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    • 88. 发明公开
    • Initiator and gas generator
    • Anzündvorrichtung和Gasgenerator
    • EP1434025A1
    • 2004-06-30
    • EP03023549.3
    • 2003-10-15
    • TAKATA CORPORATION
    • Furusawa, TakashiChikaraishi, TsuneoAmano, Junya
    • F42B3/12
    • F42B3/124
    • In order to provide an initiator that is easy to manufacture and safe in the handling, and a gas generator provided with the initiator, a reaction agent (58) is stored in a casing (56) in an initiator (50). Pins (62, 64) are inserted into a hole (66) of a header (54), and are secured by glass or the like. Extremity surfaces of the pins (62, 64) are flush with the extremity surface of the header (54), and a plasma generating agent (72) is disposed on these surfaces. When a voltage is applied between the pins (62, 64), a high-temperature plasma is generated from the plasma generating agent (72), and the reaction agent (58) initiates a reaction.
    • 为了提供易于制造和操作安全的引发剂和具有引发剂的气体发生器,将反应剂(58)储存在引发剂(50)中的壳体(56)中。 销(62,64)插入到集管(54)的孔(66)中,并且通过玻璃等固定。 销(62,64)的末端表面与集管(54)的末端表面齐平,并且等离子体发生剂(72)设置在这些表面上。 当在引脚(62,64)之间施加电压时,从等离子体发生剂(72)产生高温等离子体,反应剂(58)开始反应。
    • 90. 发明公开
    • ELECTRO-PYROTECHNIC INITIATOR
    • 电动烟火打火机
    • EP1240473A1
    • 2002-09-18
    • EP00914432.0
    • 2000-01-20
    • Vishay Intertechnology, Inc.
    • TROIANELLO, Anthony, E.
    • F42B3/12F42C19/12
    • F42B3/124F42B3/13
    • A device for use in an electro-pyrotechnic initiator comprises a header, a foil resistive strip (130), a substrate, and a current source. The substrate is mounted on the header. The foil resistive strip is mounted on the substrate (134). The energy source is connected to the resistive strip. When current flows through the resistive strip, the resistive strip generates enough heat to spark autoignition of a pyrotechnic material. The pyrotechnic material is in direct contact with the resistive strip. For an energy input of up to 115 microjoules, the resistive strip can cause autoignition in less than 25 microseconds. In a second embodiment, an electro-pyrotechnic initiator for use in a 'smart' airbag system comprises a header, a foil resistive strip, a substrate, a current source connected to the resistive strip, and a control circuit. The control circuit is designed such that it will cause current to flow through the resistive strip when the circuit receives an appropriate signal. A ceramic capacitor can be used as an energy source for the resistive strip.