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    • 1. 发明授权
    • Inflator
    • 气筒
    • US07290796B2
    • 2007-11-06
    • US11050778
    • 2005-02-07
    • Nobuyuki KatsudaMasayuki NakayasuNaoki MatsudaYuzo Goto
    • Nobuyuki KatsudaMasayuki NakayasuNaoki MatsudaYuzo Goto
    • B60R21/26
    • B60R21/268B60R21/261B60R21/274B60R2021/26011
    • Inflator with improved reliability wherein charge holder 37 that gives directivity to a detonation wave generated due to combustion of priming 36 is provided to igniter 26, thereby promoting rupture of plate 19. Diffuser portion 320 is connected in the opening portion side of housing 312, and gas discharging port 340 is connected to diffuser portion 320. Diffuser portion 520 is connected in the opening portion side of inflator housing 512, and gas discharging port 540 is connected to diffuser portion 520. Outflow directions of the pressurized media within each gas discharging port 340, 540 and each respective axial direction of inflator housings 312, 512 are coincident with each other at actuation.
    • 具有改进的可靠性的充气器,其中给由于起动器36的燃烧而产生的爆震波的方向性的电荷保持器37被提供给点火器26,从而促进板19的破裂。扩散器部分320连接在壳体312的开口部分侧,并且 气体排出口340连接到扩散器部分320.扩散器部分520连接在充气器壳体512的开口部分侧,气体排出口540连接到扩散器部分520.每个排气口340内的加压介质的流出方向 ,并且在致动时,充气机壳体312,512的每个相应轴向方向彼此重合。
    • 2. 发明申请
    • Gas generator
    • 气体发生器
    • US20060202455A1
    • 2006-09-14
    • US11226211
    • 2005-09-15
    • Naoki MatsudaNobuyuki KatsudaHaruhiko Yamashita
    • Naoki MatsudaNobuyuki KatsudaHaruhiko Yamashita
    • B60R21/26
    • B60R21/272B60R21/274
    • The present invention provides a hybrid gas generator which is capable of keeping an air bag inflated by generating a lower-temperature gas so that the internal pressure of the air bag is maintained following inflation of the air bag. An opening serving as a gas outlet is formed in a cylindrical bottle 22 storing a pressurized medium, and the opening is sealed by a first sealing member 58 which is ruptured by an increase in the internal pressure of the bottle 22. The increase in the internal pressure of the bottle 22 is produced by activating heating means, and the temperature increase range of the pressurized medium before and after activation is not more than approximately 500° C.
    • 本发明提供一种混合气体发生器,其能够通过产生较低温度气体来保持气囊膨胀,使得气囊的内部压力在气囊膨胀后保持。 作为气体出口的开口形成在容纳加压介质的圆筒形瓶22中,并且开口被第一密封构件58密封,第一密封构件58由于瓶子22的内部压力的增加而破裂。 通过激活加热装置产生瓶子22的内部压力的增加,并且活化前后的加压介质的升温范围不超过约500℃。
    • 3. 发明申请
    • Inflator
    • 气筒
    • US20050242556A1
    • 2005-11-03
    • US11050778
    • 2005-02-07
    • Nobuyuki KatsudaMasayuki NakayasuNaoki MatsudaYuzo Goto
    • Nobuyuki KatsudaMasayuki NakayasuNaoki MatsudaYuzo Goto
    • B60R21/26B60R21/261B60R21/268B60R21/28
    • B60R21/268B60R21/261B60R21/274B60R2021/26011
    • The present invention is an inflator with an improved reliability wherein a charge holder 37 for giving directivity to an detonation wave generated due to combustion of a priming 36 is provided to an igniter 26, thereby promoting rupture of a rupturable plate 19. A cross-shaped notch is applied to a surface of the rupturable plate 19, and when the rupturable plate 19 receives a rupture pressure from the igniter 26, four portions of the rupturable plate lap so that the outflow of the pressurized medium can be secured and fragments cannot be made. An inflator housing 12 and a diffuser 20 are connected by screwing a male screw portion on an outer surface of the end portion in the inflator housing 12 into a female screw portion on an inner surface of the end portion in the diffuser portion 20. An existing gas cylinder can be used in this method. A diffuser portion 320 is connected in the opening portion side of a housing 312, and a gas discharging port 340 is connected to the diffuser portion 320. The outflow direction of the pressurized medium and the axial directions of the inflator housing 312 and the gas discharging port 340 are coincident with each other at actuation. The diffuser portion 520 is connected in the opening portion side of the inflator housing 512, and the gas discharging port 540 is connected to the diffuser portion 520, and two filter means 400a and 400b are arranged. After actuation, foreign objects included in the pressurized medium can be removed by the filter means 400a and 400b.
    • 本发明是一种具有改善的可靠性的充气机,其中用于给由于起动器36的燃烧而产生的爆震波提供方向性的电荷保持器37提供给点火器26,从而促进可破裂板19的破裂。 十字形切口被施加到可破裂板19的表面上,并且当可破裂板19接收到来自点火器26的破裂压力时,可破裂板的四个部分搭接,从而可以确保加压介质的流出; 片段无法制作。 充气器壳体12和扩散器20通过将充气器壳体12中的端部的外表面上的阳螺纹部分拧到扩散器部分20的端部的内表面上的阴螺纹部分中而连接。 在这种方法中可以使用现有的气瓶。 扩散器部分320连接在壳体312的开口部分侧,气体排出口340连接到扩散器部分320。 加压介质的流出方向和充气器壳体312和气体排出口340的轴向在致动时彼此一致。 扩散器部分520连接在充气器壳体512的开口部分侧,气体排出口540连接到扩散器部分520,并且布置了两个过滤器装置400a和400b。 在致动之后,包含在加压介质中的异物可以被过滤装置400a和400b除去。
    • 4. 发明授权
    • Inflator
    • 气筒
    • US07252303B2
    • 2007-08-07
    • US10332067
    • 2001-08-28
    • Nobuyuki KatsudaMasayuki NakayasuNaoki Matsuda
    • Nobuyuki KatsudaMasayuki NakayasuNaoki Matsuda
    • B60R21/26
    • B60R21/272B21D41/045B60R21/232B60R2021/0018
    • An inflator has an inflator housing accommodating a pressurized medium, a diffuser portion attached to an end portion of the inflator housing and provided with a gas discharging port for discharging the pressurized medium flowing out of the opening at the time of actuation of the inflator, the gas discharging port being constantly open, such that pressure inside the diffuser portion is under an atmospheric pressure, a rupturable plate that seals a flow-path through which the pressurized medium flows when the inflator is actuated, a rupturing unit for rupturing the rupturable plate to allow the pressurized medium to flow through the flow-path, and a filter provided directly over and covering the discharging port by making contact with a surface of the diffuser portion at a portion defining the gas discharging port, such that the pressurized medium is discharged from the gas discharging port through the filter.
    • 充气机具有容纳加压介质的充气器壳体,扩散器部分附接到充气器壳体的端部并且设置有气体排出口,用于在致动充气机时排出从开口流出的加压介质, 气体排出口始终打开,使得扩散器部分内的压力处于大气压下,破裂板,其密封当充气器致动时加压介质流动的流动路径,用于将可破裂板破裂的破裂单元 允许加压介质流过流路,以及通过在限定气体排出口的部分处与扩散器部分的表面接触而直接设置在其上并覆盖排出口的过滤器,使得加压介质从 气体排放口通过过滤器。
    • 5. 发明申请
    • Multi-stage gas generator
    • 多级气体发生器
    • US20060170201A1
    • 2006-08-03
    • US11330248
    • 2006-01-12
    • Naoki MatsudaNobuyuki KatsudaMikio YabutaAtsushi Hatomoto
    • Naoki MatsudaNobuyuki KatsudaMikio YabutaAtsushi Hatomoto
    • B60R21/26
    • B60R21/26B60R2021/2685
    • The present invention provides a multi-stage gas generator for an air bag, comprising a plurality of gas generators each having an inside housing provided with an inside gas discharge port as an outer shell container, a filter disposed on the exterior of the plurality of gas generators and an outside housing of a desired shape surrounding the plurality of gas generators and the filter and being provided with an outside gas discharge port, the pressure resistance of the inside housing being greater than the pressure resistance of the outside housing, gas discharged through the inside gas discharge port of the inside housing upon activation of the multi-stage gas generator, passing through the filter, then being discharged through the outside gas discharge port of the outside housing to inflate the air bag.
    • 本发明提供一种用于气囊的多级气体发生器,包括多个气体发生器,每个气体发生器具有内部壳体,内部壳体设置有作为外壳容器的内部气体排出口,设置在多个气体的外部的过滤器 发电机和围绕多个气体发生器和过滤器的期望形状的外壳,并且设置有外部气体排出口,内部壳体的耐压力大于外部壳体的耐压力,通过 在多级气体发生器启动时内部壳体的内部气体排出口通过过滤器,然后通过外部壳体的外部气体排出口排出,以使气囊膨胀。
    • 6. 发明申请
    • Hybrid inflator
    • 混合式充气机
    • US20050077713A1
    • 2005-04-14
    • US10912154
    • 2004-08-06
    • Naoki MatsudaNobuyuki Katsuda
    • Naoki MatsudaNobuyuki Katsuda
    • B60R21/26B60R21/272F42B3/04
    • B60R21/272F42B3/045
    • The present invention provides a hybrid inflator in which the time up to the beginning of pressurized gas discharge during an operation is shortened. The present invention provides a hybrid inflator having an elongated inflator housing as an outer shell, wherein: a combustion chamber is provided on one end side of the inflator housing, a gas generating agent and an igniter for igniting the gas generating agent being accommodated inside the combustion chamber; a gas discharge port is provided on another end side of the inflator housing, a ventilation channel between the interior of the inflator housing and the gas discharge port being blocked by a rupturable plate; and the interior of the inflator housing is charged with a pressurized gas (preferably helium), a ratio (L/V) between a length L (m) of the inflator housing and a sound velocity V (ms−1, 20° C.) of the pressurized gas being no more than 4.6×10−4 s.
    • 本发明提供了一种混合充气机,其中缩短了在操作期间直到开始加压气体放电的时间。 本发明提供了一种混合式充气机,其具有作为外壳的细长充气机壳体,其中:燃烧室设置在充气机壳体的一端侧,气体发生剂和点火器,用于点燃气体发生剂, 燃烧室; 气体排出口设置在充气机壳体的另一端侧,充气机壳体内部和气体排出口之间的通风通道被可破裂板阻挡; 充气器壳体的内部充满加压气体(优选氦气),充气器壳体的长度L(m)与声速V(ms -1)之间的比率(L / V)为20° 加压气体不超过4.6×10 -4 s。
    • 9. 发明授权
    • Inflator
    • 气筒
    • US07134689B2
    • 2006-11-14
    • US10305234
    • 2002-11-27
    • Naoki MatsudaYasunori IwaiNobuyuki Katsuda
    • Naoki MatsudaYasunori IwaiNobuyuki Katsuda
    • B60R21/26
    • B60R21/272B60R21/261B60R2021/2633B60R2021/2648C06D5/06
    • Combustion residues of a gas generating agent remain in an inflator due to composition of the gas generating agent, temperature difference between combustion gas and pressurized gas isolated by a rupturable plate, collision of the combustion gas against a wall surface and the like. The inflator inflates an air bag with pressurized gas and combustion gas, while satisfying the following requirements: (1) pressurized gas contains an inert gas and substantially no oxygen; (2) in the gas generating agent, a pressure is 0.8 or less; (3) a mole ratio of an amount of pressurized gas and the combustion gas is 1 to 10; (4) a ratio of a mass of pressurized gas and the gas generating agent is 1 to 10; (5) a mass of a gas generating agent is 1 to 30 g; and (6) the pressurized gas is charged at 30,000 to 67,000 kPa.
    • 气体发生剂的燃烧残留物由于气体发生剂的组成,燃烧气体和由可破裂板隔离的加压气体之间的温差,燃烧气体与壁表面的碰撞等而保留在充气机中。 充气机用加压气体和燃烧气体充气气囊,同时满足以下要求:(1)加压气体含有惰性气体,基本上不含氧气; (2)在气体发生剂中,压力为0.8以下; (3)加压气体与燃烧气体的摩尔比为1〜10; (4)加压气体和气体发生剂的质量比为1〜10; (5)气体发生剂的质量为1〜30g; 和(6)加压气体以30,000至67,000kPa充电。