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    • 6. 发明授权
    • Ignition device
    • 点火装置
    • US5433147A
    • 1995-07-18
    • US209881
    • 1994-03-14
    • Uwe BredeAnton BretfeldPeter CorneliusHans Jena
    • Uwe BredeAnton BretfeldPeter CorneliusHans Jena
    • B60R22/46F42B3/12F42B3/18F42C19/12
    • F42B3/103
    • An electrical ignition device (1) has a metal container (2) for a firing resistor or bridge, a first (3) and a second (4) terminal pin and at least one ignition charge (5, 6).So that firing of the ignition charge does not occur in the event of electrical discharges between terminal pins and a housing, it is proposed that the container (2) be capable of being embedded in a plastic material by injection moulding and inserted in the housing, that a first outward extension (8) be provided on the container (2) which is electrically conductively connected to the first terminal pin (3), and that a second outward extension (9) be provided on the container (2) which can be formed so as to extend to the housing leaving a small clearance and of which an outer end is not embedded in the plastic material.
    • 电气点火装置(1)具有用于点火电阻器或桥梁的金属容器(2),第一(3)和第二(4)端子销和至少一个点火充电装置(5,6)。 因此,在端子销和壳体之间放电的情况下,不会发生点火电荷的点火,因此建议容器(2)能够通过注射成型嵌入塑料材料并插入壳体中, 在与第一端子销(3)导电连接的容器(2)上设置有第一向外延伸部(8),并且在容器(2)上设置第二向外延伸部(9) 形成为延伸到壳体留下小的间隙,并且其外端未嵌入在塑料材料中。
    • 8. 发明授权
    • Hybrid gas generator for airbag
    • 混合气体发生器用于安全气囊
    • US06254128B1
    • 2001-07-03
    • US09331415
    • 1999-09-01
    • Uwe AlbrechtAnton BretfeldJosef KraftJiang Zhang
    • Uwe AlbrechtAnton BretfeldJosef KraftJiang Zhang
    • B60R2126
    • B60R21/272F42B3/045Y10T137/1647Y10T137/1767
    • The invention relates to a gas generator for an air bag (11) including a cartridge (3) containing a gas-generating charge of solid material (5) and a storage reservoir (9) containing a storage gas (10). To trigger gas production the charge of solid material (5) is ignited. The resulting gas pressure tears off the front face (13) of the cartridge (3) along a peripheral notch (6). A sliding element (7) connected to the front face (13) pierces a sealing element (8) of the storage reservoir (9). A guiding channel (23) in which the front face (13) is guided in the manner of a piston, opens into a flow zone (12). When the front face (13) has reached the flow zone (12), reaction gas flows around the front face (13) into openings (16) in the tube-shaped sliding element (7). The reaction gas then flows into the storage reservoir (9) where it is mixed with the remaining storage gas. Because the control for releasing the two gases depends entirely on the trajectory, the operating performance of the hybrid gas generator is exact and reproducible.
    • 本发明涉及一种用于气囊(11)的气体发生器,其包括容纳固体材料(5)的气体发生装置的容器(3)和容纳储存气体(10)的储存容器(9)。 为了触发气体生产,固体材料(5)的装料被点燃。 所产生的气体压力沿着周边凹口(6)从盒(3)的前表面(13)撕裂。 连接到前表面(13)的滑动元件(7)刺穿储存容器(9)的密封元件(8)。 其中前表面(13)以活塞的方式被引导的导向通道(23)通向流动区域(12)。 当前面(13)到达流动区域(12)时,反应气体在前表面(13)周围流动到管状滑动元件(7)中的开口(16)中。 然后,反应气体流入储存容器(9),在其中与剩余的储存气体混合。 因为释放两种气体的控制完全取决于轨迹,所以混合气体发生器的操作性能是准确和可重复的。
    • 9. 发明授权
    • Gas generator, with safety device, for an air bag
    • 气体发生器,带安全装置,用于安全气囊
    • US5253895A
    • 1993-10-19
    • US799951
    • 1991-11-29
    • Anton BretfeldJosef Kraft
    • Anton BretfeldJosef Kraft
    • B01J7/00B60R21/16B60R21/26B60R21/264
    • B60R21/2644B60R2021/26064
    • The gas generator has a cylindrical housing, the front ends of which are closed by closure covers. A cylindrical outer section of the housing consists of high-grade steel; whereas the closure covers are made of aluminum, which has a thermal conductivity which is greater many times greater than that of the high-grade steel. In at least one of the closure covers, there is inserted a self-ignition device, which is provided with an ignitable material, that automatically ignites when reaching a minimum temperature. This minimum temperature clearly lies below the self-ignition temperature of the pressure gas-generating charge contained within the gas generator. The poor thermal conductivity in the cylindrical section of the housing prevents heat transport or transfer from outside via the housing to the pressure gas-generating charge; whereas the good thermal conductivity of the closure covers allows the quick heat transport to the self-ignition device.
    • 气体发生器具有圆柱形壳体,其前端由封闭盖封闭。 外壳的圆柱形外壳由高档钢组成; 而封盖由铝制成,其导热性比高级钢高许多倍。 在封闭盖中的至少一个中,插入一个自燃装置,该自动点火装置设有可点燃的材料,在达到最低温度时自动点燃。 该最低温度明显低于包含在气体发生器内的压力气体产生装置的自燃温度。 壳体的圆柱形部分中的差的导热性防止热量传输或通过壳体从外部传递到压力气体产生装置; 而封闭盖的良好导热性允许快速热输送到自点火装置。
    • 10. 发明授权
    • Ignition unit, in particular for an air bag gas generator
    • 点火装置,特别是用于气囊气体发生器
    • US5259644A
    • 1993-11-09
    • US800044
    • 1991-11-29
    • Uwe AlbrechtAnton BretfeldJosef Kraft
    • Uwe AlbrechtAnton BretfeldJosef Kraft
    • B60R21/16B60R21/26B60R21/264F42B3/10F42B3/26F42C19/08
    • B60R21/2644F42B3/04B60R2021/26029
    • An ignition unit is provided with an internal housing defining a chamber in which an ignition charge and an ignition element igniting the charge are accommodated. The housing defining the chamber consists of a cover and a container which are connected to one another along a circumferential groove. A distributor housing is mounted on to the housing forming the chamber, in which distributor housing gas outlet openings are provided which are closed by a cap-shaped cover of the chamber. The V-shaped circumferential groove represents a predetermined breaking or separation position of the chamber, for which reason the cover is separated from the container when the ignition charge is ignited. The cover moves away from the container into a space until it strikes the upper end of the distributor housing. With its movement relative to the distributor housing, the cover releases the gas outlet openings so that the gases and flames can emerge from the ignition unit.
    • 点火单元设置有限定室的内部壳体,其中容纳着火电荷和点燃电荷的点火元件。 限定腔室的壳体由沿着周向槽彼此连接的盖和容器组成。 分配器壳体安装在形成腔室的壳体上,其中设置有分配器壳体气体出口,其由腔室的盖形盖封闭。 V形周向沟槽表示室的预定的断裂或分离位置,为此,当点燃电荷点燃时,盖与容器分离。 盖子从容器移动到空间中,直到其撞击分配器壳体的上端。 通过其相对于分配器壳体的运动,盖释放气体出口开口,使得气体和火焰可以从点火单元出来。