direction is substantially opposite from the first axial direction. A second sub-assembly (100′) in second housing chamber (80′) includes third and fourth tubular members (44′, 52′) similar to the first and second members and having openings therein axially displaced relative to each other such that combustion products flow in the second axial direction between the third member opening (49′) and the housing openings (24), and in the first axial direction between the fourth member openings (54′) and the third member opening (49′).
    • 多室气体发生系统(10)具有在其壁上形成有开口(24)的壳体(12)。 气密内部分隔器(42)将壳体分离成两个腔室(80,80')。 包括挡板系统的气体发生子组件(100)定位在第一腔室(100)中。 子组件(100)包括位于第一构件内的第一管状构件(44)和第二管状构件(52)。 第一和第二构件具有形成在其中的开口(49,54),以使得第二构件(52)的内部和壳体开口(24)之间能够流体连通。 壳体开口(24)从第一构件开口(49)轴向移位,使得燃烧产物在第一构件开口和壳体开口之间沿第一轴向方向流动。 第一构件开口(49)从第二构件开口(54)轴向移位,使得燃烧产物在第二构件开口(54)和第一构件开口(49)之间沿第二轴向方向流动。 第二轴向方向与第一轴向方向基本相反。 第二容纳室(80')中的第二子组件(100')包括类似于第一和第二构件的第三和第四管状构件(44',52'),并且具有相对于彼此轴向移位的开口,使得燃烧 产品在第三构件开口(49')和壳体开口(24)之间沿第二轴向流动,并且在第一轴向方向上在第四构件开口(54')和第三构件开口(49')之间流动。
    • 3. 发明申请
    • Filterless airbag module
    • 无过滤器安全气囊模块
    • US20050082804A1
    • 2005-04-21
    • US10966255
    • 2004-10-15
    • Paresh Khandhadia
    • Paresh Khandhadia
    • B60R20060101B60R21/217B60R21/26B60R21/264C06D5/06
    • B60R21/2644B60R21/217B60R21/261C06D5/06
    • A filterless airbag module (10) including a structure for cooling combustion gases. The airbag module (10) includes an inflator (12) having a housing (18) and a smokeless gas generating propellant (20) contained within the housing. One or more apertures (24) are formed in the housing (18) to enable fluid communication between an interior of the housing and an exterior of the housing. An airbag (16) is arranged to fluidly communicate with the apertures (24). A combustion gas retainer (42) is positioned exterior of the housing (18) and in alignment with the apertures (24). The retainer (42) and a surface (72) of the housing (18) combine to define a cooling chamber (50) for cooling combustion gases received from the housing (18) via the apertures (24). The cooling chamber (50) is dimensioned to affect an average residence time of combustion gases received in the chamber (50) so that the gases reside in the cooling chamber (50) for a length of time sufficient to cool the gases to a temperature within a predetermined temperature range prior to the gases exiting the cooling chamber (50). A heat-absorbing material may be positioned in the cooling chamber (50) to aid in cooling combustion gases received therein.
    • 一种无过滤气囊模块(10),包括用于冷却燃烧气体的结构。 气囊模块(10)包括具有壳体(18)和容纳在壳体内的无烟气产生推进剂(20)的充气机(12)。 一个或多个孔(24)形成在壳体(18)中以使得壳体的内部和壳体的外部之间能够流体连通。 安全气囊(16)布置成与孔(24)流体连通。 燃烧气体保持器(42)位于壳体(18)的外部并与孔(24)对准。 保持器(42)和壳体(18)的表面(72)组合以限定用于经由孔(24)冷却从壳体(18)接收的燃烧气体的冷却室(50)。 其特征在于,冷却室(50)的尺寸适于影响接收在室(50)中的燃烧气体的平均停留时间,使得气体驻留在冷却室(50)中一段足以将气体冷却至 在离开冷却室(50)的气体之前的预定温度范围。 吸热材料可以位于冷却室(50)中以帮助冷却在其中接收的燃烧气体。
    • 6. 发明申请
    • Pyrotechnic stored gas inflator
    • 烟火储存气体充气机
    • US20050110253A1
    • 2005-05-26
    • US10943458
    • 2004-09-17
    • Paresh KhandhadiaJeffery Blackburn
    • Paresh KhandhadiaJeffery Blackburn
    • B60R20060101B60R21/26B60R21/272F42B3/04
    • B60R21/272B60R2021/26041F42B3/045
    • An inflator (10) for use in an inflatable vehicle occupant protection system. The inflator (10) includes a pressure vessel (12) having an opening (60) formed therein. A quantity of relatively unreactive pressurized gas is stored in the pressure vessel (12). A quantity of a gas generant composition (14) is positioned in an interior of the pressure vessel (12) and in fluid communication with the pressurized gas. An igniter (18) is positioned proximate the gas generant (14) for initiating combustion of the gas generant. A rupturable, fluid-tight seal (30) is positioned to seal the opening (60) in the pressure vessel (12) for maintaining the pressurized gas within the pressure vessel (12) prior to activation of the igniter (18). Activation of the igniter (18) results in combustion of the gas generant (14). Pressure from the combustion gases, in combination with the pressure of the gases stored under pressure in vessel (12), cause the burst disk (30) to rupture, providing an inflation gas to an associated vehicle airbag, for example. Also provided is a method for manufacturing an inflator for use in an inflatable vehicle occupant protection system.
    • 一种用于充气车辆乘员保护系统的充气机(10)。 充气机(10)包括其中形成有开口(60)的压力容器(12)。 一定量的相对不反应的加压气体储存在压力容器(12)中。 气体发生剂组合物(14)的数量位于压力容器(12)的内部并与加压气体流体连通。 点火器(18)靠近气体发生器(14)定位,用于引发燃气发生器的燃烧。 可破裂的流体密封的密封件(30)被定位成密封压力容器(12)中的开口(60),用于在点火器(18)启动之前将加压气体维持在压力容器(12)内。 点火器(18)的激活导致气体发生器(14)的燃烧。 来自燃烧气体的压力与存储在容器(12)中的压力下的气体的压力相结合导致爆破盘30破裂,例如向相关联的车辆气囊提供充气气体。 还提供了一种用于制造用于充气车辆乘员保护系统的充气机的方法。
    • 8. 发明申请
    • Vehicle component with integral inflator
    • 汽车组件与一体式充气机
    • US20060022444A1
    • 2006-02-02
    • US11191291
    • 2005-07-27
    • Paresh KhandhadiaSean Burns
    • Paresh KhandhadiaSean Burns
    • B60R21/26
    • B60R21/2644B60R2021/2612
    • An inflator (10) for use in an inflatable vehicle occupant protection system is provided. In one aspect of the invention, the inflator (10) includes a longitudinal enclosure (22) having a substantially uniform cross-sectional area along at least a portion of the enclosure, and a gas generant composition (24) positioned along the portion of the enclosure (22). The gas generant composition (24) is distributed substantially uniformly along the portion of the enclosure (22). A plurality of gas exit apertures (40) is formed along the portion of the enclosure (22) to enable fluid communication between the enclosure (22) and an exterior of the enclosure. The apertures (40) are spaced apart a distance proportional to a desired rate of propagation of a combustion reaction of gas generant positioned between the apertures (40). In another aspect of the invention, the total number of apertures (40) along the enclosure (22) is inversely proportional to a desired rate of propagation of a combustion reaction of gas generant positioned between the apertures (40). In yet another aspect of the invention, an airbag device is disclosed which includes an inflator having an inflator housing (12) configured as a structural member of a vehicle. The inflator housing may be employed as a stand-alone structural member in a vehicle or used to reinforce another structural member. The housing may comprise a cavity portion having a cylindrical cross-section. The cavity portion may serve as the structural member, or extensions (150) may be coupled to the cavity portion to provide a structural member having a desired configuration. Examples of vehicle components employing the inflator (22) as a structural enhancement include seats, doors, and instrument panels.
    • 提供一种用于充气车辆乘员保护系统的充气机(10)。 在本发明的一个方面,充气机(10)包括纵向外壳(22),沿着外壳的至少一部分具有基本均匀的横截面面积,以及气体发生剂组合物(24),其沿着 外壳(22)。 气体发生剂组合物(24)沿壳体(22)的部分基本上均匀分布。 沿着外壳(22)的部分形成多个气体出口孔(40),以使外壳(22)和外壳外部之间能够流体连通。 所述孔(40)间隔开与所述孔(40)之间的气体发生剂的燃烧反应的期望传播速率成比例的距离。 在本发明的另一方面,沿壳体(22)的孔(40)的总数与位于孔(40)之间的气体发生剂的燃烧反应的期望传播速率成反比。 在本发明的另一方面,公开了一种气囊装置,其包括具有构造为车辆的结构构件的充气器壳体(12)的充气机。 充气机壳体可以用作车辆中的独立结构构件或用于加强另一结构构件。 壳体可以包括具有圆柱形横截面的空腔部分。 空腔部分可以用作结构构件,或者延伸部(150)可以联接到空腔部分以提供具有期望构造的结构构件。 使用充气机(22)作为结构增强的车辆部件的示例包括座椅,门和仪表板。
    • 9. 发明申请
    • Pyrotechnic linear inflator with structural enhancement
    • 烟火线性充气机结构增强
    • US20050200103A1
    • 2005-09-15
    • US11067040
    • 2005-02-25
    • Sean BurnsBruce StevensParesh KhandhadiaTakashi Furusawa
    • Sean BurnsBruce StevensParesh KhandhadiaTakashi Furusawa
    • B60R21/22
    • B60R21/2644B60R19/205B60R21/207B60R21/21B60R21/213B60R2021/26076B62D25/00
    • An inflator (10) for use in an inflatable vehicle occupant protection system. In one aspect of the invention, the inflator (10) includes a longitudinal enclosure (22) having a substantially uniform cross-sectional area along at least a portion of the enclosure, and a gas generant composition (24) positioned along the portion of the enclosure (22). The gas generant composition (24) is distributed substantially uniformly along the portion of the enclosure (22). A plurality of gas exit apertures (40) is formed along the portion of the enclosure (22) to enable fluid communication between the enclosure (22) and an exterior of the enclosure. The apertures (40) are spaced apart a distance proportional to a desired rate of propagation of a combustion reaction of gas generant positioned between the apertures (40). In another aspect of the invention, the total number of apertures (40) along the enclosure (22) is inversely proportional to a desired rate of propagation of a combustion reaction of gas generant positioned between the apertures (40). In yet another aspect of the invention, an airbag device is disclosed which includes an inflator having an inflator housing (12) configured as a structural member of a vehicle. The inflator housing may be employed stand-alone structural member in a vehicle or used to reinforce another structural member. The housing may comprise a cavity portion having a cylindrical cross-section. The cavity portion may serve as the structural member, or extensions (150) may be coupled to the cavity portion to provide a structural member having a desired configuration.
    • 一种用于充气车辆乘员保护系统的充气机(10)。 在本发明的一个方面,充气机(10)包括纵向外壳(22),沿着外壳的至少一部分具有基本均匀的横截面面积,以及气体发生剂组合物(24),其沿着 外壳(22)。 气体发生剂组合物(24)沿壳体(22)的部分基本上均匀分布。 沿着外壳(22)的部分形成多个气体出口孔(40),以使外壳(22)和外壳外部之间能够流体连通。 所述孔(40)间隔开与所述孔(40)之间的气体发生剂的燃烧反应的期望传播速率成比例的距离。 在本发明的另一方面,沿壳体(22)的孔(40)的总数与位于孔(40)之间的气体发生剂的燃烧反应的期望传播速率成反比。 在本发明的另一方面,公开了一种气囊装置,其包括具有构造为车辆的结构构件的充气器壳体(12)的充气机。 充气机壳体可以被用于车辆中的独立结构构件或用于加强另一结构构件。 壳体可以包括具有圆柱形横截面的空腔部分。 空腔部分可以用作结构构件,或者延伸部(150)可以联接到空腔部分以提供具有期望构造的结构构件。